INSERT INTO `mix_html_revision` (`html_revision_id`, `html`, `html_search`, `html_md5`, `html_id`, `status`, `user_id`, `created_date`, `pending_date`, `published_date`) VALUES
(546, '<p>\r\n<span class=\"h1\">Our Members</span>\r\n</p>\r\n<br />\r\n<table border=\"0\" cellpadding=\"2\">\r\n	<tbody>\r\n		<tr>\r\n			<td> <img src=\"user/image/medium/210/AgResearch.gif\" border=\"0\" alt=\"AgResearch\" title=\"AgResearch\" /><br />\r\n			<p>\r\n			<br />\r\n			<span class=\"h3 h5\">AgResearch \r\n			</span>\r\n			</p>\r\n			AgResearch is the host of the NZAGRC and is New Zealand&#39;s largest centre for pastoral agriculture research and development.\r\n			<p>\r\n			<br />\r\n			AgResearch includes teams of researchers with skills relevant to the \r\n			Centre in rumen function, rumen microbiology, ruminant physiology, soil \r\n			science, environmental science, agricultural systems management, forage \r\n			plant growth and development, on-farm practice change, social science, \r\n			technology uptake, genomics, proteomics and metabolomics of animals, \r\n			plants and microorganisms. \r\n			</p>\r\n			<div align=\"left\">\r\n			<a href=\"http://www.agresearch.org.nz/\" target=\"_blank\" title=\"http://www.agresearch.org.nz  ... - link will open in a new window\" class=\"h7\">www.agresearch.org.nz<br />\r\n			<br />\r\n			</a>\r\n			</div>\r\n			</td>\r\n			<td>&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp;&nbsp; &nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; </td>\r\n			<td valign=\"top\"><img src=\"user/image/medium/178/AgResearch.jpg\" border=\"0\" alt=\"AgResearch\" title=\"AgResearch\" /><br />\r\n			&nbsp;</td>\r\n		</tr>\r\n		<tr>\r\n			<td><img src=\"user/image/medium/212/DairyNZ.gif\" border=\"0\" alt=\"DairyNZ\" title=\"DairyNZ\" /><br />\r\n			<p>\r\n			<span class=\"h5\"><br />\r\n			DairyNZ\r\n			</span>\r\n			</p>\r\n			DairyNZ is the centre of on-farm dairy research and development in New Zealand.\r\n			<p>\r\n			<br />\r\n			DairyNZ includes teams of researchers with skills relevant to the \r\n			Centre in dairy farm systems management, dairy cow feeding and growth, \r\n			milk production performance, environmental science, on-farm practice \r\n			change and technology uptake.\r\n			</p>\r\n			<p>\r\n			<span class=\"h7\"><a href=\"http://www.dairynz.co.nz\" target=\"_blank\" title=\"http://www.dairynz.co.nz ... - link will open in a new window\">www.dairynz.co.nz</a></span><br />\r\n			<br />\r\n			</p>\r\n			</td>\r\n			<td>&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; <br />\r\n			</td>\r\n			<td valign=\"top\"><img src=\"user/image/medium/153/DairyNZ.jpg\" border=\"0\" alt=\"DairyNZ\" title=\"DairyNZ\" />&nbsp;</td>\r\n		</tr>\r\n		<tr>\r\n			<td>&nbsp;</td>\r\n			<td>&nbsp;</td>\r\n			<td>&nbsp;</td>\r\n		</tr>\r\n		<tr>\r\n			<td>\r\n			<p>\r\n			<img src=\"user/image/medium/211/LandCare.gif\" border=\"0\" alt=\"Landcare Research\" title=\"Landcare Research\" /><br />\r\n			&nbsp;\r\n			</p>\r\n			<p>\r\n			<span class=\"h5\">Landcare Research</span>\r\n			</p>\r\n			<p>\r\n			Landcare Research is New Zealand&#39;s leading provider of solutions and \r\n			advice for sustainable development and the management of land-based \r\n			natural resources.\r\n			</p>\r\n			<p>\r\n			Landcare includes teams of researchers with skills relevant to the \r\n			Centre in agricultural greenhouse gas emission measurement, carbon \r\n			exchange and inventory development, soil science, lifecycle assessment \r\n			and social science.\r\n			</p>\r\n			<p>\r\n			<span class=\"h7\"><a href=\"http://www.agresearch.org.nz/\" target=\"_blank\" title=\"http://www.agresearch.org.nz  ... - link will open in a new window\">www.landcareresearch.co.nz</a></span><br />\r\n			</p>\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			</td>\r\n			<td>&nbsp;</td>\r\n			<td>\r\n			<p>\r\n			<img src=\"user/image/medium/179/LandCare.jpg\" border=\"0\" alt=\"Landcare Research\" title=\"Landcare Research\" /> \r\n			</p>\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td>\r\n			<p>\r\n			<img src=\"user/image/medium/213/Lincoln.gif\" border=\"0\" alt=\"Lincoln University\" title=\"Lincoln University\" />&nbsp;\r\n			</p>\r\n			<p>\r\n			<span class=\"h5\">Lincoln University</span>\r\n			</p>\r\n			<p>\r\n			Lincoln University is the university within New Zealand for which the\r\n			land-based industries are most important and the home of world-leading \r\n			expertise in nitrous oxide emission mitigation.\r\n			</p>\r\n			<p>\r\n			Lincoln includes teams of researchers with skills relevant to the Centre\r\n			in nitrous oxide emission mitigation and measurement, agricultural \r\n			economics, soil science, environmental science and agricultural systems \r\n			management.\r\n			</p>\r\n			<p>\r\n			<span class=\"h7\"><a href=\"http://www.lincoln.ac.nz/\" target=\"_blank\" title=\"http://www.lincoln.ac.nz/ ... - link will open in a new window\">www.lincoln.ac.nz</a></span><br />\r\n			<br />\r\n			</p>\r\n			</td>\r\n			<td>&nbsp;</td>\r\n			<td valign=\"top\"><img src=\"user/image/medium/152/Lincoln%20University.jpg\" border=\"0\" alt=\"Lincoln University\" title=\"Lincoln University\" /> <br />\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td>\r\n			<p>\r\n			<img src=\"user/image/medium/103/Massey%20University.jpg\" border=\"0\" alt=\"Massey University\" title=\"Massey University\" width=\"200\" height=\"88\" align=\"left\" /><a name=\"Massey University\" title=\"Massey University\"></a>\r\n			</p>\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			<p>\r\n			<span class=\"h5\">Massey University</span>\r\n			</p>\r\n			Massey University combines leading capability in fundamental sciences\r\n			with application to the agriculture sector, and hosts the New Zealand \r\n			Biochar Research Centre.\r\n			<p>\r\n			Massey includes teams of researchers with skills relevant to the \r\n			Centre in soil science, biochar production and integration into soil, \r\n			and animal science.\r\n			</p>\r\n			<span class=\"h7\"><a href=\"http://www.massey.ac.nz/massey/home.cfm\" target=\"_blank\" title=\"http://www.massey.ac.nz/massey/home.cfm ... - link will open in a new window\">www.massey.ac.nz<br />\r\n			<br />\r\n			</a></span> </td>\r\n			<td>&nbsp;</td>\r\n			<td valign=\"top\"><img src=\"user/image/medium/181/Massey.jpg\" border=\"0\" alt=\"Massey University\" title=\"Massey University\" /> <br />\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td>\r\n			<p>\r\n			<img src=\"user/image/medium/104/Screen%20shot%202011-12-19%20at%2011.52.16%20AM.png\" border=\"0\" alt=\"NIWA\" title=\"NIWA\" width=\"200\" height=\"53\" align=\"left\" /><a name=\"NIWA\" title=\"NIWA\"></a>\r\n			</p>\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			<p>\r\n			<span class=\"h5\">NIWA</span>\r\n			</p>\r\n			NIWA&#39;s mission is to conduct leading environmental science to enable \r\n			the sustainable management of natural resources for New Zealand and the \r\n			planet.\r\n			<p>\r\n			NIWA includes teams of researchers with skills relevant to the Centre in climate change impacts and adaptation.\r\n			</p>\r\n			<p>\r\n			<span class=\"h7\"><a href=\"http://www.niwa.co.nz/\" target=\"_blank\" title=\"http://www.niwa.co.nz/ ... - link will open in a new window\">www.niwa.co.nz\r\n			</a></span>\r\n			</p>\r\n			</td>\r\n			<td>&nbsp;</td>\r\n			<td>\r\n			<p>\r\n			&nbsp;<img src=\"user/image/medium/183/NIWA.jpg\" border=\"0\" alt=\"NIWA\" title=\"NIWA\" />\r\n			<br />\r\n			<br />\r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td>\r\n			<div style=\"text-align: center\">\r\n			<img src=\"user/image/medium/105/Screen%20shot%202011-12-19%20at%2011.56.00%20AM.png\" border=\"0\" alt=\"PGgRc\" title=\"PGgRc\" width=\"121\" height=\"105\" align=\"left\" /><a name=\"PGgRc\" title=\"PGgRc\"></a>\r\n			</div>\r\n			&nbsp;\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			<p>\r\n			<span class=\"h5\">PGgRc</span>\r\n			</p>\r\n			<p>\r\n			PGgRc is a research consortium that aims to decrease total \r\n			agricultural emissions of greenhouse gases by 10% per unit of output in \r\n			2013 relative to 2004.\r\n			PGgRc has formed excellent links between the agriculture sector and \r\n			GHG mitigation research. \r\n			</p>\r\n			<p>\r\n			<span class=\"h7\"><a href=\"http://www.pggrc.co.nz/\" target=\"_blank\" title=\"http://www.pggrc.co.nz/ ... - link will open in a new window\">www.pggrc.co.nz<br />\r\n			<br />\r\n			</a></span>\r\n			</p>\r\n			</td>\r\n			<td>&nbsp;</td>\r\n			<td valign=\"top\">\r\n			<p>\r\n			<img src=\"user/image/medium/184/PgGRc.jpg\" border=\"0\" alt=\"PgGRc.jpg\" title=\"PgGRc.jpg\" />&nbsp;\r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td>\r\n			<div style=\"text-align: center\">\r\n			<img src=\"user/image/medium/106/Screen%20shot%202011-12-19%20at%2012.08.28%20PM.png\" border=\"0\" alt=\"Plant and Food Research\" title=\"Plant and Food Research\" width=\"200\" height=\"71\" align=\"left\" /><a name=\"Plant and Food Research\" title=\"Plant and Food Research\"></a>\r\n			</div>\r\n			<div style=\"text-align: center\">\r\n			&nbsp;\r\n			</div>\r\n			<div style=\"text-align: center\">\r\n			&nbsp;\r\n			</div>\r\n			<div style=\"text-align: center\">\r\n			&nbsp;\r\n			</div>\r\n			<div style=\"text-align: center\">\r\n			&nbsp;\r\n			</div>\r\n			<div style=\"text-align: center\">\r\n			&nbsp;\r\n			</div>\r\n			<div style=\"text-align: center\">\r\n			&nbsp;\r\n			</div>\r\n			<p>\r\n			<span class=\"h5\">Plant and Food Research</span>\r\n			</p>\r\n			Plant and Food provides research and development that adds value to fruit, vegetable, crop and food products.\r\n			<p>\r\n			Plant and Food includes teams of researchers with skills relevant to \r\n			the Centre in soil science, environmental science, plant growth and \r\n			development, genomics, proteomics and metabolomics of plants.\r\n			</p>\r\n			<p>\r\n			<span class=\"h7\"><a href=\"http://www.plantandfood.co.nz/\" target=\"_blank\" title=\"http://www.plantandfood.co.nz/ ... - link will open in a new window\">www.plantandfood.co.nz<br />\r\n			<br />\r\n			</a></span>\r\n			</p>\r\n			</td>\r\n			<td>&nbsp;</td>\r\n			<td>\r\n			<p>\r\n			<img src=\"user/image/medium/180/Lincoln.jpg\" border=\"0\" alt=\"Lincoln University\" title=\"Lincoln University\" /> \r\n			</p>\r\n			<br />\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td>\r\n			<p>\r\n			<img src=\"user/image/medium/107/Screen%20shot%202011-12-19%20at%2012.10.03%20PM.png\" border=\"0\" alt=\"SCION\" title=\"SCION\" width=\"200\" height=\"55\" align=\"left\" /><a name=\"Scion\" title=\"Scion\"></a>\r\n			</p>\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			&nbsp;\r\n			<p>\r\n			<span class=\"h5\">SCION</span>\r\n			</p>\r\n			Scion is dedicated to building the international competitiveness of \r\n			the New Zealand forest industry and building a stronger bio-based \r\n			economy. Although the Centre&#39;s scope does not include forestry, Scion \r\n			includes \r\n			researchers with skills relevant to the Centre in the area of soil \r\n			carbon that are also applicable to agricultural land.\r\n			<br />\r\n			<br />\r\n			<p>\r\n			<span class=\"h7\"><a href=\"http://www.scionresearch.com/\" target=\"_blank\" title=\"http://www.scionresearch.com/ ... - link will open in a new window\">www.scionresearch.com</a></span>\r\n			</p>\r\n			</td>\r\n			<td>&nbsp;</td>\r\n			<td><img src=\"user/image/medium/182/Scion.jpg\" border=\"0\" alt=\"SCION\" title=\"SCION\" />&nbsp;<br />\r\n			</td>\r\n		</tr>\r\n	</tbody>\r\n</table>\r\n', 'Our Members\r\n\r\n\r\n\r\n	\r\n		\r\n			 \r\n			\r\n			\r\n			AgResearch \r\n			\r\n			\r\n			AgResearch is the host of the NZAGRC and is New Zealand&#39;s largest centre for pastoral agriculture research and development.\r\n			\r\n			\r\n			AgResearch includes teams of researchers with skills relevant to the \r\n			Centre in rumen function, rumen microbiology, ruminant physiology, soil \r\n			science, environmental science, agricultural systems management, forage \r\n			plant growth and development, on-farm practice change, social science, \r\n			technology uptake, genomics, proteomics and metabolomics of animals, \r\n			plants and microorganisms. \r\n			\r\n			\r\n			www.agresearch.org.nz\r\n			\r\n			\r\n			\r\n			\r\n			                                                                                                     \r\n			\r\n			 \r\n		\r\n		\r\n			\r\n			\r\n			\r\n			DairyNZ\r\n			\r\n			\r\n			DairyNZ is the centre of on-farm dairy research and development in New Zealand.\r\n			\r\n			\r\n			DairyNZ includes teams of researchers with skills relevant to the \r\n			Centre in dairy farm systems management, dairy cow feeding and growth, \r\n			milk production performance, environmental science, on-farm practice \r\n			change and technology uptake.\r\n			\r\n			\r\n			www.dairynz.co.nz\r\n			\r\n			\r\n			\r\n			              \r\n			\r\n			 \r\n		\r\n		\r\n			 \r\n			 \r\n			 \r\n		\r\n		\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			Landcare Research\r\n			\r\n			\r\n			Landcare Research is New Zealand&#39;s leading provider of solutions and \r\n			advice for sustainable development and the management of land-based \r\n			natural resources.\r\n			\r\n			\r\n			Landcare includes teams of researchers with skills relevant to the \r\n			Centre in agricultural greenhouse gas emission measurement, carbon \r\n			exchange and inventory development, soil science, lifecycle assessment \r\n			and social science.\r\n			\r\n			\r\n			www.landcareresearch.co.nz\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			Lincoln University\r\n			\r\n			\r\n			Lincoln University is the university within New Zealand for which the\r\n			land-based industries are most important and the home of world-leading \r\n			expertise in nitrous oxide emission mitigation.\r\n			\r\n			\r\n			Lincoln includes teams of researchers with skills relevant to the Centre\r\n			in nitrous oxide emission mitigation and measurement, agricultural \r\n			economics, soil science, environmental science and agricultural systems \r\n			management.\r\n			\r\n			\r\n			www.lincoln.ac.nz\r\n			\r\n			\r\n			\r\n			 \r\n			 \r\n			\r\n		\r\n		\r\n			\r\n			\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			Massey University\r\n			\r\n			Massey University combines leading capability in fundamental sciences\r\n			with application to the agriculture sector, and hosts the New Zealand \r\n			Biochar Research Centre.\r\n			\r\n			Massey includes teams of researchers with skills relevant to the \r\n			Centre in soil science, biochar production and integration into soil, \r\n			and animal science.\r\n			\r\n			www.massey.ac.nz\r\n			\r\n			 \r\n			 \r\n			 \r\n			\r\n		\r\n		\r\n			\r\n			\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			NIWA\r\n			\r\n			NIWA&#39;s mission is to conduct leading environmental science to enable \r\n			the sustainable management of natural resources for New Zealand and the \r\n			planet.\r\n			\r\n			NIWA includes teams of researchers with skills relevant to the Centre in climate change impacts and adaptation.\r\n			\r\n			\r\n			www.niwa.co.nz\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			PGgRc\r\n			\r\n			\r\n			PGgRc is a research consortium that aims to decrease total \r\n			agricultural emissions of greenhouse gases by 10% per unit of output in \r\n			2013 relative to 2004.\r\n			PGgRc has formed excellent links between the agriculture sector and \r\n			GHG mitigation research. \r\n			\r\n			\r\n			www.pggrc.co.nz\r\n			\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			Plant and Food Research\r\n			\r\n			Plant and Food provides research and development that adds value to fruit, vegetable, crop and food products.\r\n			\r\n			Plant and Food includes teams of researchers with skills relevant to \r\n			the Centre in soil science, environmental science, plant growth and \r\n			development, genomics, proteomics and metabolomics of plants.\r\n			\r\n			\r\n			www.plantandfood.co.nz\r\n			\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			 \r\n			\r\n			SCION\r\n			\r\n			Scion is dedicated to building the international competitiveness of \r\n			the New Zealand forest industry and building a stronger bio-based \r\n			economy. Although the Centre&#39;s scope does not include forestry, Scion \r\n			includes \r\n			researchers with skills relevant to the Centre in the area of soil \r\n			carbon that are also applicable to agricultural land.\r\n			\r\n			\r\n			\r\n			www.scionresearch.com', '1099dd33c4b4ae46f5dbc334bd434d5c', 3, 'published', 2, '2012-03-20 22:29:10', NULL, '2012-03-20 22:29:10'),
(547, '<p align=\"justify\">\r\n<span class=\"h2\">Our role is to find ways for New Zealand to<br />\r\nmeet its international greenhouse gas emission<br />\r\nobligations without reducing agricultural output.</span><br />\r\n</p>\r\n<hr />\r\n<br />\r\n<p>\r\n<img src=\"user/image/large/146/NZAGRC%20Conference.jpg\" border=\"0\" alt=\"NZAGRC Conference\" title=\"NZAGRC Conference\" width=\"583\" height=\"166\" />&nbsp; \r\n</p>\r\n<p class=\"h4\">\r\n&quot;Think globally, act locally&quot; the key message from the NZAGRC&nbsp;2012 Annual Conference \r\n</p>\r\n<p>\r\nOne hundred and fifty greenhouse gas (GHG) mitigation focused scientists, policy makers and industry representatives made the trip to the Travelodge in Palmerston North to attend the second Annual NZAGRC Conference. The conference provided an excellent opportunity to reflect on the international context in which New Zealand&#39;s agricultural GHG emissions research programme resides.&nbsp; The day also included a wide range of presentations and posters covering research underway and how this may be applied on-farm in the future. \r\n</p>\r\n<p align=\"left\">\r\nDr Andy Reisinger, NZAGRC Deputy Director, opened the conference by presenting an overview of the global challenge to secure food supply in an uneven world and for a growing and increasingly affluent population, whilst maintaining environmental integrity. Bringing his focus to New Zealand, he emphasised that to allow <em>sustained absolute reductions</em> whilst <em>supporting projected output growth</em>, new technologies and practices are needed.&nbsp; This requires a multi-pronged effort that can expand existing options, develop new ones and creates and delivers tools for implementation. The NZ government has recognised the long term and global nature of the challenge and is providing dedicated research funding. Andy concluded by stating that the &quot;journey will inevitably have many twists and turns and some dead ends, but we are confident that it will deliver&quot;. \r\n</p>\r\n<p align=\"left\">\r\nFour science sessions followed, covering methane, nitrous oxide, soil carbon and integrated systems research.&nbsp; Four speakers, including one leading international scientist, presented in each session. This provided an opportunity for delegates to hear the latest developments in areas outside of their regular sphere of interest. A number of the audience commented afterwards that they had gained new knowledge and some even experienced &quot;eureka&quot; moments. \r\n</p>\r\n<p align=\"left\">\r\nJohn Hutchings, General Manager (Sustainability Policy and Carbon) at Fonterra provided a motivating summing up to the conference.&nbsp; In line with it being the start of the year, he provided his seven &quot;wishes&quot; for a more sustainable and efficient NZ agricultural sector: improvements in emissions efficiency; producers becoming more aware of GHG issues; optimal research investment; trusted industry participation in policy making; cost effective management of liabilities; emission efficient production of milk; and all parties working together respectfully and collaboratively going forward. He highlighted that good progress was being made towards fulfilling a number of his goals already.&nbsp; \r\n</p>\r\n<p align=\"left\">\r\nReturning to the opening comments made by Andy Reisinger, John quoted a recent article by John Vidal in The Observer (&quot;The Future of Food&quot;, 22 January 2012) which suggested that science&#39;s answer to feeding an extra 2.5 billion people on the planet is a diet of algae, insects and meat grown in a lab.&nbsp; Whilst this may be one option, from a NZ dairying perspective &quot;you can&#39;t go past milk!&quot; So for the foreseeable future, the NZ research effort will continue to support local agricultural producers and industry&#39;s future goals, while keeping a close eye on how the research can be implemented globally. \r\n</p>\r\n<div align=\"left\">\r\nA&nbsp;full conference report can be found&nbsp;in the February issue&nbsp;of our Release newsletter&nbsp;- sign up below!<br />\r\n<br />\r\n</div>\r\n<hr />\r\n<br />\r\n<table border=\"0\" width=\"100%\">\r\n	<tbody>\r\n		<tr>\r\n			<td valign=\"top\" style=\"width: 48%\">\r\n			<p class=\"h4\">\r\n			Research \r\n			</p>\r\n			<p>\r\n			<a href=\"methane.html\" class=\"h5\">Work Stream 1: Methane</a><br />\r\n			Lead scientists Peter Janssen and Graeme Attwood are overseeing multiple cutting-edge research programmes at the NZAGRC that will mitigate emissions of enteric methane. \r\n			</p>\r\n			<p>\r\n			<a href=\"nitrous-oxide.html\" class=\"h5\">Work Stream 2: Nitrous Oxide</a><br />\r\n			Nitrous oxide (N<sub>2</sub>O) is a potent GHG with a long-term global warming potential 310 times that of CO<sub>2</sub>. In New Zealand, approximately 20% of total GHGs are N<sub>2</sub>O. \r\n			</p>\r\n			<p>\r\n			<a href=\"soil-carbon.html\" class=\"h5\">Work Stream 3: Soil Carbon</a><br />\r\n			Soils sequester and store atmospheric carbon via the removal of carbon dioxide (CO<sub>2</sub>) from the atmosphere during photosynthesis. \r\n			</p>\r\n			<p>\r\n			<a href=\"integrated-systems.html\" class=\"h5\">Work Stream 4: Integrated Systems</a><br />\r\n			The NZAGRC&#39;s integrated farm systems research programme is focused on developing the tools to design novel, practical, credible and cost-effective low GHG-emitting farm systems for New Zealand farms. \r\n			</p>\r\n			</td>\r\n			<td>&nbsp;</td>\r\n			<td valign=\"top\" style=\"width: 48%\">\r\n			<p class=\"h4\">\r\n			Information Hub \r\n			</p>\r\n			<p>\r\n			<span class=\"h5\">Knowledge</span><br />\r\n			Take a look at RELEASE, the quarterly newsletter of the New Zealand Agricultural Greenhouse Gas Research Centre (NZAGRC). \r\n			</p>\r\n			<p>\r\n			<span class=\"h5\">Technologies</span><br />\r\n			Many of the NZAGRC&#39;s deliverables are likely to take the form of products or services that can be used to reduce greenhouse gas emissions. \r\n			</p>\r\n			<p>\r\n			<span class=\"h5\">Practices</span><br />\r\n			A number of the NZAGRC&#39;s&nbsp;outputs are likely to be management practices or systems that can be&nbsp;employed on-farm to reduce greenhouse gas emissions and potentially improve productivity. \r\n			</p>\r\n			</td>\r\n		</tr>\r\n	</tbody>\r\n</table>\r\n', 'Our role is to find ways for New Zealand to\r\nmeet its international greenhouse gas emission\r\nobligations without reducing agricultural output.\r\n\r\n\r\n\r\n\r\n  \r\n\r\n\r\n&quot;Think globally, act locally&quot; the key message from the NZAGRC 2012 Annual Conference \r\n\r\n\r\nOne hundred and fifty greenhouse gas (GHG) mitigation focused scientists, policy makers and industry representatives made the trip to the Travelodge in Palmerston North to attend the second Annual NZAGRC Conference. The conference provided an excellent opportunity to reflect on the international context in which New Zealand&#39;s agricultural GHG emissions research programme resides.  The day also included a wide range of presentations and posters covering research underway and how this may be applied on-farm in the future. \r\n\r\n\r\nDr Andy Reisinger, NZAGRC Deputy Director, opened the conference by presenting an overview of the global challenge to secure food supply in an uneven world and for a growing and increasingly affluent population, whilst maintaining environmental integrity. Bringing his focus to New Zealand, he emphasised that to allow sustained absolute reductions whilst supporting projected output growth, new technologies and practices are needed.  This requires a multi-pronged effort that can expand existing options, develop new ones and creates and delivers tools for implementation. The NZ government has recognised the long term and global nature of the challenge and is providing dedicated research funding. Andy concluded by stating that the &quot;journey will inevitably have many twists and turns and some dead ends, but we are confident that it will deliver&quot;. \r\n\r\n\r\nFour science sessions followed, covering methane, nitrous oxide, soil carbon and integrated systems research.  Four speakers, including one leading international scientist, presented in each session. This provided an opportunity for delegates to hear the latest developments in areas outside of their regular sphere of interest. A number of the audience commented afterwards that they had gained new knowledge and some even experienced &quot;eureka&quot; moments. \r\n\r\n\r\nJohn Hutchings, General Manager (Sustainability Policy and Carbon) at Fonterra provided a motivating summing up to the conference.  In line with it being the start of the year, he provided his seven &quot;wishes&quot; for a more sustainable and efficient NZ agricultural sector: improvements in emissions efficiency; producers becoming more aware of GHG issues; optimal research investment; trusted industry participation in policy making; cost effective management of liabilities; emission efficient production of milk; and all parties working together respectfully and collaboratively going forward. He highlighted that good progress was being made towards fulfilling a number of his goals already.  \r\n\r\n\r\nReturning to the opening comments made by Andy Reisinger, John quoted a recent article by John Vidal in The Observer (&quot;The Future of Food&quot;, 22 January 2012) which suggested that science&#39;s answer to feeding an extra 2.5 billion people on the planet is a diet of algae, insects and meat grown in a lab.  Whilst this may be one option, from a NZ dairying perspective &quot;you can&#39;t go past milk!&quot; So for the foreseeable future, the NZ research effort will continue to support local agricultural producers and industry&#39;s future goals, while keeping a close eye on how the research can be implemented globally. \r\n\r\n\r\nA full conference report can be found in the February issue of our Release newsletter - sign up below!\r\n\r\n\r\n\r\n\r\n\r\n	\r\n		\r\n			\r\n			\r\n			Research \r\n			\r\n			\r\n			Work Stream 1: Methane\r\n			Lead scientists Peter Janssen and Graeme Attwood are overseeing multiple cutting-edge research programmes at the NZAGRC that will mitigate emissions of enteric methane. \r\n			\r\n			\r\n			Work Stream 2: Nitrous Oxide\r\n			Nitrous oxide (N2O) is a potent GHG with a long-term global warming potential 310 times that of CO2. In New Zealand, approximately 20% of total GHGs are N2O. \r\n			\r\n			\r\n			Work Stream 3: Soil Carbon\r\n			Soils sequester and store atmospheric carbon via the removal of carbon dioxide (CO2) from the atmosphere during photosynthesis. \r\n			\r\n			\r\n			Work Stream 4: Integrated Systems\r\n			The NZAGRC&#39;s integrated farm systems research programme is focused on developing the tools to design novel, practical, credible and cost-effective low GHG-emitting farm systems for New Zealand farms. \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			Information Hub \r\n			\r\n			\r\n			Knowledge\r\n			Take a look at RELEASE, the quarterly newsletter of the New Zealand Agricultural Greenhouse Gas Research Centre (NZAGRC). \r\n			\r\n			\r\n			Technologies\r\n			Many of the NZAGRC&#39;s deliverables are likely to take the form of products or services that can be used to reduce greenhouse gas emissions. \r\n			\r\n			\r\n			Practices\r\n			A number of the NZAGRC&#39;s outputs are likely to be management practices or systems that can be employed on-farm to reduce greenhouse gas emissions and potentially improve productivity.', '51398aedfe03b11fdc151b3e9440a82b', 1, 'published', 4, '2012-03-20 22:33:26', NULL, '2012-03-20 22:33:26'),
(548, '<p>\r\n<span class=\"h1\">Our Members</span>\r\n</p>\r\n<br />\r\n<table border=\"0\" cellpadding=\"2\">\r\n	<tbody>\r\n		<tr>\r\n			<td> <img src=\"user/image/medium/210/AgResearch.gif\" border=\"0\" alt=\"AgResearch\" title=\"AgResearch\" /><br />\r\n			<p>\r\n			<br />\r\n			<span class=\"h3 h5\">AgResearch \r\n			</span>\r\n			</p>\r\n			AgResearch is the host of the NZAGRC and is New Zealand&#39;s largest centre for pastoral agriculture research and development.\r\n			<p>\r\n			<br />\r\n			AgResearch includes teams of researchers with skills relevant to the \r\n			Centre in rumen function, rumen microbiology, ruminant physiology, soil \r\n			science, environmental science, agricultural systems management, forage \r\n			plant growth and development, on-farm practice change, social science, \r\n			technology uptake, genomics, proteomics and metabolomics of animals, \r\n			plants and microorganisms. \r\n			</p>\r\n			<div align=\"left\">\r\n			<a href=\"http://www.agresearch.org.nz/\" target=\"_blank\" title=\"http://www.agresearch.org.nz  ... - link will open in a new window\" class=\"h7\">www.agresearch.org.nz<br />\r\n			<br />\r\n			</a>\r\n			</div>\r\n			</td>\r\n			<td>&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp;&nbsp; &nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; </td>\r\n			<td valign=\"top\"><img src=\"user/image/medium/178/AgResearch.jpg\" border=\"0\" alt=\"AgResearch\" title=\"AgResearch\" /><br />\r\n			&nbsp;</td>\r\n		</tr>\r\n		<tr>\r\n			<td><img src=\"user/image/medium/212/DairyNZ.gif\" border=\"0\" alt=\"DairyNZ\" title=\"DairyNZ\" /><br />\r\n			<p>\r\n			<span class=\"h5\"><br />\r\n			DairyNZ\r\n			</span>\r\n			</p>\r\n			DairyNZ is the centre of on-farm dairy research and development in New Zealand.\r\n			<p>\r\n			<br />\r\n			DairyNZ includes teams of researchers with skills relevant to the \r\n			Centre in dairy farm systems management, dairy cow feeding and growth, \r\n			milk production performance, environmental science, on-farm practice \r\n			change and technology uptake.\r\n			</p>\r\n			<p>\r\n			<span class=\"h7\"><a href=\"http://www.dairynz.co.nz\" target=\"_blank\" title=\"http://www.dairynz.co.nz ... - link will open in a new window\">www.dairynz.co.nz</a></span><br />\r\n			<br />\r\n			</p>\r\n			</td>\r\n			<td>&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; <br />\r\n			</td>\r\n			<td valign=\"top\"><img src=\"user/image/medium/153/DairyNZ.jpg\" border=\"0\" alt=\"DairyNZ\" title=\"DairyNZ\" />&nbsp;</td>\r\n		</tr>\r\n		<tr>\r\n			<td>&nbsp;</td>\r\n			<td>&nbsp;</td>\r\n			<td>&nbsp;</td>\r\n		</tr>\r\n		<tr>\r\n			<td>\r\n			<p>\r\n			<img src=\"user/image/medium/211/LandCare.gif\" border=\"0\" alt=\"Landcare Research\" title=\"Landcare Research\" /><br />\r\n			&nbsp;\r\n			</p>\r\n			<p>\r\n			<span class=\"h5\">Landcare Research</span>\r\n			</p>\r\n			<p>\r\n			Landcare Research is New Zealand&#39;s leading provider of solutions and \r\n			advice for sustainable development and the management of land-based \r\n			natural resources.\r\n			</p>\r\n			<p>\r\n			Landcare includes teams of researchers with skills relevant to the \r\n			Centre in agricultural greenhouse gas emission measurement, carbon \r\n			exchange and inventory development, soil science, lifecycle assessment \r\n			and social science.\r\n			</p>\r\n			<p>\r\n			<span class=\"h7\"><a href=\"http://www.agresearch.org.nz/\" target=\"_blank\" title=\"http://www.agresearch.org.nz  ... - link will open in a new window\">www.landcareresearch.co.nz</a></span><br />\r\n			</p>\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			</td>\r\n			<td>&nbsp;</td>\r\n			<td>\r\n			<p>\r\n			<img src=\"user/image/medium/179/LandCare.jpg\" border=\"0\" alt=\"Landcare Research\" title=\"Landcare Research\" /> \r\n			</p>\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td>\r\n			<p>\r\n			<img src=\"user/image/medium/213/Lincoln.gif\" border=\"0\" alt=\"Lincoln University\" title=\"Lincoln University\" />&nbsp;\r\n			</p>\r\n			<p>\r\n			<span class=\"h5\">Lincoln University</span>\r\n			</p>\r\n			<p>\r\n			Lincoln University is the university within New Zealand for which the\r\n			land-based industries are most important and the home of world-leading \r\n			expertise in nitrous oxide emission mitigation.\r\n			</p>\r\n			<p>\r\n			Lincoln includes teams of researchers with skills relevant to the Centre\r\n			in nitrous oxide emission mitigation and measurement, agricultural \r\n			economics, soil science, environmental science and agricultural systems \r\n			management.\r\n			</p>\r\n			<p>\r\n			<span class=\"h7\"><a href=\"http://www.lincoln.ac.nz/\" target=\"_blank\" title=\"http://www.lincoln.ac.nz/ ... - link will open in a new window\">www.lincoln.ac.nz</a></span><br />\r\n			<br />\r\n			</p>\r\n			</td>\r\n			<td>&nbsp;</td>\r\n			<td valign=\"top\"><img src=\"user/image/medium/152/Lincoln%20University.jpg\" border=\"0\" alt=\"Lincoln University\" title=\"Lincoln University\" />\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td>\r\n			<p>\r\n			<img src=\"user/image/medium/214/Massey.gif\" border=\"0\" alt=\"Massey University\" title=\"Massey University\" /><br />\r\n			</p>\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			<p>\r\n			<span class=\"h5\"><br />\r\n			Massey University</span>\r\n			</p>\r\n			Massey University combines leading capability in fundamental sciences\r\n			with application to the agriculture sector, and hosts the New Zealand \r\n			Biochar Research Centre.\r\n			<p>\r\n			Massey includes teams of researchers with skills relevant to the \r\n			Centre in soil science, biochar production and integration into soil, \r\n			and animal science.\r\n			</p>\r\n			<span class=\"h7\"><a href=\"http://www.massey.ac.nz/massey/home.cfm\" target=\"_blank\" title=\"http://www.massey.ac.nz/massey/home.cfm ... - link will open in a new window\">www.massey.ac.nz<br />\r\n			<br />\r\n			</a></span> \r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			</td>\r\n			<td>&nbsp;</td>\r\n			<td valign=\"top\"><img src=\"user/image/medium/181/Massey.jpg\" border=\"0\" alt=\"Massey University\" title=\"Massey University\" /> <br />\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td>\r\n			<p>\r\n			<img src=\"user/image/medium/104/Screen%20shot%202011-12-19%20at%2011.52.16%20AM.png\" border=\"0\" alt=\"NIWA\" title=\"NIWA\" width=\"200\" height=\"53\" align=\"left\" /><a name=\"NIWA\" title=\"NIWA\"></a>\r\n			</p>\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			<p>\r\n			<span class=\"h5\">NIWA</span>\r\n			</p>\r\n			NIWA&#39;s mission is to conduct leading environmental science to enable \r\n			the sustainable management of natural resources for New Zealand and the \r\n			planet.\r\n			<p>\r\n			NIWA includes teams of researchers with skills relevant to the Centre in climate change impacts and adaptation.\r\n			</p>\r\n			<p>\r\n			<span class=\"h7\"><a href=\"http://www.niwa.co.nz/\" target=\"_blank\" title=\"http://www.niwa.co.nz/ ... - link will open in a new window\">www.niwa.co.nz\r\n			</a></span>\r\n			</p>\r\n			</td>\r\n			<td>&nbsp;</td>\r\n			<td>\r\n			<p>\r\n			&nbsp;<img src=\"user/image/medium/183/NIWA.jpg\" border=\"0\" alt=\"NIWA\" title=\"NIWA\" />\r\n			<br />\r\n			<br />\r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td>\r\n			<div style=\"text-align: center\">\r\n			<img src=\"user/image/medium/105/Screen%20shot%202011-12-19%20at%2011.56.00%20AM.png\" border=\"0\" alt=\"PGgRc\" title=\"PGgRc\" width=\"121\" height=\"105\" align=\"left\" /><a name=\"PGgRc\" title=\"PGgRc\"></a>\r\n			</div>\r\n			&nbsp;\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			<p>\r\n			<span class=\"h5\">PGgRc</span>\r\n			</p>\r\n			<p>\r\n			PGgRc is a research consortium that aims to decrease total \r\n			agricultural emissions of greenhouse gases by 10% per unit of output in \r\n			2013 relative to 2004.\r\n			PGgRc has formed excellent links between the agriculture sector and \r\n			GHG mitigation research. \r\n			</p>\r\n			<p>\r\n			<span class=\"h7\"><a href=\"http://www.pggrc.co.nz/\" target=\"_blank\" title=\"http://www.pggrc.co.nz/ ... - link will open in a new window\">www.pggrc.co.nz<br />\r\n			<br />\r\n			</a></span>\r\n			</p>\r\n			</td>\r\n			<td>&nbsp;</td>\r\n			<td valign=\"top\">\r\n			<p>\r\n			<img src=\"user/image/medium/184/PgGRc.jpg\" border=\"0\" alt=\"PgGRc.jpg\" title=\"PgGRc.jpg\" />&nbsp;\r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td>\r\n			<div style=\"text-align: center\">\r\n			<img src=\"user/image/medium/106/Screen%20shot%202011-12-19%20at%2012.08.28%20PM.png\" border=\"0\" alt=\"Plant and Food Research\" title=\"Plant and Food Research\" width=\"200\" height=\"71\" align=\"left\" /><a name=\"Plant and Food Research\" title=\"Plant and Food Research\"></a>\r\n			</div>\r\n			<div style=\"text-align: center\">\r\n			&nbsp;\r\n			</div>\r\n			<div style=\"text-align: center\">\r\n			&nbsp;\r\n			</div>\r\n			<div style=\"text-align: center\">\r\n			&nbsp;\r\n			</div>\r\n			<div style=\"text-align: center\">\r\n			&nbsp;\r\n			</div>\r\n			<div style=\"text-align: center\">\r\n			&nbsp;\r\n			</div>\r\n			<div style=\"text-align: center\">\r\n			&nbsp;\r\n			</div>\r\n			<p>\r\n			<span class=\"h5\">Plant and Food Research</span>\r\n			</p>\r\n			Plant and Food provides research and development that adds value to fruit, vegetable, crop and food products.\r\n			<p>\r\n			Plant and Food includes teams of researchers with skills relevant to \r\n			the Centre in soil science, environmental science, plant growth and \r\n			development, genomics, proteomics and metabolomics of plants.\r\n			</p>\r\n			<p>\r\n			<span class=\"h7\"><a href=\"http://www.plantandfood.co.nz/\" target=\"_blank\" title=\"http://www.plantandfood.co.nz/ ... - link will open in a new window\">www.plantandfood.co.nz<br />\r\n			<br />\r\n			</a></span>\r\n			</p>\r\n			</td>\r\n			<td>&nbsp;</td>\r\n			<td>\r\n			<p>\r\n			<img src=\"user/image/medium/180/Lincoln.jpg\" border=\"0\" alt=\"Lincoln University\" title=\"Lincoln University\" /> \r\n			</p>\r\n			<br />\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td>\r\n			<p>\r\n			<img src=\"user/image/medium/107/Screen%20shot%202011-12-19%20at%2012.10.03%20PM.png\" border=\"0\" alt=\"SCION\" title=\"SCION\" width=\"200\" height=\"55\" align=\"left\" /><a name=\"Scion\" title=\"Scion\"></a>\r\n			</p>\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			&nbsp;\r\n			<p>\r\n			<span class=\"h5\">SCION</span>\r\n			</p>\r\n			Scion is dedicated to building the international competitiveness of \r\n			the New Zealand forest industry and building a stronger bio-based \r\n			economy. Although the Centre&#39;s scope does not include forestry, Scion \r\n			includes \r\n			researchers with skills relevant to the Centre in the area of soil \r\n			carbon that are also applicable to agricultural land.\r\n			<br />\r\n			<br />\r\n			<p>\r\n			<span class=\"h7\"><a href=\"http://www.scionresearch.com/\" target=\"_blank\" title=\"http://www.scionresearch.com/ ... - link will open in a new window\">www.scionresearch.com</a></span>\r\n			</p>\r\n			</td>\r\n			<td>&nbsp;</td>\r\n			<td><img src=\"user/image/medium/182/Scion.jpg\" border=\"0\" alt=\"SCION\" title=\"SCION\" />&nbsp;<br />\r\n			</td>\r\n		</tr>\r\n	</tbody>\r\n</table>\r\n', 'Our Members\r\n\r\n\r\n\r\n	\r\n		\r\n			 \r\n			\r\n			\r\n			AgResearch \r\n			\r\n			\r\n			AgResearch is the host of the NZAGRC and is New Zealand&#39;s largest centre for pastoral agriculture research and development.\r\n			\r\n			\r\n			AgResearch includes teams of researchers with skills relevant to the \r\n			Centre in rumen function, rumen microbiology, ruminant physiology, soil \r\n			science, environmental science, agricultural systems management, forage \r\n			plant growth and development, on-farm practice change, social science, \r\n			technology uptake, genomics, proteomics and metabolomics of animals, \r\n			plants and microorganisms. \r\n			\r\n			\r\n			www.agresearch.org.nz\r\n			\r\n			\r\n			\r\n			\r\n			                                                                                                     \r\n			\r\n			 \r\n		\r\n		\r\n			\r\n			\r\n			\r\n			DairyNZ\r\n			\r\n			\r\n			DairyNZ is the centre of on-farm dairy research and development in New Zealand.\r\n			\r\n			\r\n			DairyNZ includes teams of researchers with skills relevant to the \r\n			Centre in dairy farm systems management, dairy cow feeding and growth, \r\n			milk production performance, environmental science, on-farm practice \r\n			change and technology uptake.\r\n			\r\n			\r\n			www.dairynz.co.nz\r\n			\r\n			\r\n			\r\n			              \r\n			\r\n			 \r\n		\r\n		\r\n			 \r\n			 \r\n			 \r\n		\r\n		\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			Landcare Research\r\n			\r\n			\r\n			Landcare Research is New Zealand&#39;s leading provider of solutions and \r\n			advice for sustainable development and the management of land-based \r\n			natural resources.\r\n			\r\n			\r\n			Landcare includes teams of researchers with skills relevant to the \r\n			Centre in agricultural greenhouse gas emission measurement, carbon \r\n			exchange and inventory development, soil science, lifecycle assessment \r\n			and social science.\r\n			\r\n			\r\n			www.landcareresearch.co.nz\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			Lincoln University\r\n			\r\n			\r\n			Lincoln University is the university within New Zealand for which the\r\n			land-based industries are most important and the home of world-leading \r\n			expertise in nitrous oxide emission mitigation.\r\n			\r\n			\r\n			Lincoln includes teams of researchers with skills relevant to the Centre\r\n			in nitrous oxide emission mitigation and measurement, agricultural \r\n			economics, soil science, environmental science and agricultural systems \r\n			management.\r\n			\r\n			\r\n			www.lincoln.ac.nz\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			\r\n			Massey University\r\n			\r\n			Massey University combines leading capability in fundamental sciences\r\n			with application to the agriculture sector, and hosts the New Zealand \r\n			Biochar Research Centre.\r\n			\r\n			Massey includes teams of researchers with skills relevant to the \r\n			Centre in soil science, biochar production and integration into soil, \r\n			and animal science.\r\n			\r\n			www.massey.ac.nz\r\n			\r\n			 \r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			 \r\n			\r\n		\r\n		\r\n			\r\n			\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			NIWA\r\n			\r\n			NIWA&#39;s mission is to conduct leading environmental science to enable \r\n			the sustainable management of natural resources for New Zealand and the \r\n			planet.\r\n			\r\n			NIWA includes teams of researchers with skills relevant to the Centre in climate change impacts and adaptation.\r\n			\r\n			\r\n			www.niwa.co.nz\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			PGgRc\r\n			\r\n			\r\n			PGgRc is a research consortium that aims to decrease total \r\n			agricultural emissions of greenhouse gases by 10% per unit of output in \r\n			2013 relative to 2004.\r\n			PGgRc has formed excellent links between the agriculture sector and \r\n			GHG mitigation research. \r\n			\r\n			\r\n			www.pggrc.co.nz\r\n			\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			Plant and Food Research\r\n			\r\n			Plant and Food provides research and development that adds value to fruit, vegetable, crop and food products.\r\n			\r\n			Plant and Food includes teams of researchers with skills relevant to \r\n			the Centre in soil science, environmental science, plant growth and \r\n			development, genomics, proteomics and metabolomics of plants.\r\n			\r\n			\r\n			www.plantandfood.co.nz\r\n			\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			 \r\n			\r\n			SCION\r\n			\r\n			Scion is dedicated to building the international competitiveness of \r\n			the New Zealand forest industry and building a stronger bio-based \r\n			economy. Although the Centre&#39;s scope does not include forestry, Scion \r\n			includes \r\n			researchers with skills relevant to the Centre in the area of soil \r\n			carbon that are also applicable to agricultural land.\r\n			\r\n			\r\n			\r\n			www.scionresearch.com', '69bbe9806b354cfc7ea012113b80658c', 3, 'published', 2, '2012-03-20 22:33:55', NULL, '2012-03-20 22:33:55');
INSERT INTO `mix_html_revision` (`html_revision_id`, `html`, `html_search`, `html_md5`, `html_id`, `status`, `user_id`, `created_date`, `pending_date`, `published_date`) VALUES
(549, '<p>\r\n<span class=\"h1\">Our Members</span>\r\n</p>\r\n<br />\r\n<table border=\"0\" cellpadding=\"2\">\r\n	<tbody>\r\n		<tr>\r\n			<td> <img src=\"user/image/medium/210/AgResearch.gif\" border=\"0\" alt=\"AgResearch\" title=\"AgResearch\" /><br />\r\n			<p>\r\n			<br />\r\n			<span class=\"h3 h5\">AgResearch \r\n			</span>\r\n			</p>\r\n			AgResearch is the host of the NZAGRC and is New Zealand&#39;s largest centre for pastoral agriculture research and development.\r\n			<p>\r\n			<br />\r\n			AgResearch includes teams of researchers with skills relevant to the \r\n			Centre in rumen function, rumen microbiology, ruminant physiology, soil \r\n			science, environmental science, agricultural systems management, forage \r\n			plant growth and development, on-farm practice change, social science, \r\n			technology uptake, genomics, proteomics and metabolomics of animals, \r\n			plants and microorganisms. \r\n			</p>\r\n			<div align=\"left\">\r\n			<a href=\"http://www.agresearch.org.nz/\" target=\"_blank\" title=\"http://www.agresearch.org.nz  ... - link will open in a new window\" class=\"h7\">www.agresearch.org.nz<br />\r\n			<br />\r\n			</a>\r\n			</div>\r\n			</td>\r\n			<td>&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp;&nbsp; &nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; </td>\r\n			<td valign=\"top\"><img src=\"user/image/medium/178/AgResearch.jpg\" border=\"0\" alt=\"AgResearch\" title=\"AgResearch\" /><br />\r\n			&nbsp;</td>\r\n		</tr>\r\n		<tr>\r\n			<td><img src=\"user/image/medium/212/DairyNZ.gif\" border=\"0\" alt=\"DairyNZ\" title=\"DairyNZ\" /><br />\r\n			<p>\r\n			<span class=\"h5\"><br />\r\n			DairyNZ\r\n			</span>\r\n			</p>\r\n			DairyNZ is the centre of on-farm dairy research and development in New Zealand.\r\n			<p>\r\n			<br />\r\n			DairyNZ includes teams of researchers with skills relevant to the \r\n			Centre in dairy farm systems management, dairy cow feeding and growth, \r\n			milk production performance, environmental science, on-farm practice \r\n			change and technology uptake.\r\n			</p>\r\n			<p>\r\n			<span class=\"h7\"><a href=\"http://www.dairynz.co.nz\" target=\"_blank\" title=\"http://www.dairynz.co.nz ... - link will open in a new window\">www.dairynz.co.nz</a></span><br />\r\n			<br />\r\n			</p>\r\n			</td>\r\n			<td>&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; <br />\r\n			</td>\r\n			<td valign=\"top\"><img src=\"user/image/medium/153/DairyNZ.jpg\" border=\"0\" alt=\"DairyNZ\" title=\"DairyNZ\" />&nbsp;</td>\r\n		</tr>\r\n		<tr>\r\n			<td>&nbsp;</td>\r\n			<td>&nbsp;</td>\r\n			<td>&nbsp;</td>\r\n		</tr>\r\n		<tr>\r\n			<td>\r\n			<p>\r\n			<img src=\"user/image/medium/211/LandCare.gif\" border=\"0\" alt=\"Landcare Research\" title=\"Landcare Research\" /><br />\r\n			&nbsp;\r\n			</p>\r\n			<p>\r\n			<span class=\"h5\">Landcare Research</span>\r\n			</p>\r\n			<p>\r\n			Landcare Research is New Zealand&#39;s leading provider of solutions and \r\n			advice for sustainable development and the management of land-based \r\n			natural resources.\r\n			</p>\r\n			<p>\r\n			Landcare includes teams of researchers with skills relevant to the \r\n			Centre in agricultural greenhouse gas emission measurement, carbon \r\n			exchange and inventory development, soil science, lifecycle assessment \r\n			and social science.\r\n			</p>\r\n			<p>\r\n			<span class=\"h7\"><a href=\"http://www.agresearch.org.nz/\" target=\"_blank\" title=\"http://www.agresearch.org.nz  ... - link will open in a new window\">www.landcareresearch.co.nz</a></span><br />\r\n			</p>\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			</td>\r\n			<td>&nbsp;</td>\r\n			<td>\r\n			<p>\r\n			<img src=\"user/image/medium/179/LandCare.jpg\" border=\"0\" alt=\"Landcare Research\" title=\"Landcare Research\" /> \r\n			</p>\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td>\r\n			<p>\r\n			<img src=\"user/image/medium/213/Lincoln.gif\" border=\"0\" alt=\"Lincoln University\" title=\"Lincoln University\" />&nbsp;\r\n			</p>\r\n			<p>\r\n			<span class=\"h5\">Lincoln University</span>\r\n			</p>\r\n			<p>\r\n			Lincoln University is the university within New Zealand for which the\r\n			land-based industries are most important and the home of world-leading \r\n			expertise in nitrous oxide emission mitigation.\r\n			</p>\r\n			<p>\r\n			Lincoln includes teams of researchers with skills relevant to the Centre\r\n			in nitrous oxide emission mitigation and measurement, agricultural \r\n			economics, soil science, environmental science and agricultural systems \r\n			management.\r\n			</p>\r\n			<p>\r\n			<span class=\"h7\"><a href=\"http://www.lincoln.ac.nz/\" target=\"_blank\" title=\"http://www.lincoln.ac.nz/ ... - link will open in a new window\">www.lincoln.ac.nz</a></span><br />\r\n			<br />\r\n			</p>\r\n			</td>\r\n			<td>&nbsp;</td>\r\n			<td valign=\"top\"><img src=\"user/image/medium/152/Lincoln%20University.jpg\" border=\"0\" alt=\"Lincoln University\" title=\"Lincoln University\" />\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td>\r\n			<p>\r\n			<img src=\"user/image/medium/214/Massey.gif\" border=\"0\" alt=\"Massey University\" title=\"Massey University\" /><br />\r\n			</p>\r\n			<p>\r\n			&nbsp;<span class=\"h5\"><br />\r\n			Massey University</span>\r\n			</p>\r\n			Massey University combines leading capability in fundamental sciences\r\n			with application to the agriculture sector, and hosts the New Zealand \r\n			Biochar Research Centre.\r\n			<p>\r\n			Massey includes teams of researchers with skills relevant to the \r\n			Centre in soil science, biochar production and integration into soil, \r\n			and animal science.\r\n			</p>\r\n			<span class=\"h7\"><a href=\"http://www.massey.ac.nz/massey/home.cfm\" target=\"_blank\" title=\"http://www.massey.ac.nz/massey/home.cfm ... - link will open in a new window\">www.massey.ac.nz<br />\r\n			<br />\r\n			</a></span> \r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			</td>\r\n			<td>&nbsp;</td>\r\n			<td valign=\"top\"><img src=\"user/image/medium/181/Massey.jpg\" border=\"0\" alt=\"Massey University\" title=\"Massey University\" /> <br />\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td>\r\n			<p>\r\n			<img src=\"user/image/medium/104/Screen%20shot%202011-12-19%20at%2011.52.16%20AM.png\" border=\"0\" alt=\"NIWA\" title=\"NIWA\" width=\"200\" height=\"53\" align=\"left\" /><a name=\"NIWA\" title=\"NIWA\"></a>\r\n			</p>\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			<p>\r\n			<span class=\"h5\">NIWA</span>\r\n			</p>\r\n			NIWA&#39;s mission is to conduct leading environmental science to enable \r\n			the sustainable management of natural resources for New Zealand and the \r\n			planet.\r\n			<p>\r\n			NIWA includes teams of researchers with skills relevant to the Centre in climate change impacts and adaptation.\r\n			</p>\r\n			<p>\r\n			<span class=\"h7\"><a href=\"http://www.niwa.co.nz/\" target=\"_blank\" title=\"http://www.niwa.co.nz/ ... - link will open in a new window\">www.niwa.co.nz\r\n			</a></span>\r\n			</p>\r\n			</td>\r\n			<td>&nbsp;</td>\r\n			<td>\r\n			<p>\r\n			&nbsp;<img src=\"user/image/medium/183/NIWA.jpg\" border=\"0\" alt=\"NIWA\" title=\"NIWA\" />\r\n			<br />\r\n			<br />\r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td>\r\n			<div style=\"text-align: center\">\r\n			<img src=\"user/image/medium/105/Screen%20shot%202011-12-19%20at%2011.56.00%20AM.png\" border=\"0\" alt=\"PGgRc\" title=\"PGgRc\" width=\"121\" height=\"105\" align=\"left\" /><a name=\"PGgRc\" title=\"PGgRc\"></a>\r\n			</div>\r\n			&nbsp;\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			<p>\r\n			<span class=\"h5\">PGgRc</span>\r\n			</p>\r\n			<p>\r\n			PGgRc is a research consortium that aims to decrease total \r\n			agricultural emissions of greenhouse gases by 10% per unit of output in \r\n			2013 relative to 2004.\r\n			PGgRc has formed excellent links between the agriculture sector and \r\n			GHG mitigation research. \r\n			</p>\r\n			<p>\r\n			<span class=\"h7\"><a href=\"http://www.pggrc.co.nz/\" target=\"_blank\" title=\"http://www.pggrc.co.nz/ ... - link will open in a new window\">www.pggrc.co.nz<br />\r\n			<br />\r\n			</a></span>\r\n			</p>\r\n			</td>\r\n			<td>&nbsp;</td>\r\n			<td valign=\"top\">\r\n			<p>\r\n			<img src=\"user/image/medium/184/PgGRc.jpg\" border=\"0\" alt=\"PgGRc.jpg\" title=\"PgGRc.jpg\" />&nbsp;\r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td>\r\n			<div style=\"text-align: center\">\r\n			<img src=\"user/image/medium/106/Screen%20shot%202011-12-19%20at%2012.08.28%20PM.png\" border=\"0\" alt=\"Plant and Food Research\" title=\"Plant and Food Research\" width=\"200\" height=\"71\" align=\"left\" /><a name=\"Plant and Food Research\" title=\"Plant and Food Research\"></a>\r\n			</div>\r\n			<div style=\"text-align: center\">\r\n			&nbsp;\r\n			</div>\r\n			<div style=\"text-align: center\">\r\n			&nbsp;\r\n			</div>\r\n			<div style=\"text-align: center\">\r\n			&nbsp;\r\n			</div>\r\n			<div style=\"text-align: center\">\r\n			&nbsp;\r\n			</div>\r\n			<div style=\"text-align: center\">\r\n			&nbsp;\r\n			</div>\r\n			<div style=\"text-align: center\">\r\n			&nbsp;\r\n			</div>\r\n			<p>\r\n			<span class=\"h5\">Plant and Food Research</span>\r\n			</p>\r\n			Plant and Food provides research and development that adds value to fruit, vegetable, crop and food products.\r\n			<p>\r\n			Plant and Food includes teams of researchers with skills relevant to \r\n			the Centre in soil science, environmental science, plant growth and \r\n			development, genomics, proteomics and metabolomics of plants.\r\n			</p>\r\n			<p>\r\n			<span class=\"h7\"><a href=\"http://www.plantandfood.co.nz/\" target=\"_blank\" title=\"http://www.plantandfood.co.nz/ ... - link will open in a new window\">www.plantandfood.co.nz<br />\r\n			<br />\r\n			</a></span>\r\n			</p>\r\n			</td>\r\n			<td>&nbsp;</td>\r\n			<td>\r\n			<p>\r\n			<img src=\"user/image/medium/180/Lincoln.jpg\" border=\"0\" alt=\"Lincoln University\" title=\"Lincoln University\" /> \r\n			</p>\r\n			<br />\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td>\r\n			<p>\r\n			<img src=\"user/image/medium/107/Screen%20shot%202011-12-19%20at%2012.10.03%20PM.png\" border=\"0\" alt=\"SCION\" title=\"SCION\" width=\"200\" height=\"55\" align=\"left\" /><a name=\"Scion\" title=\"Scion\"></a>\r\n			</p>\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			&nbsp;\r\n			<p>\r\n			<span class=\"h5\">SCION</span>\r\n			</p>\r\n			Scion is dedicated to building the international competitiveness of \r\n			the New Zealand forest industry and building a stronger bio-based \r\n			economy. Although the Centre&#39;s scope does not include forestry, Scion \r\n			includes \r\n			researchers with skills relevant to the Centre in the area of soil \r\n			carbon that are also applicable to agricultural land.\r\n			<br />\r\n			<br />\r\n			<p>\r\n			<span class=\"h7\"><a href=\"http://www.scionresearch.com/\" target=\"_blank\" title=\"http://www.scionresearch.com/ ... - link will open in a new window\">www.scionresearch.com</a></span>\r\n			</p>\r\n			</td>\r\n			<td>&nbsp;</td>\r\n			<td><img src=\"user/image/medium/182/Scion.jpg\" border=\"0\" alt=\"SCION\" title=\"SCION\" />&nbsp;<br />\r\n			</td>\r\n		</tr>\r\n	</tbody>\r\n</table>\r\n', 'Our Members\r\n\r\n\r\n\r\n	\r\n		\r\n			 \r\n			\r\n			\r\n			AgResearch \r\n			\r\n			\r\n			AgResearch is the host of the NZAGRC and is New Zealand&#39;s largest centre for pastoral agriculture research and development.\r\n			\r\n			\r\n			AgResearch includes teams of researchers with skills relevant to the \r\n			Centre in rumen function, rumen microbiology, ruminant physiology, soil \r\n			science, environmental science, agricultural systems management, forage \r\n			plant growth and development, on-farm practice change, social science, \r\n			technology uptake, genomics, proteomics and metabolomics of animals, \r\n			plants and microorganisms. \r\n			\r\n			\r\n			www.agresearch.org.nz\r\n			\r\n			\r\n			\r\n			\r\n			                                                                                                     \r\n			\r\n			 \r\n		\r\n		\r\n			\r\n			\r\n			\r\n			DairyNZ\r\n			\r\n			\r\n			DairyNZ is the centre of on-farm dairy research and development in New Zealand.\r\n			\r\n			\r\n			DairyNZ includes teams of researchers with skills relevant to the \r\n			Centre in dairy farm systems management, dairy cow feeding and growth, \r\n			milk production performance, environmental science, on-farm practice \r\n			change and technology uptake.\r\n			\r\n			\r\n			www.dairynz.co.nz\r\n			\r\n			\r\n			\r\n			              \r\n			\r\n			 \r\n		\r\n		\r\n			 \r\n			 \r\n			 \r\n		\r\n		\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			Landcare Research\r\n			\r\n			\r\n			Landcare Research is New Zealand&#39;s leading provider of solutions and \r\n			advice for sustainable development and the management of land-based \r\n			natural resources.\r\n			\r\n			\r\n			Landcare includes teams of researchers with skills relevant to the \r\n			Centre in agricultural greenhouse gas emission measurement, carbon \r\n			exchange and inventory development, soil science, lifecycle assessment \r\n			and social science.\r\n			\r\n			\r\n			www.landcareresearch.co.nz\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			Lincoln University\r\n			\r\n			\r\n			Lincoln University is the university within New Zealand for which the\r\n			land-based industries are most important and the home of world-leading \r\n			expertise in nitrous oxide emission mitigation.\r\n			\r\n			\r\n			Lincoln includes teams of researchers with skills relevant to the Centre\r\n			in nitrous oxide emission mitigation and measurement, agricultural \r\n			economics, soil science, environmental science and agricultural systems \r\n			management.\r\n			\r\n			\r\n			www.lincoln.ac.nz\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			\r\n			\r\n			\r\n			 \r\n			Massey University\r\n			\r\n			Massey University combines leading capability in fundamental sciences\r\n			with application to the agriculture sector, and hosts the New Zealand \r\n			Biochar Research Centre.\r\n			\r\n			Massey includes teams of researchers with skills relevant to the \r\n			Centre in soil science, biochar production and integration into soil, \r\n			and animal science.\r\n			\r\n			www.massey.ac.nz\r\n			\r\n			 \r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			 \r\n			\r\n		\r\n		\r\n			\r\n			\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			NIWA\r\n			\r\n			NIWA&#39;s mission is to conduct leading environmental science to enable \r\n			the sustainable management of natural resources for New Zealand and the \r\n			planet.\r\n			\r\n			NIWA includes teams of researchers with skills relevant to the Centre in climate change impacts and adaptation.\r\n			\r\n			\r\n			www.niwa.co.nz\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			PGgRc\r\n			\r\n			\r\n			PGgRc is a research consortium that aims to decrease total \r\n			agricultural emissions of greenhouse gases by 10% per unit of output in \r\n			2013 relative to 2004.\r\n			PGgRc has formed excellent links between the agriculture sector and \r\n			GHG mitigation research. \r\n			\r\n			\r\n			www.pggrc.co.nz\r\n			\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			Plant and Food Research\r\n			\r\n			Plant and Food provides research and development that adds value to fruit, vegetable, crop and food products.\r\n			\r\n			Plant and Food includes teams of researchers with skills relevant to \r\n			the Centre in soil science, environmental science, plant growth and \r\n			development, genomics, proteomics and metabolomics of plants.\r\n			\r\n			\r\n			www.plantandfood.co.nz\r\n			\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			 \r\n			\r\n			SCION\r\n			\r\n			Scion is dedicated to building the international competitiveness of \r\n			the New Zealand forest industry and building a stronger bio-based \r\n			economy. Although the Centre&#39;s scope does not include forestry, Scion \r\n			includes \r\n			researchers with skills relevant to the Centre in the area of soil \r\n			carbon that are also applicable to agricultural land.\r\n			\r\n			\r\n			\r\n			www.scionresearch.com', '41c8a51dee8c18582b61e4f1669fddc0', 3, 'published', 2, '2012-03-20 22:34:30', NULL, '2012-03-20 22:34:30'),
(550, '<p>\r\n<span class=\"h1\">Our Members</span>\r\n</p>\r\n<br />\r\n<table border=\"0\" cellpadding=\"2\">\r\n	<tbody>\r\n		<tr>\r\n			<td> <img src=\"user/image/medium/210/AgResearch.gif\" border=\"0\" alt=\"AgResearch\" title=\"AgResearch\" /><br />\r\n			<p>\r\n			<br />\r\n			<span class=\"h3 h5\">AgResearch \r\n			</span>\r\n			</p>\r\n			AgResearch is the host of the NZAGRC and is New Zealand&#39;s largest centre for pastoral agriculture research and development.\r\n			<p>\r\n			<br />\r\n			AgResearch includes teams of researchers with skills relevant to the \r\n			Centre in rumen function, rumen microbiology, ruminant physiology, soil \r\n			science, environmental science, agricultural systems management, forage \r\n			plant growth and development, on-farm practice change, social science, \r\n			technology uptake, genomics, proteomics and metabolomics of animals, \r\n			plants and microorganisms. \r\n			</p>\r\n			<div align=\"left\">\r\n			<a href=\"http://www.agresearch.org.nz/\" target=\"_blank\" title=\"http://www.agresearch.org.nz  ... - link will open in a new window\" class=\"h7\">www.agresearch.org.nz<br />\r\n			<br />\r\n			</a>\r\n			</div>\r\n			</td>\r\n			<td>&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp;&nbsp; &nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; </td>\r\n			<td valign=\"top\"><img src=\"user/image/medium/178/AgResearch.jpg\" border=\"0\" alt=\"AgResearch\" title=\"AgResearch\" /><br />\r\n			&nbsp;</td>\r\n		</tr>\r\n		<tr>\r\n			<td><img src=\"user/image/medium/212/DairyNZ.gif\" border=\"0\" alt=\"DairyNZ\" title=\"DairyNZ\" /><br />\r\n			<p>\r\n			<span class=\"h5\"><br />\r\n			DairyNZ\r\n			</span>\r\n			</p>\r\n			DairyNZ is the centre of on-farm dairy research and development in New Zealand.\r\n			<p>\r\n			<br />\r\n			DairyNZ includes teams of researchers with skills relevant to the \r\n			Centre in dairy farm systems management, dairy cow feeding and growth, \r\n			milk production performance, environmental science, on-farm practice \r\n			change and technology uptake.\r\n			</p>\r\n			<p>\r\n			<span class=\"h7\"><a href=\"http://www.dairynz.co.nz\" target=\"_blank\" title=\"http://www.dairynz.co.nz ... - link will open in a new window\">www.dairynz.co.nz</a></span><br />\r\n			<br />\r\n			</p>\r\n			</td>\r\n			<td>&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; <br />\r\n			</td>\r\n			<td valign=\"top\"><img src=\"user/image/medium/153/DairyNZ.jpg\" border=\"0\" alt=\"DairyNZ\" title=\"DairyNZ\" />&nbsp;</td>\r\n		</tr>\r\n		<tr>\r\n			<td>&nbsp;</td>\r\n			<td>&nbsp;</td>\r\n			<td>&nbsp;</td>\r\n		</tr>\r\n		<tr>\r\n			<td>\r\n			<p>\r\n			<img src=\"user/image/medium/211/LandCare.gif\" border=\"0\" alt=\"Landcare Research\" title=\"Landcare Research\" /><br />\r\n			&nbsp;\r\n			</p>\r\n			<p>\r\n			<span class=\"h5\">Landcare Research</span>\r\n			</p>\r\n			<p>\r\n			Landcare Research is New Zealand&#39;s leading provider of solutions and \r\n			advice for sustainable development and the management of land-based \r\n			natural resources.\r\n			</p>\r\n			<p>\r\n			Landcare includes teams of researchers with skills relevant to the \r\n			Centre in agricultural greenhouse gas emission measurement, carbon \r\n			exchange and inventory development, soil science, lifecycle assessment \r\n			and social science.\r\n			</p>\r\n			<p>\r\n			<span class=\"h7\"><a href=\"http://www.agresearch.org.nz/\" target=\"_blank\" title=\"http://www.agresearch.org.nz  ... - link will open in a new window\">www.landcareresearch.co.nz</a></span><br />\r\n			</p>\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			</td>\r\n			<td>&nbsp;</td>\r\n			<td>\r\n			<p>\r\n			<img src=\"user/image/medium/179/LandCare.jpg\" border=\"0\" alt=\"Landcare Research\" title=\"Landcare Research\" /> \r\n			</p>\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td>\r\n			<p>\r\n			<img src=\"user/image/medium/213/Lincoln.gif\" border=\"0\" alt=\"Lincoln University\" title=\"Lincoln University\" />&nbsp;\r\n			</p>\r\n			<p>\r\n			<span class=\"h5\">Lincoln University</span>\r\n			</p>\r\n			<p>\r\n			Lincoln University is the university within New Zealand for which the\r\n			land-based industries are most important and the home of world-leading \r\n			expertise in nitrous oxide emission mitigation.\r\n			</p>\r\n			<p>\r\n			Lincoln includes teams of researchers with skills relevant to the Centre\r\n			in nitrous oxide emission mitigation and measurement, agricultural \r\n			economics, soil science, environmental science and agricultural systems \r\n			management.\r\n			</p>\r\n			<p>\r\n			<span class=\"h7\"><a href=\"http://www.lincoln.ac.nz/\" target=\"_blank\" title=\"http://www.lincoln.ac.nz/ ... - link will open in a new window\">www.lincoln.ac.nz</a></span><br />\r\n			<br />\r\n			</p>\r\n			</td>\r\n			<td>&nbsp;</td>\r\n			<td valign=\"top\"><img src=\"user/image/medium/152/Lincoln%20University.jpg\" border=\"0\" alt=\"Lincoln University\" title=\"Lincoln University\" />\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td>\r\n			<p>\r\n			<img src=\"user/image/medium/214/Massey.gif\" border=\"0\" alt=\"Massey University\" title=\"Massey University\" /><br />\r\n			</p>\r\n			<p>\r\n			&nbsp;<span class=\"h5\"><br />\r\n			Massey University</span>\r\n			</p>\r\n			Massey University combines leading capability in fundamental sciences\r\n			with application to the agriculture sector, and hosts the New Zealand \r\n			Biochar Research Centre.\r\n			<p>\r\n			Massey includes teams of researchers with skills relevant to the \r\n			Centre in soil science, biochar production and integration into soil, \r\n			and animal science.\r\n			</p>\r\n			<span class=\"h7\"><a href=\"http://www.massey.ac.nz/massey/home.cfm\" target=\"_blank\" title=\"http://www.massey.ac.nz/massey/home.cfm ... - link will open in a new window\">www.massey.ac.nz\r\n			</a></span> \r\n			</td>\r\n			<td>&nbsp;</td>\r\n			<td valign=\"top\"><img src=\"user/image/medium/181/Massey.jpg\" border=\"0\" alt=\"Massey University\" title=\"Massey University\" /> <br />\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td>\r\n			<p>\r\n			<img src=\"user/image/medium/104/Screen%20shot%202011-12-19%20at%2011.52.16%20AM.png\" border=\"0\" alt=\"NIWA\" title=\"NIWA\" width=\"200\" height=\"53\" align=\"left\" /><a name=\"NIWA\" title=\"NIWA\"></a>\r\n			</p>\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			<p>\r\n			<span class=\"h5\">NIWA</span>\r\n			</p>\r\n			NIWA&#39;s mission is to conduct leading environmental science to enable \r\n			the sustainable management of natural resources for New Zealand and the \r\n			planet.\r\n			<p>\r\n			NIWA includes teams of researchers with skills relevant to the Centre in climate change impacts and adaptation.\r\n			</p>\r\n			<p>\r\n			<span class=\"h7\"><a href=\"http://www.niwa.co.nz/\" target=\"_blank\" title=\"http://www.niwa.co.nz/ ... - link will open in a new window\">www.niwa.co.nz\r\n			</a></span>\r\n			</p>\r\n			</td>\r\n			<td>&nbsp;</td>\r\n			<td>\r\n			<p>\r\n			&nbsp;<img src=\"user/image/medium/183/NIWA.jpg\" border=\"0\" alt=\"NIWA\" title=\"NIWA\" />\r\n			<br />\r\n			<br />\r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td>\r\n			<div style=\"text-align: center\">\r\n			<img src=\"user/image/medium/105/Screen%20shot%202011-12-19%20at%2011.56.00%20AM.png\" border=\"0\" alt=\"PGgRc\" title=\"PGgRc\" width=\"121\" height=\"105\" align=\"left\" /><a name=\"PGgRc\" title=\"PGgRc\"></a>\r\n			</div>\r\n			&nbsp;\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			<p>\r\n			<span class=\"h5\">PGgRc</span>\r\n			</p>\r\n			<p>\r\n			PGgRc is a research consortium that aims to decrease total \r\n			agricultural emissions of greenhouse gases by 10% per unit of output in \r\n			2013 relative to 2004.\r\n			PGgRc has formed excellent links between the agriculture sector and \r\n			GHG mitigation research. \r\n			</p>\r\n			<p>\r\n			<span class=\"h7\"><a href=\"http://www.pggrc.co.nz/\" target=\"_blank\" title=\"http://www.pggrc.co.nz/ ... - link will open in a new window\">www.pggrc.co.nz<br />\r\n			<br />\r\n			</a></span>\r\n			</p>\r\n			</td>\r\n			<td>&nbsp;</td>\r\n			<td valign=\"top\">\r\n			<p>\r\n			<img src=\"user/image/medium/184/PgGRc.jpg\" border=\"0\" alt=\"PgGRc.jpg\" title=\"PgGRc.jpg\" />&nbsp;\r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td>\r\n			<div style=\"text-align: center\">\r\n			<img src=\"user/image/medium/106/Screen%20shot%202011-12-19%20at%2012.08.28%20PM.png\" border=\"0\" alt=\"Plant and Food Research\" title=\"Plant and Food Research\" width=\"200\" height=\"71\" align=\"left\" /><a name=\"Plant and Food Research\" title=\"Plant and Food Research\"></a>\r\n			</div>\r\n			<div style=\"text-align: center\">\r\n			&nbsp;\r\n			</div>\r\n			<div style=\"text-align: center\">\r\n			&nbsp;\r\n			</div>\r\n			<div style=\"text-align: center\">\r\n			&nbsp;\r\n			</div>\r\n			<div style=\"text-align: center\">\r\n			&nbsp;\r\n			</div>\r\n			<div style=\"text-align: center\">\r\n			&nbsp;\r\n			</div>\r\n			<div style=\"text-align: center\">\r\n			&nbsp;\r\n			</div>\r\n			<p>\r\n			<span class=\"h5\">Plant and Food Research</span>\r\n			</p>\r\n			Plant and Food provides research and development that adds value to fruit, vegetable, crop and food products.\r\n			<p>\r\n			Plant and Food includes teams of researchers with skills relevant to \r\n			the Centre in soil science, environmental science, plant growth and \r\n			development, genomics, proteomics and metabolomics of plants.\r\n			</p>\r\n			<p>\r\n			<span class=\"h7\"><a href=\"http://www.plantandfood.co.nz/\" target=\"_blank\" title=\"http://www.plantandfood.co.nz/ ... - link will open in a new window\">www.plantandfood.co.nz<br />\r\n			<br />\r\n			</a></span>\r\n			</p>\r\n			</td>\r\n			<td>&nbsp;</td>\r\n			<td>\r\n			<p>\r\n			<img src=\"user/image/medium/180/Lincoln.jpg\" border=\"0\" alt=\"Lincoln University\" title=\"Lincoln University\" /> \r\n			</p>\r\n			<br />\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td>\r\n			<p>\r\n			<img src=\"user/image/medium/107/Screen%20shot%202011-12-19%20at%2012.10.03%20PM.png\" border=\"0\" alt=\"SCION\" title=\"SCION\" width=\"200\" height=\"55\" align=\"left\" /><a name=\"Scion\" title=\"Scion\"></a>\r\n			</p>\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			&nbsp;\r\n			<p>\r\n			<span class=\"h5\">SCION</span>\r\n			</p>\r\n			Scion is dedicated to building the international competitiveness of \r\n			the New Zealand forest industry and building a stronger bio-based \r\n			economy. Although the Centre&#39;s scope does not include forestry, Scion \r\n			includes \r\n			researchers with skills relevant to the Centre in the area of soil \r\n			carbon that are also applicable to agricultural land.\r\n			<br />\r\n			<br />\r\n			<p>\r\n			<span class=\"h7\"><a href=\"http://www.scionresearch.com/\" target=\"_blank\" title=\"http://www.scionresearch.com/ ... - link will open in a new window\">www.scionresearch.com</a></span>\r\n			</p>\r\n			</td>\r\n			<td>&nbsp;</td>\r\n			<td><img src=\"user/image/medium/182/Scion.jpg\" border=\"0\" alt=\"SCION\" title=\"SCION\" />&nbsp;<br />\r\n			</td>\r\n		</tr>\r\n	</tbody>\r\n</table>\r\n', 'Our Members\r\n\r\n\r\n\r\n	\r\n		\r\n			 \r\n			\r\n			\r\n			AgResearch \r\n			\r\n			\r\n			AgResearch is the host of the NZAGRC and is New Zealand&#39;s largest centre for pastoral agriculture research and development.\r\n			\r\n			\r\n			AgResearch includes teams of researchers with skills relevant to the \r\n			Centre in rumen function, rumen microbiology, ruminant physiology, soil \r\n			science, environmental science, agricultural systems management, forage \r\n			plant growth and development, on-farm practice change, social science, \r\n			technology uptake, genomics, proteomics and metabolomics of animals, \r\n			plants and microorganisms. \r\n			\r\n			\r\n			www.agresearch.org.nz\r\n			\r\n			\r\n			\r\n			\r\n			                                                                                                     \r\n			\r\n			 \r\n		\r\n		\r\n			\r\n			\r\n			\r\n			DairyNZ\r\n			\r\n			\r\n			DairyNZ is the centre of on-farm dairy research and development in New Zealand.\r\n			\r\n			\r\n			DairyNZ includes teams of researchers with skills relevant to the \r\n			Centre in dairy farm systems management, dairy cow feeding and growth, \r\n			milk production performance, environmental science, on-farm practice \r\n			change and technology uptake.\r\n			\r\n			\r\n			www.dairynz.co.nz\r\n			\r\n			\r\n			\r\n			              \r\n			\r\n			 \r\n		\r\n		\r\n			 \r\n			 \r\n			 \r\n		\r\n		\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			Landcare Research\r\n			\r\n			\r\n			Landcare Research is New Zealand&#39;s leading provider of solutions and \r\n			advice for sustainable development and the management of land-based \r\n			natural resources.\r\n			\r\n			\r\n			Landcare includes teams of researchers with skills relevant to the \r\n			Centre in agricultural greenhouse gas emission measurement, carbon \r\n			exchange and inventory development, soil science, lifecycle assessment \r\n			and social science.\r\n			\r\n			\r\n			www.landcareresearch.co.nz\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			Lincoln University\r\n			\r\n			\r\n			Lincoln University is the university within New Zealand for which the\r\n			land-based industries are most important and the home of world-leading \r\n			expertise in nitrous oxide emission mitigation.\r\n			\r\n			\r\n			Lincoln includes teams of researchers with skills relevant to the Centre\r\n			in nitrous oxide emission mitigation and measurement, agricultural \r\n			economics, soil science, environmental science and agricultural systems \r\n			management.\r\n			\r\n			\r\n			www.lincoln.ac.nz\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			\r\n			\r\n			\r\n			 \r\n			Massey University\r\n			\r\n			Massey University combines leading capability in fundamental sciences\r\n			with application to the agriculture sector, and hosts the New Zealand \r\n			Biochar Research Centre.\r\n			\r\n			Massey includes teams of researchers with skills relevant to the \r\n			Centre in soil science, biochar production and integration into soil, \r\n			and animal science.\r\n			\r\n			www.massey.ac.nz\r\n			 \r\n			\r\n			 \r\n			 \r\n			\r\n		\r\n		\r\n			\r\n			\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			NIWA\r\n			\r\n			NIWA&#39;s mission is to conduct leading environmental science to enable \r\n			the sustainable management of natural resources for New Zealand and the \r\n			planet.\r\n			\r\n			NIWA includes teams of researchers with skills relevant to the Centre in climate change impacts and adaptation.\r\n			\r\n			\r\n			www.niwa.co.nz\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			PGgRc\r\n			\r\n			\r\n			PGgRc is a research consortium that aims to decrease total \r\n			agricultural emissions of greenhouse gases by 10% per unit of output in \r\n			2013 relative to 2004.\r\n			PGgRc has formed excellent links between the agriculture sector and \r\n			GHG mitigation research. \r\n			\r\n			\r\n			www.pggrc.co.nz\r\n			\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			Plant and Food Research\r\n			\r\n			Plant and Food provides research and development that adds value to fruit, vegetable, crop and food products.\r\n			\r\n			Plant and Food includes teams of researchers with skills relevant to \r\n			the Centre in soil science, environmental science, plant growth and \r\n			development, genomics, proteomics and metabolomics of plants.\r\n			\r\n			\r\n			www.plantandfood.co.nz\r\n			\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			 \r\n			\r\n			SCION\r\n			\r\n			Scion is dedicated to building the international competitiveness of \r\n			the New Zealand forest industry and building a stronger bio-based \r\n			economy. Although the Centre&#39;s scope does not include forestry, Scion \r\n			includes \r\n			researchers with skills relevant to the Centre in the area of soil \r\n			carbon that are also applicable to agricultural land.\r\n			\r\n			\r\n			\r\n			www.scionresearch.com', '5532b4eb17deada255f7e42867e1f011', 3, 'published', 2, '2012-03-20 22:35:04', NULL, '2012-03-20 22:35:04'),
(551, '<p align=\"justify\">\r\n<span class=\"h2\">Our role is to find ways for New Zealand to<br />\r\nmeet its international greenhouse gas emission<br />\r\nobligations without reducing agricultural output.</span><br />\r\n</p>\r\n<hr />\r\n<br />\r\n<p>\r\n<img src=\"user/image/large/146/NZAGRC%20Conference.jpg\" border=\"0\" alt=\"NZAGRC Conference\" title=\"NZAGRC Conference\" width=\"583\" height=\"166\" />&nbsp; \r\n</p>\r\n<p class=\"h4\">\r\n&quot;Think globally, act locally&quot; the key message from the NZAGRC&nbsp;2012 Annual Conference \r\n</p>\r\n<p>\r\nOne hundred and fifty greenhouse gas (GHG) mitigation focused scientists, policy makers and industry representatives made the trip to the Travelodge in Palmerston North to attend the second Annual NZAGRC Conference. The conference provided an excellent opportunity to reflect on the international context in which New Zealand&#39;s agricultural GHG emissions research programme resides.&nbsp; The day also included a wide range of presentations and posters covering research underway and how this may be applied on-farm in the future. \r\n</p>\r\n<p align=\"left\">\r\nDr Andy Reisinger, NZAGRC Deputy Director, opened the conference by presenting an overview of the global challenge to secure food supply in an uneven world and for a growing and increasingly affluent population, whilst maintaining environmental integrity. Bringing his focus to New Zealand, he emphasised that to allow <em>sustained absolute reductions</em> whilst <em>supporting projected output growth</em>, new technologies and practices are needed.&nbsp; This requires a multi-pronged effort that can expand existing options, develop new ones and creates and delivers tools for implementation. The NZ government has recognised the long term and global nature of the challenge and is providing dedicated research funding. Andy concluded by stating that the &quot;journey will inevitably have many twists and turns and some dead ends, but we are confident that it will deliver&quot;. \r\n</p>\r\n<p align=\"left\">\r\nFour science sessions followed, covering methane, nitrous oxide, soil carbon and integrated systems research.&nbsp; Four speakers, including one leading international scientist, presented in each session. This provided an opportunity for delegates to hear the latest developments in areas outside of their regular sphere of interest. A number of the audience commented afterwards that they had gained new knowledge and some even experienced &quot;eureka&quot; moments. \r\n</p>\r\n<p align=\"left\">\r\nJohn Hutchings, General Manager (Sustainability Policy and Carbon) at Fonterra provided a motivating summing up to the conference.&nbsp; In line with it being the start of the year, he provided his seven &quot;wishes&quot; for a more sustainable and efficient NZ agricultural sector: improvements in emissions efficiency; producers becoming more aware of GHG issues; optimal research investment; trusted industry participation in policy making; cost effective management of liabilities; emission efficient production of milk; and all parties working together respectfully and collaboratively going forward. He highlighted that good progress was being made towards fulfilling a number of his goals already.&nbsp; \r\n</p>\r\n<p align=\"left\">\r\nReturning to the opening comments made by Andy Reisinger, John quoted a recent article by John Vidal in The Observer (&quot;The Future of Food&quot;, 22 January 2012) which suggested that science&#39;s answer to feeding an extra 2.5 billion people on the planet is a diet of algae, insects and meat grown in a lab.&nbsp; Whilst this may be one option, from a NZ dairying perspective &quot;you can&#39;t go past milk!&quot; So for the foreseeable future, the NZ research effort will continue to support local agricultural producers and industry&#39;s future goals, while keeping a close eye on how the research can be implemented globally. \r\n</p>\r\n<div align=\"left\">\r\nA&nbsp;full conference report can be found&nbsp;in the February issue&nbsp;of our Release newsletter&nbsp;- sign up below!<br />\r\n<br />\r\n</div>\r\n<hr />\r\n<br />\r\n<table border=\"0\" width=\"100%\">\r\n	<tbody>\r\n		<tr>\r\n			<td valign=\"top\" style=\"width: 48%\">\r\n			<p class=\"h4\">\r\n			Research \r\n			</p>\r\n			<p>\r\n			<a href=\"methane.html\" class=\"h5\">Work Stream 1: Methane</a><br />\r\n			Lead scientists Peter Janssen and Graeme Attwood are overseeing multiple cutting-edge research programmes at the NZAGRC that will mitigate emissions of enteric methane. \r\n			</p>\r\n			<p>\r\n			<a href=\"nitrous-oxide.html\" class=\"h5\">Work Stream 2: Nitrous Oxide</a><br />\r\n			Nitrous oxide (N<sub>2</sub>O) is a potent GHG with a long-term global warming potential 310 times that of CO<sub>2</sub>. In New Zealand, approximately 20% of total GHGs are N<sub>2</sub>O. \r\n			</p>\r\n			<p>\r\n			<a href=\"soil-carbon.html\" class=\"h5\">Work Stream 3: Soil Carbon</a><br />\r\n			Soils sequester and store atmospheric carbon via the removal of carbon dioxide (CO<sub>2</sub>) from the atmosphere during photosynthesis. \r\n			</p>\r\n			<p>\r\n			<a href=\"integrated-systems.html\" class=\"h5\">Work Stream 4: Integrated Systems</a><br />\r\n			The NZAGRC&#39;s integrated farm systems research programme is focused on developing the tools to design novel, practical, credible and cost-effective low GHG-emitting farm systems for New Zealand farms. \r\n			</p>\r\n			</td>\r\n			<td>&nbsp;</td>\r\n			<td valign=\"top\" style=\"width: 48%\">\r\n			<p class=\"h4\">\r\n			Information Hub \r\n			</p>\r\n			<p>\r\n			<span class=\"h5 h5 h5 h5 h5 h5\"><a href=\"knowledge.html\"><span class=\"h5\">K</span><span class=\"h5\">nowledge</span></a></span><br />\r\n			Take a look at&nbsp;the range of publications produced by the NZAGRC&nbsp;\r\n			</p>\r\n			<p>\r\n			<a href=\"technologies.html\"><span class=\"h5\">Technologies</span><br />\r\n			</a>Many of the NZAGRC&#39;s deliverables are likely to take the form of products or services that can be used to reduce greenhouse gas emissions. \r\n			</p>\r\n			<p>\r\n			<a href=\"practices.html\"><span class=\"h5\">Practices</span><br />\r\n			</a>A number of the NZAGRC&#39;s&nbsp;outputs are likely to be management practices or systems that can be&nbsp;employed on-farm to reduce greenhouse gas emissions and potentially improve productivity. \r\n			</p>\r\n			</td>\r\n		</tr>\r\n	</tbody>\r\n</table>\r\n', 'Our role is to find ways for New Zealand to\r\nmeet its international greenhouse gas emission\r\nobligations without reducing agricultural output.\r\n\r\n\r\n\r\n\r\n  \r\n\r\n\r\n&quot;Think globally, act locally&quot; the key message from the NZAGRC 2012 Annual Conference \r\n\r\n\r\nOne hundred and fifty greenhouse gas (GHG) mitigation focused scientists, policy makers and industry representatives made the trip to the Travelodge in Palmerston North to attend the second Annual NZAGRC Conference. The conference provided an excellent opportunity to reflect on the international context in which New Zealand&#39;s agricultural GHG emissions research programme resides.  The day also included a wide range of presentations and posters covering research underway and how this may be applied on-farm in the future. \r\n\r\n\r\nDr Andy Reisinger, NZAGRC Deputy Director, opened the conference by presenting an overview of the global challenge to secure food supply in an uneven world and for a growing and increasingly affluent population, whilst maintaining environmental integrity. Bringing his focus to New Zealand, he emphasised that to allow sustained absolute reductions whilst supporting projected output growth, new technologies and practices are needed.  This requires a multi-pronged effort that can expand existing options, develop new ones and creates and delivers tools for implementation. The NZ government has recognised the long term and global nature of the challenge and is providing dedicated research funding. Andy concluded by stating that the &quot;journey will inevitably have many twists and turns and some dead ends, but we are confident that it will deliver&quot;. \r\n\r\n\r\nFour science sessions followed, covering methane, nitrous oxide, soil carbon and integrated systems research.  Four speakers, including one leading international scientist, presented in each session. This provided an opportunity for delegates to hear the latest developments in areas outside of their regular sphere of interest. A number of the audience commented afterwards that they had gained new knowledge and some even experienced &quot;eureka&quot; moments. \r\n\r\n\r\nJohn Hutchings, General Manager (Sustainability Policy and Carbon) at Fonterra provided a motivating summing up to the conference.  In line with it being the start of the year, he provided his seven &quot;wishes&quot; for a more sustainable and efficient NZ agricultural sector: improvements in emissions efficiency; producers becoming more aware of GHG issues; optimal research investment; trusted industry participation in policy making; cost effective management of liabilities; emission efficient production of milk; and all parties working together respectfully and collaboratively going forward. He highlighted that good progress was being made towards fulfilling a number of his goals already.  \r\n\r\n\r\nReturning to the opening comments made by Andy Reisinger, John quoted a recent article by John Vidal in The Observer (&quot;The Future of Food&quot;, 22 January 2012) which suggested that science&#39;s answer to feeding an extra 2.5 billion people on the planet is a diet of algae, insects and meat grown in a lab.  Whilst this may be one option, from a NZ dairying perspective &quot;you can&#39;t go past milk!&quot; So for the foreseeable future, the NZ research effort will continue to support local agricultural producers and industry&#39;s future goals, while keeping a close eye on how the research can be implemented globally. \r\n\r\n\r\nA full conference report can be found in the February issue of our Release newsletter - sign up below!\r\n\r\n\r\n\r\n\r\n\r\n	\r\n		\r\n			\r\n			\r\n			Research \r\n			\r\n			\r\n			Work Stream 1: Methane\r\n			Lead scientists Peter Janssen and Graeme Attwood are overseeing multiple cutting-edge research programmes at the NZAGRC that will mitigate emissions of enteric methane. \r\n			\r\n			\r\n			Work Stream 2: Nitrous Oxide\r\n			Nitrous oxide (N2O) is a potent GHG with a long-term global warming potential 310 times that of CO2. In New Zealand, approximately 20% of total GHGs are N2O. \r\n			\r\n			\r\n			Work Stream 3: Soil Carbon\r\n			Soils sequester and store atmospheric carbon via the removal of carbon dioxide (CO2) from the atmosphere during photosynthesis. \r\n			\r\n			\r\n			Work Stream 4: Integrated Systems\r\n			The NZAGRC&#39;s integrated farm systems research programme is focused on developing the tools to design novel, practical, credible and cost-effective low GHG-emitting farm systems for New Zealand farms. \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			Information Hub \r\n			\r\n			\r\n			Knowledge\r\n			Take a look at the range of publications produced by the NZAGRC \r\n			\r\n			\r\n			Technologies\r\n			Many of the NZAGRC&#39;s deliverables are likely to take the form of products or services that can be used to reduce greenhouse gas emissions. \r\n			\r\n			\r\n			Practices\r\n			A number of the NZAGRC&#39;s outputs are likely to be management practices or systems that can be employed on-farm to reduce greenhouse gas emissions and potentially improve productivity.', 'a2ca8853b54cee7fe0370f8fa5c0b763', 1, 'published', 4, '2012-03-20 22:35:39', NULL, '2012-03-20 22:35:41');
INSERT INTO `mix_html_revision` (`html_revision_id`, `html`, `html_search`, `html_md5`, `html_id`, `status`, `user_id`, `created_date`, `pending_date`, `published_date`) VALUES
(552, '<p align=\"justify\">\r\n<span class=\"h2\">Our role is to find ways for New Zealand to<br />\r\nmeet its international greenhouse gas emission<br />\r\nobligations without reducing agricultural output.</span><br />\r\n</p>\r\n<hr />\r\n<br />\r\n<p>\r\n<img src=\"user/image/large/146/NZAGRC%20Conference.jpg\" border=\"0\" alt=\"NZAGRC Conference\" title=\"NZAGRC Conference\" width=\"583\" height=\"166\" />&nbsp; \r\n</p>\r\n<p class=\"h4\">\r\n&quot;Think globally, act locally&quot; the key message from the NZAGRC&nbsp;2012 Annual Conference \r\n</p>\r\n<p>\r\nOne hundred and fifty greenhouse gas (GHG) mitigation focused scientists, policy makers and industry representatives made the trip to the Travelodge in Palmerston North to attend the second Annual NZAGRC Conference. The conference provided an excellent opportunity to reflect on the international context in which New Zealand&#39;s agricultural GHG emissions research programme resides.&nbsp; The day also included a wide range of presentations and posters covering research underway and how this may be applied on-farm in the future. \r\n</p>\r\n<p align=\"left\">\r\nDr Andy Reisinger, NZAGRC Deputy Director, opened the conference by presenting an overview of the global challenge to secure food supply in an uneven world and for a growing and increasingly affluent population, whilst maintaining environmental integrity. Bringing his focus to New Zealand, he emphasised that to allow <em>sustained absolute reductions</em> whilst <em>supporting projected output growth</em>, new technologies and practices are needed.&nbsp; This requires a multi-pronged effort that can expand existing options, develop new ones and creates and delivers tools for implementation. The NZ government has recognised the long term and global nature of the challenge and is providing dedicated research funding. Andy concluded by stating that the &quot;journey will inevitably have many twists and turns and some dead ends, but we are confident that it will deliver&quot;. \r\n</p>\r\n<p align=\"left\">\r\nFour science sessions followed, covering methane, nitrous oxide, soil carbon and integrated systems research.&nbsp; Four speakers, including one leading international scientist, presented in each session. This provided an opportunity for delegates to hear the latest developments in areas outside of their regular sphere of interest. A number of the audience commented afterwards that they had gained new knowledge and some even experienced &quot;eureka&quot; moments. \r\n</p>\r\n<p align=\"left\">\r\nJohn Hutchings, General Manager (Sustainability Policy and Carbon) at Fonterra provided a motivating summing up to the conference.&nbsp; In line with it being the start of the year, he provided his seven &quot;wishes&quot; for a more sustainable and efficient NZ agricultural sector: improvements in emissions efficiency; producers becoming more aware of GHG issues; optimal research investment; trusted industry participation in policy making; cost effective management of liabilities; emission efficient production of milk; and all parties working together respectfully and collaboratively going forward. He highlighted that good progress was being made towards fulfilling a number of his goals already.&nbsp; \r\n</p>\r\n<p align=\"left\">\r\nReturning to the opening comments made by Andy Reisinger, John quoted a recent article by John Vidal in The Observer (&quot;The Future of Food&quot;, 22 January 2012) which suggested that science&#39;s answer to feeding an extra 2.5 billion people on the planet is a diet of algae, insects and meat grown in a lab.&nbsp; Whilst this may be one option, from a NZ dairying perspective &quot;you can&#39;t go past milk!&quot; So for the foreseeable future, the NZ research effort will continue to support local agricultural producers and industry&#39;s future goals, while keeping a close eye on how the research can be implemented globally. \r\n</p>\r\n<div align=\"left\">\r\nA&nbsp;full conference report can be found&nbsp;in the February issue&nbsp;of our Release newsletter&nbsp;- sign up below!<br />\r\n<br />\r\n</div>\r\n<hr />\r\n<br />\r\n<table border=\"0\" width=\"100%\">\r\n	<tbody>\r\n		<tr>\r\n			<td valign=\"top\" style=\"width: 48%\">\r\n			<p class=\"h4\">\r\n			Research \r\n			</p>\r\n			<p>\r\n			<a href=\"methane.html\" class=\"h5\">Work Stream 1: Methane</a><br />\r\n			Lead scientists Peter Janssen and Graeme Attwood are overseeing multiple cutting-edge research programmes at the NZAGRC that will mitigate emissions of enteric methane. \r\n			</p>\r\n			<p>\r\n			<a href=\"nitrous-oxide.html\" class=\"h5\">Work Stream 2: Nitrous Oxide</a><br />\r\n			Nitrous oxide (N<sub>2</sub>O) is a potent GHG with a long-term global warming potential 310 times that of CO<sub>2</sub>. In New Zealand, approximately 20% of total GHGs are N<sub>2</sub>O. \r\n			</p>\r\n			<p>\r\n			<a href=\"soil-carbon.html\" class=\"h5\">Work Stream 3: Soil Carbon</a><br />\r\n			Soils sequester and store atmospheric carbon via the removal of carbon dioxide (CO<sub>2</sub>) from the atmosphere during photosynthesis. \r\n			</p>\r\n			<p>\r\n			<a href=\"integrated-systems.html\" class=\"h5\">Work Stream 4: Integrated Systems</a><br />\r\n			The NZAGRC&#39;s integrated farm systems research programme is focused on developing the tools to design novel, practical, credible and cost-effective low GHG-emitting farm systems for New Zealand farms. \r\n			</p>\r\n			</td>\r\n			<td>&nbsp;</td>\r\n			<td valign=\"top\" style=\"width: 48%\">\r\n			<p class=\"h4\">\r\n			Information Hub \r\n			</p>\r\n			<p>\r\n			<span class=\"h5 h5 h5 h5 h5 h5\"><a href=\"knowledge.html\"><span class=\"h5\">K</span><span class=\"h5\">nowledge</span></a></span><br />\r\n			Take a look at&nbsp;the range of publications produced by the NZAGRC&nbsp; \r\n			</p>\r\n			<p>\r\n			<a href=\"technologies.html\" title=\"technologies.html\"><span class=\"h5\">Technologies</span><br />\r\n			</a>Many of the NZAGRC&#39;s deliverables are likely to take the form of products or services that can be used to reduce greenhouse gas emissions. \r\n			</p>\r\n			<p>\r\n			<a href=\"practices.html\"><span class=\"h5\">Practices</span><br />\r\n			</a>A number of the NZAGRC&#39;s&nbsp;outputs are likely to be management practices or systems that can be&nbsp;employed on-farm to reduce greenhouse gas emissions and potentially improve productivity. \r\n			</p>\r\n			</td>\r\n		</tr>\r\n	</tbody>\r\n</table>\r\n', 'Our role is to find ways for New Zealand to\r\nmeet its international greenhouse gas emission\r\nobligations without reducing agricultural output.\r\n\r\n\r\n\r\n\r\n  \r\n\r\n\r\n&quot;Think globally, act locally&quot; the key message from the NZAGRC 2012 Annual Conference \r\n\r\n\r\nOne hundred and fifty greenhouse gas (GHG) mitigation focused scientists, policy makers and industry representatives made the trip to the Travelodge in Palmerston North to attend the second Annual NZAGRC Conference. The conference provided an excellent opportunity to reflect on the international context in which New Zealand&#39;s agricultural GHG emissions research programme resides.  The day also included a wide range of presentations and posters covering research underway and how this may be applied on-farm in the future. \r\n\r\n\r\nDr Andy Reisinger, NZAGRC Deputy Director, opened the conference by presenting an overview of the global challenge to secure food supply in an uneven world and for a growing and increasingly affluent population, whilst maintaining environmental integrity. Bringing his focus to New Zealand, he emphasised that to allow sustained absolute reductions whilst supporting projected output growth, new technologies and practices are needed.  This requires a multi-pronged effort that can expand existing options, develop new ones and creates and delivers tools for implementation. The NZ government has recognised the long term and global nature of the challenge and is providing dedicated research funding. Andy concluded by stating that the &quot;journey will inevitably have many twists and turns and some dead ends, but we are confident that it will deliver&quot;. \r\n\r\n\r\nFour science sessions followed, covering methane, nitrous oxide, soil carbon and integrated systems research.  Four speakers, including one leading international scientist, presented in each session. This provided an opportunity for delegates to hear the latest developments in areas outside of their regular sphere of interest. A number of the audience commented afterwards that they had gained new knowledge and some even experienced &quot;eureka&quot; moments. \r\n\r\n\r\nJohn Hutchings, General Manager (Sustainability Policy and Carbon) at Fonterra provided a motivating summing up to the conference.  In line with it being the start of the year, he provided his seven &quot;wishes&quot; for a more sustainable and efficient NZ agricultural sector: improvements in emissions efficiency; producers becoming more aware of GHG issues; optimal research investment; trusted industry participation in policy making; cost effective management of liabilities; emission efficient production of milk; and all parties working together respectfully and collaboratively going forward. He highlighted that good progress was being made towards fulfilling a number of his goals already.  \r\n\r\n\r\nReturning to the opening comments made by Andy Reisinger, John quoted a recent article by John Vidal in The Observer (&quot;The Future of Food&quot;, 22 January 2012) which suggested that science&#39;s answer to feeding an extra 2.5 billion people on the planet is a diet of algae, insects and meat grown in a lab.  Whilst this may be one option, from a NZ dairying perspective &quot;you can&#39;t go past milk!&quot; So for the foreseeable future, the NZ research effort will continue to support local agricultural producers and industry&#39;s future goals, while keeping a close eye on how the research can be implemented globally. \r\n\r\n\r\nA full conference report can be found in the February issue of our Release newsletter - sign up below!\r\n\r\n\r\n\r\n\r\n\r\n	\r\n		\r\n			\r\n			\r\n			Research \r\n			\r\n			\r\n			Work Stream 1: Methane\r\n			Lead scientists Peter Janssen and Graeme Attwood are overseeing multiple cutting-edge research programmes at the NZAGRC that will mitigate emissions of enteric methane. \r\n			\r\n			\r\n			Work Stream 2: Nitrous Oxide\r\n			Nitrous oxide (N2O) is a potent GHG with a long-term global warming potential 310 times that of CO2. In New Zealand, approximately 20% of total GHGs are N2O. \r\n			\r\n			\r\n			Work Stream 3: Soil Carbon\r\n			Soils sequester and store atmospheric carbon via the removal of carbon dioxide (CO2) from the atmosphere during photosynthesis. \r\n			\r\n			\r\n			Work Stream 4: Integrated Systems\r\n			The NZAGRC&#39;s integrated farm systems research programme is focused on developing the tools to design novel, practical, credible and cost-effective low GHG-emitting farm systems for New Zealand farms. \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			Information Hub \r\n			\r\n			\r\n			Knowledge\r\n			Take a look at the range of publications produced by the NZAGRC  \r\n			\r\n			\r\n			Technologies\r\n			Many of the NZAGRC&#39;s deliverables are likely to take the form of products or services that can be used to reduce greenhouse gas emissions. \r\n			\r\n			\r\n			Practices\r\n			A number of the NZAGRC&#39;s outputs are likely to be management practices or systems that can be employed on-farm to reduce greenhouse gas emissions and potentially improve productivity.', 'b0386a48078d444b3ffd1c524338302d', 1, 'published', 4, '2012-03-20 22:36:37', NULL, '2012-03-20 22:36:37'),
(553, '<p class=\"mix_file\">\r\n<span class=\"h5\">Objective 1.2: Low methane producing animals<br />\r\n</span><span class=\"h5\"><em>NZAGRC and PGgRc jointly supported programme<br />\r\n</em></span><span class=\"h6\">Leader: John McEwan (AgResearch) <br />\r\nNZAGRC funding: April 2010 - June 2014</span> \r\n</p>\r\n<p>\r\nThis work aligns with an existing PGgRc project which is accurately measuring methane emissions from sheep with the aim of breeding animals for reduced emissions in the future. If this is proven to be scientifically feasible, several technologies will be required for industry adoption. This Objective is investigating these additional factors.<br />\r\n</p>\r\n<p>\r\nFurther information: <a href=\"user/file/10/NZAGRC_Obj1_2_1011.pdf\" title=\"Obj 1.2 2010/11\"><img src=\"images/icons/icon_pdf.gif\" border=\"0\" alt=\"pdf\" vspace=\"1\" width=\"16\" height=\"16\" align=\"absMiddle\" /> Obj 1.2 2010/11</a> <span style=\"font-size: 80%\">(0.43MB)</span>&nbsp;<br />\r\n<br />\r\n<span class=\"h5\">Objective 1.3: Genomic identification of universal targets for methanogen inhibition<br />\r\n</span><em class=\"h5\">NZAGRC and PGgRc jointly supported programme<br />\r\n</em><span class=\"h6\">Leader: Dr Sinead Leahy (AgResearch) <br />\r\nNZAGRC funding: April 2010 - December 2014<br />\r\n</span>\r\n</p>\r\n<p>\r\n<span class=\"h6\"><font face=\"Verdana\" color=\"#58595b\">NEEDS FINISHING!</font></span>\r\n</p>\r\n', 'Objective 1.2: Low methane producing animals\r\nNZAGRC and PGgRc jointly supported programme\r\nLeader: John McEwan (AgResearch) \r\nNZAGRC funding: April 2010 - June 2014 \r\n\r\n\r\nThis work aligns with an existing PGgRc project which is accurately measuring methane emissions from sheep with the aim of breeding animals for reduced emissions in the future. If this is proven to be scientifically feasible, several technologies will be required for industry adoption. This Objective is investigating these additional factors.\r\n\r\n\r\nFurther information:  Obj 1.2 2010/11 (0.43MB) \r\n\r\nObjective 1.3: Genomic identification of universal targets for methanogen inhibition\r\nNZAGRC and PGgRc jointly supported programme\r\nLeader: Dr Sinead Leahy (AgResearch) \r\nNZAGRC funding: April 2010 - December 2014\r\n\r\n\r\n\r\nNEEDS FINISHING!', '7f61a344abb254975d211f3cfc2fc366', 83, 'published', 4, '2012-03-20 22:38:27', NULL, '2012-03-20 22:38:27'),
(554, 'Completed Methane Research', 'Completed Methane Research', '8aaa5b245681a83ef70bdc3e69991392', 82, 'published', 4, '2012-03-20 22:38:45', NULL, '2012-03-20 22:38:45'),
(555, '<p>\r\n<span class=\"h1\">Our Members</span>\r\n</p>\r\n<br />\r\n<table border=\"0\" cellpadding=\"2\">\r\n	<tbody>\r\n		<tr>\r\n			<td> <img src=\"user/image/medium/210/AgResearch.gif\" border=\"0\" alt=\"AgResearch\" title=\"AgResearch\" /><br />\r\n			<p>\r\n			<br />\r\n			<span class=\"h3 h5\">AgResearch \r\n			</span>\r\n			</p>\r\n			AgResearch is the host of the NZAGRC and is New Zealand&#39;s largest centre for pastoral agriculture research and development.\r\n			<p>\r\n			<br />\r\n			AgResearch includes teams of researchers with skills relevant to the \r\n			Centre in rumen function, rumen microbiology, ruminant physiology, soil \r\n			science, environmental science, agricultural systems management, forage \r\n			plant growth and development, on-farm practice change, social science, \r\n			technology uptake, genomics, proteomics and metabolomics of animals, \r\n			plants and microorganisms. \r\n			</p>\r\n			<div align=\"left\">\r\n			<a href=\"http://www.agresearch.org.nz/\" target=\"_blank\" title=\"http://www.agresearch.org.nz  ... - link will open in a new window\" class=\"h7\">www.agresearch.org.nz<br />\r\n			<br />\r\n			</a>\r\n			</div>\r\n			</td>\r\n			<td>&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp;&nbsp; &nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; </td>\r\n			<td valign=\"top\"><img src=\"user/image/medium/178/AgResearch.jpg\" border=\"0\" alt=\"AgResearch\" title=\"AgResearch\" /><br />\r\n			&nbsp;</td>\r\n		</tr>\r\n		<tr>\r\n			<td><img src=\"user/image/medium/212/DairyNZ.gif\" border=\"0\" alt=\"DairyNZ\" title=\"DairyNZ\" /><br />\r\n			<p>\r\n			<span class=\"h5\"><br />\r\n			DairyNZ\r\n			</span>\r\n			</p>\r\n			DairyNZ is the centre of on-farm dairy research and development in New Zealand.\r\n			<p>\r\n			<br />\r\n			DairyNZ includes teams of researchers with skills relevant to the \r\n			Centre in dairy farm systems management, dairy cow feeding and growth, \r\n			milk production performance, environmental science, on-farm practice \r\n			change and technology uptake.\r\n			</p>\r\n			<p>\r\n			<span class=\"h7\"><a href=\"http://www.dairynz.co.nz\" target=\"_blank\" title=\"http://www.dairynz.co.nz ... - link will open in a new window\">www.dairynz.co.nz</a></span><br />\r\n			<br />\r\n			</p>\r\n			</td>\r\n			<td>&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; <br />\r\n			</td>\r\n			<td valign=\"top\"><img src=\"user/image/medium/153/DairyNZ.jpg\" border=\"0\" alt=\"DairyNZ\" title=\"DairyNZ\" />&nbsp;</td>\r\n		</tr>\r\n		<tr>\r\n			<td>&nbsp;</td>\r\n			<td>&nbsp;</td>\r\n			<td>&nbsp;</td>\r\n		</tr>\r\n		<tr>\r\n			<td>\r\n			<p>\r\n			<img src=\"user/image/medium/211/LandCare.gif\" border=\"0\" alt=\"Landcare Research\" title=\"Landcare Research\" /><br />\r\n			&nbsp;\r\n			</p>\r\n			<p>\r\n			<span class=\"h5\">Landcare Research</span>\r\n			</p>\r\n			<p>\r\n			Landcare Research is New Zealand&#39;s leading provider of solutions and \r\n			advice for sustainable development and the management of land-based \r\n			natural resources.\r\n			</p>\r\n			<p>\r\n			Landcare includes teams of researchers with skills relevant to the \r\n			Centre in agricultural greenhouse gas emission measurement, carbon \r\n			exchange and inventory development, soil science, lifecycle assessment \r\n			and social science.\r\n			</p>\r\n			<p>\r\n			<span class=\"h7\"><a href=\"http://www.agresearch.org.nz/\" target=\"_blank\" title=\"http://www.agresearch.org.nz  ... - link will open in a new window\">www.landcareresearch.co.nz</a></span><br />\r\n			</p>\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			</td>\r\n			<td>&nbsp;</td>\r\n			<td>\r\n			<p>\r\n			<img src=\"user/image/medium/179/LandCare.jpg\" border=\"0\" alt=\"Landcare Research\" title=\"Landcare Research\" /> \r\n			</p>\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td>\r\n			<p>\r\n			<img src=\"user/image/medium/213/Lincoln.gif\" border=\"0\" alt=\"Lincoln University\" title=\"Lincoln University\" />&nbsp;\r\n			</p>\r\n			<p>\r\n			<span class=\"h5\">Lincoln University</span>\r\n			</p>\r\n			<p>\r\n			Lincoln University is the university within New Zealand for which the\r\n			land-based industries are most important and the home of world-leading \r\n			expertise in nitrous oxide emission mitigation.\r\n			</p>\r\n			<p>\r\n			Lincoln includes teams of researchers with skills relevant to the Centre\r\n			in nitrous oxide emission mitigation and measurement, agricultural \r\n			economics, soil science, environmental science and agricultural systems \r\n			management.\r\n			</p>\r\n			<p>\r\n			<span class=\"h7\"><a href=\"http://www.lincoln.ac.nz/\" target=\"_blank\" title=\"http://www.lincoln.ac.nz/ ... - link will open in a new window\">www.lincoln.ac.nz</a></span><br />\r\n			<br />\r\n			</p>\r\n			</td>\r\n			<td>&nbsp;</td>\r\n			<td valign=\"top\"><img src=\"user/image/medium/152/Lincoln%20University.jpg\" border=\"0\" alt=\"Lincoln University\" title=\"Lincoln University\" />\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td>\r\n			<p>\r\n			<img src=\"user/image/medium/214/Massey.gif\" border=\"0\" alt=\"Massey University\" title=\"Massey University\" /><br />\r\n			</p>\r\n			<p>\r\n			&nbsp;<span class=\"h5\"><br />\r\n			Massey University</span>\r\n			</p>\r\n			Massey University combines leading capability in fundamental sciences\r\n			with application to the agriculture sector, and hosts the New Zealand \r\n			Biochar Research Centre.\r\n			<p>\r\n			Massey includes teams of researchers with skills relevant to the \r\n			Centre in soil science, biochar production and integration into soil, \r\n			and animal science.\r\n			</p>\r\n			<span class=\"h7\"><a href=\"http://www.massey.ac.nz/massey/home.cfm\" target=\"_blank\" title=\"http://www.massey.ac.nz/massey/home.cfm ... - link will open in a new window\">www.massey.ac.nz\r\n			</a></span> \r\n			</td>\r\n			<td>&nbsp;</td>\r\n			<td valign=\"top\"><img src=\"user/image/medium/181/Massey.jpg\" border=\"0\" alt=\"Massey University\" title=\"Massey University\" />\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td>\r\n			<p>\r\n			<img src=\"user/image/medium/215/NIWA.gif\" border=\"0\" alt=\"NIWA\" title=\"NIWA\" /><br />\r\n			<br />\r\n			<br />\r\n			</p>\r\n			<p>\r\n			<span class=\"h5\"><br />\r\n			NIWA</span>\r\n			</p>\r\n			NIWA&#39;s mission is to conduct leading environmental science to enable \r\n			the sustainable management of natural resources for New Zealand and the \r\n			planet.\r\n			<p>\r\n			NIWA includes teams of researchers with skills relevant to the Centre in climate change impacts and adaptation.\r\n			</p>\r\n			<p>\r\n			<span class=\"h7\"><a href=\"http://www.niwa.co.nz/\" target=\"_blank\" title=\"http://www.niwa.co.nz/ ... - link will open in a new window\">www.niwa.co.nz\r\n			</a></span>\r\n			</p>\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			</td>\r\n			<td>&nbsp;</td>\r\n			<td>\r\n			<p>\r\n			&nbsp;<img src=\"user/image/medium/183/NIWA.jpg\" border=\"0\" alt=\"NIWA\" title=\"NIWA\" />\r\n			<br />\r\n			<br />\r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td>\r\n			<div style=\"text-align: center\">\r\n			<img src=\"user/image/medium/105/Screen%20shot%202011-12-19%20at%2011.56.00%20AM.png\" border=\"0\" alt=\"PGgRc\" title=\"PGgRc\" width=\"121\" height=\"105\" align=\"left\" /><a name=\"PGgRc\" title=\"PGgRc\"></a>\r\n			</div>\r\n			&nbsp;\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			<p>\r\n			<span class=\"h5\">PGgRc</span>\r\n			</p>\r\n			<p>\r\n			PGgRc is a research consortium that aims to decrease total \r\n			agricultural emissions of greenhouse gases by 10% per unit of output in \r\n			2013 relative to 2004.\r\n			PGgRc has formed excellent links between the agriculture sector and \r\n			GHG mitigation research. \r\n			</p>\r\n			<p>\r\n			<span class=\"h7\"><a href=\"http://www.pggrc.co.nz/\" target=\"_blank\" title=\"http://www.pggrc.co.nz/ ... - link will open in a new window\">www.pggrc.co.nz<br />\r\n			<br />\r\n			</a></span>\r\n			</p>\r\n			</td>\r\n			<td>&nbsp;</td>\r\n			<td valign=\"top\">\r\n			<p>\r\n			<img src=\"user/image/medium/184/PgGRc.jpg\" border=\"0\" alt=\"PgGRc.jpg\" title=\"PgGRc.jpg\" />&nbsp;\r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td>\r\n			<div style=\"text-align: center\">\r\n			<img src=\"user/image/medium/106/Screen%20shot%202011-12-19%20at%2012.08.28%20PM.png\" border=\"0\" alt=\"Plant and Food Research\" title=\"Plant and Food Research\" width=\"200\" height=\"71\" align=\"left\" /><a name=\"Plant and Food Research\" title=\"Plant and Food Research\"></a>\r\n			</div>\r\n			<div style=\"text-align: center\">\r\n			&nbsp;\r\n			</div>\r\n			<div style=\"text-align: center\">\r\n			&nbsp;\r\n			</div>\r\n			<div style=\"text-align: center\">\r\n			&nbsp;\r\n			</div>\r\n			<div style=\"text-align: center\">\r\n			&nbsp;\r\n			</div>\r\n			<div style=\"text-align: center\">\r\n			&nbsp;\r\n			</div>\r\n			<div style=\"text-align: center\">\r\n			&nbsp;\r\n			</div>\r\n			<p>\r\n			<span class=\"h5\">Plant and Food Research</span>\r\n			</p>\r\n			Plant and Food provides research and development that adds value to fruit, vegetable, crop and food products.\r\n			<p>\r\n			Plant and Food includes teams of researchers with skills relevant to \r\n			the Centre in soil science, environmental science, plant growth and \r\n			development, genomics, proteomics and metabolomics of plants.\r\n			</p>\r\n			<p>\r\n			<span class=\"h7\"><a href=\"http://www.plantandfood.co.nz/\" target=\"_blank\" title=\"http://www.plantandfood.co.nz/ ... - link will open in a new window\">www.plantandfood.co.nz<br />\r\n			<br />\r\n			</a></span>\r\n			</p>\r\n			</td>\r\n			<td>&nbsp;</td>\r\n			<td>\r\n			<p>\r\n			<img src=\"user/image/medium/180/Lincoln.jpg\" border=\"0\" alt=\"Lincoln University\" title=\"Lincoln University\" /> \r\n			</p>\r\n			<br />\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td>\r\n			<p>\r\n			<img src=\"user/image/medium/107/Screen%20shot%202011-12-19%20at%2012.10.03%20PM.png\" border=\"0\" alt=\"SCION\" title=\"SCION\" width=\"200\" height=\"55\" align=\"left\" /><a name=\"Scion\" title=\"Scion\"></a>\r\n			</p>\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			&nbsp;\r\n			<p>\r\n			<span class=\"h5\">SCION</span>\r\n			</p>\r\n			Scion is dedicated to building the international competitiveness of \r\n			the New Zealand forest industry and building a stronger bio-based \r\n			economy. Although the Centre&#39;s scope does not include forestry, Scion \r\n			includes \r\n			researchers with skills relevant to the Centre in the area of soil \r\n			carbon that are also applicable to agricultural land.\r\n			<br />\r\n			<br />\r\n			<p>\r\n			<span class=\"h7\"><a href=\"http://www.scionresearch.com/\" target=\"_blank\" title=\"http://www.scionresearch.com/ ... - link will open in a new window\">www.scionresearch.com</a></span>\r\n			</p>\r\n			</td>\r\n			<td>&nbsp;</td>\r\n			<td><img src=\"user/image/medium/182/Scion.jpg\" border=\"0\" alt=\"SCION\" title=\"SCION\" />&nbsp;<br />\r\n			</td>\r\n		</tr>\r\n	</tbody>\r\n</table>\r\n', 'Our Members\r\n\r\n\r\n\r\n	\r\n		\r\n			 \r\n			\r\n			\r\n			AgResearch \r\n			\r\n			\r\n			AgResearch is the host of the NZAGRC and is New Zealand&#39;s largest centre for pastoral agriculture research and development.\r\n			\r\n			\r\n			AgResearch includes teams of researchers with skills relevant to the \r\n			Centre in rumen function, rumen microbiology, ruminant physiology, soil \r\n			science, environmental science, agricultural systems management, forage \r\n			plant growth and development, on-farm practice change, social science, \r\n			technology uptake, genomics, proteomics and metabolomics of animals, \r\n			plants and microorganisms. \r\n			\r\n			\r\n			www.agresearch.org.nz\r\n			\r\n			\r\n			\r\n			\r\n			                                                                                                     \r\n			\r\n			 \r\n		\r\n		\r\n			\r\n			\r\n			\r\n			DairyNZ\r\n			\r\n			\r\n			DairyNZ is the centre of on-farm dairy research and development in New Zealand.\r\n			\r\n			\r\n			DairyNZ includes teams of researchers with skills relevant to the \r\n			Centre in dairy farm systems management, dairy cow feeding and growth, \r\n			milk production performance, environmental science, on-farm practice \r\n			change and technology uptake.\r\n			\r\n			\r\n			www.dairynz.co.nz\r\n			\r\n			\r\n			\r\n			              \r\n			\r\n			 \r\n		\r\n		\r\n			 \r\n			 \r\n			 \r\n		\r\n		\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			Landcare Research\r\n			\r\n			\r\n			Landcare Research is New Zealand&#39;s leading provider of solutions and \r\n			advice for sustainable development and the management of land-based \r\n			natural resources.\r\n			\r\n			\r\n			Landcare includes teams of researchers with skills relevant to the \r\n			Centre in agricultural greenhouse gas emission measurement, carbon \r\n			exchange and inventory development, soil science, lifecycle assessment \r\n			and social science.\r\n			\r\n			\r\n			www.landcareresearch.co.nz\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			Lincoln University\r\n			\r\n			\r\n			Lincoln University is the university within New Zealand for which the\r\n			land-based industries are most important and the home of world-leading \r\n			expertise in nitrous oxide emission mitigation.\r\n			\r\n			\r\n			Lincoln includes teams of researchers with skills relevant to the Centre\r\n			in nitrous oxide emission mitigation and measurement, agricultural \r\n			economics, soil science, environmental science and agricultural systems \r\n			management.\r\n			\r\n			\r\n			www.lincoln.ac.nz\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			\r\n			\r\n			\r\n			 \r\n			Massey University\r\n			\r\n			Massey University combines leading capability in fundamental sciences\r\n			with application to the agriculture sector, and hosts the New Zealand \r\n			Biochar Research Centre.\r\n			\r\n			Massey includes teams of researchers with skills relevant to the \r\n			Centre in soil science, biochar production and integration into soil, \r\n			and animal science.\r\n			\r\n			www.massey.ac.nz\r\n			 \r\n			\r\n			 \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			\r\n			\r\n			\r\n			\r\n			\r\n			\r\n			NIWA\r\n			\r\n			NIWA&#39;s mission is to conduct leading environmental science to enable \r\n			the sustainable management of natural resources for New Zealand and the \r\n			planet.\r\n			\r\n			NIWA includes teams of researchers with skills relevant to the Centre in climate change impacts and adaptation.\r\n			\r\n			\r\n			www.niwa.co.nz\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			PGgRc\r\n			\r\n			\r\n			PGgRc is a research consortium that aims to decrease total \r\n			agricultural emissions of greenhouse gases by 10% per unit of output in \r\n			2013 relative to 2004.\r\n			PGgRc has formed excellent links between the agriculture sector and \r\n			GHG mitigation research. \r\n			\r\n			\r\n			www.pggrc.co.nz\r\n			\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			Plant and Food Research\r\n			\r\n			Plant and Food provides research and development that adds value to fruit, vegetable, crop and food products.\r\n			\r\n			Plant and Food includes teams of researchers with skills relevant to \r\n			the Centre in soil science, environmental science, plant growth and \r\n			development, genomics, proteomics and metabolomics of plants.\r\n			\r\n			\r\n			www.plantandfood.co.nz\r\n			\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			 \r\n			\r\n			SCION\r\n			\r\n			Scion is dedicated to building the international competitiveness of \r\n			the New Zealand forest industry and building a stronger bio-based \r\n			economy. Although the Centre&#39;s scope does not include forestry, Scion \r\n			includes \r\n			researchers with skills relevant to the Centre in the area of soil \r\n			carbon that are also applicable to agricultural land.\r\n			\r\n			\r\n			\r\n			www.scionresearch.com', '62d716d175a5a910a21d0c3cd6bc2a07', 3, 'published', 2, '2012-03-20 22:46:10', NULL, '2012-03-20 22:46:10'),
(556, '<p>\r\n<span class=\"h1\">Our Members</span>\r\n</p>\r\n<br />\r\n<table border=\"0\" cellpadding=\"2\">\r\n	<tbody>\r\n		<tr>\r\n			<td> <img src=\"user/image/medium/210/AgResearch.gif\" border=\"0\" alt=\"AgResearch\" title=\"AgResearch\" /><br />\r\n			<p>\r\n			<br />\r\n			<span class=\"h3 h5\">AgResearch \r\n			</span>\r\n			</p>\r\n			AgResearch is the host of the NZAGRC and is New Zealand&#39;s largest centre for pastoral agriculture research and development.\r\n			<p>\r\n			<br />\r\n			AgResearch includes teams of researchers with skills relevant to the \r\n			Centre in rumen function, rumen microbiology, ruminant physiology, soil \r\n			science, environmental science, agricultural systems management, forage \r\n			plant growth and development, on-farm practice change, social science, \r\n			technology uptake, genomics, proteomics and metabolomics of animals, \r\n			plants and microorganisms. \r\n			</p>\r\n			<div align=\"left\">\r\n			<a href=\"http://www.agresearch.org.nz/\" target=\"_blank\" title=\"http://www.agresearch.org.nz  ... - link will open in a new window\" class=\"h7\">www.agresearch.org.nz<br />\r\n			<br />\r\n			</a>\r\n			</div>\r\n			</td>\r\n			<td>&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp;&nbsp; &nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; </td>\r\n			<td valign=\"top\"><img src=\"user/image/medium/178/AgResearch.jpg\" border=\"0\" alt=\"AgResearch\" title=\"AgResearch\" /><br />\r\n			&nbsp;</td>\r\n		</tr>\r\n		<tr>\r\n			<td><img src=\"user/image/medium/212/DairyNZ.gif\" border=\"0\" alt=\"DairyNZ\" title=\"DairyNZ\" /><br />\r\n			<p>\r\n			<span class=\"h5\"><br />\r\n			DairyNZ\r\n			</span>\r\n			</p>\r\n			DairyNZ is the centre of on-farm dairy research and development in New Zealand.\r\n			<p>\r\n			<br />\r\n			DairyNZ includes teams of researchers with skills relevant to the \r\n			Centre in dairy farm systems management, dairy cow feeding and growth, \r\n			milk production performance, environmental science, on-farm practice \r\n			change and technology uptake.\r\n			</p>\r\n			<p>\r\n			<span class=\"h7\"><a href=\"http://www.dairynz.co.nz\" target=\"_blank\" title=\"http://www.dairynz.co.nz ... - link will open in a new window\">www.dairynz.co.nz</a></span><br />\r\n			<br />\r\n			</p>\r\n			</td>\r\n			<td>&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; <br />\r\n			</td>\r\n			<td valign=\"top\"><img src=\"user/image/medium/153/DairyNZ.jpg\" border=\"0\" alt=\"DairyNZ\" title=\"DairyNZ\" />&nbsp;</td>\r\n		</tr>\r\n		<tr>\r\n			<td>&nbsp;</td>\r\n			<td>&nbsp;</td>\r\n			<td>&nbsp;</td>\r\n		</tr>\r\n		<tr>\r\n			<td>\r\n			<p>\r\n			<img src=\"user/image/medium/211/LandCare.gif\" border=\"0\" alt=\"Landcare Research\" title=\"Landcare Research\" /><br />\r\n			&nbsp;\r\n			</p>\r\n			<p>\r\n			<span class=\"h5\">Landcare Research</span>\r\n			</p>\r\n			<p>\r\n			Landcare Research is New Zealand&#39;s leading provider of solutions and \r\n			advice for sustainable development and the management of land-based \r\n			natural resources.\r\n			</p>\r\n			<p>\r\n			Landcare includes teams of researchers with skills relevant to the \r\n			Centre in agricultural greenhouse gas emission measurement, carbon \r\n			exchange and inventory development, soil science, lifecycle assessment \r\n			and social science.\r\n			</p>\r\n			<p>\r\n			<span class=\"h7\"><a href=\"http://www.agresearch.org.nz/\" target=\"_blank\" title=\"http://www.agresearch.org.nz  ... - link will open in a new window\">www.landcareresearch.co.nz</a></span><br />\r\n			</p>\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			</td>\r\n			<td>&nbsp;</td>\r\n			<td>\r\n			<p>\r\n			<img src=\"user/image/medium/179/LandCare.jpg\" border=\"0\" alt=\"Landcare Research\" title=\"Landcare Research\" /> \r\n			</p>\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td>\r\n			<p>\r\n			<img src=\"user/image/medium/213/Lincoln.gif\" border=\"0\" alt=\"Lincoln University\" title=\"Lincoln University\" />&nbsp;\r\n			</p>\r\n			<p>\r\n			<span class=\"h5\">Lincoln University</span>\r\n			</p>\r\n			<p>\r\n			Lincoln University is the university within New Zealand for which the\r\n			land-based industries are most important and the home of world-leading \r\n			expertise in nitrous oxide emission mitigation.\r\n			</p>\r\n			<p>\r\n			Lincoln includes teams of researchers with skills relevant to the Centre\r\n			in nitrous oxide emission mitigation and measurement, agricultural \r\n			economics, soil science, environmental science and agricultural systems \r\n			management.\r\n			</p>\r\n			<p>\r\n			<span class=\"h7\"><a href=\"http://www.lincoln.ac.nz/\" target=\"_blank\" title=\"http://www.lincoln.ac.nz/ ... - link will open in a new window\">www.lincoln.ac.nz</a></span><br />\r\n			<br />\r\n			</p>\r\n			</td>\r\n			<td>&nbsp;</td>\r\n			<td valign=\"top\"><img src=\"user/image/medium/152/Lincoln%20University.jpg\" border=\"0\" alt=\"Lincoln University\" title=\"Lincoln University\" />\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td>\r\n			<p>\r\n			<img src=\"user/image/medium/214/Massey.gif\" border=\"0\" alt=\"Massey University\" title=\"Massey University\" /><br />\r\n			</p>\r\n			<p>\r\n			&nbsp;<span class=\"h5\"><br />\r\n			Massey University</span>\r\n			</p>\r\n			Massey University combines leading capability in fundamental sciences\r\n			with application to the agriculture sector, and hosts the New Zealand \r\n			Biochar Research Centre.\r\n			<p>\r\n			Massey includes teams of researchers with skills relevant to the \r\n			Centre in soil science, biochar production and integration into soil, \r\n			and animal science.\r\n			</p>\r\n			<span class=\"h7\"><a href=\"http://www.massey.ac.nz/massey/home.cfm\" target=\"_blank\" title=\"http://www.massey.ac.nz/massey/home.cfm ... - link will open in a new window\">www.massey.ac.nz\r\n			</a></span> \r\n			</td>\r\n			<td>&nbsp;</td>\r\n			<td valign=\"top\"><img src=\"user/image/medium/181/Massey.jpg\" border=\"0\" alt=\"Massey University\" title=\"Massey University\" />\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td>\r\n			<p>\r\n			<img src=\"user/image/medium/215/NIWA.gif\" border=\"0\" alt=\"NIWA\" title=\"NIWA\" /><span class=\"h5\"><br />\r\n			<br />\r\n			NIWA</span>\r\n			</p>\r\n			NIWA&#39;s mission is to conduct leading environmental science to enable \r\n			the sustainable management of natural resources for New Zealand and the \r\n			planet.\r\n			<p>\r\n			NIWA includes teams of researchers with skills relevant to the Centre in climate change impacts and adaptation.\r\n			</p>\r\n			<p>\r\n			<span class=\"h7\"><a href=\"http://www.niwa.co.nz/\" target=\"_blank\" title=\"http://www.niwa.co.nz/ ... - link will open in a new window\">www.niwa.co.nz\r\n			</a></span>\r\n			</p>\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			</td>\r\n			<td>&nbsp;</td>\r\n			<td>\r\n			<p>\r\n			&nbsp;<img src=\"user/image/medium/183/NIWA.jpg\" border=\"0\" alt=\"NIWA\" title=\"NIWA\" />\r\n			<br />\r\n			<br />\r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td>\r\n			<div style=\"text-align: center\">\r\n			<img src=\"user/image/medium/105/Screen%20shot%202011-12-19%20at%2011.56.00%20AM.png\" border=\"0\" alt=\"PGgRc\" title=\"PGgRc\" width=\"121\" height=\"105\" align=\"left\" /><a name=\"PGgRc\" title=\"PGgRc\"></a>\r\n			</div>\r\n			&nbsp;\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			<p>\r\n			<span class=\"h5\">PGgRc</span>\r\n			</p>\r\n			<p>\r\n			PGgRc is a research consortium that aims to decrease total \r\n			agricultural emissions of greenhouse gases by 10% per unit of output in \r\n			2013 relative to 2004.\r\n			PGgRc has formed excellent links between the agriculture sector and \r\n			GHG mitigation research. \r\n			</p>\r\n			<p>\r\n			<span class=\"h7\"><a href=\"http://www.pggrc.co.nz/\" target=\"_blank\" title=\"http://www.pggrc.co.nz/ ... - link will open in a new window\">www.pggrc.co.nz<br />\r\n			<br />\r\n			</a></span>\r\n			</p>\r\n			</td>\r\n			<td>&nbsp;</td>\r\n			<td valign=\"top\">\r\n			<p>\r\n			<img src=\"user/image/medium/184/PgGRc.jpg\" border=\"0\" alt=\"PgGRc.jpg\" title=\"PgGRc.jpg\" />&nbsp;\r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td>\r\n			<div style=\"text-align: center\">\r\n			<img src=\"user/image/medium/106/Screen%20shot%202011-12-19%20at%2012.08.28%20PM.png\" border=\"0\" alt=\"Plant and Food Research\" title=\"Plant and Food Research\" width=\"200\" height=\"71\" align=\"left\" /><a name=\"Plant and Food Research\" title=\"Plant and Food Research\"></a>\r\n			</div>\r\n			<div style=\"text-align: center\">\r\n			&nbsp;\r\n			</div>\r\n			<div style=\"text-align: center\">\r\n			&nbsp;\r\n			</div>\r\n			<div style=\"text-align: center\">\r\n			&nbsp;\r\n			</div>\r\n			<div style=\"text-align: center\">\r\n			&nbsp;\r\n			</div>\r\n			<div style=\"text-align: center\">\r\n			&nbsp;\r\n			</div>\r\n			<div style=\"text-align: center\">\r\n			&nbsp;\r\n			</div>\r\n			<p>\r\n			<span class=\"h5\">Plant and Food Research</span>\r\n			</p>\r\n			Plant and Food provides research and development that adds value to fruit, vegetable, crop and food products.\r\n			<p>\r\n			Plant and Food includes teams of researchers with skills relevant to \r\n			the Centre in soil science, environmental science, plant growth and \r\n			development, genomics, proteomics and metabolomics of plants.\r\n			</p>\r\n			<p>\r\n			<span class=\"h7\"><a href=\"http://www.plantandfood.co.nz/\" target=\"_blank\" title=\"http://www.plantandfood.co.nz/ ... - link will open in a new window\">www.plantandfood.co.nz<br />\r\n			<br />\r\n			</a></span>\r\n			</p>\r\n			</td>\r\n			<td>&nbsp;</td>\r\n			<td>\r\n			<p>\r\n			<img src=\"user/image/medium/180/Lincoln.jpg\" border=\"0\" alt=\"Lincoln University\" title=\"Lincoln University\" /> \r\n			</p>\r\n			<br />\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td>\r\n			<p>\r\n			<img src=\"user/image/medium/107/Screen%20shot%202011-12-19%20at%2012.10.03%20PM.png\" border=\"0\" alt=\"SCION\" title=\"SCION\" width=\"200\" height=\"55\" align=\"left\" /><a name=\"Scion\" title=\"Scion\"></a>\r\n			</p>\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			&nbsp;\r\n			<p>\r\n			<span class=\"h5\">SCION</span>\r\n			</p>\r\n			Scion is dedicated to building the international competitiveness of \r\n			the New Zealand forest industry and building a stronger bio-based \r\n			economy. Although the Centre&#39;s scope does not include forestry, Scion \r\n			includes \r\n			researchers with skills relevant to the Centre in the area of soil \r\n			carbon that are also applicable to agricultural land.\r\n			<br />\r\n			<br />\r\n			<p>\r\n			<span class=\"h7\"><a href=\"http://www.scionresearch.com/\" target=\"_blank\" title=\"http://www.scionresearch.com/ ... - link will open in a new window\">www.scionresearch.com</a></span>\r\n			</p>\r\n			</td>\r\n			<td>&nbsp;</td>\r\n			<td><img src=\"user/image/medium/182/Scion.jpg\" border=\"0\" alt=\"SCION\" title=\"SCION\" />&nbsp;<br />\r\n			</td>\r\n		</tr>\r\n	</tbody>\r\n</table>\r\n', 'Our Members\r\n\r\n\r\n\r\n	\r\n		\r\n			 \r\n			\r\n			\r\n			AgResearch \r\n			\r\n			\r\n			AgResearch is the host of the NZAGRC and is New Zealand&#39;s largest centre for pastoral agriculture research and development.\r\n			\r\n			\r\n			AgResearch includes teams of researchers with skills relevant to the \r\n			Centre in rumen function, rumen microbiology, ruminant physiology, soil \r\n			science, environmental science, agricultural systems management, forage \r\n			plant growth and development, on-farm practice change, social science, \r\n			technology uptake, genomics, proteomics and metabolomics of animals, \r\n			plants and microorganisms. \r\n			\r\n			\r\n			www.agresearch.org.nz\r\n			\r\n			\r\n			\r\n			\r\n			                                                                                                     \r\n			\r\n			 \r\n		\r\n		\r\n			\r\n			\r\n			\r\n			DairyNZ\r\n			\r\n			\r\n			DairyNZ is the centre of on-farm dairy research and development in New Zealand.\r\n			\r\n			\r\n			DairyNZ includes teams of researchers with skills relevant to the \r\n			Centre in dairy farm systems management, dairy cow feeding and growth, \r\n			milk production performance, environmental science, on-farm practice \r\n			change and technology uptake.\r\n			\r\n			\r\n			www.dairynz.co.nz\r\n			\r\n			\r\n			\r\n			              \r\n			\r\n			 \r\n		\r\n		\r\n			 \r\n			 \r\n			 \r\n		\r\n		\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			Landcare Research\r\n			\r\n			\r\n			Landcare Research is New Zealand&#39;s leading provider of solutions and \r\n			advice for sustainable development and the management of land-based \r\n			natural resources.\r\n			\r\n			\r\n			Landcare includes teams of researchers with skills relevant to the \r\n			Centre in agricultural greenhouse gas emission measurement, carbon \r\n			exchange and inventory development, soil science, lifecycle assessment \r\n			and social science.\r\n			\r\n			\r\n			www.landcareresearch.co.nz\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			Lincoln University\r\n			\r\n			\r\n			Lincoln University is the university within New Zealand for which the\r\n			land-based industries are most important and the home of world-leading \r\n			expertise in nitrous oxide emission mitigation.\r\n			\r\n			\r\n			Lincoln includes teams of researchers with skills relevant to the Centre\r\n			in nitrous oxide emission mitigation and measurement, agricultural \r\n			economics, soil science, environmental science and agricultural systems \r\n			management.\r\n			\r\n			\r\n			www.lincoln.ac.nz\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			\r\n			\r\n			\r\n			 \r\n			Massey University\r\n			\r\n			Massey University combines leading capability in fundamental sciences\r\n			with application to the agriculture sector, and hosts the New Zealand \r\n			Biochar Research Centre.\r\n			\r\n			Massey includes teams of researchers with skills relevant to the \r\n			Centre in soil science, biochar production and integration into soil, \r\n			and animal science.\r\n			\r\n			www.massey.ac.nz\r\n			 \r\n			\r\n			 \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			\r\n			\r\n			NIWA\r\n			\r\n			NIWA&#39;s mission is to conduct leading environmental science to enable \r\n			the sustainable management of natural resources for New Zealand and the \r\n			planet.\r\n			\r\n			NIWA includes teams of researchers with skills relevant to the Centre in climate change impacts and adaptation.\r\n			\r\n			\r\n			www.niwa.co.nz\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			PGgRc\r\n			\r\n			\r\n			PGgRc is a research consortium that aims to decrease total \r\n			agricultural emissions of greenhouse gases by 10% per unit of output in \r\n			2013 relative to 2004.\r\n			PGgRc has formed excellent links between the agriculture sector and \r\n			GHG mitigation research. \r\n			\r\n			\r\n			www.pggrc.co.nz\r\n			\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			Plant and Food Research\r\n			\r\n			Plant and Food provides research and development that adds value to fruit, vegetable, crop and food products.\r\n			\r\n			Plant and Food includes teams of researchers with skills relevant to \r\n			the Centre in soil science, environmental science, plant growth and \r\n			development, genomics, proteomics and metabolomics of plants.\r\n			\r\n			\r\n			www.plantandfood.co.nz\r\n			\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			 \r\n			\r\n			SCION\r\n			\r\n			Scion is dedicated to building the international competitiveness of \r\n			the New Zealand forest industry and building a stronger bio-based \r\n			economy. Although the Centre&#39;s scope does not include forestry, Scion \r\n			includes \r\n			researchers with skills relevant to the Centre in the area of soil \r\n			carbon that are also applicable to agricultural land.\r\n			\r\n			\r\n			\r\n			www.scionresearch.com', 'd9d8a71d498d39cceef6bb0c6ff1b75b', 3, 'published', 2, '2012-03-20 22:46:30', NULL, '2012-03-20 22:46:30');
INSERT INTO `mix_html_revision` (`html_revision_id`, `html`, `html_search`, `html_md5`, `html_id`, `status`, `user_id`, `created_date`, `pending_date`, `published_date`) VALUES
(557, '<p>\r\n<span class=\"h1\">Our Members</span>\r\n</p>\r\n<br />\r\n<table border=\"0\" cellpadding=\"2\">\r\n	<tbody>\r\n		<tr>\r\n			<td> <img src=\"user/image/medium/210/AgResearch.gif\" border=\"0\" alt=\"AgResearch\" title=\"AgResearch\" /><br />\r\n			<p>\r\n			<br />\r\n			<span class=\"h3 h5\">AgResearch \r\n			</span>\r\n			</p>\r\n			AgResearch is the host of the NZAGRC and is New Zealand&#39;s largest centre for pastoral agriculture research and development.\r\n			<p>\r\n			<br />\r\n			AgResearch includes teams of researchers with skills relevant to the \r\n			Centre in rumen function, rumen microbiology, ruminant physiology, soil \r\n			science, environmental science, agricultural systems management, forage \r\n			plant growth and development, on-farm practice change, social science, \r\n			technology uptake, genomics, proteomics and metabolomics of animals, \r\n			plants and microorganisms. \r\n			</p>\r\n			<div align=\"left\">\r\n			<a href=\"http://www.agresearch.org.nz/\" target=\"_blank\" title=\"http://www.agresearch.org.nz  ... - link will open in a new window\" class=\"h7\">www.agresearch.org.nz<br />\r\n			<br />\r\n			</a>\r\n			</div>\r\n			</td>\r\n			<td>&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp;&nbsp; &nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; </td>\r\n			<td valign=\"top\"><img src=\"user/image/medium/178/AgResearch.jpg\" border=\"0\" alt=\"AgResearch\" title=\"AgResearch\" /><br />\r\n			&nbsp;</td>\r\n		</tr>\r\n		<tr>\r\n			<td><img src=\"user/image/medium/212/DairyNZ.gif\" border=\"0\" alt=\"DairyNZ\" title=\"DairyNZ\" /><br />\r\n			<p>\r\n			<span class=\"h5\"><br />\r\n			DairyNZ\r\n			</span>\r\n			</p>\r\n			DairyNZ is the centre of on-farm dairy research and development in New Zealand.\r\n			<p>\r\n			<br />\r\n			DairyNZ includes teams of researchers with skills relevant to the \r\n			Centre in dairy farm systems management, dairy cow feeding and growth, \r\n			milk production performance, environmental science, on-farm practice \r\n			change and technology uptake.\r\n			</p>\r\n			<p>\r\n			<span class=\"h7\"><a href=\"http://www.dairynz.co.nz\" target=\"_blank\" title=\"http://www.dairynz.co.nz ... - link will open in a new window\">www.dairynz.co.nz</a></span><br />\r\n			<br />\r\n			</p>\r\n			</td>\r\n			<td>&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; <br />\r\n			</td>\r\n			<td valign=\"top\"><img src=\"user/image/medium/153/DairyNZ.jpg\" border=\"0\" alt=\"DairyNZ\" title=\"DairyNZ\" />&nbsp;</td>\r\n		</tr>\r\n		<tr>\r\n			<td>&nbsp;</td>\r\n			<td>&nbsp;</td>\r\n			<td>&nbsp;</td>\r\n		</tr>\r\n		<tr>\r\n			<td>\r\n			<p>\r\n			<img src=\"user/image/medium/211/LandCare.gif\" border=\"0\" alt=\"Landcare Research\" title=\"Landcare Research\" /><br />\r\n			&nbsp;\r\n			</p>\r\n			<p>\r\n			<span class=\"h5\">Landcare Research</span>\r\n			</p>\r\n			<p>\r\n			Landcare Research is New Zealand&#39;s leading provider of solutions and \r\n			advice for sustainable development and the management of land-based \r\n			natural resources.\r\n			</p>\r\n			<p>\r\n			Landcare includes teams of researchers with skills relevant to the \r\n			Centre in agricultural greenhouse gas emission measurement, carbon \r\n			exchange and inventory development, soil science, lifecycle assessment \r\n			and social science.\r\n			</p>\r\n			<p>\r\n			<span class=\"h7\"><a href=\"http://www.agresearch.org.nz/\" target=\"_blank\" title=\"http://www.agresearch.org.nz  ... - link will open in a new window\">www.landcareresearch.co.nz</a></span><br />\r\n			</p>\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			</td>\r\n			<td>&nbsp;</td>\r\n			<td>\r\n			<p>\r\n			<img src=\"user/image/medium/179/LandCare.jpg\" border=\"0\" alt=\"Landcare Research\" title=\"Landcare Research\" /> \r\n			</p>\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td>\r\n			<p>\r\n			<img src=\"user/image/medium/213/Lincoln.gif\" border=\"0\" alt=\"Lincoln University\" title=\"Lincoln University\" />&nbsp;\r\n			</p>\r\n			<p>\r\n			<span class=\"h5\">Lincoln University</span>\r\n			</p>\r\n			<p>\r\n			Lincoln University is the university within New Zealand for which the\r\n			land-based industries are most important and the home of world-leading \r\n			expertise in nitrous oxide emission mitigation.\r\n			</p>\r\n			<p>\r\n			Lincoln includes teams of researchers with skills relevant to the Centre\r\n			in nitrous oxide emission mitigation and measurement, agricultural \r\n			economics, soil science, environmental science and agricultural systems \r\n			management.\r\n			</p>\r\n			<p>\r\n			<span class=\"h7\"><a href=\"http://www.lincoln.ac.nz/\" target=\"_blank\" title=\"http://www.lincoln.ac.nz/ ... - link will open in a new window\">www.lincoln.ac.nz</a></span><br />\r\n			<br />\r\n			</p>\r\n			</td>\r\n			<td>&nbsp;</td>\r\n			<td valign=\"top\"><img src=\"user/image/medium/152/Lincoln%20University.jpg\" border=\"0\" alt=\"Lincoln University\" title=\"Lincoln University\" />\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td>\r\n			<p>\r\n			<img src=\"user/image/medium/214/Massey.gif\" border=\"0\" alt=\"Massey University\" title=\"Massey University\" /><br />\r\n			</p>\r\n			<p>\r\n			&nbsp;<span class=\"h5\"><br />\r\n			Massey University</span>\r\n			</p>\r\n			Massey University combines leading capability in fundamental sciences\r\n			with application to the agriculture sector, and hosts the New Zealand \r\n			Biochar Research Centre.\r\n			<p>\r\n			Massey includes teams of researchers with skills relevant to the \r\n			Centre in soil science, biochar production and integration into soil, \r\n			and animal science.\r\n			</p>\r\n			<span class=\"h7\"><a href=\"http://www.massey.ac.nz/massey/home.cfm\" target=\"_blank\" title=\"http://www.massey.ac.nz/massey/home.cfm ... - link will open in a new window\">www.massey.ac.nz\r\n			</a></span> \r\n			</td>\r\n			<td>&nbsp;</td>\r\n			<td valign=\"top\"><img src=\"user/image/medium/181/Massey.jpg\" border=\"0\" alt=\"Massey University\" title=\"Massey University\" />\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td>\r\n			<p>\r\n			<img src=\"user/image/medium/215/NIWA.gif\" border=\"0\" alt=\"NIWA\" title=\"NIWA\" /><span class=\"h5\"><br />\r\n			<br />\r\n			NIWA</span>\r\n			</p>\r\n			NIWA&#39;s mission is to conduct leading environmental science to enable \r\n			the sustainable management of natural resources for New Zealand and the \r\n			planet.\r\n			<p>\r\n			NIWA includes teams of researchers with skills relevant to the Centre in climate change impacts and adaptation.\r\n			</p>\r\n			<p>\r\n			<span class=\"h7\"><a href=\"http://www.niwa.co.nz/\" target=\"_blank\" title=\"http://www.niwa.co.nz/ ... - link will open in a new window\">www.niwa.co.nz\r\n			</a></span>\r\n			</p>\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			</td>\r\n			<td>&nbsp;</td>\r\n			<td>\r\n			<p>\r\n			&nbsp;<img src=\"user/image/medium/183/NIWA.jpg\" border=\"0\" alt=\"NIWA\" title=\"NIWA\" />\r\n			<br />\r\n			<br />\r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td>\r\n			<img src=\"user/image/small/216/PGgRc.gif\" border=\"0\" alt=\"PGgRc\" title=\"PGgRc\" /><br />\r\n			<br />\r\n			<p>\r\n			<span class=\"h5\">PGgRc</span>\r\n			</p>\r\n			<p>\r\n			PGgRc is a research consortium that aims to decrease total \r\n			agricultural emissions of greenhouse gases by 10% per unit of output in \r\n			2013 relative to 2004.\r\n			PGgRc has formed excellent links between the agriculture sector and \r\n			GHG mitigation research. \r\n			</p>\r\n			<p>\r\n			<span class=\"h7\"><a href=\"http://www.pggrc.co.nz/\" target=\"_blank\" title=\"http://www.pggrc.co.nz/ ... - link will open in a new window\">www.pggrc.co.nz<br />\r\n			<br />\r\n			</a></span>\r\n			</p>\r\n			</td>\r\n			<td>&nbsp;</td>\r\n			<td valign=\"top\">\r\n			<p>\r\n			<img src=\"user/image/medium/184/PgGRc.jpg\" border=\"0\" alt=\"PgGRc.jpg\" title=\"PgGRc.jpg\" />&nbsp;\r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td>\r\n			<div style=\"text-align: center\">\r\n			<img src=\"user/image/medium/106/Screen%20shot%202011-12-19%20at%2012.08.28%20PM.png\" border=\"0\" alt=\"Plant and Food Research\" title=\"Plant and Food Research\" width=\"200\" height=\"71\" align=\"left\" /><a name=\"Plant and Food Research\" title=\"Plant and Food Research\"></a>\r\n			</div>\r\n			<div style=\"text-align: center\">\r\n			&nbsp;\r\n			</div>\r\n			<div style=\"text-align: center\">\r\n			&nbsp;\r\n			</div>\r\n			<div style=\"text-align: center\">\r\n			&nbsp;\r\n			</div>\r\n			<div style=\"text-align: center\">\r\n			&nbsp;\r\n			</div>\r\n			<div style=\"text-align: center\">\r\n			&nbsp;\r\n			</div>\r\n			<div style=\"text-align: center\">\r\n			&nbsp;\r\n			</div>\r\n			<p>\r\n			<span class=\"h5\">Plant and Food Research</span>\r\n			</p>\r\n			Plant and Food provides research and development that adds value to fruit, vegetable, crop and food products.\r\n			<p>\r\n			Plant and Food includes teams of researchers with skills relevant to \r\n			the Centre in soil science, environmental science, plant growth and \r\n			development, genomics, proteomics and metabolomics of plants.\r\n			</p>\r\n			<p>\r\n			<span class=\"h7\"><a href=\"http://www.plantandfood.co.nz/\" target=\"_blank\" title=\"http://www.plantandfood.co.nz/ ... - link will open in a new window\">www.plantandfood.co.nz<br />\r\n			<br />\r\n			</a></span>\r\n			</p>\r\n			</td>\r\n			<td>&nbsp;</td>\r\n			<td>\r\n			<p>\r\n			<img src=\"user/image/medium/180/Lincoln.jpg\" border=\"0\" alt=\"Lincoln University\" title=\"Lincoln University\" /> \r\n			</p>\r\n			<br />\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td>\r\n			<p>\r\n			<img src=\"user/image/medium/107/Screen%20shot%202011-12-19%20at%2012.10.03%20PM.png\" border=\"0\" alt=\"SCION\" title=\"SCION\" width=\"200\" height=\"55\" align=\"left\" /><a name=\"Scion\" title=\"Scion\"></a>\r\n			</p>\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			&nbsp;\r\n			<p>\r\n			<span class=\"h5\">SCION</span>\r\n			</p>\r\n			Scion is dedicated to building the international competitiveness of \r\n			the New Zealand forest industry and building a stronger bio-based \r\n			economy. Although the Centre&#39;s scope does not include forestry, Scion \r\n			includes \r\n			researchers with skills relevant to the Centre in the area of soil \r\n			carbon that are also applicable to agricultural land.\r\n			<br />\r\n			<br />\r\n			<p>\r\n			<span class=\"h7\"><a href=\"http://www.scionresearch.com/\" target=\"_blank\" title=\"http://www.scionresearch.com/ ... - link will open in a new window\">www.scionresearch.com</a></span>\r\n			</p>\r\n			</td>\r\n			<td>&nbsp;</td>\r\n			<td><img src=\"user/image/medium/182/Scion.jpg\" border=\"0\" alt=\"SCION\" title=\"SCION\" />&nbsp;<br />\r\n			</td>\r\n		</tr>\r\n	</tbody>\r\n</table>\r\n', 'Our Members\r\n\r\n\r\n\r\n	\r\n		\r\n			 \r\n			\r\n			\r\n			AgResearch \r\n			\r\n			\r\n			AgResearch is the host of the NZAGRC and is New Zealand&#39;s largest centre for pastoral agriculture research and development.\r\n			\r\n			\r\n			AgResearch includes teams of researchers with skills relevant to the \r\n			Centre in rumen function, rumen microbiology, ruminant physiology, soil \r\n			science, environmental science, agricultural systems management, forage \r\n			plant growth and development, on-farm practice change, social science, \r\n			technology uptake, genomics, proteomics and metabolomics of animals, \r\n			plants and microorganisms. \r\n			\r\n			\r\n			www.agresearch.org.nz\r\n			\r\n			\r\n			\r\n			\r\n			                                                                                                     \r\n			\r\n			 \r\n		\r\n		\r\n			\r\n			\r\n			\r\n			DairyNZ\r\n			\r\n			\r\n			DairyNZ is the centre of on-farm dairy research and development in New Zealand.\r\n			\r\n			\r\n			DairyNZ includes teams of researchers with skills relevant to the \r\n			Centre in dairy farm systems management, dairy cow feeding and growth, \r\n			milk production performance, environmental science, on-farm practice \r\n			change and technology uptake.\r\n			\r\n			\r\n			www.dairynz.co.nz\r\n			\r\n			\r\n			\r\n			              \r\n			\r\n			 \r\n		\r\n		\r\n			 \r\n			 \r\n			 \r\n		\r\n		\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			Landcare Research\r\n			\r\n			\r\n			Landcare Research is New Zealand&#39;s leading provider of solutions and \r\n			advice for sustainable development and the management of land-based \r\n			natural resources.\r\n			\r\n			\r\n			Landcare includes teams of researchers with skills relevant to the \r\n			Centre in agricultural greenhouse gas emission measurement, carbon \r\n			exchange and inventory development, soil science, lifecycle assessment \r\n			and social science.\r\n			\r\n			\r\n			www.landcareresearch.co.nz\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			Lincoln University\r\n			\r\n			\r\n			Lincoln University is the university within New Zealand for which the\r\n			land-based industries are most important and the home of world-leading \r\n			expertise in nitrous oxide emission mitigation.\r\n			\r\n			\r\n			Lincoln includes teams of researchers with skills relevant to the Centre\r\n			in nitrous oxide emission mitigation and measurement, agricultural \r\n			economics, soil science, environmental science and agricultural systems \r\n			management.\r\n			\r\n			\r\n			www.lincoln.ac.nz\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			\r\n			\r\n			\r\n			 \r\n			Massey University\r\n			\r\n			Massey University combines leading capability in fundamental sciences\r\n			with application to the agriculture sector, and hosts the New Zealand \r\n			Biochar Research Centre.\r\n			\r\n			Massey includes teams of researchers with skills relevant to the \r\n			Centre in soil science, biochar production and integration into soil, \r\n			and animal science.\r\n			\r\n			www.massey.ac.nz\r\n			 \r\n			\r\n			 \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			\r\n			\r\n			NIWA\r\n			\r\n			NIWA&#39;s mission is to conduct leading environmental science to enable \r\n			the sustainable management of natural resources for New Zealand and the \r\n			planet.\r\n			\r\n			NIWA includes teams of researchers with skills relevant to the Centre in climate change impacts and adaptation.\r\n			\r\n			\r\n			www.niwa.co.nz\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			\r\n			\r\n			PGgRc\r\n			\r\n			\r\n			PGgRc is a research consortium that aims to decrease total \r\n			agricultural emissions of greenhouse gases by 10% per unit of output in \r\n			2013 relative to 2004.\r\n			PGgRc has formed excellent links between the agriculture sector and \r\n			GHG mitigation research. \r\n			\r\n			\r\n			www.pggrc.co.nz\r\n			\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			Plant and Food Research\r\n			\r\n			Plant and Food provides research and development that adds value to fruit, vegetable, crop and food products.\r\n			\r\n			Plant and Food includes teams of researchers with skills relevant to \r\n			the Centre in soil science, environmental science, plant growth and \r\n			development, genomics, proteomics and metabolomics of plants.\r\n			\r\n			\r\n			www.plantandfood.co.nz\r\n			\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			 \r\n			\r\n			SCION\r\n			\r\n			Scion is dedicated to building the international competitiveness of \r\n			the New Zealand forest industry and building a stronger bio-based \r\n			economy. Although the Centre&#39;s scope does not include forestry, Scion \r\n			includes \r\n			researchers with skills relevant to the Centre in the area of soil \r\n			carbon that are also applicable to agricultural land.\r\n			\r\n			\r\n			\r\n			www.scionresearch.com', '67ebf1e1dbd28818dbe2146f1e46b666', 3, 'published', 2, '2012-03-20 22:51:00', NULL, '2012-03-20 22:51:00'),
(558, '<p>\r\n<span class=\"h1\">Our Members</span>\r\n</p>\r\n<br />\r\n<table border=\"0\" cellpadding=\"2\">\r\n	<tbody>\r\n		<tr>\r\n			<td> <img src=\"user/image/medium/210/AgResearch.gif\" border=\"0\" alt=\"AgResearch\" title=\"AgResearch\" /><br />\r\n			<p>\r\n			<br />\r\n			<span class=\"h3 h5\">AgResearch \r\n			</span>\r\n			</p>\r\n			AgResearch is the host of the NZAGRC and is New Zealand&#39;s largest centre for pastoral agriculture research and development.\r\n			<p>\r\n			<br />\r\n			AgResearch includes teams of researchers with skills relevant to the \r\n			Centre in rumen function, rumen microbiology, ruminant physiology, soil \r\n			science, environmental science, agricultural systems management, forage \r\n			plant growth and development, on-farm practice change, social science, \r\n			technology uptake, genomics, proteomics and metabolomics of animals, \r\n			plants and microorganisms. \r\n			</p>\r\n			<div align=\"left\">\r\n			<a href=\"http://www.agresearch.org.nz/\" target=\"_blank\" title=\"http://www.agresearch.org.nz  ... - link will open in a new window\" class=\"h7\">www.agresearch.org.nz<br />\r\n			<br />\r\n			</a>\r\n			</div>\r\n			</td>\r\n			<td>&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp;&nbsp; &nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; </td>\r\n			<td valign=\"top\"><img src=\"user/image/medium/178/AgResearch.jpg\" border=\"0\" alt=\"AgResearch\" title=\"AgResearch\" /><br />\r\n			&nbsp;</td>\r\n		</tr>\r\n		<tr>\r\n			<td><img src=\"user/image/medium/212/DairyNZ.gif\" border=\"0\" alt=\"DairyNZ\" title=\"DairyNZ\" /><br />\r\n			<p>\r\n			<span class=\"h5\"><br />\r\n			DairyNZ\r\n			</span>\r\n			</p>\r\n			DairyNZ is the centre of on-farm dairy research and development in New Zealand.\r\n			<p>\r\n			<br />\r\n			DairyNZ includes teams of researchers with skills relevant to the \r\n			Centre in dairy farm systems management, dairy cow feeding and growth, \r\n			milk production performance, environmental science, on-farm practice \r\n			change and technology uptake.\r\n			</p>\r\n			<p>\r\n			<span class=\"h7\"><a href=\"http://www.dairynz.co.nz\" target=\"_blank\" title=\"http://www.dairynz.co.nz ... - link will open in a new window\">www.dairynz.co.nz</a></span><br />\r\n			<br />\r\n			</p>\r\n			</td>\r\n			<td>&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; <br />\r\n			</td>\r\n			<td valign=\"top\"><img src=\"user/image/medium/153/DairyNZ.jpg\" border=\"0\" alt=\"DairyNZ\" title=\"DairyNZ\" />&nbsp;</td>\r\n		</tr>\r\n		<tr>\r\n			<td>&nbsp;</td>\r\n			<td>&nbsp;</td>\r\n			<td>&nbsp;</td>\r\n		</tr>\r\n		<tr>\r\n			<td>\r\n			<p>\r\n			<img src=\"user/image/medium/211/LandCare.gif\" border=\"0\" alt=\"Landcare Research\" title=\"Landcare Research\" /><br />\r\n			&nbsp;\r\n			</p>\r\n			<p>\r\n			<span class=\"h5\">Landcare Research</span>\r\n			</p>\r\n			<p>\r\n			Landcare Research is New Zealand&#39;s leading provider of solutions and \r\n			advice for sustainable development and the management of land-based \r\n			natural resources.\r\n			</p>\r\n			<p>\r\n			Landcare includes teams of researchers with skills relevant to the \r\n			Centre in agricultural greenhouse gas emission measurement, carbon \r\n			exchange and inventory development, soil science, lifecycle assessment \r\n			and social science.\r\n			</p>\r\n			<p>\r\n			<span class=\"h7\"><a href=\"http://www.agresearch.org.nz/\" target=\"_blank\" title=\"http://www.agresearch.org.nz  ... - link will open in a new window\">www.landcareresearch.co.nz</a></span><br />\r\n			</p>\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			</td>\r\n			<td>&nbsp;</td>\r\n			<td>\r\n			<p>\r\n			<img src=\"user/image/medium/179/LandCare.jpg\" border=\"0\" alt=\"Landcare Research\" title=\"Landcare Research\" /> \r\n			</p>\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td>\r\n			<p>\r\n			<img src=\"user/image/medium/213/Lincoln.gif\" border=\"0\" alt=\"Lincoln University\" title=\"Lincoln University\" />&nbsp;\r\n			</p>\r\n			<p>\r\n			<span class=\"h5\">Lincoln University</span>\r\n			</p>\r\n			<p>\r\n			Lincoln University is the university within New Zealand for which the\r\n			land-based industries are most important and the home of world-leading \r\n			expertise in nitrous oxide emission mitigation.\r\n			</p>\r\n			<p>\r\n			Lincoln includes teams of researchers with skills relevant to the Centre\r\n			in nitrous oxide emission mitigation and measurement, agricultural \r\n			economics, soil science, environmental science and agricultural systems \r\n			management.\r\n			</p>\r\n			<p>\r\n			<span class=\"h7\"><a href=\"http://www.lincoln.ac.nz/\" target=\"_blank\" title=\"http://www.lincoln.ac.nz/ ... - link will open in a new window\">www.lincoln.ac.nz</a></span><br />\r\n			<br />\r\n			</p>\r\n			</td>\r\n			<td>&nbsp;</td>\r\n			<td valign=\"top\"><img src=\"user/image/medium/152/Lincoln%20University.jpg\" border=\"0\" alt=\"Lincoln University\" title=\"Lincoln University\" />\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td>\r\n			<p>\r\n			<img src=\"user/image/medium/214/Massey.gif\" border=\"0\" alt=\"Massey University\" title=\"Massey University\" /><br />\r\n			</p>\r\n			<p>\r\n			&nbsp;<span class=\"h5\"><br />\r\n			Massey University</span>\r\n			</p>\r\n			Massey University combines leading capability in fundamental sciences\r\n			with application to the agriculture sector, and hosts the New Zealand \r\n			Biochar Research Centre.\r\n			<p>\r\n			Massey includes teams of researchers with skills relevant to the \r\n			Centre in soil science, biochar production and integration into soil, \r\n			and animal science.\r\n			</p>\r\n			<span class=\"h7\"><a href=\"http://www.massey.ac.nz/massey/home.cfm\" target=\"_blank\" title=\"http://www.massey.ac.nz/massey/home.cfm ... - link will open in a new window\">www.massey.ac.nz\r\n			</a></span> \r\n			</td>\r\n			<td>&nbsp;</td>\r\n			<td valign=\"top\"><img src=\"user/image/medium/181/Massey.jpg\" border=\"0\" alt=\"Massey University\" title=\"Massey University\" />\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td>\r\n			<p>\r\n			<img src=\"user/image/medium/215/NIWA.gif\" border=\"0\" alt=\"NIWA\" title=\"NIWA\" /><span class=\"h5\"><br />\r\n			<br />\r\n			NIWA</span>\r\n			</p>\r\n			NIWA&#39;s mission is to conduct leading environmental science to enable \r\n			the sustainable management of natural resources for New Zealand and the \r\n			planet.\r\n			<p>\r\n			NIWA includes teams of researchers with skills relevant to the Centre in climate change impacts and adaptation.\r\n			</p>\r\n			<p>\r\n			<span class=\"h7\"><a href=\"http://www.niwa.co.nz/\" target=\"_blank\" title=\"http://www.niwa.co.nz/ ... - link will open in a new window\">www.niwa.co.nz\r\n			</a></span>\r\n			</p>\r\n			</td>\r\n			<td>&nbsp;</td>\r\n			<td>\r\n			<p>\r\n			&nbsp;<img src=\"user/image/medium/183/NIWA.jpg\" border=\"0\" alt=\"NIWA\" title=\"NIWA\" />\r\n			<br />\r\n			<br />\r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td>\r\n			<img src=\"user/image/small/216/PGgRc.gif\" border=\"0\" alt=\"PGgRc\" title=\"PGgRc\" /><br />\r\n			<br />\r\n			<p>\r\n			<span class=\"h5\">PGgRc</span>\r\n			</p>\r\n			<p>\r\n			PGgRc is a research consortium that aims to decrease total \r\n			agricultural emissions of greenhouse gases by 10% per unit of output in \r\n			2013 relative to 2004.\r\n			PGgRc has formed excellent links between the agriculture sector and \r\n			GHG mitigation research. \r\n			</p>\r\n			<p>\r\n			<span class=\"h7\"><a href=\"http://www.pggrc.co.nz/\" target=\"_blank\" title=\"http://www.pggrc.co.nz/ ... - link will open in a new window\">www.pggrc.co.nz<br />\r\n			<br />\r\n			</a></span>\r\n			</p>\r\n			</td>\r\n			<td>&nbsp;</td>\r\n			<td valign=\"top\">\r\n			<p>\r\n			<img src=\"user/image/medium/184/PgGRc.jpg\" border=\"0\" alt=\"PgGRc.jpg\" title=\"PgGRc.jpg\" />&nbsp;\r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td>\r\n			<div style=\"text-align: center\">\r\n			<img src=\"user/image/medium/106/Screen%20shot%202011-12-19%20at%2012.08.28%20PM.png\" border=\"0\" alt=\"Plant and Food Research\" title=\"Plant and Food Research\" width=\"200\" height=\"71\" align=\"left\" /><a name=\"Plant and Food Research\" title=\"Plant and Food Research\"></a>\r\n			</div>\r\n			<div style=\"text-align: center\">\r\n			&nbsp;\r\n			</div>\r\n			<div style=\"text-align: center\">\r\n			&nbsp;\r\n			</div>\r\n			<div style=\"text-align: center\">\r\n			&nbsp;\r\n			</div>\r\n			<div style=\"text-align: center\">\r\n			&nbsp;\r\n			</div>\r\n			<div style=\"text-align: center\">\r\n			&nbsp;\r\n			</div>\r\n			<div style=\"text-align: center\">\r\n			&nbsp;\r\n			</div>\r\n			<p>\r\n			<span class=\"h5\">Plant and Food Research</span>\r\n			</p>\r\n			Plant and Food provides research and development that adds value to fruit, vegetable, crop and food products.\r\n			<p>\r\n			Plant and Food includes teams of researchers with skills relevant to \r\n			the Centre in soil science, environmental science, plant growth and \r\n			development, genomics, proteomics and metabolomics of plants.\r\n			</p>\r\n			<p>\r\n			<span class=\"h7\"><a href=\"http://www.plantandfood.co.nz/\" target=\"_blank\" title=\"http://www.plantandfood.co.nz/ ... - link will open in a new window\">www.plantandfood.co.nz<br />\r\n			<br />\r\n			</a></span>\r\n			</p>\r\n			</td>\r\n			<td>&nbsp;</td>\r\n			<td>\r\n			<p>\r\n			<img src=\"user/image/medium/180/Lincoln.jpg\" border=\"0\" alt=\"Lincoln University\" title=\"Lincoln University\" /> \r\n			</p>\r\n			<br />\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td>\r\n			<p>\r\n			<img src=\"user/image/medium/107/Screen%20shot%202011-12-19%20at%2012.10.03%20PM.png\" border=\"0\" alt=\"SCION\" title=\"SCION\" width=\"200\" height=\"55\" align=\"left\" /><a name=\"Scion\" title=\"Scion\"></a>\r\n			</p>\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			&nbsp;\r\n			<p>\r\n			<span class=\"h5\">SCION</span>\r\n			</p>\r\n			Scion is dedicated to building the international competitiveness of \r\n			the New Zealand forest industry and building a stronger bio-based \r\n			economy. Although the Centre&#39;s scope does not include forestry, Scion \r\n			includes \r\n			researchers with skills relevant to the Centre in the area of soil \r\n			carbon that are also applicable to agricultural land.\r\n			<br />\r\n			<br />\r\n			<p>\r\n			<span class=\"h7\"><a href=\"http://www.scionresearch.com/\" target=\"_blank\" title=\"http://www.scionresearch.com/ ... - link will open in a new window\">www.scionresearch.com</a></span>\r\n			</p>\r\n			</td>\r\n			<td>&nbsp;</td>\r\n			<td><img src=\"user/image/medium/182/Scion.jpg\" border=\"0\" alt=\"SCION\" title=\"SCION\" />&nbsp;<br />\r\n			</td>\r\n		</tr>\r\n	</tbody>\r\n</table>\r\n', 'Our Members\r\n\r\n\r\n\r\n	\r\n		\r\n			 \r\n			\r\n			\r\n			AgResearch \r\n			\r\n			\r\n			AgResearch is the host of the NZAGRC and is New Zealand&#39;s largest centre for pastoral agriculture research and development.\r\n			\r\n			\r\n			AgResearch includes teams of researchers with skills relevant to the \r\n			Centre in rumen function, rumen microbiology, ruminant physiology, soil \r\n			science, environmental science, agricultural systems management, forage \r\n			plant growth and development, on-farm practice change, social science, \r\n			technology uptake, genomics, proteomics and metabolomics of animals, \r\n			plants and microorganisms. \r\n			\r\n			\r\n			www.agresearch.org.nz\r\n			\r\n			\r\n			\r\n			\r\n			                                                                                                     \r\n			\r\n			 \r\n		\r\n		\r\n			\r\n			\r\n			\r\n			DairyNZ\r\n			\r\n			\r\n			DairyNZ is the centre of on-farm dairy research and development in New Zealand.\r\n			\r\n			\r\n			DairyNZ includes teams of researchers with skills relevant to the \r\n			Centre in dairy farm systems management, dairy cow feeding and growth, \r\n			milk production performance, environmental science, on-farm practice \r\n			change and technology uptake.\r\n			\r\n			\r\n			www.dairynz.co.nz\r\n			\r\n			\r\n			\r\n			              \r\n			\r\n			 \r\n		\r\n		\r\n			 \r\n			 \r\n			 \r\n		\r\n		\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			Landcare Research\r\n			\r\n			\r\n			Landcare Research is New Zealand&#39;s leading provider of solutions and \r\n			advice for sustainable development and the management of land-based \r\n			natural resources.\r\n			\r\n			\r\n			Landcare includes teams of researchers with skills relevant to the \r\n			Centre in agricultural greenhouse gas emission measurement, carbon \r\n			exchange and inventory development, soil science, lifecycle assessment \r\n			and social science.\r\n			\r\n			\r\n			www.landcareresearch.co.nz\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			Lincoln University\r\n			\r\n			\r\n			Lincoln University is the university within New Zealand for which the\r\n			land-based industries are most important and the home of world-leading \r\n			expertise in nitrous oxide emission mitigation.\r\n			\r\n			\r\n			Lincoln includes teams of researchers with skills relevant to the Centre\r\n			in nitrous oxide emission mitigation and measurement, agricultural \r\n			economics, soil science, environmental science and agricultural systems \r\n			management.\r\n			\r\n			\r\n			www.lincoln.ac.nz\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			\r\n			\r\n			\r\n			 \r\n			Massey University\r\n			\r\n			Massey University combines leading capability in fundamental sciences\r\n			with application to the agriculture sector, and hosts the New Zealand \r\n			Biochar Research Centre.\r\n			\r\n			Massey includes teams of researchers with skills relevant to the \r\n			Centre in soil science, biochar production and integration into soil, \r\n			and animal science.\r\n			\r\n			www.massey.ac.nz\r\n			 \r\n			\r\n			 \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			\r\n			\r\n			NIWA\r\n			\r\n			NIWA&#39;s mission is to conduct leading environmental science to enable \r\n			the sustainable management of natural resources for New Zealand and the \r\n			planet.\r\n			\r\n			NIWA includes teams of researchers with skills relevant to the Centre in climate change impacts and adaptation.\r\n			\r\n			\r\n			www.niwa.co.nz\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			\r\n			\r\n			PGgRc\r\n			\r\n			\r\n			PGgRc is a research consortium that aims to decrease total \r\n			agricultural emissions of greenhouse gases by 10% per unit of output in \r\n			2013 relative to 2004.\r\n			PGgRc has formed excellent links between the agriculture sector and \r\n			GHG mitigation research. \r\n			\r\n			\r\n			www.pggrc.co.nz\r\n			\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			Plant and Food Research\r\n			\r\n			Plant and Food provides research and development that adds value to fruit, vegetable, crop and food products.\r\n			\r\n			Plant and Food includes teams of researchers with skills relevant to \r\n			the Centre in soil science, environmental science, plant growth and \r\n			development, genomics, proteomics and metabolomics of plants.\r\n			\r\n			\r\n			www.plantandfood.co.nz\r\n			\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			 \r\n			\r\n			SCION\r\n			\r\n			Scion is dedicated to building the international competitiveness of \r\n			the New Zealand forest industry and building a stronger bio-based \r\n			economy. Although the Centre&#39;s scope does not include forestry, Scion \r\n			includes \r\n			researchers with skills relevant to the Centre in the area of soil \r\n			carbon that are also applicable to agricultural land.\r\n			\r\n			\r\n			\r\n			www.scionresearch.com', '9fd6fea9176547cb696b40978c221590', 3, 'published', 2, '2012-03-20 22:51:27', NULL, '2012-03-20 22:51:27'),
(559, '<span class=\"mix_file\"><a href=\"user/file/15/NZAGRC%20Highlights%20Book_2011_FINAL.pdf\" title=\"Highlights2011\"><img src=\"images/icons/icon_pdf.gif\" border=\"0\" alt=\"pdf\" vspace=\"1\" width=\"16\" height=\"16\" align=\"absmiddle\" /> Highlights2011</a> <span style=\"font-size: 80%\">(11.39MB)</span></span> <br />\r\n', 'Highlights2011 (11.39MB)', '5664a19565a63a46a8e58797e33f0b5b', 98, 'published', 1, '2012-03-20 22:53:23', NULL, '2012-03-20 23:14:25'),
(560, '<span class=\"mix_file\"><a href=\"user/file/15/NZAGRC%20Highlights%20Book_2011_FINAL.pdf\" target=\"_blank\" title=\"Highlights2011\"><img src=\"images/icons/icon_pdf.gif\" border=\"0\" alt=\"pdf\" vspace=\"1\" width=\"16\" height=\"16\" align=\"absmiddle\" /> Highlights2011</a> <span style=\"font-size: 80%\">(11.39MB)</span></span> <br />\r\n', 'Highlights2011 (11.39MB)', '6bbc5ef5d884ddeb4d6fcddb6219e9c1', 98, 'published', 1, '2012-03-20 22:53:55', NULL, '2012-03-20 23:15:03');
INSERT INTO `mix_html_revision` (`html_revision_id`, `html`, `html_search`, `html_md5`, `html_id`, `status`, `user_id`, `created_date`, `pending_date`, `published_date`) VALUES
(561, '<p>\r\n<span class=\"h1\">Our Members</span>\r\n</p>\r\n<br />\r\n<table border=\"0\" cellpadding=\"2\">\r\n	<tbody>\r\n		<tr>\r\n			<td> <img src=\"user/image/medium/210/AgResearch.gif\" border=\"0\" alt=\"AgResearch\" title=\"AgResearch\" /><br />\r\n			<p>\r\n			<br />\r\n			<span class=\"h3 h5\">AgResearch \r\n			</span>\r\n			</p>\r\n			AgResearch is the host of the NZAGRC and is New Zealand&#39;s largest centre for pastoral agriculture research and development.\r\n			<p>\r\n			<br />\r\n			AgResearch includes teams of researchers with skills relevant to the \r\n			Centre in rumen function, rumen microbiology, ruminant physiology, soil \r\n			science, environmental science, agricultural systems management, forage \r\n			plant growth and development, on-farm practice change, social science, \r\n			technology uptake, genomics, proteomics and metabolomics of animals, \r\n			plants and microorganisms. \r\n			</p>\r\n			<div align=\"left\">\r\n			<a href=\"http://www.agresearch.org.nz/\" target=\"_blank\" title=\"http://www.agresearch.org.nz  ... - link will open in a new window\" class=\"h7\">www.agresearch.org.nz<br />\r\n			<br />\r\n			</a>\r\n			</div>\r\n			</td>\r\n			<td>&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp;&nbsp; &nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; </td>\r\n			<td valign=\"top\"><img src=\"user/image/medium/178/AgResearch.jpg\" border=\"0\" alt=\"AgResearch\" title=\"AgResearch\" /><br />\r\n			&nbsp;</td>\r\n		</tr>\r\n		<tr>\r\n			<td><img src=\"user/image/medium/212/DairyNZ.gif\" border=\"0\" alt=\"DairyNZ\" title=\"DairyNZ\" /><br />\r\n			<p>\r\n			<span class=\"h5\"><br />\r\n			DairyNZ\r\n			</span>\r\n			</p>\r\n			DairyNZ is the centre of on-farm dairy research and development in New Zealand.\r\n			<p>\r\n			<br />\r\n			DairyNZ includes teams of researchers with skills relevant to the \r\n			Centre in dairy farm systems management, dairy cow feeding and growth, \r\n			milk production performance, environmental science, on-farm practice \r\n			change and technology uptake.\r\n			</p>\r\n			<p>\r\n			<span class=\"h7\"><a href=\"http://www.dairynz.co.nz\" target=\"_blank\" title=\"http://www.dairynz.co.nz ... - link will open in a new window\">www.dairynz.co.nz</a></span><br />\r\n			<br />\r\n			</p>\r\n			</td>\r\n			<td>&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; <br />\r\n			</td>\r\n			<td valign=\"top\"><img src=\"user/image/medium/153/DairyNZ.jpg\" border=\"0\" alt=\"DairyNZ\" title=\"DairyNZ\" />&nbsp;</td>\r\n		</tr>\r\n		<tr>\r\n			<td>&nbsp;</td>\r\n			<td>&nbsp;</td>\r\n			<td>&nbsp;</td>\r\n		</tr>\r\n		<tr>\r\n			<td>\r\n			<p>\r\n			<img src=\"user/image/medium/211/LandCare.gif\" border=\"0\" alt=\"Landcare Research\" title=\"Landcare Research\" /><br />\r\n			&nbsp;\r\n			</p>\r\n			<p>\r\n			<span class=\"h5\">Landcare Research</span>\r\n			</p>\r\n			<p>\r\n			Landcare Research is New Zealand&#39;s leading provider of solutions and \r\n			advice for sustainable development and the management of land-based \r\n			natural resources.\r\n			</p>\r\n			<p>\r\n			Landcare includes teams of researchers with skills relevant to the \r\n			Centre in agricultural greenhouse gas emission measurement, carbon \r\n			exchange and inventory development, soil science, lifecycle assessment \r\n			and social science.\r\n			</p>\r\n			<p>\r\n			<span class=\"h7\"><a href=\"http://www.agresearch.org.nz/\" target=\"_blank\" title=\"http://www.agresearch.org.nz  ... - link will open in a new window\">www.landcareresearch.co.nz</a></span><br />\r\n			</p>\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			</td>\r\n			<td>&nbsp;</td>\r\n			<td>\r\n			<p>\r\n			<img src=\"user/image/medium/179/LandCare.jpg\" border=\"0\" alt=\"Landcare Research\" title=\"Landcare Research\" /> \r\n			</p>\r\n			<p>\r\n			&nbsp;\r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td>\r\n			<p>\r\n			<img src=\"user/image/medium/213/Lincoln.gif\" border=\"0\" alt=\"Lincoln University\" title=\"Lincoln University\" />&nbsp;\r\n			</p>\r\n			<p>\r\n			<span class=\"h5\">Lincoln University</span>\r\n			</p>\r\n			<p>\r\n			Lincoln University is the university within New Zealand for which the\r\n			land-based industries are most important and the home of world-leading \r\n			expertise in nitrous oxide emission mitigation.\r\n			</p>\r\n			<p>\r\n			Lincoln includes teams of researchers with skills relevant to the Centre\r\n			in nitrous oxide emission mitigation and measurement, agricultural \r\n			economics, soil science, environmental science and agricultural systems \r\n			management.\r\n			</p>\r\n			<p>\r\n			<span class=\"h7\"><a href=\"http://www.lincoln.ac.nz/\" target=\"_blank\" title=\"http://www.lincoln.ac.nz/ ... - link will open in a new window\">www.lincoln.ac.nz</a></span><br />\r\n			<br />\r\n			</p>\r\n			</td>\r\n			<td>&nbsp;</td>\r\n			<td valign=\"top\"><img src=\"user/image/medium/152/Lincoln%20University.jpg\" border=\"0\" alt=\"Lincoln University\" title=\"Lincoln University\" />\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td>\r\n			<p>\r\n			<img src=\"user/image/medium/214/Massey.gif\" border=\"0\" alt=\"Massey University\" title=\"Massey University\" /><br />\r\n			</p>\r\n			<p>\r\n			&nbsp;<span class=\"h5\"><br />\r\n			Massey University</span>\r\n			</p>\r\n			Massey University combines leading capability in fundamental sciences\r\n			with application to the agriculture sector, and hosts the New Zealand \r\n			Biochar Research Centre.\r\n			<p>\r\n			Massey includes teams of researchers with skills relevant to the \r\n			Centre in soil science, biochar production and integration into soil, \r\n			and animal science.\r\n			</p>\r\n			<span class=\"h7\"><a href=\"http://www.massey.ac.nz/massey/home.cfm\" target=\"_blank\" title=\"http://www.massey.ac.nz/massey/home.cfm ... - link will open in a new window\">www.massey.ac.nz\r\n			</a></span> \r\n			</td>\r\n			<td>&nbsp;</td>\r\n			<td valign=\"top\"><img src=\"user/image/medium/181/Massey.jpg\" border=\"0\" alt=\"Massey University\" title=\"Massey University\" />\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td>\r\n			<p>\r\n			<img src=\"user/image/medium/215/NIWA.gif\" border=\"0\" alt=\"NIWA\" title=\"NIWA\" /><span class=\"h5\"><br />\r\n			<br />\r\n			NIWA</span>\r\n			</p>\r\n			NIWA&#39;s mission is to conduct leading environmental science to enable \r\n			the sustainable management of natural resources for New Zealand and the \r\n			planet.\r\n			<p>\r\n			NIWA includes teams of researchers with skills relevant to the Centre in climate change impacts and adaptation.\r\n			</p>\r\n			<p>\r\n			<span class=\"h7\"><a href=\"http://www.niwa.co.nz/\" target=\"_blank\" title=\"http://www.niwa.co.nz/ ... - link will open in a new window\">www.niwa.co.nz\r\n			</a></span>\r\n			</p>\r\n			</td>\r\n			<td>&nbsp;</td>\r\n			<td>\r\n			<p>\r\n			&nbsp;<img src=\"user/image/medium/183/NIWA.jpg\" border=\"0\" alt=\"NIWA\" title=\"NIWA\" />\r\n			<br />\r\n			<br />\r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td>\r\n			<img src=\"user/image/small/216/PGgRc.gif\" border=\"0\" alt=\"PGgRc\" title=\"PGgRc\" /><br />\r\n			<br />\r\n			<p>\r\n			<span class=\"h5\">PGgRc</span>\r\n			</p>\r\n			<p>\r\n			PGgRc is a research consortium that aims to decrease total \r\n			agricultural emissions of greenhouse gases by 10% per unit of output in \r\n			2013 relative to 2004.\r\n			PGgRc has formed excellent links between the agriculture sector and \r\n			GHG mitigation research. \r\n			</p>\r\n			<p>\r\n			<span class=\"h7\"><a href=\"http://www.pggrc.co.nz/\" target=\"_blank\" title=\"http://www.pggrc.co.nz/ ... - link will open in a new window\">www.pggrc.co.nz<br />\r\n			<br />\r\n			</a></span>\r\n			</p>\r\n			</td>\r\n			<td>&nbsp;</td>\r\n			<td valign=\"top\">\r\n			<p>\r\n			<img src=\"user/image/medium/184/PgGRc.jpg\" border=\"0\" alt=\"PgGRc.jpg\" title=\"PgGRc.jpg\" />&nbsp;\r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td><img src=\"user/image/medium/217/Plant-and-Food-Research.gif\" border=\"0\" alt=\"Plant and Food Research\" title=\"Plant and Food Research\" /><br />\r\n			<div style=\"text-align: center\">\r\n			&nbsp;\r\n			</div>\r\n			<p>\r\n			<span class=\"h5\">Plant and Food Research</span>\r\n			</p>\r\n			Plant and Food provides research and development that adds value to fruit, vegetable, crop and food products.\r\n			<p>\r\n			Plant and Food includes teams of researchers with skills relevant to \r\n			the Centre in soil science, environmental science, plant growth and \r\n			development, genomics, proteomics and metabolomics of plants.\r\n			</p>\r\n			<p>\r\n			<span class=\"h7\"><a href=\"http://www.plantandfood.co.nz/\" target=\"_blank\" title=\"http://www.plantandfood.co.nz/ ... - link will open in a new window\">www.plantandfood.co.nz<br />\r\n			<br />\r\n			</a></span>\r\n			</p>\r\n			</td>\r\n			<td>&nbsp;</td>\r\n			<td>\r\n			<p>\r\n			<img src=\"user/image/medium/180/Lincoln.jpg\" border=\"0\" alt=\"Lincoln University\" title=\"Lincoln University\" /> \r\n			</p>\r\n			<br />\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td>\r\n			<img src=\"user/image/medium/218/SCION.gif\" border=\"0\" alt=\"SCION\" title=\"SCION\" />&nbsp;\r\n			<p>\r\n			<span class=\"h5\"><br />\r\n			SCION</span>\r\n			</p>\r\n			Scion is dedicated to building the international competitiveness of \r\n			the New Zealand forest industry and building a stronger bio-based \r\n			economy. Although the Centre&#39;s scope does not include forestry, Scion \r\n			includes \r\n			researchers with skills relevant to the Centre in the area of soil \r\n			carbon that are also applicable to agricultural land.\r\n			<br />\r\n			<br />\r\n			<p>\r\n			<span class=\"h7\"><a href=\"http://www.scionresearch.com/\" target=\"_blank\" title=\"http://www.scionresearch.com/ ... - link will open in a new window\">www.scionresearch.com</a></span>\r\n			</p>\r\n			</td>\r\n			<td>&nbsp;</td>\r\n			<td><img src=\"user/image/medium/182/Scion.jpg\" border=\"0\" alt=\"SCION\" title=\"SCION\" />&nbsp;<br />\r\n			</td>\r\n		</tr>\r\n	</tbody>\r\n</table>\r\n', 'Our Members\r\n\r\n\r\n\r\n	\r\n		\r\n			 \r\n			\r\n			\r\n			AgResearch \r\n			\r\n			\r\n			AgResearch is the host of the NZAGRC and is New Zealand&#39;s largest centre for pastoral agriculture research and development.\r\n			\r\n			\r\n			AgResearch includes teams of researchers with skills relevant to the \r\n			Centre in rumen function, rumen microbiology, ruminant physiology, soil \r\n			science, environmental science, agricultural systems management, forage \r\n			plant growth and development, on-farm practice change, social science, \r\n			technology uptake, genomics, proteomics and metabolomics of animals, \r\n			plants and microorganisms. \r\n			\r\n			\r\n			www.agresearch.org.nz\r\n			\r\n			\r\n			\r\n			\r\n			                                                                                                     \r\n			\r\n			 \r\n		\r\n		\r\n			\r\n			\r\n			\r\n			DairyNZ\r\n			\r\n			\r\n			DairyNZ is the centre of on-farm dairy research and development in New Zealand.\r\n			\r\n			\r\n			DairyNZ includes teams of researchers with skills relevant to the \r\n			Centre in dairy farm systems management, dairy cow feeding and growth, \r\n			milk production performance, environmental science, on-farm practice \r\n			change and technology uptake.\r\n			\r\n			\r\n			www.dairynz.co.nz\r\n			\r\n			\r\n			\r\n			              \r\n			\r\n			 \r\n		\r\n		\r\n			 \r\n			 \r\n			 \r\n		\r\n		\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			Landcare Research\r\n			\r\n			\r\n			Landcare Research is New Zealand&#39;s leading provider of solutions and \r\n			advice for sustainable development and the management of land-based \r\n			natural resources.\r\n			\r\n			\r\n			Landcare includes teams of researchers with skills relevant to the \r\n			Centre in agricultural greenhouse gas emission measurement, carbon \r\n			exchange and inventory development, soil science, lifecycle assessment \r\n			and social science.\r\n			\r\n			\r\n			www.landcareresearch.co.nz\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			Lincoln University\r\n			\r\n			\r\n			Lincoln University is the university within New Zealand for which the\r\n			land-based industries are most important and the home of world-leading \r\n			expertise in nitrous oxide emission mitigation.\r\n			\r\n			\r\n			Lincoln includes teams of researchers with skills relevant to the Centre\r\n			in nitrous oxide emission mitigation and measurement, agricultural \r\n			economics, soil science, environmental science and agricultural systems \r\n			management.\r\n			\r\n			\r\n			www.lincoln.ac.nz\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			\r\n			\r\n			\r\n			 \r\n			Massey University\r\n			\r\n			Massey University combines leading capability in fundamental sciences\r\n			with application to the agriculture sector, and hosts the New Zealand \r\n			Biochar Research Centre.\r\n			\r\n			Massey includes teams of researchers with skills relevant to the \r\n			Centre in soil science, biochar production and integration into soil, \r\n			and animal science.\r\n			\r\n			www.massey.ac.nz\r\n			 \r\n			\r\n			 \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			\r\n			\r\n			NIWA\r\n			\r\n			NIWA&#39;s mission is to conduct leading environmental science to enable \r\n			the sustainable management of natural resources for New Zealand and the \r\n			planet.\r\n			\r\n			NIWA includes teams of researchers with skills relevant to the Centre in climate change impacts and adaptation.\r\n			\r\n			\r\n			www.niwa.co.nz\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			\r\n			\r\n			PGgRc\r\n			\r\n			\r\n			PGgRc is a research consortium that aims to decrease total \r\n			agricultural emissions of greenhouse gases by 10% per unit of output in \r\n			2013 relative to 2004.\r\n			PGgRc has formed excellent links between the agriculture sector and \r\n			GHG mitigation research. \r\n			\r\n			\r\n			www.pggrc.co.nz\r\n			\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			Plant and Food Research\r\n			\r\n			Plant and Food provides research and development that adds value to fruit, vegetable, crop and food products.\r\n			\r\n			Plant and Food includes teams of researchers with skills relevant to \r\n			the Centre in soil science, environmental science, plant growth and \r\n			development, genomics, proteomics and metabolomics of plants.\r\n			\r\n			\r\n			www.plantandfood.co.nz\r\n			\r\n			\r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			 \r\n			\r\n			\r\n			\r\n		\r\n		\r\n			\r\n			 \r\n			\r\n			\r\n			SCION\r\n			\r\n			Scion is dedicated to building the international competitiveness of \r\n			the New Zealand forest industry and building a stronger bio-based \r\n			economy. Although the Centre&#39;s scope does not include forestry, Scion \r\n			includes \r\n			researchers with skills relevant to the Centre in the area of soil \r\n			carbon that are also applicable to agricultural land.\r\n			\r\n			\r\n			\r\n			www.scionresearch.com', 'a34ec8de818d2012e20a9ef2149ed1e0', 3, 'published', 2, '2012-03-20 22:55:02', NULL, '2012-03-20 22:55:02'),
(562, '<div align=\"left\">\r\nThe NZAGRC&#39;s research programme is designed specifically to build on existing well-targeted research funded by the PGgRc and SLMACC (MAF) to advance the discovery of cost effective solutions. Since 97% of all agricultural methane emissions arise from enteric fermentation, the research concentrates almost exclusively on this sector.<a name=\"goals\" title=\"goals\"></a> \r\n</div>\r\n<span class=\"h5\">\r\n<p>\r\n<br />\r\nGoals &amp; Objectives \r\n</p>\r\n</span>\r\n<p align=\"left\">\r\nThe underlying aim of the NZAGRC CH<sub>4</sub> programme is to reduce emissions by manipulating the processes responsible for producing methane. This essentially involves a two pronged approach; directly manipulating the activities of methanogens through such things as small molecule inhibitors or vaccines and indirectly manipulating the activities of methanogens through feeding and changes in animal phenotype. The NZAGRC investment in these areas is highly aligned with existing programmes already being funded by the PGgRc and/or PGgRc/MAF. \r\n</p>\r\n<p align=\"left\">\r\nA further small programme has concentrated on the development and validation of a model that can be used by farmers to estimate the economics of installing methane bio-digesters. The model suggests that the installation of bio-digesters on farms having as few as 400 cows can be economic, with a payback period on the investment of 3-5 years. Further work is being undertaken using SLMACC funding from MAF to confirm these initial findings prior to the model being promoted and released.<br />\r\n&nbsp; \r\n</p>\r\n<table border=\"1\" cellspacing=\"0\" cellpadding=\"0\">\r\n	<tbody>\r\n		<tr>\r\n			<td colspan=\"2\" width=\"250\" valign=\"top\">\r\n			<p align=\"center\">\r\n			<strong>Objective</strong> \r\n			</p>\r\n			</td>\r\n			<td width=\"121\" valign=\"top\">\r\n			<p align=\"center\">\r\n			<strong>Leader</strong> \r\n			</p>\r\n			</td>\r\n			<td width=\"128\" valign=\"top\">\r\n			<p align=\"center\">\r\n			<strong>Timeframe</strong> \r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td width=\"33\" valign=\"top\">\r\n			<p align=\"center\">\r\n			1.1 \r\n			</p>\r\n			</td>\r\n			<td width=\"217\" valign=\"top\">\r\n			<p align=\"left\">\r\n			Feeding Microalgae \r\n			</p>\r\n			</td>\r\n			<td width=\"121\" valign=\"top\">\r\n			<p>\r\n			Dr David Pacheco \r\n			</p>\r\n			</td>\r\n			<td width=\"128\" valign=\"top\">\r\n			<p>\r\n			May 10 - Jun 11 \r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td width=\"33\" valign=\"top\">\r\n			<p align=\"center\">\r\n			1.2 \r\n			</p>\r\n			</td>\r\n			<td width=\"217\" valign=\"top\">\r\n			<p align=\"left\">\r\n			Low Methane producing animals \r\n			</p>\r\n			</td>\r\n			<td width=\"121\" valign=\"top\">\r\n			<p>\r\n			John McEwan \r\n			</p>\r\n			</td>\r\n			<td width=\"128\" valign=\"top\">\r\n			<p>\r\n			Apr 10 - Jun 14 \r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td width=\"33\" valign=\"top\">\r\n			<p align=\"center\">\r\n			1.3 \r\n			</p>\r\n			</td>\r\n			<td width=\"217\" valign=\"top\">\r\n			<p align=\"left\">\r\n			Genomic identification of universal targets for methanogen inhibition \r\n			</p>\r\n			</td>\r\n			<td width=\"121\" valign=\"top\">\r\n			<p>\r\n			Dr Sinead Leahy \r\n			</p>\r\n			</td>\r\n			<td width=\"128\" valign=\"top\">\r\n			<p>\r\n			Apr 10 - Dec 14 \r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td width=\"33\" valign=\"top\">\r\n			<p align=\"center\">\r\n			1.4 \r\n			</p>\r\n			</td>\r\n			<td width=\"217\" valign=\"top\">\r\n			<p align=\"left\">\r\n			Enhanced discovery of methanogen-specific inhibitors \r\n			</p>\r\n			</td>\r\n			<td width=\"121\" valign=\"top\">\r\n			<p>\r\n			Dr Ron Ronimus \r\n			</p>\r\n			</td>\r\n			<td width=\"128\" valign=\"top\">\r\n			<p>\r\n			Apr 10 - Jun 14 \r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td width=\"33\" valign=\"top\">\r\n			<p align=\"center\">\r\n			1.5 \r\n			</p>\r\n			</td>\r\n			<td width=\"217\" valign=\"top\">\r\n			<p align=\"left\">\r\n			Expression of vaccine target proteins \r\n			</p>\r\n			</td>\r\n			<td width=\"121\" valign=\"top\">\r\n			<p>\r\n			Dr Bryce Buddle \r\n			</p>\r\n			</td>\r\n			<td width=\"128\" valign=\"top\">\r\n			<p>\r\n			Jul 10 - Jun 13 \r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td width=\"33\" valign=\"top\">\r\n			<p align=\"center\">\r\n			1.6 \r\n			</p>\r\n			</td>\r\n			<td width=\"217\" valign=\"top\">\r\n			<p align=\"left\">\r\n			Identifying alternative hydrogen utilisers \r\n			</p>\r\n			</td>\r\n			<td width=\"121\" valign=\"top\">\r\n			<p>\r\n			Dr Gemma Henderson \r\n			</p>\r\n			</td>\r\n			<td width=\"128\" valign=\"top\">\r\n			<p>\r\n			Apr 10 - Dec 14 \r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td width=\"33\" valign=\"top\">\r\n			<p align=\"center\">\r\n			1.7 \r\n			</p>\r\n			</td>\r\n			<td width=\"217\" valign=\"top\">\r\n			<p align=\"left\">\r\n			Methane capture and utilisation from dairy effluent \r\n			</p>\r\n			</td>\r\n			<td width=\"121\" valign=\"top\">\r\n			<p>\r\n			Dr Rupert Craggs \r\n			</p>\r\n			</td>\r\n			<td width=\"128\" valign=\"top\">\r\n			<p>\r\n			May 10 - Jun 11 \r\n			</p>\r\n			</td>\r\n		</tr>\r\n	</tbody>\r\n</table>\r\n&nbsp; \r\n<p>\r\n<span class=\"h5\"><strong><a name=\"people\" title=\"people\"></a></strong><br />\r\nPrincipal Investigators</span> \r\n</p>\r\n<p>\r\nDr Graeme Attwood, AgResearch<br />\r\nDr Peter Janssen, AgResearch \r\n</p>\r\n<p>\r\n<span class=\"h5\"><a name=\"capability\" title=\"capability\"></a></span><span class=\"h5\"><br />\r\nLinkages</span> \r\n</p>\r\n<p>\r\nAnimalCHANGE <br />\r\nCSIRO Livestock Industries <br />\r\nDPI Queensland&nbsp; <br />\r\nGlobal Research Alliance <br />\r\nLandcare Research<br />\r\nNIWA<br />\r\nPGgRc<br />\r\nScottish Agricultural College<br />\r\nSLMACC<br />\r\nUS Joint Genome Initative \r\n</p>\r\n<p>\r\n<span class=\"h5\">Stories</span> \r\n</p>\r\n<p>\r\n<table border=\"0\">\r\n	<tbody>\r\n		<tr>\r\n			<td>&nbsp;<img src=\"user/image/thumb/206/Release5_p4.jpg\" border=\"0\" alt=\"Release05_p4\" title=\"Release05_p4\" width=\"80\" height=\"80\" onmouseover=\"this.style.cursor=&#39;pointer&#39;;\" onclick=\"popup_window(&#39;http://nzagrc.mix.co.nz/popup/image/large/206/Release5_p4.jpg&#39;, &#39;image&#39;, 400, 400);\" /></td>\r\n			<td>&nbsp;</td>\r\n			<td>&nbsp;</td>\r\n			<td>&nbsp;</td>\r\n		</tr>\r\n	</tbody>\r\n</table>\r\n&nbsp;\r\n</p>\r\n<p>\r\nNZAGRC Newsletter February 2012 Page 4 <br />\r\nNZAGRC Newsletter August 2011 Page 8 <br />\r\nNZAGRC Newsletter April 2011 Page 4 Page 6 <br />\r\nNZAGRC Newsletter December 2010 Page 5 \r\n</p>\r\n', 'The NZAGRC&#39;s research programme is designed specifically to build on existing well-targeted research funded by the PGgRc and SLMACC (MAF) to advance the discovery of cost effective solutions. Since 97% of all agricultural methane emissions arise from enteric fermentation, the research concentrates almost exclusively on this sector. \r\n\r\n\r\n\r\n\r\nGoals & Objectives \r\n\r\n\r\n\r\nThe underlying aim of the NZAGRC CH4 programme is to reduce emissions by manipulating the processes responsible for producing methane. This essentially involves a two pronged approach; directly manipulating the activities of methanogens through such things as small molecule inhibitors or vaccines and indirectly manipulating the activities of methanogens through feeding and changes in animal phenotype. The NZAGRC investment in these areas is highly aligned with existing programmes already being funded by the PGgRc and/or PGgRc/MAF. \r\n\r\n\r\nA further small programme has concentrated on the development and validation of a model that can be used by farmers to estimate the economics of installing methane bio-digesters. The model suggests that the installation of bio-digesters on farms having as few as 400 cows can be economic, with a payback period on the investment of 3-5 years. Further work is being undertaken using SLMACC funding from MAF to confirm these initial findings prior to the model being promoted and released.\r\n  \r\n\r\n\r\n	\r\n		\r\n			\r\n			\r\n			Objective \r\n			\r\n			\r\n			\r\n			\r\n			Leader \r\n			\r\n			\r\n			\r\n			\r\n			Timeframe \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			1.1 \r\n			\r\n			\r\n			\r\n			\r\n			Feeding Microalgae \r\n			\r\n			\r\n			\r\n			\r\n			Dr David Pacheco \r\n			\r\n			\r\n			\r\n			\r\n			May 10 - Jun 11 \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			1.2 \r\n			\r\n			\r\n			\r\n			\r\n			Low Methane producing animals \r\n			\r\n			\r\n			\r\n			\r\n			John McEwan \r\n			\r\n			\r\n			\r\n			\r\n			Apr 10 - Jun 14 \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			1.3 \r\n			\r\n			\r\n			\r\n			\r\n			Genomic identification of universal targets for methanogen inhibition \r\n			\r\n			\r\n			\r\n			\r\n			Dr Sinead Leahy \r\n			\r\n			\r\n			\r\n			\r\n			Apr 10 - Dec 14 \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			1.4 \r\n			\r\n			\r\n			\r\n			\r\n			Enhanced discovery of methanogen-specific inhibitors \r\n			\r\n			\r\n			\r\n			\r\n			Dr Ron Ronimus \r\n			\r\n			\r\n			\r\n			\r\n			Apr 10 - Jun 14 \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			1.5 \r\n			\r\n			\r\n			\r\n			\r\n			Expression of vaccine target proteins \r\n			\r\n			\r\n			\r\n			\r\n			Dr Bryce Buddle \r\n			\r\n			\r\n			\r\n			\r\n			Jul 10 - Jun 13 \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			1.6 \r\n			\r\n			\r\n			\r\n			\r\n			Identifying alternative hydrogen utilisers \r\n			\r\n			\r\n			\r\n			\r\n			Dr Gemma Henderson \r\n			\r\n			\r\n			\r\n			\r\n			Apr 10 - Dec 14 \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			1.7 \r\n			\r\n			\r\n			\r\n			\r\n			Methane capture and utilisation from dairy effluent \r\n			\r\n			\r\n			\r\n			\r\n			Dr Rupert Craggs \r\n			\r\n			\r\n			\r\n			\r\n			May 10 - Jun 11 \r\n			\r\n			\r\n		\r\n	\r\n\r\n  \r\n\r\n\r\nPrincipal Investigators \r\n\r\n\r\nDr Graeme Attwood, AgResearch\r\nDr Peter Janssen, AgResearch \r\n\r\n\r\n\r\nLinkages \r\n\r\n\r\nAnimalCHANGE \r\nCSIRO Livestock Industries \r\nDPI Queensland  \r\nGlobal Research Alliance \r\nLandcare Research\r\nNIWA\r\nPGgRc\r\nScottish Agricultural College\r\nSLMACC\r\nUS Joint Genome Initative \r\n\r\n\r\nStories \r\n\r\n\r\n\r\n	\r\n		\r\n			 \r\n			 \r\n			 \r\n			 \r\n		\r\n	\r\n\r\n \r\n\r\n\r\nNZAGRC Newsletter February 2012 Page 4 \r\nNZAGRC Newsletter August 2011 Page 8 \r\nNZAGRC Newsletter April 2011 Page 4 Page 6 \r\nNZAGRC Newsletter December 2010 Page 5', '84f048429a26e0a427ccfcbb088c160c', 40, 'published', 2, '2012-03-20 22:58:48', NULL, '2012-03-20 22:58:48'),
(563, '<div align=\"left\">\r\nThe NZAGRC&#39;s research programme is designed specifically to build on existing well-targeted research funded by the PGgRc and SLMACC (MAF) to advance the discovery of cost effective solutions. Since 97% of all agricultural methane emissions arise from enteric fermentation, the research concentrates almost exclusively on this sector.<a name=\"goals\" title=\"goals\"></a> \r\n</div>\r\n<span class=\"h5\">\r\n<p>\r\n<br />\r\nGoals &amp; Objectives \r\n</p>\r\n</span>\r\n<p align=\"left\">\r\nThe underlying aim of the NZAGRC CH<sub>4</sub> programme is to reduce emissions by manipulating the processes responsible for producing methane. This essentially involves a two pronged approach; directly manipulating the activities of methanogens through such things as small molecule inhibitors or vaccines and indirectly manipulating the activities of methanogens through feeding and changes in animal phenotype. The NZAGRC investment in these areas is highly aligned with existing programmes already being funded by the PGgRc and/or PGgRc/MAF. \r\n</p>\r\n<p align=\"left\">\r\nA further small programme has concentrated on the development and validation of a model that can be used by farmers to estimate the economics of installing methane bio-digesters. The model suggests that the installation of bio-digesters on farms having as few as 400 cows can be economic, with a payback period on the investment of 3-5 years. Further work is being undertaken using SLMACC funding from MAF to confirm these initial findings prior to the model being promoted and released.<br />\r\n&nbsp; \r\n</p>\r\n<table border=\"1\" cellspacing=\"0\" cellpadding=\"0\">\r\n	<tbody>\r\n		<tr>\r\n			<td colspan=\"2\" width=\"250\" valign=\"top\">\r\n			<p align=\"center\">\r\n			<strong>Objective</strong> \r\n			</p>\r\n			</td>\r\n			<td width=\"121\" valign=\"top\">\r\n			<p align=\"center\">\r\n			<strong>Leader</strong> \r\n			</p>\r\n			</td>\r\n			<td width=\"128\" valign=\"top\">\r\n			<p align=\"center\">\r\n			<strong>Timeframe</strong> \r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td width=\"33\" valign=\"top\">\r\n			<p align=\"center\">\r\n			1.1 \r\n			</p>\r\n			</td>\r\n			<td width=\"217\" valign=\"top\">\r\n			<p align=\"left\">\r\n			Feeding Microalgae \r\n			</p>\r\n			</td>\r\n			<td width=\"121\" valign=\"top\">\r\n			<p>\r\n			Dr David Pacheco \r\n			</p>\r\n			</td>\r\n			<td width=\"128\" valign=\"top\">\r\n			<p>\r\n			May 10 - Jun 11 \r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td width=\"33\" valign=\"top\">\r\n			<p align=\"center\">\r\n			1.2 \r\n			</p>\r\n			</td>\r\n			<td width=\"217\" valign=\"top\">\r\n			<p align=\"left\">\r\n			Low Methane producing animals \r\n			</p>\r\n			</td>\r\n			<td width=\"121\" valign=\"top\">\r\n			<p>\r\n			John McEwan \r\n			</p>\r\n			</td>\r\n			<td width=\"128\" valign=\"top\">\r\n			<p>\r\n			Apr 10 - Jun 14 \r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td width=\"33\" valign=\"top\">\r\n			<p align=\"center\">\r\n			1.3 \r\n			</p>\r\n			</td>\r\n			<td width=\"217\" valign=\"top\">\r\n			<p align=\"left\">\r\n			Genomic identification of universal targets for methanogen inhibition \r\n			</p>\r\n			</td>\r\n			<td width=\"121\" valign=\"top\">\r\n			<p>\r\n			Dr Sinead Leahy \r\n			</p>\r\n			</td>\r\n			<td width=\"128\" valign=\"top\">\r\n			<p>\r\n			Apr 10 - Dec 14 \r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td width=\"33\" valign=\"top\">\r\n			<p align=\"center\">\r\n			1.4 \r\n			</p>\r\n			</td>\r\n			<td width=\"217\" valign=\"top\">\r\n			<p align=\"left\">\r\n			Enhanced discovery of methanogen-specific inhibitors \r\n			</p>\r\n			</td>\r\n			<td width=\"121\" valign=\"top\">\r\n			<p>\r\n			Dr Ron Ronimus \r\n			</p>\r\n			</td>\r\n			<td width=\"128\" valign=\"top\">\r\n			<p>\r\n			Apr 10 - Jun 14 \r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td width=\"33\" valign=\"top\">\r\n			<p align=\"center\">\r\n			1.5 \r\n			</p>\r\n			</td>\r\n			<td width=\"217\" valign=\"top\">\r\n			<p align=\"left\">\r\n			Expression of vaccine target proteins \r\n			</p>\r\n			</td>\r\n			<td width=\"121\" valign=\"top\">\r\n			<p>\r\n			Dr Bryce Buddle \r\n			</p>\r\n			</td>\r\n			<td width=\"128\" valign=\"top\">\r\n			<p>\r\n			Jul 10 - Jun 13 \r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td width=\"33\" valign=\"top\">\r\n			<p align=\"center\">\r\n			1.6 \r\n			</p>\r\n			</td>\r\n			<td width=\"217\" valign=\"top\">\r\n			<p align=\"left\">\r\n			Identifying alternative hydrogen utilisers \r\n			</p>\r\n			</td>\r\n			<td width=\"121\" valign=\"top\">\r\n			<p>\r\n			Dr Gemma Henderson \r\n			</p>\r\n			</td>\r\n			<td width=\"128\" valign=\"top\">\r\n			<p>\r\n			Apr 10 - Dec 14 \r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td width=\"33\" valign=\"top\">\r\n			<p align=\"center\">\r\n			1.7 \r\n			</p>\r\n			</td>\r\n			<td width=\"217\" valign=\"top\">\r\n			<p align=\"left\">\r\n			Methane capture and utilisation from dairy effluent \r\n			</p>\r\n			</td>\r\n			<td width=\"121\" valign=\"top\">\r\n			<p>\r\n			Dr Rupert Craggs \r\n			</p>\r\n			</td>\r\n			<td width=\"128\" valign=\"top\">\r\n			<p>\r\n			May 10 - Jun 11 \r\n			</p>\r\n			</td>\r\n		</tr>\r\n	</tbody>\r\n</table>\r\n&nbsp; \r\n<p>\r\n<span class=\"h5\"><strong><a name=\"people\" title=\"people\"></a></strong><br />\r\nPrincipal Investigators</span> \r\n</p>\r\n<p>\r\nDr Graeme Attwood, AgResearch<br />\r\nDr Peter Janssen, AgResearch \r\n</p>\r\n<p>\r\n<span class=\"h5\"><a name=\"capability\" title=\"capability\"></a></span><span class=\"h5\"><br />\r\nLinkages</span> \r\n</p>\r\n<p>\r\nAnimalCHANGE <br />\r\nCSIRO Livestock Industries <br />\r\nDPI Queensland&nbsp; <br />\r\nGlobal Research Alliance <br />\r\nLandcare Research<br />\r\nNIWA<br />\r\nPGgRc<br />\r\nScottish Agricultural College<br />\r\nSLMACC<br />\r\nUS Joint Genome Initative \r\n</p>\r\n<p>\r\n<span class=\"h5\">Stories</span> \r\n</p>\r\n<p>\r\n<table border=\"0\">\r\n	<tbody>\r\n		<tr>\r\n			<td>&nbsp;<img src=\"user/image/thumb/206/Release5_p4.jpg\" border=\"0\" alt=\"Release05_p4\" title=\"Release05_p4\" width=\"80\" height=\"80\" onmouseover=\"this.style.cursor=&#39;pointer&#39;;\" onclick=\"popup_window(&#39;http://nzagrc.mix.co.nz/popup/image/large/206/Release5_p4.jpg&#39;, &#39;image&#39;, 400, 400);\" /></td>\r\n			<td>&nbsp;</td>\r\n			<td>&nbsp;</td>\r\n			<td>&nbsp;</td>\r\n		</tr>\r\n	</tbody>\r\n</table>\r\n&nbsp;\r\n</p>\r\n<p>\r\n<span class=\"h6\">Mitigation of methane NZAGRC</span> <br />\r\nRelease Newsletter - February 2012\r\n</p>\r\n<p>\r\n<span class=\"h6\">From tiny bottles to grazing sheep and cows</span><br />\r\nRelease Newsletter - August 2011 \r\n</p>\r\n<p>\r\n<span class=\"h6\">The methane-free rumen - the solution to all problems<br />\r\n</span>Release Newsletter - April 2011\r\n</p>\r\n<p>\r\n<span class=\"h6\">Technology transfer could help reduce methane emissions <br />\r\nfrom animal waste storage<br />\r\n</span>Release Newsletter - December 201 \r\n</p>\r\n', 'The NZAGRC&#39;s research programme is designed specifically to build on existing well-targeted research funded by the PGgRc and SLMACC (MAF) to advance the discovery of cost effective solutions. Since 97% of all agricultural methane emissions arise from enteric fermentation, the research concentrates almost exclusively on this sector. \r\n\r\n\r\n\r\n\r\nGoals & Objectives \r\n\r\n\r\n\r\nThe underlying aim of the NZAGRC CH4 programme is to reduce emissions by manipulating the processes responsible for producing methane. This essentially involves a two pronged approach; directly manipulating the activities of methanogens through such things as small molecule inhibitors or vaccines and indirectly manipulating the activities of methanogens through feeding and changes in animal phenotype. The NZAGRC investment in these areas is highly aligned with existing programmes already being funded by the PGgRc and/or PGgRc/MAF. \r\n\r\n\r\nA further small programme has concentrated on the development and validation of a model that can be used by farmers to estimate the economics of installing methane bio-digesters. The model suggests that the installation of bio-digesters on farms having as few as 400 cows can be economic, with a payback period on the investment of 3-5 years. Further work is being undertaken using SLMACC funding from MAF to confirm these initial findings prior to the model being promoted and released.\r\n  \r\n\r\n\r\n	\r\n		\r\n			\r\n			\r\n			Objective \r\n			\r\n			\r\n			\r\n			\r\n			Leader \r\n			\r\n			\r\n			\r\n			\r\n			Timeframe \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			1.1 \r\n			\r\n			\r\n			\r\n			\r\n			Feeding Microalgae \r\n			\r\n			\r\n			\r\n			\r\n			Dr David Pacheco \r\n			\r\n			\r\n			\r\n			\r\n			May 10 - Jun 11 \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			1.2 \r\n			\r\n			\r\n			\r\n			\r\n			Low Methane producing animals \r\n			\r\n			\r\n			\r\n			\r\n			John McEwan \r\n			\r\n			\r\n			\r\n			\r\n			Apr 10 - Jun 14 \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			1.3 \r\n			\r\n			\r\n			\r\n			\r\n			Genomic identification of universal targets for methanogen inhibition \r\n			\r\n			\r\n			\r\n			\r\n			Dr Sinead Leahy \r\n			\r\n			\r\n			\r\n			\r\n			Apr 10 - Dec 14 \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			1.4 \r\n			\r\n			\r\n			\r\n			\r\n			Enhanced discovery of methanogen-specific inhibitors \r\n			\r\n			\r\n			\r\n			\r\n			Dr Ron Ronimus \r\n			\r\n			\r\n			\r\n			\r\n			Apr 10 - Jun 14 \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			1.5 \r\n			\r\n			\r\n			\r\n			\r\n			Expression of vaccine target proteins \r\n			\r\n			\r\n			\r\n			\r\n			Dr Bryce Buddle \r\n			\r\n			\r\n			\r\n			\r\n			Jul 10 - Jun 13 \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			1.6 \r\n			\r\n			\r\n			\r\n			\r\n			Identifying alternative hydrogen utilisers \r\n			\r\n			\r\n			\r\n			\r\n			Dr Gemma Henderson \r\n			\r\n			\r\n			\r\n			\r\n			Apr 10 - Dec 14 \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			1.7 \r\n			\r\n			\r\n			\r\n			\r\n			Methane capture and utilisation from dairy effluent \r\n			\r\n			\r\n			\r\n			\r\n			Dr Rupert Craggs \r\n			\r\n			\r\n			\r\n			\r\n			May 10 - Jun 11 \r\n			\r\n			\r\n		\r\n	\r\n\r\n  \r\n\r\n\r\nPrincipal Investigators \r\n\r\n\r\nDr Graeme Attwood, AgResearch\r\nDr Peter Janssen, AgResearch \r\n\r\n\r\n\r\nLinkages \r\n\r\n\r\nAnimalCHANGE \r\nCSIRO Livestock Industries \r\nDPI Queensland  \r\nGlobal Research Alliance \r\nLandcare Research\r\nNIWA\r\nPGgRc\r\nScottish Agricultural College\r\nSLMACC\r\nUS Joint Genome Initative \r\n\r\n\r\nStories \r\n\r\n\r\n\r\n	\r\n		\r\n			 \r\n			 \r\n			 \r\n			 \r\n		\r\n	\r\n\r\n \r\n\r\n\r\nMitigation of methane NZAGRC \r\nRelease Newsletter - February 2012\r\n\r\n\r\nFrom tiny bottles to grazing sheep and cows\r\nRelease Newsletter - August 2011 \r\n\r\n\r\nThe methane-free rumen - the solution to all problems\r\nRelease Newsletter - April 2011\r\n\r\n\r\nTechnology transfer could help reduce methane emissions \r\nfrom animal waste storage\r\nRelease Newsletter - December 201', '8bcd0f1c22c3a029fbbf5322494c7c21', 40, 'published', 2, '2012-03-20 23:14:29', NULL, '2012-03-20 23:14:29'),
(564, '<div align=\"left\">\r\nThe NZAGRC&#39;s research programme is designed specifically to build on existing well-targeted research funded by the PGgRc and SLMACC (MAF) to advance the discovery of cost effective solutions. Since 97% of all agricultural methane emissions arise from enteric fermentation, the research concentrates almost exclusively on this sector.<a name=\"goals\" title=\"goals\"></a> \r\n</div>\r\n<span class=\"h5\">\r\n<p>\r\n<br />\r\nGoals &amp; Objectives \r\n</p>\r\n</span>\r\n<p align=\"left\">\r\nThe underlying aim of the NZAGRC CH<sub>4</sub> programme is to reduce emissions by manipulating the processes responsible for producing methane. This essentially involves a two pronged approach; directly manipulating the activities of methanogens through such things as small molecule inhibitors or vaccines and indirectly manipulating the activities of methanogens through feeding and changes in animal phenotype. The NZAGRC investment in these areas is highly aligned with existing programmes already being funded by the PGgRc and/or PGgRc/MAF. \r\n</p>\r\n<p align=\"left\">\r\nA further small programme has concentrated on the development and validation of a model that can be used by farmers to estimate the economics of installing methane bio-digesters. The model suggests that the installation of bio-digesters on farms having as few as 400 cows can be economic, with a payback period on the investment of 3-5 years. Further work is being undertaken using SLMACC funding from MAF to confirm these initial findings prior to the model being promoted and released.<br />\r\n&nbsp; \r\n</p>\r\n<table border=\"1\" cellspacing=\"0\" cellpadding=\"0\">\r\n	<tbody>\r\n		<tr>\r\n			<td colspan=\"2\" width=\"250\" valign=\"top\">\r\n			<p align=\"center\">\r\n			<strong>Objective</strong> \r\n			</p>\r\n			</td>\r\n			<td width=\"121\" valign=\"top\">\r\n			<p align=\"center\">\r\n			<strong>Leader</strong> \r\n			</p>\r\n			</td>\r\n			<td width=\"128\" valign=\"top\">\r\n			<p align=\"center\">\r\n			<strong>Timeframe</strong> \r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td width=\"33\" valign=\"top\">\r\n			<p align=\"center\">\r\n			1.1 \r\n			</p>\r\n			</td>\r\n			<td width=\"217\" valign=\"top\">\r\n			<p align=\"left\">\r\n			Feeding Microalgae \r\n			</p>\r\n			</td>\r\n			<td width=\"121\" valign=\"top\">\r\n			<p>\r\n			Dr David Pacheco \r\n			</p>\r\n			</td>\r\n			<td width=\"128\" valign=\"top\">\r\n			<p>\r\n			May 10 - Jun 11 \r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td width=\"33\" valign=\"top\">\r\n			<p align=\"center\">\r\n			1.2 \r\n			</p>\r\n			</td>\r\n			<td width=\"217\" valign=\"top\">\r\n			<p align=\"left\">\r\n			Low Methane producing animals \r\n			</p>\r\n			</td>\r\n			<td width=\"121\" valign=\"top\">\r\n			<p>\r\n			John McEwan \r\n			</p>\r\n			</td>\r\n			<td width=\"128\" valign=\"top\">\r\n			<p>\r\n			Apr 10 - Jun 14 \r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td width=\"33\" valign=\"top\">\r\n			<p align=\"center\">\r\n			1.3 \r\n			</p>\r\n			</td>\r\n			<td width=\"217\" valign=\"top\">\r\n			<p align=\"left\">\r\n			Genomic identification of universal targets for methanogen inhibition \r\n			</p>\r\n			</td>\r\n			<td width=\"121\" valign=\"top\">\r\n			<p>\r\n			Dr Sinead Leahy \r\n			</p>\r\n			</td>\r\n			<td width=\"128\" valign=\"top\">\r\n			<p>\r\n			Apr 10 - Dec 14 \r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td width=\"33\" valign=\"top\">\r\n			<p align=\"center\">\r\n			1.4 \r\n			</p>\r\n			</td>\r\n			<td width=\"217\" valign=\"top\">\r\n			<p align=\"left\">\r\n			Enhanced discovery of methanogen-specific inhibitors \r\n			</p>\r\n			</td>\r\n			<td width=\"121\" valign=\"top\">\r\n			<p>\r\n			Dr Ron Ronimus \r\n			</p>\r\n			</td>\r\n			<td width=\"128\" valign=\"top\">\r\n			<p>\r\n			Apr 10 - Jun 14 \r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td width=\"33\" valign=\"top\">\r\n			<p align=\"center\">\r\n			1.5 \r\n			</p>\r\n			</td>\r\n			<td width=\"217\" valign=\"top\">\r\n			<p align=\"left\">\r\n			Expression of vaccine target proteins \r\n			</p>\r\n			</td>\r\n			<td width=\"121\" valign=\"top\">\r\n			<p>\r\n			Dr Bryce Buddle \r\n			</p>\r\n			</td>\r\n			<td width=\"128\" valign=\"top\">\r\n			<p>\r\n			Jul 10 - Jun 13 \r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td width=\"33\" valign=\"top\">\r\n			<p align=\"center\">\r\n			1.6 \r\n			</p>\r\n			</td>\r\n			<td width=\"217\" valign=\"top\">\r\n			<p align=\"left\">\r\n			Identifying alternative hydrogen utilisers \r\n			</p>\r\n			</td>\r\n			<td width=\"121\" valign=\"top\">\r\n			<p>\r\n			Dr Gemma Henderson \r\n			</p>\r\n			</td>\r\n			<td width=\"128\" valign=\"top\">\r\n			<p>\r\n			Apr 10 - Dec 14 \r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td width=\"33\" valign=\"top\">\r\n			<p align=\"center\">\r\n			1.7 \r\n			</p>\r\n			</td>\r\n			<td width=\"217\" valign=\"top\">\r\n			<p align=\"left\">\r\n			Methane capture and utilisation from dairy effluent \r\n			</p>\r\n			</td>\r\n			<td width=\"121\" valign=\"top\">\r\n			<p>\r\n			Dr Rupert Craggs \r\n			</p>\r\n			</td>\r\n			<td width=\"128\" valign=\"top\">\r\n			<p>\r\n			May 10 - Jun 11 \r\n			</p>\r\n			</td>\r\n		</tr>\r\n	</tbody>\r\n</table>\r\n&nbsp; \r\n<p>\r\n<span class=\"h5\"><strong><a name=\"people\" title=\"people\"></a></strong><br />\r\nPrincipal Investigators</span> \r\n</p>\r\n<p>\r\nDr Graeme Attwood, AgResearch<br />\r\nDr Peter Janssen, AgResearch \r\n</p>\r\n<p>\r\n<span class=\"h5\"><a name=\"capability\" title=\"capability\"></a></span><span class=\"h5\"><br />\r\nLinkages</span> \r\n</p>\r\n<p>\r\nAnimalCHANGE <br />\r\nCSIRO Livestock Industries <br />\r\nDPI Queensland&nbsp; <br />\r\nGlobal Research Alliance <br />\r\nLandcare Research<br />\r\nNIWA<br />\r\nPGgRc<br />\r\nScottish Agricultural College<br />\r\nSLMACC<br />\r\nUS Joint Genome Initative \r\n</p>\r\n<p>\r\n<span class=\"h5\">Stories</span> \r\n</p>\r\n<p>\r\n<table border=\"0\">\r\n	<tbody>\r\n		<tr>\r\n			<td>&nbsp;<img src=\"user/image/thumb/206/Release5_p4.jpg\" border=\"0\" alt=\"Release05_p4\" title=\"Release05_p4\" width=\"80\" height=\"80\" onmouseover=\"this.style.cursor=&#39;pointer&#39;;\" onclick=\"popup_window(&#39;http://nzagrc.mix.co.nz/popup/image/large/206/Release5_p4.jpg&#39;, &#39;image&#39;, 400, 400);\" /></td>\r\n			<td>&nbsp;</td>\r\n			<td>&nbsp;</td>\r\n			<td>&nbsp;</td>\r\n		</tr>\r\n	</tbody>\r\n</table>\r\n</p>\r\n<table border=\"0\" cellpadding=\"10\">\r\n	<tbody>\r\n		<tr>\r\n			<td><span class=\"h6\">Mitigation of methane NZAGRC</span> <br />\r\n			Release Newsletter - February 2012\r\n			</td>\r\n			<td>&nbsp;</td>\r\n		</tr>\r\n		<tr>\r\n			<td><span class=\"h6\">From tiny bottles to grazing <br />\r\n			sheep and cows</span><br />\r\n			Release Newsletter - August 2011 \r\n			</td>\r\n			<td>&nbsp;</td>\r\n		</tr>\r\n		<tr>\r\n			<td><span class=\"h6\">The methane-free rumen - <br />\r\n			the solution to all problems<br />\r\n			</span>Release Newsletter - April 2011\r\n			</td>\r\n			<td>&nbsp;</td>\r\n		</tr>\r\n		<tr>\r\n			<td><span class=\"h6\">Technology transfer could help <br />\r\n			reduce methane emissions \r\n			from <br />\r\n			animal waste storage\r\n			</span><br />\r\n			Release Newsletter - December 2011 \r\n			</td>\r\n			<td>&nbsp;</td>\r\n		</tr>\r\n	</tbody>\r\n</table>\r\n<p>\r\n&nbsp;\r\n</p>\r\n', 'The NZAGRC&#39;s research programme is designed specifically to build on existing well-targeted research funded by the PGgRc and SLMACC (MAF) to advance the discovery of cost effective solutions. Since 97% of all agricultural methane emissions arise from enteric fermentation, the research concentrates almost exclusively on this sector. \r\n\r\n\r\n\r\n\r\nGoals & Objectives \r\n\r\n\r\n\r\nThe underlying aim of the NZAGRC CH4 programme is to reduce emissions by manipulating the processes responsible for producing methane. This essentially involves a two pronged approach; directly manipulating the activities of methanogens through such things as small molecule inhibitors or vaccines and indirectly manipulating the activities of methanogens through feeding and changes in animal phenotype. The NZAGRC investment in these areas is highly aligned with existing programmes already being funded by the PGgRc and/or PGgRc/MAF. \r\n\r\n\r\nA further small programme has concentrated on the development and validation of a model that can be used by farmers to estimate the economics of installing methane bio-digesters. The model suggests that the installation of bio-digesters on farms having as few as 400 cows can be economic, with a payback period on the investment of 3-5 years. Further work is being undertaken using SLMACC funding from MAF to confirm these initial findings prior to the model being promoted and released.\r\n  \r\n\r\n\r\n	\r\n		\r\n			\r\n			\r\n			Objective \r\n			\r\n			\r\n			\r\n			\r\n			Leader \r\n			\r\n			\r\n			\r\n			\r\n			Timeframe \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			1.1 \r\n			\r\n			\r\n			\r\n			\r\n			Feeding Microalgae \r\n			\r\n			\r\n			\r\n			\r\n			Dr David Pacheco \r\n			\r\n			\r\n			\r\n			\r\n			May 10 - Jun 11 \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			1.2 \r\n			\r\n			\r\n			\r\n			\r\n			Low Methane producing animals \r\n			\r\n			\r\n			\r\n			\r\n			John McEwan \r\n			\r\n			\r\n			\r\n			\r\n			Apr 10 - Jun 14 \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			1.3 \r\n			\r\n			\r\n			\r\n			\r\n			Genomic identification of universal targets for methanogen inhibition \r\n			\r\n			\r\n			\r\n			\r\n			Dr Sinead Leahy \r\n			\r\n			\r\n			\r\n			\r\n			Apr 10 - Dec 14 \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			1.4 \r\n			\r\n			\r\n			\r\n			\r\n			Enhanced discovery of methanogen-specific inhibitors \r\n			\r\n			\r\n			\r\n			\r\n			Dr Ron Ronimus \r\n			\r\n			\r\n			\r\n			\r\n			Apr 10 - Jun 14 \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			1.5 \r\n			\r\n			\r\n			\r\n			\r\n			Expression of vaccine target proteins \r\n			\r\n			\r\n			\r\n			\r\n			Dr Bryce Buddle \r\n			\r\n			\r\n			\r\n			\r\n			Jul 10 - Jun 13 \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			1.6 \r\n			\r\n			\r\n			\r\n			\r\n			Identifying alternative hydrogen utilisers \r\n			\r\n			\r\n			\r\n			\r\n			Dr Gemma Henderson \r\n			\r\n			\r\n			\r\n			\r\n			Apr 10 - Dec 14 \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			1.7 \r\n			\r\n			\r\n			\r\n			\r\n			Methane capture and utilisation from dairy effluent \r\n			\r\n			\r\n			\r\n			\r\n			Dr Rupert Craggs \r\n			\r\n			\r\n			\r\n			\r\n			May 10 - Jun 11 \r\n			\r\n			\r\n		\r\n	\r\n\r\n  \r\n\r\n\r\nPrincipal Investigators \r\n\r\n\r\nDr Graeme Attwood, AgResearch\r\nDr Peter Janssen, AgResearch \r\n\r\n\r\n\r\nLinkages \r\n\r\n\r\nAnimalCHANGE \r\nCSIRO Livestock Industries \r\nDPI Queensland  \r\nGlobal Research Alliance \r\nLandcare Research\r\nNIWA\r\nPGgRc\r\nScottish Agricultural College\r\nSLMACC\r\nUS Joint Genome Initative \r\n\r\n\r\nStories \r\n\r\n\r\n\r\n	\r\n		\r\n			 \r\n			 \r\n			 \r\n			 \r\n		\r\n	\r\n\r\n\r\n\r\n	\r\n		\r\n			Mitigation of methane NZAGRC \r\n			Release Newsletter - February 2012\r\n			\r\n			 \r\n		\r\n		\r\n			From tiny bottles to grazing \r\n			sheep and cows\r\n			Release Newsletter - August 2011 \r\n			\r\n			 \r\n		\r\n		\r\n			The methane-free rumen - \r\n			the solution to all problems\r\n			Release Newsletter - April 2011\r\n			\r\n			 \r\n		\r\n		\r\n			Technology transfer could help \r\n			reduce methane emissions \r\n			from \r\n			animal waste storage\r\n			\r\n			Release Newsletter - December 2011', 'd8563072d2484169d5c39005e38684bd', 40, 'published', 2, '2012-03-20 23:18:25', NULL, '2012-03-20 23:18:25');
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(565, '<div align=\"left\">\r\nThe NZAGRC&#39;s research programme is designed specifically to build on existing well-targeted research funded by the PGgRc and SLMACC (MAF) to advance the discovery of cost effective solutions. Since 97% of all agricultural methane emissions arise from enteric fermentation, the research concentrates almost exclusively on this sector.<a name=\"goals\" title=\"goals\"></a> \r\n</div>\r\n<span class=\"h5\">\r\n<p>\r\n<br />\r\nGoals &amp; Objectives \r\n</p>\r\n</span>\r\n<p align=\"left\">\r\nThe underlying aim of the NZAGRC CH<sub>4</sub> programme is to reduce emissions by manipulating the processes responsible for producing methane. This essentially involves a two pronged approach; directly manipulating the activities of methanogens through such things as small molecule inhibitors or vaccines and indirectly manipulating the activities of methanogens through feeding and changes in animal phenotype. The NZAGRC investment in these areas is highly aligned with existing programmes already being funded by the PGgRc and/or PGgRc/MAF. \r\n</p>\r\n<p align=\"left\">\r\nA further small programme has concentrated on the development and validation of a model that can be used by farmers to estimate the economics of installing methane bio-digesters. The model suggests that the installation of bio-digesters on farms having as few as 400 cows can be economic, with a payback period on the investment of 3-5 years. Further work is being undertaken using SLMACC funding from MAF to confirm these initial findings prior to the model being promoted and released.<br />\r\n&nbsp; \r\n</p>\r\n&nbsp; \r\n<p>\r\n<span class=\"h5\"><strong><a name=\"people\" title=\"people\"></a></strong><br />\r\nPrincipal Investigators</span> \r\n</p>\r\n<p>\r\nDr Graeme Attwood, AgResearch<br />\r\nDr Peter Janssen, AgResearch \r\n</p>\r\n<p>\r\n<span class=\"h5\"><a name=\"capability\" title=\"capability\"></a></span><span class=\"h5\"><br />\r\nLinkages</span> \r\n</p>\r\n<p>\r\nAnimalCHANGE <br />\r\nCSIRO Livestock Industries <br />\r\nDPI Queensland&nbsp; <br />\r\nGlobal Research Alliance <br />\r\nLandcare Research<br />\r\nNIWA<br />\r\nPGgRc<br />\r\nScottish Agricultural College<br />\r\nSLMACC<br />\r\nUS Joint Genome Initative \r\n</p>\r\n<p>\r\n<span class=\"h5\">Stories</span> \r\n</p>\r\n<p>\r\n<table border=\"0\" cellpadding=\"10\">\r\n	<tbody>\r\n		<tr>\r\n			<td><span class=\"h6\">Mitigation of methane NZAGRC</span> <br />\r\n			Release Newsletter - February 2012\r\n			</td>\r\n			<td>&nbsp;</td>\r\n		</tr>\r\n		<tr>\r\n			<td><span class=\"h6\">From tiny bottles to grazing <br />\r\n			sheep and cows</span><br />\r\n			Release Newsletter - August 2011 \r\n			</td>\r\n			<td>&nbsp;</td>\r\n		</tr>\r\n		<tr>\r\n			<td><span class=\"h6\">The methane-free rumen - <br />\r\n			the solution to all problems<br />\r\n			</span>Release Newsletter - April 2011\r\n			</td>\r\n			<td>&nbsp;</td>\r\n		</tr>\r\n		<tr>\r\n			<td><span class=\"h6\">Technology transfer could help <br />\r\n			reduce methane emissions \r\n			from <br />\r\n			animal waste storage\r\n			</span><br />\r\n			Release Newsletter - December 2011 \r\n			</td>\r\n			<td>&nbsp;</td>\r\n		</tr>\r\n	</tbody>\r\n</table>\r\n</p>\r\n<p>\r\n&nbsp;\r\n</p>\r\n', 'The NZAGRC&#39;s research programme is designed specifically to build on existing well-targeted research funded by the PGgRc and SLMACC (MAF) to advance the discovery of cost effective solutions. Since 97% of all agricultural methane emissions arise from enteric fermentation, the research concentrates almost exclusively on this sector. \r\n\r\n\r\n\r\n\r\nGoals & Objectives \r\n\r\n\r\n\r\nThe underlying aim of the NZAGRC CH4 programme is to reduce emissions by manipulating the processes responsible for producing methane. This essentially involves a two pronged approach; directly manipulating the activities of methanogens through such things as small molecule inhibitors or vaccines and indirectly manipulating the activities of methanogens through feeding and changes in animal phenotype. The NZAGRC investment in these areas is highly aligned with existing programmes already being funded by the PGgRc and/or PGgRc/MAF. \r\n\r\n\r\nA further small programme has concentrated on the development and validation of a model that can be used by farmers to estimate the economics of installing methane bio-digesters. The model suggests that the installation of bio-digesters on farms having as few as 400 cows can be economic, with a payback period on the investment of 3-5 years. Further work is being undertaken using SLMACC funding from MAF to confirm these initial findings prior to the model being promoted and released.\r\n  \r\n\r\n  \r\n\r\n\r\nPrincipal Investigators \r\n\r\n\r\nDr Graeme Attwood, AgResearch\r\nDr Peter Janssen, AgResearch \r\n\r\n\r\n\r\nLinkages \r\n\r\n\r\nAnimalCHANGE \r\nCSIRO Livestock Industries \r\nDPI Queensland  \r\nGlobal Research Alliance \r\nLandcare Research\r\nNIWA\r\nPGgRc\r\nScottish Agricultural College\r\nSLMACC\r\nUS Joint Genome Initative \r\n\r\n\r\nStories \r\n\r\n\r\n\r\n	\r\n		\r\n			Mitigation of methane NZAGRC \r\n			Release Newsletter - February 2012\r\n			\r\n			 \r\n		\r\n		\r\n			From tiny bottles to grazing \r\n			sheep and cows\r\n			Release Newsletter - August 2011 \r\n			\r\n			 \r\n		\r\n		\r\n			The methane-free rumen - \r\n			the solution to all problems\r\n			Release Newsletter - April 2011\r\n			\r\n			 \r\n		\r\n		\r\n			Technology transfer could help \r\n			reduce methane emissions \r\n			from \r\n			animal waste storage\r\n			\r\n			Release Newsletter - December 2011', 'e8ef57db75a51e2c6e6144e2760a658f', 40, 'published', 2, '2012-03-20 23:20:42', NULL, '2012-03-20 23:20:42'),
(566, '<div align=\"left\">\r\nThe NZAGRC&#39;s research programme is designed specifically to build on existing well-targeted research funded by the PGgRc and SLMACC (MAF) to advance the discovery of cost effective solutions. Since 97% of all agricultural methane emissions arise from enteric fermentation, the research concentrates almost exclusively on this sector.<a name=\"goals\" title=\"goals\"></a> \r\n</div>\r\n<span class=\"h5\">\r\n<p>\r\n<br />\r\nGoals &amp; Objectives \r\n</p>\r\n</span>\r\n<p align=\"left\">\r\nThe underlying aim of the NZAGRC CH<sub>4</sub> programme is to reduce emissions by manipulating the processes responsible for producing methane. This essentially involves a two pronged approach; directly manipulating the activities of methanogens through such things as small molecule inhibitors or vaccines and indirectly manipulating the activities of methanogens through feeding and changes in animal phenotype. The NZAGRC investment in these areas is highly aligned with existing programmes already being funded by the PGgRc and/or PGgRc/MAF. \r\n</p>\r\n<p align=\"left\">\r\nA further small programme has concentrated on the development and validation of a model that can be used by farmers to estimate the economics of installing methane bio-digesters. The model suggests that the installation of bio-digesters on farms having as few as 400 cows can be economic, with a payback period on the investment of 3-5 years. Further work is being undertaken using SLMACC funding from MAF to confirm these initial findings prior to the model being promoted and released.<br />\r\n</p>\r\n<p>\r\n<span class=\"h5\"><strong><a name=\"people\" title=\"people\"></a></strong><br />\r\nPrincipal Investigators</span> \r\n</p>\r\n<p>\r\nDr Graeme Attwood, AgResearch<br />\r\nDr Peter Janssen, AgResearch \r\n</p>\r\n<p>\r\n<span class=\"h5\"><a name=\"capability\" title=\"capability\"></a></span><span class=\"h5\"><br />\r\nLinkages</span> \r\n</p>\r\n<p>\r\nAnimalCHANGE <br />\r\nCSIRO Livestock Industries <br />\r\nDPI Queensland&nbsp; <br />\r\nGlobal Research Alliance <br />\r\nLandcare Research<br />\r\nNIWA<br />\r\nPGgRc<br />\r\nScottish Agricultural College<br />\r\nSLMACC<br />\r\nUS Joint Genome Initative \r\n</p>\r\n<p>\r\n<span class=\"h5\">Stories</span> \r\n</p>\r\n<p>\r\n<table border=\"0\" cellpadding=\"10\">\r\n	<tbody>\r\n		<tr>\r\n			<td><span class=\"h6\">Mitigation of methane NZAGRC</span> <br />\r\n			Release Newsletter - February 2012\r\n			</td>\r\n			<td>&nbsp;</td>\r\n		</tr>\r\n		<tr>\r\n			<td><span class=\"h6\">From tiny bottles to grazing <br />\r\n			sheep and cows</span><br />\r\n			Release Newsletter - August 2011 \r\n			</td>\r\n			<td>&nbsp;</td>\r\n		</tr>\r\n		<tr>\r\n			<td><span class=\"h6\">The methane-free rumen - <br />\r\n			the solution to all problems<br />\r\n			</span>Release Newsletter - April 2011\r\n			</td>\r\n			<td>&nbsp;</td>\r\n		</tr>\r\n		<tr>\r\n			<td><span class=\"h6\">Technology transfer could help <br />\r\n			reduce methane emissions \r\n			from <br />\r\n			animal waste storage\r\n			</span><br />\r\n			Release Newsletter - December 2011 \r\n			</td>\r\n			<td>&nbsp;</td>\r\n		</tr>\r\n	</tbody>\r\n</table>\r\n</p>\r\n<p>\r\n&nbsp;\r\n</p>\r\n', 'The NZAGRC&#39;s research programme is designed specifically to build on existing well-targeted research funded by the PGgRc and SLMACC (MAF) to advance the discovery of cost effective solutions. Since 97% of all agricultural methane emissions arise from enteric fermentation, the research concentrates almost exclusively on this sector. \r\n\r\n\r\n\r\n\r\nGoals & Objectives \r\n\r\n\r\n\r\nThe underlying aim of the NZAGRC CH4 programme is to reduce emissions by manipulating the processes responsible for producing methane. This essentially involves a two pronged approach; directly manipulating the activities of methanogens through such things as small molecule inhibitors or vaccines and indirectly manipulating the activities of methanogens through feeding and changes in animal phenotype. The NZAGRC investment in these areas is highly aligned with existing programmes already being funded by the PGgRc and/or PGgRc/MAF. \r\n\r\n\r\nA further small programme has concentrated on the development and validation of a model that can be used by farmers to estimate the economics of installing methane bio-digesters. The model suggests that the installation of bio-digesters on farms having as few as 400 cows can be economic, with a payback period on the investment of 3-5 years. Further work is being undertaken using SLMACC funding from MAF to confirm these initial findings prior to the model being promoted and released.\r\n\r\n\r\n\r\nPrincipal Investigators \r\n\r\n\r\nDr Graeme Attwood, AgResearch\r\nDr Peter Janssen, AgResearch \r\n\r\n\r\n\r\nLinkages \r\n\r\n\r\nAnimalCHANGE \r\nCSIRO Livestock Industries \r\nDPI Queensland  \r\nGlobal Research Alliance \r\nLandcare Research\r\nNIWA\r\nPGgRc\r\nScottish Agricultural College\r\nSLMACC\r\nUS Joint Genome Initative \r\n\r\n\r\nStories \r\n\r\n\r\n\r\n	\r\n		\r\n			Mitigation of methane NZAGRC \r\n			Release Newsletter - February 2012\r\n			\r\n			 \r\n		\r\n		\r\n			From tiny bottles to grazing \r\n			sheep and cows\r\n			Release Newsletter - August 2011 \r\n			\r\n			 \r\n		\r\n		\r\n			The methane-free rumen - \r\n			the solution to all problems\r\n			Release Newsletter - April 2011\r\n			\r\n			 \r\n		\r\n		\r\n			Technology transfer could help \r\n			reduce methane emissions \r\n			from \r\n			animal waste storage\r\n			\r\n			Release Newsletter - December 2011', '9bcdbc1a7d9d1fd9aff48c48792345de', 40, 'published', 2, '2012-03-20 23:21:03', NULL, '2012-03-20 23:21:03'),
(567, '<div align=\"left\">\r\nThe NZAGRC&#39;s research programme is designed specifically to build on existing well-targeted research funded by the PGgRc and SLMACC (MAF) to advance the discovery of cost effective solutions. Since 97% of all agricultural methane emissions arise from enteric fermentation, the research concentrates almost exclusively on this sector.<a name=\"goals\" title=\"goals\"></a> \r\n</div>\r\n<span class=\"h5\">\r\n<p>\r\n<br />\r\nGoals &amp; Objectives \r\n</p>\r\n</span>\r\n<p align=\"left\">\r\nThe underlying aim of the NZAGRC CH<sub>4</sub> programme is to reduce emissions by manipulating the processes responsible for producing methane. This essentially involves a two pronged approach; directly manipulating the activities of methanogens through such things as small molecule inhibitors or vaccines and indirectly manipulating the activities of methanogens through feeding and changes in animal phenotype. The NZAGRC investment in these areas is highly aligned with existing programmes already being funded by the PGgRc and/or PGgRc/MAF. \r\n</p>\r\n<p align=\"left\">\r\nA further small programme has concentrated on the development and validation of a model that can be used by farmers to estimate the economics of installing methane bio-digesters. The model suggests that the installation of bio-digesters on farms having as few as 400 cows can be economic, with a payback period on the investment of 3-5 years. Further work is being undertaken using SLMACC funding from MAF to confirm these initial findings prior to the model being promoted and released.<br />\r\n</p>\r\n<p>\r\n<span class=\"h5\"><strong><a name=\"people\" title=\"people\"></a></strong><br />\r\nPrincipal Investigators</span> \r\n</p>\r\n<p>\r\nDr Graeme Attwood, AgResearch<br />\r\nDr Peter Janssen, AgResearch \r\n</p>\r\n<p>\r\n<span class=\"h5\"><a name=\"capability\" title=\"capability\"></a></span><span class=\"h5\"><br />\r\nLinkages</span> \r\n</p>\r\n<p>\r\nAnimalCHANGE <br />\r\nCSIRO Livestock Industries <br />\r\nDPI Queensland&nbsp; <br />\r\nGlobal Research Alliance <br />\r\nLandcare Research<br />\r\nNIWA<br />\r\nPGgRc<br />\r\nScottish Agricultural College<br />\r\nSLMACC<br />\r\nUS Joint Genome Initative \r\n</p>\r\n<p>\r\n<span class=\"h5\">Stories</span> \r\n</p>\r\n<p>\r\n<table border=\"0\" cellpadding=\"10\">\r\n	<tbody>\r\n		<tr>\r\n			<td><span class=\"h6\">Mitigation of methane NZAGRC</span> <br />\r\n			Release Newsletter - February 2012\r\n			</td>\r\n			<td><img src=\"user/image/thumb/219/Screen shot 2012-03-21 at 12.35.29 PM.png\" border=\"0\" alt=\"Screen shot 2012-03-21 at 12.35.29 PM.png\" title=\"Screen shot 2012-03-21 at 12.35.29 PM.png\" /><br />\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td><span class=\"h6\">From tiny bottles to grazing <br />\r\n			sheep and cows</span><br />\r\n			Release Newsletter - August 2011 \r\n			</td>\r\n			<td>&nbsp;<img src=\"user/image/thumb/219/Screen%20shot%202012-03-21%20at%2012.35.29%20PM.png\" border=\"0\" alt=\"Screen shot 2012-03-21 at 12.35.29 PM.png\" title=\"Screen shot 2012-03-21 at 12.35.29 PM.png\" /></td>\r\n		</tr>\r\n		<tr>\r\n			<td><span class=\"h6\">The methane-free rumen - <br />\r\n			the solution to all problems<br />\r\n			</span>Release Newsletter - April 2011\r\n			</td>\r\n			<td><img src=\"user/image/thumb/219/Screen%20shot%202012-03-21%20at%2012.35.29%20PM.png\" border=\"0\" alt=\"Screen shot 2012-03-21 at 12.35.29 PM.png\" title=\"Screen shot 2012-03-21 at 12.35.29 PM.png\" /> <br />\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td><span class=\"h6\">Technology transfer could help <br />\r\n			reduce methane emissions \r\n			from <br />\r\n			animal waste storage\r\n			</span><br />\r\n			Release Newsletter - December 2011 \r\n			</td>\r\n			<td><img src=\"user/image/thumb/219/Screen%20shot%202012-03-21%20at%2012.35.29%20PM.png\" border=\"0\" alt=\"Screen shot 2012-03-21 at 12.35.29 PM.png\" title=\"Screen shot 2012-03-21 at 12.35.29 PM.png\" /> <br />\r\n			</td>\r\n		</tr>\r\n	</tbody>\r\n</table>\r\n</p>\r\n<p>\r\n&nbsp;\r\n</p>\r\n', 'The NZAGRC&#39;s research programme is designed specifically to build on existing well-targeted research funded by the PGgRc and SLMACC (MAF) to advance the discovery of cost effective solutions. Since 97% of all agricultural methane emissions arise from enteric fermentation, the research concentrates almost exclusively on this sector. \r\n\r\n\r\n\r\n\r\nGoals & Objectives \r\n\r\n\r\n\r\nThe underlying aim of the NZAGRC CH4 programme is to reduce emissions by manipulating the processes responsible for producing methane. This essentially involves a two pronged approach; directly manipulating the activities of methanogens through such things as small molecule inhibitors or vaccines and indirectly manipulating the activities of methanogens through feeding and changes in animal phenotype. The NZAGRC investment in these areas is highly aligned with existing programmes already being funded by the PGgRc and/or PGgRc/MAF. \r\n\r\n\r\nA further small programme has concentrated on the development and validation of a model that can be used by farmers to estimate the economics of installing methane bio-digesters. The model suggests that the installation of bio-digesters on farms having as few as 400 cows can be economic, with a payback period on the investment of 3-5 years. Further work is being undertaken using SLMACC funding from MAF to confirm these initial findings prior to the model being promoted and released.\r\n\r\n\r\n\r\nPrincipal Investigators \r\n\r\n\r\nDr Graeme Attwood, AgResearch\r\nDr Peter Janssen, AgResearch \r\n\r\n\r\n\r\nLinkages \r\n\r\n\r\nAnimalCHANGE \r\nCSIRO Livestock Industries \r\nDPI Queensland  \r\nGlobal Research Alliance \r\nLandcare Research\r\nNIWA\r\nPGgRc\r\nScottish Agricultural College\r\nSLMACC\r\nUS Joint Genome Initative \r\n\r\n\r\nStories \r\n\r\n\r\n\r\n	\r\n		\r\n			Mitigation of methane NZAGRC \r\n			Release Newsletter - February 2012\r\n			\r\n			\r\n			\r\n		\r\n		\r\n			From tiny bottles to grazing \r\n			sheep and cows\r\n			Release Newsletter - August 2011 \r\n			\r\n			 \r\n		\r\n		\r\n			The methane-free rumen - \r\n			the solution to all problems\r\n			Release Newsletter - April 2011\r\n			\r\n			 \r\n			\r\n		\r\n		\r\n			Technology transfer could help \r\n			reduce methane emissions \r\n			from \r\n			animal waste storage\r\n			\r\n			Release Newsletter - December 2011', 'ba4171b91ec1202ddd98832d40f0f45c', 40, 'published', 2, '2012-03-20 23:41:21', NULL, '2012-03-20 23:41:21'),
(568, '<div align=\"left\">\r\nThe NZAGRC&#39;s research programme is designed specifically to build on existing well-targeted research funded by the PGgRc and SLMACC (MAF) to advance the discovery of cost effective solutions. Since 97% of all agricultural methane emissions arise from enteric fermentation, the research concentrates almost exclusively on this sector.<a name=\"goals\" title=\"goals\"></a> \r\n</div>\r\n<span class=\"h5\">\r\n<p>\r\n<br />\r\nGoals &amp; Objectives \r\n</p>\r\n</span>\r\n<p align=\"left\">\r\nThe underlying aim of the NZAGRC CH<sub>4</sub> programme is to reduce emissions by manipulating the processes responsible for producing methane. This essentially involves a two pronged approach; directly manipulating the activities of methanogens through such things as small molecule inhibitors or vaccines and indirectly manipulating the activities of methanogens through feeding and changes in animal phenotype. The NZAGRC investment in these areas is highly aligned with existing programmes already being funded by the PGgRc and/or PGgRc/MAF. \r\n</p>\r\n<p align=\"left\">\r\nA further small programme has concentrated on the development and validation of a model that can be used by farmers to estimate the economics of installing methane bio-digesters. The model suggests that the installation of bio-digesters on farms having as few as 400 cows can be economic, with a payback period on the investment of 3-5 years. Further work is being undertaken using SLMACC funding from MAF to confirm these initial findings prior to the model being promoted and released.<br />\r\n</p>\r\n<p>\r\n<span class=\"h5\"><strong><a name=\"people\" title=\"people\"></a></strong><br />\r\nPrincipal Investigators</span> \r\n</p>\r\n<p>\r\nDr Graeme Attwood, AgResearch<br />\r\nDr Peter Janssen, AgResearch \r\n</p>\r\n<p>\r\n<span class=\"h5\"><a name=\"capability\" title=\"capability\"></a></span><span class=\"h5\"><br />\r\nLinkages</span> \r\n</p>\r\n<p>\r\nAnimalCHANGE <br />\r\nCSIRO Livestock Industries <br />\r\nDPI Queensland&nbsp; <br />\r\nGlobal Research Alliance <br />\r\nLandcare Research<br />\r\nNIWA<br />\r\nPGgRc<br />\r\nScottish Agricultural College<br />\r\nSLMACC<br />\r\nUS Joint Genome Initative \r\n</p>\r\n<p>\r\n<span class=\"h5\">Stories</span> \r\n</p>\r\n<p>\r\n<table border=\"0\" cellpadding=\"10\">\r\n	<tbody>\r\n		<tr>\r\n			<td><span class=\"h6\"><img src=\"user/image/thumb/219/Screen shot 2012-03-21 at 12.35.29 PM.png\" border=\"0\" alt=\"Screen shot 2012-03-21 at 12.35.29 PM.png\" title=\"Screen shot 2012-03-21 at 12.35.29 PM.png\" /></span></td>\r\n			<td><span class=\"h6\">Mitigation of methane NZAGRC</span> <br />\r\n			Release Newsletter - February 2012\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td><span class=\"h6\"><img src=\"user/image/thumb/219/Screen%20shot%202012-03-21%20at%2012.35.29%20PM.png\" border=\"0\" alt=\"Screen shot 2012-03-21 at 12.35.29 PM.png\" title=\"Screen shot 2012-03-21 at 12.35.29 PM.png\" /></span></td>\r\n			<td>&nbsp;<span class=\"h6\">From tiny bottles to grazing <br />\r\n			sheep and cows</span><br />\r\n			Release Newsletter - August 2011</td>\r\n		</tr>\r\n		<tr>\r\n			<td><span class=\"h6\"><img src=\"user/image/thumb/219/Screen%20shot%202012-03-21%20at%2012.35.29%20PM.png\" border=\"0\" alt=\"Screen shot 2012-03-21 at 12.35.29 PM.png\" title=\"Screen shot 2012-03-21 at 12.35.29 PM.png\" /></span>			</td>\r\n			<td><span class=\"h6\">The methane-free rumen - <br />\r\n			the solution to all problems<br />\r\n			</span>Release Newsletter - April 2011\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td><span class=\"h6\"><img src=\"user/image/thumb/219/Screen%20shot%202012-03-21%20at%2012.35.29%20PM.png\" border=\"0\" alt=\"Screen shot 2012-03-21 at 12.35.29 PM.png\" title=\"Screen shot 2012-03-21 at 12.35.29 PM.png\" /></span> \r\n			</td>\r\n			<td><span class=\"h6\">Technology transfer could help <br />\r\n			reduce methane emissions \r\n			from <br />\r\n			animal waste storage\r\n			</span><br />\r\n			Release Newsletter - December 2011 \r\n			&nbsp;\r\n			</td>\r\n		</tr>\r\n	</tbody>\r\n</table>\r\n</p>\r\n<p>\r\n&nbsp;\r\n</p>\r\n', 'The NZAGRC&#39;s research programme is designed specifically to build on existing well-targeted research funded by the PGgRc and SLMACC (MAF) to advance the discovery of cost effective solutions. Since 97% of all agricultural methane emissions arise from enteric fermentation, the research concentrates almost exclusively on this sector. \r\n\r\n\r\n\r\n\r\nGoals & Objectives \r\n\r\n\r\n\r\nThe underlying aim of the NZAGRC CH4 programme is to reduce emissions by manipulating the processes responsible for producing methane. This essentially involves a two pronged approach; directly manipulating the activities of methanogens through such things as small molecule inhibitors or vaccines and indirectly manipulating the activities of methanogens through feeding and changes in animal phenotype. The NZAGRC investment in these areas is highly aligned with existing programmes already being funded by the PGgRc and/or PGgRc/MAF. \r\n\r\n\r\nA further small programme has concentrated on the development and validation of a model that can be used by farmers to estimate the economics of installing methane bio-digesters. The model suggests that the installation of bio-digesters on farms having as few as 400 cows can be economic, with a payback period on the investment of 3-5 years. Further work is being undertaken using SLMACC funding from MAF to confirm these initial findings prior to the model being promoted and released.\r\n\r\n\r\n\r\nPrincipal Investigators \r\n\r\n\r\nDr Graeme Attwood, AgResearch\r\nDr Peter Janssen, AgResearch \r\n\r\n\r\n\r\nLinkages \r\n\r\n\r\nAnimalCHANGE \r\nCSIRO Livestock Industries \r\nDPI Queensland  \r\nGlobal Research Alliance \r\nLandcare Research\r\nNIWA\r\nPGgRc\r\nScottish Agricultural College\r\nSLMACC\r\nUS Joint Genome Initative \r\n\r\n\r\nStories \r\n\r\n\r\n\r\n	\r\n		\r\n			\r\n			Mitigation of methane NZAGRC \r\n			Release Newsletter - February 2012\r\n			\r\n		\r\n		\r\n			\r\n			 From tiny bottles to grazing \r\n			sheep and cows\r\n			Release Newsletter - August 2011\r\n		\r\n		\r\n						\r\n			The methane-free rumen - \r\n			the solution to all problems\r\n			Release Newsletter - April 2011\r\n			\r\n		\r\n		\r\n			 \r\n			\r\n			Technology transfer could help \r\n			reduce methane emissions \r\n			from \r\n			animal waste storage\r\n			\r\n			Release Newsletter - December 2011', '7e4e665c424a3dcdf9323e2a91e7ee2e', 40, 'published', 2, '2012-03-20 23:43:24', NULL, '2012-03-20 23:43:24'),
(569, '<div align=\"left\">\r\nThe NZAGRC&#39;s research programme is designed specifically to build on existing well-targeted research funded by the PGgRc and SLMACC (MAF) to advance the discovery of cost effective solutions. Since 97% of all agricultural methane emissions arise from enteric fermentation, the research concentrates almost exclusively on this sector.<a name=\"goals\" title=\"goals\"></a> \r\n</div>\r\n<span class=\"h5\">\r\n<p>\r\n<br />\r\nGoals &amp; Objectives \r\n</p>\r\n</span>\r\n<p align=\"left\">\r\nThe underlying aim of the NZAGRC CH<sub>4</sub> programme is to reduce emissions by manipulating the processes responsible for producing methane. This essentially involves a two pronged approach; directly manipulating the activities of methanogens through such things as small molecule inhibitors or vaccines and indirectly manipulating the activities of methanogens through feeding and changes in animal phenotype. The NZAGRC investment in these areas is highly aligned with existing programmes already being funded by the PGgRc and/or PGgRc/MAF. \r\n</p>\r\n<p align=\"left\">\r\nA further small programme has concentrated on the development and validation of a model that can be used by farmers to estimate the economics of installing methane bio-digesters. The model suggests that the installation of bio-digesters on farms having as few as 400 cows can be economic, with a payback period on the investment of 3-5 years. Further work is being undertaken using SLMACC funding from MAF to confirm these initial findings prior to the model being promoted and released.<br />\r\n</p>\r\n<p>\r\n<span class=\"h5\"><strong><a name=\"people\" title=\"people\"></a></strong><br />\r\nPrincipal Investigators</span> \r\n</p>\r\n<p>\r\nDr Graeme Attwood, AgResearch<br />\r\nDr Peter Janssen, AgResearch \r\n</p>\r\n<p>\r\n<span class=\"h5\"><a name=\"capability\" title=\"capability\"></a></span><span class=\"h5\"><br />\r\nLinkages</span> \r\n</p>\r\n<p>\r\nAnimalCHANGE <br />\r\nCSIRO Livestock Industries <br />\r\nDPI Queensland&nbsp; <br />\r\nGlobal Research Alliance <br />\r\nLandcare Research<br />\r\nNIWA<br />\r\nPGgRc<br />\r\nScottish Agricultural College<br />\r\nSLMACC<br />\r\nUS Joint Genome Initative\r\n</p>\r\n<p>\r\n<a name=\"Stories\" title=\"Stories\"></a><br />\r\n<span class=\"h5\">Stories</span> \r\n</p>\r\n<p>\r\n<table border=\"0\" cellpadding=\"10\">\r\n	<tbody>\r\n		<tr>\r\n			<td><span class=\"h6\"><img src=\"user/image/thumb/219/Screen%20shot%202012-03-21%20at%2012.35.29%20PM.png\" border=\"0\" alt=\"Screen shot 2012-03-21 at 12.35.29 PM.png\" title=\"Screen shot 2012-03-21 at 12.35.29 PM.png\" /></span></td>\r\n			<td><span class=\"h6\">Mitigation of methane NZAGRC</span> <br />\r\n			Release Newsletter - February 2012\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td><span class=\"h6\"><img src=\"user/image/thumb/219/Screen%20shot%202012-03-21%20at%2012.35.29%20PM.png\" border=\"0\" alt=\"Screen shot 2012-03-21 at 12.35.29 PM.png\" title=\"Screen shot 2012-03-21 at 12.35.29 PM.png\" /></span></td>\r\n			<td>&nbsp;<span class=\"h6\">From tiny bottles to grazing <br />\r\n			sheep and cows</span><br />\r\n			Release Newsletter - August 2011</td>\r\n		</tr>\r\n		<tr>\r\n			<td><span class=\"h6\"><img src=\"user/image/thumb/219/Screen%20shot%202012-03-21%20at%2012.35.29%20PM.png\" border=\"0\" alt=\"Screen shot 2012-03-21 at 12.35.29 PM.png\" title=\"Screen shot 2012-03-21 at 12.35.29 PM.png\" /></span>			</td>\r\n			<td><span class=\"h6\">The methane-free rumen - <br />\r\n			the solution to all problems<br />\r\n			</span>Release Newsletter - April 2011\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td><span class=\"h6\"><img src=\"user/image/thumb/219/Screen%20shot%202012-03-21%20at%2012.35.29%20PM.png\" border=\"0\" alt=\"Screen shot 2012-03-21 at 12.35.29 PM.png\" title=\"Screen shot 2012-03-21 at 12.35.29 PM.png\" /></span> \r\n			</td>\r\n			<td><span class=\"h6\">Technology transfer could help <br />\r\n			reduce methane emissions \r\n			from <br />\r\n			animal waste storage\r\n			</span><br />\r\n			Release Newsletter - December 2011 \r\n			&nbsp;\r\n			</td>\r\n		</tr>\r\n	</tbody>\r\n</table>\r\n</p>\r\n<p>\r\n&nbsp;\r\n</p>\r\n', 'The NZAGRC&#39;s research programme is designed specifically to build on existing well-targeted research funded by the PGgRc and SLMACC (MAF) to advance the discovery of cost effective solutions. Since 97% of all agricultural methane emissions arise from enteric fermentation, the research concentrates almost exclusively on this sector. \r\n\r\n\r\n\r\n\r\nGoals & Objectives \r\n\r\n\r\n\r\nThe underlying aim of the NZAGRC CH4 programme is to reduce emissions by manipulating the processes responsible for producing methane. This essentially involves a two pronged approach; directly manipulating the activities of methanogens through such things as small molecule inhibitors or vaccines and indirectly manipulating the activities of methanogens through feeding and changes in animal phenotype. The NZAGRC investment in these areas is highly aligned with existing programmes already being funded by the PGgRc and/or PGgRc/MAF. \r\n\r\n\r\nA further small programme has concentrated on the development and validation of a model that can be used by farmers to estimate the economics of installing methane bio-digesters. The model suggests that the installation of bio-digesters on farms having as few as 400 cows can be economic, with a payback period on the investment of 3-5 years. Further work is being undertaken using SLMACC funding from MAF to confirm these initial findings prior to the model being promoted and released.\r\n\r\n\r\n\r\nPrincipal Investigators \r\n\r\n\r\nDr Graeme Attwood, AgResearch\r\nDr Peter Janssen, AgResearch \r\n\r\n\r\n\r\nLinkages \r\n\r\n\r\nAnimalCHANGE \r\nCSIRO Livestock Industries \r\nDPI Queensland  \r\nGlobal Research Alliance \r\nLandcare Research\r\nNIWA\r\nPGgRc\r\nScottish Agricultural College\r\nSLMACC\r\nUS Joint Genome Initative\r\n\r\n\r\n\r\nStories \r\n\r\n\r\n\r\n	\r\n		\r\n			\r\n			Mitigation of methane NZAGRC \r\n			Release Newsletter - February 2012\r\n			\r\n		\r\n		\r\n			\r\n			 From tiny bottles to grazing \r\n			sheep and cows\r\n			Release Newsletter - August 2011\r\n		\r\n		\r\n						\r\n			The methane-free rumen - \r\n			the solution to all problems\r\n			Release Newsletter - April 2011\r\n			\r\n		\r\n		\r\n			 \r\n			\r\n			Technology transfer could help \r\n			reduce methane emissions \r\n			from \r\n			animal waste storage\r\n			\r\n			Release Newsletter - December 2011', '87b9eb2a737ad1117de57327b9a7e667', 40, 'published', 2, '2012-03-20 23:45:04', NULL, '2012-03-20 23:45:04'),
(570, '<div align=\"left\">\r\nThe NZAGRC&#39;s research programme is designed specifically to build on existing well-targeted research funded by the PGgRc and SLMACC (MAF) to advance the discovery of cost effective solutions. Since 97% of all agricultural methane emissions arise from enteric fermentation, the research concentrates almost exclusively on this sector.<a name=\"goals\" title=\"goals\"></a> \r\n</div>\r\n<span class=\"h5\">\r\n<p>\r\n<br />\r\nGoals &amp; Objectives \r\n</p>\r\n</span>\r\n<p align=\"left\">\r\nThe underlying aim of the NZAGRC CH<sub>4</sub> programme is to reduce emissions by manipulating the processes responsible for producing methane. This essentially involves a two pronged approach; directly manipulating the activities of methanogens through such things as small molecule inhibitors or vaccines and indirectly manipulating the activities of methanogens through feeding and changes in animal phenotype. The NZAGRC investment in these areas is highly aligned with existing programmes already being funded by the PGgRc and/or PGgRc/MAF. \r\n</p>\r\n<p align=\"left\">\r\nA further small programme has concentrated on the development and validation of a model that can be used by farmers to estimate the economics of installing methane bio-digesters. The model suggests that the installation of bio-digesters on farms having as few as 400 cows can be economic, with a payback period on the investment of 3-5 years. Further work is being undertaken using SLMACC funding from MAF to confirm these initial findings prior to the model being promoted and released.<br />\r\n</p>\r\n<p>\r\n<span class=\"h5\"><strong><a name=\"people\" title=\"people\"></a></strong><br />\r\nPrincipal Investigators</span> \r\n</p>\r\n<p>\r\nDr Graeme Attwood, AgResearch<br />\r\nDr Peter Janssen, AgResearch \r\n</p>\r\n<p>\r\n<span class=\"h5\"><a name=\"capability\" title=\"capability\"></a></span><span class=\"h5\"><br />\r\nLinkages</span> \r\n</p>\r\n<p>\r\nAnimalCHANGE <br />\r\nCSIRO Livestock Industries <br />\r\nDPI Queensland&nbsp; <br />\r\nGlobal Research Alliance <br />\r\nLandcare Research<br />\r\nNIWA<br />\r\nPGgRc<br />\r\nScottish Agricultural College<br />\r\nSLMACC<br />\r\nUS Joint Genome Initative\r\n</p>\r\n<p>\r\n<a name=\"Stories\" title=\"Stories\"></a><br />\r\n<span class=\"h5\">Stories</span> \r\n</p>\r\n<p>\r\n<table border=\"0\" cellpadding=\"10\">\r\n	<tbody>\r\n		<tr>\r\n			<td><span class=\"h6\"><img src=\"user/image/thumb/219/Screen%20shot%202012-03-21%20at%2012.35.29%20PM.png\" border=\"0\" alt=\"Screen shot 2012-03-21 at 12.35.29 PM.png\" title=\"Screen shot 2012-03-21 at 12.35.29 PM.png\" /></span></td>\r\n			<td><span class=\"h6\">Mitigation of methane NZAGRC</span> <br />\r\n			Release Newsletter - February 2012\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td><span class=\"h6\"><img src=\"user/image/thumb/219/Screen%20shot%202012-03-21%20at%2012.35.29%20PM.png\" border=\"0\" alt=\"Screen shot 2012-03-21 at 12.35.29 PM.png\" title=\"Screen shot 2012-03-21 at 12.35.29 PM.png\" /></span></td>\r\n			<td><span class=\"h6\">From tiny bottles to grazing \r\n			<br />\r\n			sheep and cows</span><br />\r\n			Release Newsletter - August 2011</td>\r\n		</tr>\r\n		<tr>\r\n			<td><span class=\"h6\"><img src=\"user/image/thumb/219/Screen%20shot%202012-03-21%20at%2012.35.29%20PM.png\" border=\"0\" alt=\"Screen shot 2012-03-21 at 12.35.29 PM.png\" title=\"Screen shot 2012-03-21 at 12.35.29 PM.png\" /></span>			</td>\r\n			<td><span class=\"h6\">The methane-free rumen - <br />\r\n			the solution to all problems<br />\r\n			</span>Release Newsletter - April 2011\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td><span class=\"h6\"><img src=\"user/image/thumb/219/Screen%20shot%202012-03-21%20at%2012.35.29%20PM.png\" border=\"0\" alt=\"Screen shot 2012-03-21 at 12.35.29 PM.png\" title=\"Screen shot 2012-03-21 at 12.35.29 PM.png\" /></span> \r\n			</td>\r\n			<td><span class=\"h6\">Technology transfer could help <br />\r\n			reduce methane emissions \r\n			from <br />\r\n			animal waste storage\r\n			</span><br />\r\n			Release Newsletter - December 2011 \r\n			&nbsp;\r\n			</td>\r\n		</tr>\r\n	</tbody>\r\n</table>\r\n</p>\r\n<p>\r\n&nbsp;\r\n</p>\r\n', 'The NZAGRC&#39;s research programme is designed specifically to build on existing well-targeted research funded by the PGgRc and SLMACC (MAF) to advance the discovery of cost effective solutions. Since 97% of all agricultural methane emissions arise from enteric fermentation, the research concentrates almost exclusively on this sector. \r\n\r\n\r\n\r\n\r\nGoals & Objectives \r\n\r\n\r\n\r\nThe underlying aim of the NZAGRC CH4 programme is to reduce emissions by manipulating the processes responsible for producing methane. This essentially involves a two pronged approach; directly manipulating the activities of methanogens through such things as small molecule inhibitors or vaccines and indirectly manipulating the activities of methanogens through feeding and changes in animal phenotype. The NZAGRC investment in these areas is highly aligned with existing programmes already being funded by the PGgRc and/or PGgRc/MAF. \r\n\r\n\r\nA further small programme has concentrated on the development and validation of a model that can be used by farmers to estimate the economics of installing methane bio-digesters. The model suggests that the installation of bio-digesters on farms having as few as 400 cows can be economic, with a payback period on the investment of 3-5 years. Further work is being undertaken using SLMACC funding from MAF to confirm these initial findings prior to the model being promoted and released.\r\n\r\n\r\n\r\nPrincipal Investigators \r\n\r\n\r\nDr Graeme Attwood, AgResearch\r\nDr Peter Janssen, AgResearch \r\n\r\n\r\n\r\nLinkages \r\n\r\n\r\nAnimalCHANGE \r\nCSIRO Livestock Industries \r\nDPI Queensland  \r\nGlobal Research Alliance \r\nLandcare Research\r\nNIWA\r\nPGgRc\r\nScottish Agricultural College\r\nSLMACC\r\nUS Joint Genome Initative\r\n\r\n\r\n\r\nStories \r\n\r\n\r\n\r\n	\r\n		\r\n			\r\n			Mitigation of methane NZAGRC \r\n			Release Newsletter - February 2012\r\n			\r\n		\r\n		\r\n			\r\n			From tiny bottles to grazing \r\n			\r\n			sheep and cows\r\n			Release Newsletter - August 2011\r\n		\r\n		\r\n						\r\n			The methane-free rumen - \r\n			the solution to all problems\r\n			Release Newsletter - April 2011\r\n			\r\n		\r\n		\r\n			 \r\n			\r\n			Technology transfer could help \r\n			reduce methane emissions \r\n			from \r\n			animal waste storage\r\n			\r\n			Release Newsletter - December 2011', 'ca3159dc44f5095fab1fcec015511c22', 40, 'published', 2, '2012-03-20 23:47:43', NULL, '2012-03-20 23:47:43'),
(571, '<p align=\"left\">\r\n<span class=\"h5\">Goals &amp; Objectives</span> \r\n</p>\r\n<p align=\"left\">\r\nThe N<sub>2</sub>O programme focuses on manipulating some of the <strong>N inputs</strong> that drive the quantity of N<sub>2</sub>O released and on manipulating the <strong>processes</strong> that form and release N<sub>2</sub>O. \r\n</p>\r\n<p align=\"left\">\r\nManipulating <strong>N inputs</strong> investigates ways to reduce N inputs through plant breeding/selection and plant management (Objective 2.1). Manipulating <strong>processes</strong> will address the challenge of optimising nitrification inhibitors so that their effectiveness and longevity is increased (Objective 2.2). Research will also be undertaken to determine the impact of soil amendments on the denitrification process and the N<sub>2</sub>O/N<sub>2</sub> ratio (Objectives 2.3). Finally, the programme will investigate ways to mitigate N<sub>2</sub>O emissions through better understanding its relationship with soil physical characteristics and soil water status (Objective 2.4). \r\n</p>\r\n<p class=\"h5\" align=\"left\">\r\nOverview of N<sub>2</sub>0 research programme \r\n</p>\r\n<p style=\"text-align: center\" align=\"left\">\r\n<img src=\"user/image/large/174/Screen%20shot%202012-02-22%20at%203.52.25%20PM.png\" border=\"0\" alt=\"Screen shot 2012-02-22 at 3.52.25 PM.png\" title=\"Screen shot 2012-02-22 at 3.52.25 PM.png\" width=\"501\" height=\"228\" /><br />\r\n</p>\r\n<table border=\"1\" cellspacing=\"0\" cellpadding=\"0\">\r\n	<tbody>\r\n		<tr>\r\n			<td colspan=\"2\" width=\"250\" valign=\"top\">\r\n			<p align=\"center\">\r\n			<strong>Objective</strong> \r\n			</p>\r\n			</td>\r\n			<td width=\"121\" valign=\"top\">\r\n			<p align=\"center\">\r\n			<strong>Leader</strong> \r\n			</p>\r\n			</td>\r\n			<td width=\"128\" valign=\"top\">\r\n			<p align=\"center\">\r\n			<strong>Timeframe</strong> \r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td width=\"33\" valign=\"top\">\r\n			<p align=\"center\">\r\n			2.1 \r\n			</p>\r\n			</td>\r\n			<td width=\"217\" valign=\"top\">\r\n			<p align=\"left\">\r\n			Manipulating N inputs \r\n			</p>\r\n			</td>\r\n			<td width=\"121\" valign=\"top\">\r\n			<p align=\"left\">\r\n			Dr Cecile de Klein \r\n			</p>\r\n			</td>\r\n			<td width=\"128\" valign=\"top\">\r\n			<p>\r\n			Apr 10 - Jun 14 \r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td width=\"33\" valign=\"top\">\r\n			<p align=\"center\">\r\n			2.2 \r\n			</p>\r\n			</td>\r\n			<td width=\"217\" valign=\"top\">\r\n			<p align=\"left\">\r\n			Manipulating nitrification processes \r\n			</p>\r\n			</td>\r\n			<td width=\"121\" valign=\"top\">\r\n			<p align=\"left\">\r\n			Prof HJ Di \r\n			</p>\r\n			</td>\r\n			<td width=\"128\" valign=\"top\">\r\n			<p>\r\n			Apr 10 - Jun 14 \r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td width=\"33\" valign=\"top\">\r\n			<p align=\"center\">\r\n			2.3 \r\n			</p>\r\n			</td>\r\n			<td width=\"217\" valign=\"top\">\r\n			<p align=\"left\">\r\n			Manipulating denitrification processes \r\n			</p>\r\n			</td>\r\n			<td width=\"121\" valign=\"top\">\r\n			<p align=\"left\">\r\n			Dr Surinder Saggar \r\n			</p>\r\n			</td>\r\n			<td width=\"128\" valign=\"top\">\r\n			<p>\r\n			Apr 10 - Jun 14 \r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td width=\"33\" valign=\"top\">\r\n			<p align=\"center\">\r\n			2.4 \r\n			</p>\r\n			</td>\r\n			<td width=\"217\" valign=\"top\">\r\n			<p align=\"left\">\r\n			N<sub>2</sub>O emissions and soil water status \r\n			</p>\r\n			</td>\r\n			<td width=\"121\" valign=\"top\">\r\n			<p align=\"left\">\r\n			Dr Steve Thomas \r\n			</p>\r\n			</td>\r\n			<td width=\"128\" valign=\"top\">\r\n			<p>\r\n			Apr 10 - Jun 13 \r\n			</p>\r\n			</td>\r\n		</tr>\r\n	</tbody>\r\n</table>\r\n<p>\r\n&nbsp;\r\n</p>\r\n<p>\r\n<span class=\"h5\">Principal Investigators</span> \r\n</p>\r\n<p>\r\nProfessor Hong Di, Lincoln University<br />\r\nDr Cecile de Klein, AgResearch \r\n</p>\r\n<p>\r\n<span class=\"h5\"><a name=\"capability\" title=\"capability\"></a></span><span class=\"h5\"><br />\r\nLinkages</span> \r\n</p>\r\n<p>\r\nAgMardt<br />\r\nAgResearch<br />\r\nCSIRO Australia<br />\r\nDairyNZ<br />\r\nLandcare Research<br />\r\nLincoln University<br />\r\nMassey University<br />\r\nPastoral-21<br />\r\nPlant &amp; Food Research<br />\r\nRavensdown<br />\r\nSLMACC\r\n</p>\r\n<p>\r\n<span class=\"h5\">Stories</span>\r\n</p>\r\n<p>\r\nNZAGRC Newsletter February 2012 Page 5 <br />\r\nNZAGRC Newsletter August 2011 Page 4 <br />\r\nNZAGRC Newsletter December 2010 Page 8&nbsp;\r\n</p>\r\n', 'Goals & Objectives \r\n\r\n\r\nThe N2O programme focuses on manipulating some of the N inputs that drive the quantity of N2O released and on manipulating the processes that form and release N2O. \r\n\r\n\r\nManipulating N inputs investigates ways to reduce N inputs through plant breeding/selection and plant management (Objective 2.1). Manipulating processes will address the challenge of optimising nitrification inhibitors so that their effectiveness and longevity is increased (Objective 2.2). Research will also be undertaken to determine the impact of soil amendments on the denitrification process and the N2O/N2 ratio (Objectives 2.3). Finally, the programme will investigate ways to mitigate N2O emissions through better understanding its relationship with soil physical characteristics and soil water status (Objective 2.4). \r\n\r\n\r\nOverview of N20 research programme \r\n\r\n\r\n\r\n\r\n\r\n	\r\n		\r\n			\r\n			\r\n			Objective \r\n			\r\n			\r\n			\r\n			\r\n			Leader \r\n			\r\n			\r\n			\r\n			\r\n			Timeframe \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			2.1 \r\n			\r\n			\r\n			\r\n			\r\n			Manipulating N inputs \r\n			\r\n			\r\n			\r\n			\r\n			Dr Cecile de Klein \r\n			\r\n			\r\n			\r\n			\r\n			Apr 10 - Jun 14 \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			2.2 \r\n			\r\n			\r\n			\r\n			\r\n			Manipulating nitrification processes \r\n			\r\n			\r\n			\r\n			\r\n			Prof HJ Di \r\n			\r\n			\r\n			\r\n			\r\n			Apr 10 - Jun 14 \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			2.3 \r\n			\r\n			\r\n			\r\n			\r\n			Manipulating denitrification processes \r\n			\r\n			\r\n			\r\n			\r\n			Dr Surinder Saggar \r\n			\r\n			\r\n			\r\n			\r\n			Apr 10 - Jun 14 \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			2.4 \r\n			\r\n			\r\n			\r\n			\r\n			N2O emissions and soil water status \r\n			\r\n			\r\n			\r\n			\r\n			Dr Steve Thomas \r\n			\r\n			\r\n			\r\n			\r\n			Apr 10 - Jun 13 \r\n			\r\n			\r\n		\r\n	\r\n\r\n\r\n \r\n\r\n\r\nPrincipal Investigators \r\n\r\n\r\nProfessor Hong Di, Lincoln University\r\nDr Cecile de Klein, AgResearch \r\n\r\n\r\n\r\nLinkages \r\n\r\n\r\nAgMardt\r\nAgResearch\r\nCSIRO Australia\r\nDairyNZ\r\nLandcare Research\r\nLincoln University\r\nMassey University\r\nPastoral-21\r\nPlant & Food Research\r\nRavensdown\r\nSLMACC\r\n\r\n\r\nStories\r\n\r\n\r\nNZAGRC Newsletter February 2012 Page 5 \r\nNZAGRC Newsletter August 2011 Page 4 \r\nNZAGRC Newsletter December 2010 Page 8', 'e71ff1253f28a463e111d5dfb7f5e9e8', 62, 'published', 2, '2012-03-20 23:50:37', NULL, '2012-03-20 23:50:37'),
(572, '<p class=\"mix_file\">\r\n<span class=\"h5\">Objective 1.2: Low methane producing animals<br />\r\n</span><em class=\"h5\">NZAGRC and PGgRc jointly supported programme<br />\r\n</em><span class=\"h6\">Leader: John McEwan (AgResearch) <br />\r\nNZAGRC funding: April 2010 - June 2014</span> \r\n</p>\r\n<p>\r\nThis work aligns with an existing PGgRc project which is accurately measuring methane emissions from sheep with the aim of breeding animals for reduced emissions in the future. If this is proven to be scientifically feasible, several technologies will be required for industry adoption. This Objective is investigating these additional factors.<br />\r\n</p>\r\n<p>\r\nFurther information: <a href=\"user/file/10/NZAGRC_Obj1_2_1011.pdf\" title=\"Obj 1.2 2010/11\"><img src=\"images/icons/icon_pdf.gif\" border=\"0\" alt=\"pdf\" vspace=\"1\" width=\"16\" height=\"16\" align=\"absMiddle\" /> Obj 1.2 2010/11</a> <span style=\"font-size: 80%\">(0.43MB)</span>&nbsp;<br />\r\n<br />\r\n<span class=\"h5\">Objective 1.3: Genomic identification of universal targets for methanogen inhibition<br />\r\n</span><em class=\"h5\">NZAGRC and PGgRc jointly supported programme<br />\r\n</em><span class=\"h6\">Leader: Dr Sinead Leahy (AgResearch) <br />\r\nNZAGRC funding: April 2010 - December 2014<br />\r\n</span>\r\n</p>\r\n<p>\r\n&nbsp;\r\n</p>\r\n', 'Objective 1.2: Low methane producing animals\r\nNZAGRC and PGgRc jointly supported programme\r\nLeader: John McEwan (AgResearch) \r\nNZAGRC funding: April 2010 - June 2014 \r\n\r\n\r\nThis work aligns with an existing PGgRc project which is accurately measuring methane emissions from sheep with the aim of breeding animals for reduced emissions in the future. If this is proven to be scientifically feasible, several technologies will be required for industry adoption. This Objective is investigating these additional factors.\r\n\r\n\r\nFurther information:  Obj 1.2 2010/11 (0.43MB) \r\n\r\nObjective 1.3: Genomic identification of universal targets for methanogen inhibition\r\nNZAGRC and PGgRc jointly supported programme\r\nLeader: Dr Sinead Leahy (AgResearch) \r\nNZAGRC funding: April 2010 - December 2014', 'bce3ab8808078ac99c7786a03329c7de', 83, 'published', 4, '2012-03-21 00:14:04', NULL, '2012-03-21 00:14:04'),
(573, 'Current Nitrous Oxide Research', 'Current Nitrous Oxide Research', 'acd18e29e57a99cfd5138c4b07388112', 99, 'published', 4, '2012-03-21 00:21:57', NULL, '2012-03-21 00:21:57'),
(574, 'Current Soil Carbon Research', 'Current Soil Carbon Research', 'dbf878c102101aae0a6dd9c1d78b69dc', 100, 'published', 4, '2012-03-21 00:22:55', NULL, '2012-03-21 00:22:55'),
(575, 'Current Integrated Systems Research', 'Current Integrated Systems Research', 'fe31902596b3caf5c5804ccb74706455', 101, 'published', 4, '2012-03-21 00:23:40', NULL, '2012-03-21 00:23:40');
INSERT INTO `mix_html_revision` (`html_revision_id`, `html`, `html_search`, `html_md5`, `html_id`, `status`, `user_id`, `created_date`, `pending_date`, `published_date`) VALUES
(576, '<span class=\"h5\">Objective 2.1: Manipulating N inputs<br />\r\n</span><span class=\"h6\">Leader: Dr Cecile de Klein (AgResearch)<br />\r\nNZAGRC funding: April 2010 - June 2014</span> \r\n<p>\r\nThis objective investigates ways to manipulate the N inputs into the pastoral system though plant breeding/selection and plant management options.\r\n</p>\r\n<p>\r\n<br />\r\n<span class=\"h5\">Objective 2.2: Manipulating nitrification processes<br />\r\n</span><span class=\"h6\">Leader: Professor HJ Di (Lincoln University)<br />\r\nNZAGRC funding: April 2010 - June 2014</span>\r\n</p>\r\n<p>\r\nComprehensive research undertaken in NZ has already demonstrated that nitrification inhibitors (NI) can provide an effective method for reducing N<sub>2</sub>O emissions from urine patches deposited on pasture. Research funded by NZAGRC will address the challenge of optimising inhibitor use so that their effectiveness and longevity is increased.\r\n</p>\r\n<p>\r\n<br />\r\n<span class=\"h5\">Objective 2.3: Manipulating denitrification processes<br />\r\n</span><span class=\"h6\">Leader: Dr Surinder Saggar (Landcare Research)<br />\r\nNZAGRC funding: April 2010 - June 2014</span>\r\n</p>\r\n<p>\r\nDenitrification is the primary process of N<sub>2</sub>O production in New Zealand pasture soils. However, we lack a comprehensive, quantitative understanding of denitrification rates and controlling factors across agrosystems. This Objective will test and improve the latest microbiological and tracer techniques to identify pathways for reducing N<sub>2</sub>O production during denitrification and develop mitigation technologies that reduce N<sub>2</sub>O emissions by lowering N<sub>2</sub>O/N<sub>2</sub> ratio during denitrification.\r\n</p>\r\n<p>\r\n<br />\r\n<span class=\"h5\">Objective 2.4: N<sub>2</sub>O emissions and soil water status <br />\r\n</span><span class=\"h6\">Leader: Dr Steve Thomas (Plant &amp; Food Research)<br />\r\nNZAGRC funding: April 2010 - June 2013</span>\r\n</p>\r\n<p>\r\nThe aim of this research is to develop better fundamental understanding of the role that soil physical characteristics and changing soil water conditions affect N<sub>2</sub>O emissions, and use this knowledge to produce a scientifically robust and easily measurable relationship between soil water or aeration status and N<sub>2</sub>O. In turn, we will use this knowledge to help refine on-farm grazing and soil water management decision-making to minimise N<sub>2</sub>O emissions.<br />\r\n</p>\r\n', 'Objective 2.1: Manipulating N inputs\r\nLeader: Dr Cecile de Klein (AgResearch)\r\nNZAGRC funding: April 2010 - June 2014 \r\n\r\nThis objective investigates ways to manipulate the N inputs into the pastoral system though plant breeding/selection and plant management options.\r\n\r\n\r\n\r\nObjective 2.2: Manipulating nitrification processes\r\nLeader: Professor HJ Di (Lincoln University)\r\nNZAGRC funding: April 2010 - June 2014\r\n\r\n\r\nComprehensive research undertaken in NZ has already demonstrated that nitrification inhibitors (NI) can provide an effective method for reducing N2O emissions from urine patches deposited on pasture. Research funded by NZAGRC will address the challenge of optimising inhibitor use so that their effectiveness and longevity is increased.\r\n\r\n\r\n\r\nObjective 2.3: Manipulating denitrification processes\r\nLeader: Dr Surinder Saggar (Landcare Research)\r\nNZAGRC funding: April 2010 - June 2014\r\n\r\n\r\nDenitrification is the primary process of N2O production in New Zealand pasture soils. However, we lack a comprehensive, quantitative understanding of denitrification rates and controlling factors across agrosystems. This Objective will test and improve the latest microbiological and tracer techniques to identify pathways for reducing N2O production during denitrification and develop mitigation technologies that reduce N2O emissions by lowering N2O/N2 ratio during denitrification.\r\n\r\n\r\n\r\nObjective 2.4: N2O emissions and soil water status \r\nLeader: Dr Steve Thomas (Plant & Food Research)\r\nNZAGRC funding: April 2010 - June 2013\r\n\r\n\r\nThe aim of this research is to develop better fundamental understanding of the role that soil physical characteristics and changing soil water conditions affect N2O emissions, and use this knowledge to produce a scientifically robust and easily measurable relationship between soil water or aeration status and N2O. In turn, we will use this knowledge to help refine on-farm grazing and soil water management decision-making to minimise N2O emissions.', '6f95e5f9951e0126fa1ccbea5c619cba', 102, 'published', 4, '2012-03-21 00:50:29', NULL, '2012-03-21 00:50:29'),
(577, '<p>\r\n<span class=\"h5\">Objective 2.1: Manipulating N inputs<br />\r\n</span><span class=\"h6\">Leader: Dr Cecile de Klein (AgResearch)<br />\r\nNZAGRC funding: April 2010 - June 2014</span> \r\n</p>\r\n<p>\r\nThis objective investigates ways to manipulate the N inputs into the pastoral system though plant breeding/selection and plant management options. \r\n</p>\r\n<p>\r\n<br />\r\n<span class=\"h5\">Objective 2.2: Manipulating nitrification processes<br />\r\n</span><span class=\"h6\">Leader: Professor HJ Di (Lincoln University)<br />\r\nNZAGRC funding: April 2010 - June 2014</span> \r\n</p>\r\n<p>\r\nComprehensive research undertaken in NZ has already demonstrated that nitrification inhibitors (NI) can provide an effective method for reducing N<sub>2</sub>O emissions from urine patches deposited on pasture. Research funded by NZAGRC will address the challenge of optimising inhibitor use so that their effectiveness and longevity is increased. \r\n</p>\r\n<p>\r\n<br />\r\n<span class=\"h5\">Objective 2.3: Manipulating denitrification processes<br />\r\n</span><span class=\"h6\">Leader: Dr Surinder Saggar (Landcare Research)<br />\r\nNZAGRC funding: April 2010 - June 2014</span> \r\n</p>\r\n<p>\r\nDenitrification is the primary process of N<sub>2</sub>O production in New Zealand pasture soils. However, we lack a comprehensive, quantitative understanding of denitrification rates and controlling factors across agrosystems. This Objective will test and improve the latest microbiological and tracer techniques to identify pathways for reducing N<sub>2</sub>O production during denitrification and develop mitigation technologies that reduce N<sub>2</sub>O emissions by lowering N<sub>2</sub>O/N<sub>2</sub> ratio during denitrification. \r\n</p>\r\n<p>\r\n<br />\r\n<span class=\"h5\">Objective 2.4: N<sub>2</sub>O emissions and soil water status <br />\r\n</span><span class=\"h6\">Leader: Dr Steve Thomas (Plant &amp; Food Research)<br />\r\nNZAGRC funding: April 2010 - June 2013</span> \r\n</p>\r\n<p>\r\nThe aim of this research is to develop better fundamental understanding of the role that soil physical characteristics and changing soil water conditions affect N<sub>2</sub>O emissions, and use this knowledge to produce a scientifically robust and easily measurable relationship between soil water or aeration status and N<sub>2</sub>O. In turn, we will use this knowledge to help refine on-farm grazing and soil water management decision-making to minimise N<sub>2</sub>O emissions.<br />\r\n</p>\r\n', 'Objective 2.1: Manipulating N inputs\r\nLeader: Dr Cecile de Klein (AgResearch)\r\nNZAGRC funding: April 2010 - June 2014 \r\n\r\n\r\nThis objective investigates ways to manipulate the N inputs into the pastoral system though plant breeding/selection and plant management options. \r\n\r\n\r\n\r\nObjective 2.2: Manipulating nitrification processes\r\nLeader: Professor HJ Di (Lincoln University)\r\nNZAGRC funding: April 2010 - June 2014 \r\n\r\n\r\nComprehensive research undertaken in NZ has already demonstrated that nitrification inhibitors (NI) can provide an effective method for reducing N2O emissions from urine patches deposited on pasture. Research funded by NZAGRC will address the challenge of optimising inhibitor use so that their effectiveness and longevity is increased. \r\n\r\n\r\n\r\nObjective 2.3: Manipulating denitrification processes\r\nLeader: Dr Surinder Saggar (Landcare Research)\r\nNZAGRC funding: April 2010 - June 2014 \r\n\r\n\r\nDenitrification is the primary process of N2O production in New Zealand pasture soils. However, we lack a comprehensive, quantitative understanding of denitrification rates and controlling factors across agrosystems. This Objective will test and improve the latest microbiological and tracer techniques to identify pathways for reducing N2O production during denitrification and develop mitigation technologies that reduce N2O emissions by lowering N2O/N2 ratio during denitrification. \r\n\r\n\r\n\r\nObjective 2.4: N2O emissions and soil water status \r\nLeader: Dr Steve Thomas (Plant & Food Research)\r\nNZAGRC funding: April 2010 - June 2013 \r\n\r\n\r\nThe aim of this research is to develop better fundamental understanding of the role that soil physical characteristics and changing soil water conditions affect N2O emissions, and use this knowledge to produce a scientifically robust and easily measurable relationship between soil water or aeration status and N2O. In turn, we will use this knowledge to help refine on-farm grazing and soil water management decision-making to minimise N2O emissions.', 'd9e2922f0ebc5063f9e2f148da297441', 102, 'published', 4, '2012-03-21 00:51:10', NULL, '2012-03-21 00:51:10'),
(578, '<p>\r\n<span class=\"h6\">Objective 1.2</span><br />\r\n<span class=\"h5\">Low methane producing animals</span>\r\n</p>\r\n<p>\r\nNZAGRC and PGgRc jointly supported programme<span class=\"h7\"><br />\r\nLeader:</span> John McEwan (AgResearch) <br />\r\n<span class=\"h7\">NZAGRC funding:</span> April 2010 - June 2014\r\n</p>\r\n<p>\r\nThis work aligns with an existing PGgRc project which is accurately measuring methane emissions from sheep with the aim of breeding animals for reduced emissions in the future.  If this is proven to be scientifically feasible, several technologies will be required for industry adoption.  This Objective is investigating these additional factors.\r\n</p>\r\n<p>\r\n<span class=\"h6\"><br />\r\nObjective 1.3</span><br />\r\n<span class=\"h5\">Genomic identification of universal targets for methanogen inhibition</span>\r\n</p>\r\n<p>\r\nNZAGRC and PGgRc jointly supported programme<br />\r\n<span class=\"h7\">Leader: </span>Dr Sinead Leahy (AgResearch) <br />\r\n<span class=\"h7\">NZAGRC funding:</span> April 2010 - December 2014\r\n</p>\r\n<p>\r\nThis Objective involves sequencing rumen methanogens to provide information for programs developing small molecule inhibitors and vaccines to control rumen methane emissions.  The research is complementary to, and extends, current methanogen genomics projects in PGgRc- and SLMACC-funded programmes.\r\n</p>\r\n<p>\r\n<span class=\"h6\"><br />\r\nObjective 1.4</span><br />\r\n<span class=\"h5\">Enhanced discovery of methanogen-specific inhibitors</span>\r\n</p>\r\n<p>\r\nNZAGRC and PGgRc jointly supported programme<br />\r\n<span class=\"h7\">Leader:</span> Dr Ron Ronimus (AgResearch) <br />\r\n<span class=\"h7\">NZAGRC funding:</span> April 2010 - June 2014\r\n</p>\r\n<p>\r\nSmall molecule inhibitors have great potential to provide sustained and complete knockdown of methane emissions from ruminants by the targeting of multiple essential enzymes, while minimising the development of resistance.  In this Objective, which builds on an existing PGgRc funded initiative, steps in the inhibitor discovery pipeline are being accelerated.\r\n</p>\r\n<p>\r\n<br />\r\n<span class=\"h6\">Objective 1.5</span><br />\r\n<span class=\"h5\">Expression of vaccine target proteins</span>\r\n</p>\r\n<p>\r\nNZAGRC and PGgRc jointly supported programme<br />\r\n<span class=\"h7\">Leader:</span> Dr Bryce Buddle (AgResearch) <br />\r\n<span class=\"h7\">NZAGRC funding:</span> July 2010 - June 2013\r\n</p>\r\n<p>\r\nVaccination of ruminants has the potential to be a very cost-effective means of mitigating methane emissions by preventing or reducing the growth of methanogens in the rumen and impairing their ability to produce methane. In this Objective, which aligns with PGgRc- and SLMACC-funded programmes, target proteins are being shortlisted and produced for evaluation as vaccine candidates.\r\n</p>\r\n<p>\r\n<br />\r\n<span class=\"h6\">Objective 1.6</span><br />\r\n<span class=\"h5\">Identifying alternative hydrogen utilisers </span>\r\n</p>\r\n<p>\r\nNZAGRC and PGgRc jointly supported programme <br />\r\n<span class=\"h7\">Leader: </span>Dr Gemma Henderson (AgResearch) <br />\r\n<span class=\"h7\">NZAGRC funding: </span>April 2010 - December 2014\r\n</p>\r\n<p>\r\nProposed methane mitigation strategies include eliminating rumen methanogens by means of an inhibitor or a vaccine.  The inhibition of methanogens will result in the accumulation of hydrogen that is formed during the fermentation of feed.  This hydrogen is expected to slow the rate of feed conversion, and so may affect animal productivity. However, this hydrogen may also be used byalternative hydrogen utilisers. Knowing which organisms will use the hydrogen and understanding how best to encourage their growth and manage the transition from a methane-producing rumen to an equally (or perhaps even more) productive system that doesn&#39;t produce methane is important for on-farm application of methane control technologies.  This work builds on an existing PGgRc programme and will identify candidate alternative hydrogen utilisers from a range of different rumen samples.<br />\r\n</p>\r\n', 'Objective 1.2\r\nLow methane producing animals\r\n\r\n\r\nNZAGRC and PGgRc jointly supported programme\r\nLeader: John McEwan (AgResearch) \r\nNZAGRC funding: April 2010 - June 2014\r\n\r\n\r\nThis work aligns with an existing PGgRc project which is accurately measuring methane emissions from sheep with the aim of breeding animals for reduced emissions in the future.  If this is proven to be scientifically feasible, several technologies will be required for industry adoption.  This Objective is investigating these additional factors.\r\n\r\n\r\n\r\nObjective 1.3\r\nGenomic identification of universal targets for methanogen inhibition\r\n\r\n\r\nNZAGRC and PGgRc jointly supported programme\r\nLeader: Dr Sinead Leahy (AgResearch) \r\nNZAGRC funding: April 2010 - December 2014\r\n\r\n\r\nThis Objective involves sequencing rumen methanogens to provide information for programs developing small molecule inhibitors and vaccines to control rumen methane emissions.  The research is complementary to, and extends, current methanogen genomics projects in PGgRc- and SLMACC-funded programmes.\r\n\r\n\r\n\r\nObjective 1.4\r\nEnhanced discovery of methanogen-specific inhibitors\r\n\r\n\r\nNZAGRC and PGgRc jointly supported programme\r\nLeader: Dr Ron Ronimus (AgResearch) \r\nNZAGRC funding: April 2010 - June 2014\r\n\r\n\r\nSmall molecule inhibitors have great potential to provide sustained and complete knockdown of methane emissions from ruminants by the targeting of multiple essential enzymes, while minimising the development of resistance.  In this Objective, which builds on an existing PGgRc funded initiative, steps in the inhibitor discovery pipeline are being accelerated.\r\n\r\n\r\n\r\nObjective 1.5\r\nExpression of vaccine target proteins\r\n\r\n\r\nNZAGRC and PGgRc jointly supported programme\r\nLeader: Dr Bryce Buddle (AgResearch) \r\nNZAGRC funding: July 2010 - June 2013\r\n\r\n\r\nVaccination of ruminants has the potential to be a very cost-effective means of mitigating methane emissions by preventing or reducing the growth of methanogens in the rumen and impairing their ability to produce methane. In this Objective, which aligns with PGgRc- and SLMACC-funded programmes, target proteins are being shortlisted and produced for evaluation as vaccine candidates.\r\n\r\n\r\n\r\nObjective 1.6\r\nIdentifying alternative hydrogen utilisers \r\n\r\n\r\nNZAGRC and PGgRc jointly supported programme \r\nLeader: Dr Gemma Henderson (AgResearch) \r\nNZAGRC funding: April 2010 - December 2014\r\n\r\n\r\nProposed methane mitigation strategies include eliminating rumen methanogens by means of an inhibitor or a vaccine.  The inhibition of methanogens will result in the accumulation of hydrogen that is formed during the fermentation of feed.  This hydrogen is expected to slow the rate of feed conversion, and so may affect animal productivity. However, this hydrogen may also be used byalternative hydrogen utilisers. Knowing which organisms will use the hydrogen and understanding how best to encourage their growth and manage the transition from a methane-producing rumen to an equally (or perhaps even more) productive system that doesn&#39;t produce methane is important for on-farm application of methane control technologies.  This work builds on an existing PGgRc programme and will identify candidate alternative hydrogen utilisers from a range of different rumen samples.', 'dea7060afd58725c023dafc050ecb941', 83, 'published', 2, '2012-03-21 01:30:23', NULL, '2012-03-21 01:36:09'),
(579, '<p>\r\n<span class=\"h6\">Objective 1.2</span><br />\r\n<span class=\"h5\">Low methane producing animals</span>\r\n</p>\r\n<p>\r\nNZAGRC and PGgRc jointly supported programme<span class=\"h7\"><br />\r\nLeader:</span> John McEwan (AgResearch) <br />\r\n<span class=\"h7\">NZAGRC funding:</span> April 2010 - June 2014\r\n</p>\r\n<p>\r\nThis work aligns with an existing PGgRc project which is accurately measuring methane emissions from sheep with the aim of breeding animals for reduced emissions in the future.  If this is proven to be scientifically feasible, several technologies will be required for industry adoption.  This Objective is investigating these additional factors.\r\n</p>\r\n<p>\r\n<span class=\"h6\"><br />\r\nObjective 1.3</span><br />\r\n<span class=\"h5\">Genomic identification of universal targets for <br />\r\nmethanogen inhibition</span>\r\n</p>\r\n<p>\r\nNZAGRC and PGgRc jointly supported programme<br />\r\n<span class=\"h7\">Leader: </span>Dr Sinead Leahy (AgResearch) <br />\r\n<span class=\"h7\">NZAGRC funding:</span> April 2010 - December 2014\r\n</p>\r\n<p>\r\nThis Objective involves sequencing rumen methanogens to provide information for programs developing small molecule inhibitors and vaccines to control rumen methane emissions.  The research is complementary to, and extends, current methanogen genomics projects in PGgRc- and SLMACC-funded programmes.\r\n</p>\r\n<p>\r\n<span class=\"h6\"><br />\r\nObjective 1.4</span><br />\r\n<span class=\"h5\">Enhanced discovery of methanogen-<br />\r\nspecific inhibitors</span>\r\n</p>\r\n<p>\r\nNZAGRC and PGgRc jointly supported programme<br />\r\n<span class=\"h7\">Leader:</span> Dr Ron Ronimus (AgResearch) <br />\r\n<span class=\"h7\">NZAGRC funding:</span> April 2010 - June 2014\r\n</p>\r\n<p>\r\nSmall molecule inhibitors have great potential to provide sustained and complete knockdown of methane emissions from ruminants by the targeting of multiple essential enzymes, while minimising the development of resistance.  In this Objective, which builds on an existing PGgRc funded initiative, steps in the inhibitor discovery pipeline are being accelerated.\r\n</p>\r\n<p>\r\n<br />\r\n<span class=\"h6\">Objective 1.5</span><br />\r\n<span class=\"h5\">Expression of vaccine target proteins</span>\r\n</p>\r\n<p>\r\nNZAGRC and PGgRc jointly supported programme<br />\r\n<span class=\"h7\">Leader:</span> Dr Bryce Buddle (AgResearch) <br />\r\n<span class=\"h7\">NZAGRC funding:</span> July 2010 - June 2013\r\n</p>\r\n<p>\r\nVaccination of ruminants has the potential to be a very cost-effective means of mitigating methane emissions by preventing or reducing the growth of methanogens in the rumen and impairing their ability to produce methane. In this Objective, which aligns with PGgRc- and SLMACC-funded programmes, target proteins are being shortlisted and produced for evaluation as vaccine candidates.\r\n</p>\r\n<p>\r\n<br />\r\n<span class=\"h6\">Objective 1.6</span><br />\r\n<span class=\"h5\">Identifying alternative hydrogen utilisers </span>\r\n</p>\r\n<p>\r\nNZAGRC and PGgRc jointly supported programme <br />\r\n<span class=\"h7\">Leader: </span>Dr Gemma Henderson (AgResearch) <br />\r\n<span class=\"h7\">NZAGRC funding: </span>April 2010 - December 2014\r\n</p>\r\n<p>\r\nProposed methane mitigation strategies include eliminating rumen methanogens by means of an inhibitor or a vaccine.  The inhibition of methanogens will result in the accumulation of hydrogen that is formed during the fermentation of feed.  This hydrogen is expected to slow the rate of feed conversion, and so may affect animal productivity. However, this hydrogen may also be used byalternative hydrogen utilisers. Knowing which organisms will use the hydrogen and understanding how best to encourage their growth and manage the transition from a methane-producing rumen to an equally (or perhaps even more) productive system that doesn&#39;t produce methane is important for on-farm application of methane control technologies.  This work builds on an existing PGgRc programme and will identify candidate alternative hydrogen utilisers from a range of different rumen samples.<br />\r\n</p>\r\n', 'Objective 1.2\r\nLow methane producing animals\r\n\r\n\r\nNZAGRC and PGgRc jointly supported programme\r\nLeader: John McEwan (AgResearch) \r\nNZAGRC funding: April 2010 - June 2014\r\n\r\n\r\nThis work aligns with an existing PGgRc project which is accurately measuring methane emissions from sheep with the aim of breeding animals for reduced emissions in the future.  If this is proven to be scientifically feasible, several technologies will be required for industry adoption.  This Objective is investigating these additional factors.\r\n\r\n\r\n\r\nObjective 1.3\r\nGenomic identification of universal targets for \r\nmethanogen inhibition\r\n\r\n\r\nNZAGRC and PGgRc jointly supported programme\r\nLeader: Dr Sinead Leahy (AgResearch) \r\nNZAGRC funding: April 2010 - December 2014\r\n\r\n\r\nThis Objective involves sequencing rumen methanogens to provide information for programs developing small molecule inhibitors and vaccines to control rumen methane emissions.  The research is complementary to, and extends, current methanogen genomics projects in PGgRc- and SLMACC-funded programmes.\r\n\r\n\r\n\r\nObjective 1.4\r\nEnhanced discovery of methanogen-\r\nspecific inhibitors\r\n\r\n\r\nNZAGRC and PGgRc jointly supported programme\r\nLeader: Dr Ron Ronimus (AgResearch) \r\nNZAGRC funding: April 2010 - June 2014\r\n\r\n\r\nSmall molecule inhibitors have great potential to provide sustained and complete knockdown of methane emissions from ruminants by the targeting of multiple essential enzymes, while minimising the development of resistance.  In this Objective, which builds on an existing PGgRc funded initiative, steps in the inhibitor discovery pipeline are being accelerated.\r\n\r\n\r\n\r\nObjective 1.5\r\nExpression of vaccine target proteins\r\n\r\n\r\nNZAGRC and PGgRc jointly supported programme\r\nLeader: Dr Bryce Buddle (AgResearch) \r\nNZAGRC funding: July 2010 - June 2013\r\n\r\n\r\nVaccination of ruminants has the potential to be a very cost-effective means of mitigating methane emissions by preventing or reducing the growth of methanogens in the rumen and impairing their ability to produce methane. In this Objective, which aligns with PGgRc- and SLMACC-funded programmes, target proteins are being shortlisted and produced for evaluation as vaccine candidates.\r\n\r\n\r\n\r\nObjective 1.6\r\nIdentifying alternative hydrogen utilisers \r\n\r\n\r\nNZAGRC and PGgRc jointly supported programme \r\nLeader: Dr Gemma Henderson (AgResearch) \r\nNZAGRC funding: April 2010 - December 2014\r\n\r\n\r\nProposed methane mitigation strategies include eliminating rumen methanogens by means of an inhibitor or a vaccine.  The inhibition of methanogens will result in the accumulation of hydrogen that is formed during the fermentation of feed.  This hydrogen is expected to slow the rate of feed conversion, and so may affect animal productivity. However, this hydrogen may also be used byalternative hydrogen utilisers. Knowing which organisms will use the hydrogen and understanding how best to encourage their growth and manage the transition from a methane-producing rumen to an equally (or perhaps even more) productive system that doesn&#39;t produce methane is important for on-farm application of methane control technologies.  This work builds on an existing PGgRc programme and will identify candidate alternative hydrogen utilisers from a range of different rumen samples.', '3ca04efea64bd313d1423ddf48178f34', 83, 'published', 2, '2012-03-21 01:35:55', NULL, '2012-03-21 01:35:55'),
(580, '<p>\r\n<span class=\"h6\">Objective 1.1</span><br />\r\n<span class=\"h5\">Feeding Microalgae</span>\r\n</p>\r\n<p>\r\n<span class=\"h6\">Leader:</span> Dr David Pacheco (AgResearch) <br />\r\n<span class=\"h6\">NZAGRC funding:</span> May 2010 - June 2011\r\n</p>\r\n<p>\r\nA novel approach to the mitigation of methane is to feed algal species which are high in lipid content to ruminants.  This should, theoretically, suppress methanogen activity.  Scientists harvested algal species from NZ-based wastewater treatment ponds and conducted in vitro studies to assess their potential as methane mitigating animal feed supplements.  Results showed that the algal species tested had insufficient lipid levels to reduce methane effectively.  However, algal species from other sources have been collected and initial laboratory level studies are looking promising.  The next stage of this work will be carried out under the MITIGAS component of an AgResearch SLMACC funded programme.\r\n</p>\r\n<p>\r\n<span class=\"h6\"><br />\r\nObjective 1.7</span><br />\r\n<span class=\"h5\">Methane capture and utilisation from dairy effluent</span>\r\n</p>\r\n<p>\r\n<span class=\"h6\">Leader:</span> Dr Rupert Craggs (NIWA) <br />\r\n<span class=\"h6\">NZAGRC funding:</span> May 2010 - June 2011\r\n</p>\r\n<p>\r\nThere is an opportunity to reduce dairy farm methane emissions by capturing biogas from effluent treatment and storage ponds for use as an on-farm energy source.  Under this objective, an assessment of anaerobic digestion technologies to capture and utilise methane emissions from dairy farm effluent was conducted.  The most important factors affecting financial viability are: farm size, feed pad use and presence of existing biogas use equipment (e.g. boiler or generator). The most simple to apply and economically viable options for on-farm biogas use is either a boiler with flare to waste excess biogas, or combined heat and power (CHP) if a generator is also purchased for backup power supply.  Additional funding was secured from the SLMACC fund to continue and extend this study at other sites and install a full-scale covered anaerobic pond at one of these sites.<br />\r\n</p>\r\n', 'Objective 1.1\r\nFeeding Microalgae\r\n\r\n\r\nLeader: Dr David Pacheco (AgResearch) \r\nNZAGRC funding: May 2010 - June 2011\r\n\r\n\r\nA novel approach to the mitigation of methane is to feed algal species which are high in lipid content to ruminants.  This should, theoretically, suppress methanogen activity.  Scientists harvested algal species from NZ-based wastewater treatment ponds and conducted in vitro studies to assess their potential as methane mitigating animal feed supplements.  Results showed that the algal species tested had insufficient lipid levels to reduce methane effectively.  However, algal species from other sources have been collected and initial laboratory level studies are looking promising.  The next stage of this work will be carried out under the MITIGAS component of an AgResearch SLMACC funded programme.\r\n\r\n\r\n\r\nObjective 1.7\r\nMethane capture and utilisation from dairy effluent\r\n\r\n\r\nLeader: Dr Rupert Craggs (NIWA) \r\nNZAGRC funding: May 2010 - June 2011\r\n\r\n\r\nThere is an opportunity to reduce dairy farm methane emissions by capturing biogas from effluent treatment and storage ponds for use as an on-farm energy source.  Under this objective, an assessment of anaerobic digestion technologies to capture and utilise methane emissions from dairy farm effluent was conducted.  The most important factors affecting financial viability are: farm size, feed pad use and presence of existing biogas use equipment (e.g. boiler or generator). The most simple to apply and economically viable options for on-farm biogas use is either a boiler with flare to waste excess biogas, or combined heat and power (CHP) if a generator is also purchased for backup power supply.  Additional funding was secured from the SLMACC fund to continue and extend this study at other sites and install a full-scale covered anaerobic pond at one of these sites.', 'ffbcb8b4010d65c1638052d39e91d350', 103, 'published', 2, '2012-03-21 01:37:43', NULL, '2012-03-21 01:37:43'),
(581, '<span class=\"h5\">Objective 3.1: Limits of soil carbon storage in New Zealand soils<br />\r\n</span><span class=\"h6\">Leader: Dr Mike Beare (Plant &amp; Food Research)<br />\r\nNZAGRC funding: April 2010 - June 2012</span> \r\n<p>\r\n&nbsp;\r\n</p>\r\n<p>\r\nThe NZAGRC&#39;s research programme on soil carbon is designed to move beyond quantifying the stock of carbon in New Zealand&#39;s agricultural soils to understanding the processes of soil C storage and management of those processes to conserve and, where possible, increase soil C stocks. The first steps in the research programme involve defining the upper limits of C storage in New Zealand soils and determining how close our soils are to that upper limit. This Objective seeks to address one of these first key steps, i.e. to define the upper limits of carbon storage in New Zealand agricultural soils.\r\n</p>\r\n<p>\r\n<br />\r\n<span class=\"h5\">Objective 3.2: Quantifying the carbon currently stored in New Zealand soils<br />\r\n</span><span class=\"h6\">Leader: Dr Allan Hewitt (Landcare Research)<br />\r\nNZAGRC funding: April 2010 - June 2012</span>\r\n</p>\r\n<p>\r\nThis work complements research in Objective 3.1 and aims to determine the current status of carbon stocks in New Zealand agricultural soils. Objectives 3.1 and 3.2 will work in tandem to contribute to the development of a robust methodology for estimating the potential of NZ agricultural soils to increase soil carbon storage.\r\n</p>\r\n<p>\r\n<br />\r\n<span class=\"h5\">Objective 3.3: Process-based modelling of drivers of soil carbon change<br />\r\n</span><span class=\"h6\">Leader: Professor Tony Parsons (Massey University)<br />\r\nNZAGRC funding: April 2010 - June 2014</span>\r\n</p>\r\n<p>\r\nOur capacity to manipulate soil C (stocks and sequestration rates) depends on how well we understand the fundamental drivers of C supply, transformations and stability, in the whole agricultural system. The extremely long time frame for measurable changes in soil C stocks, its spatial and temporal variability, and the difficulty involved in measuring changes in the rate of sequestration, means that process-based dynamic models are an inescapable tool for generating insights into the drivers of soil C change. Such models are also essential to foresee what impacts strategies for changing soil C would have on emissions of methane, nitrous oxide, and on agricultural productivity.\r\n</p>\r\n<p>\r\n<br />\r\n<span class=\"h5\">Objective 3.4: Manipulation of carbon inputs, incorporation and retention to protect and enhance soil carbon<br />\r\n</span><span class=\"h6\">Leader: Dr David Whitehead (Landcare Research)<br />\r\nNZAGRC funding: April 2010 - June 2014</span>\r\n</p>\r\n<p>\r\nThe aim of this Objective is to use measurements and models to quantify changes in soil carbon storage following experimental manipulation that could be applied as farm management practices. The research will move beyond quantification of the amounts of carbon in soils, to understanding the processes driving soil carbon storage in relation to farm management.\r\n</p>\r\n<p>\r\n<br />\r\n<span class=\"h5\">Objective 3.5: Improved soil carbon measurements<br />\r\n</span><span class=\"h6\">Leader: Professor Frank Kelliher (AgResearch)<br />\r\nNZAGRC funding: April 2010 - June 2014</span>\r\n</p>\r\n<p>\r\nThis objective&#39;s goal is improved methods to verify temporal changes in soil carbon (C) storage and accounting rules suitable for a national inventory of agricultural soils. Soils data in New Zealand are fragmented, geographic coverage limited and most samples have come from a depth &lt; 0.1 m. It will be difficult to verify slow, relatively small and variable changes of C storage rate in pastoral agricultural soils. Improved methods will include the development of data analyses.<br />\r\n</p>\r\n', 'Objective 3.1: Limits of soil carbon storage in New Zealand soils\r\nLeader: Dr Mike Beare (Plant & Food Research)\r\nNZAGRC funding: April 2010 - June 2012 \r\n\r\n \r\n\r\n\r\nThe NZAGRC&#39;s research programme on soil carbon is designed to move beyond quantifying the stock of carbon in New Zealand&#39;s agricultural soils to understanding the processes of soil C storage and management of those processes to conserve and, where possible, increase soil C stocks. The first steps in the research programme involve defining the upper limits of C storage in New Zealand soils and determining how close our soils are to that upper limit. This Objective seeks to address one of these first key steps, i.e. to define the upper limits of carbon storage in New Zealand agricultural soils.\r\n\r\n\r\n\r\nObjective 3.2: Quantifying the carbon currently stored in New Zealand soils\r\nLeader: Dr Allan Hewitt (Landcare Research)\r\nNZAGRC funding: April 2010 - June 2012\r\n\r\n\r\nThis work complements research in Objective 3.1 and aims to determine the current status of carbon stocks in New Zealand agricultural soils. Objectives 3.1 and 3.2 will work in tandem to contribute to the development of a robust methodology for estimating the potential of NZ agricultural soils to increase soil carbon storage.\r\n\r\n\r\n\r\nObjective 3.3: Process-based modelling of drivers of soil carbon change\r\nLeader: Professor Tony Parsons (Massey University)\r\nNZAGRC funding: April 2010 - June 2014\r\n\r\n\r\nOur capacity to manipulate soil C (stocks and sequestration rates) depends on how well we understand the fundamental drivers of C supply, transformations and stability, in the whole agricultural system. The extremely long time frame for measurable changes in soil C stocks, its spatial and temporal variability, and the difficulty involved in measuring changes in the rate of sequestration, means that process-based dynamic models are an inescapable tool for generating insights into the drivers of soil C change. Such models are also essential to foresee what impacts strategies for changing soil C would have on emissions of methane, nitrous oxide, and on agricultural productivity.\r\n\r\n\r\n\r\nObjective 3.4: Manipulation of carbon inputs, incorporation and retention to protect and enhance soil carbon\r\nLeader: Dr David Whitehead (Landcare Research)\r\nNZAGRC funding: April 2010 - June 2014\r\n\r\n\r\nThe aim of this Objective is to use measurements and models to quantify changes in soil carbon storage following experimental manipulation that could be applied as farm management practices. The research will move beyond quantification of the amounts of carbon in soils, to understanding the processes driving soil carbon storage in relation to farm management.\r\n\r\n\r\n\r\nObjective 3.5: Improved soil carbon measurements\r\nLeader: Professor Frank Kelliher (AgResearch)\r\nNZAGRC funding: April 2010 - June 2014\r\n\r\n\r\nThis objective&#39;s goal is improved methods to verify temporal changes in soil carbon (C) storage and accounting rules suitable for a national inventory of agricultural soils. Soils data in New Zealand are fragmented, geographic coverage limited and most samples have come from a depth < 0.1 m. It will be difficult to verify slow, relatively small and variable changes of C storage rate in pastoral agricultural soils. Improved methods will include the development of data analyses.', '2238c1d9bccd48395cd07303fed9d3df', 104, 'published', 4, '2012-03-21 01:39:37', NULL, '2012-03-21 01:39:37'),
(582, '<p>\r\n<span class=\"h5\"><span class=\"h6\">Objective 2.1</span><br />\r\nManipulating N inputs</span>\r\n</p>\r\n<p>\r\n<span class=\"h7\">Leader:</span> Dr Cecile de Klein (AgResearch)\r\n<br />\r\n<span class=\"h7\">NZAGRC funding:</span> April 2010 - June 2014 \r\n</p>\r\n<p>\r\nThis objective investigates ways to manipulate the N inputs into the pastoral system though plant breeding/selection and plant management options.\r\n</p>\r\n<p>\r\n<span class=\"h6\"><br />\r\nObjective 2.2</span><span class=\"h5\"><br />\r\nManipulating nitrification processes\r\n</span>\r\n</p>\r\n<p>\r\n<span class=\"h7\">Leader:</span> Professor HJ Di (Lincoln University)<br />\r\n<span class=\"h7\">NZAGRC funding: </span>April 2010 - June 2014 \r\n</p>\r\n<p>\r\nComprehensive research undertaken in NZ has already demonstrated that nitrification inhibitors (NI) can provide an effective method for reducing N<sub>2</sub>O emissions from urine patches deposited on pasture. Research funded by NZAGRC will address the challenge of optimising inhibitor use so that their effectiveness and longevity is increased.\r\n</p>\r\n<p>\r\n<span class=\"h5\"><br />\r\n<span class=\"h6\">Objective 2.3</span><br />\r\nManipulating denitrification processes\r\n</span>\r\n</p>\r\n<p>\r\n<span class=\"h7\">Leader: </span>Dr Surinder Saggar (Landcare Research)<br />\r\n<span class=\"h7\">NZAGRC funding:</span> April 2010 - June 2014 \r\n</p>\r\n<p>\r\nDenitrification is the primary process of N<sub>2</sub>O production in New Zealand pasture soils. However, we lack a comprehensive, quantitative understanding of denitrification rates and controlling factors across agrosystems. This Objective will test and improve the latest microbiological and tracer techniques to identify pathways for reducing N<sub>2</sub>O production during denitrification and develop mitigation technologies that reduce N<sub>2</sub>O emissions by lowering N<sub>2</sub>O/N<sub>2</sub> ratio during denitrification.\r\n</p>\r\n<p>\r\n<span class=\"h5\"><br />\r\n<span class=\"h6\">Objective 2.4</span><br />\r\nN<sub>2</sub>O emissions and soil water status </span>\r\n</p>\r\n<p>\r\n<span class=\"h7\">Leader:</span> Dr Steve Thomas (Plant &amp; Food Research)\r\n<br />\r\n<span class=\"h7\">NZAGRC funding: </span>April 2010 - June 2013 \r\n</p>\r\n<p>\r\nThe aim of this research is to develop better fundamental understanding of the role that soil physical characteristics and changing soil water conditions affect N<sub>2</sub>O emissions, and use this knowledge to produce a scientifically robust and easily measurable relationship between soil water or aeration status and N<sub>2</sub>O. In turn, we will use this knowledge to help refine on-farm grazing and soil water management decision-making to minimise N<sub>2</sub>O emissions.<br />\r\n</p>\r\n', 'Objective 2.1\r\nManipulating N inputs\r\n\r\n\r\nLeader: Dr Cecile de Klein (AgResearch)\r\n\r\nNZAGRC funding: April 2010 - June 2014 \r\n\r\n\r\nThis objective investigates ways to manipulate the N inputs into the pastoral system though plant breeding/selection and plant management options.\r\n\r\n\r\n\r\nObjective 2.2\r\nManipulating nitrification processes\r\n\r\n\r\n\r\nLeader: Professor HJ Di (Lincoln University)\r\nNZAGRC funding: April 2010 - June 2014 \r\n\r\n\r\nComprehensive research undertaken in NZ has already demonstrated that nitrification inhibitors (NI) can provide an effective method for reducing N2O emissions from urine patches deposited on pasture. Research funded by NZAGRC will address the challenge of optimising inhibitor use so that their effectiveness and longevity is increased.\r\n\r\n\r\n\r\nObjective 2.3\r\nManipulating denitrification processes\r\n\r\n\r\n\r\nLeader: Dr Surinder Saggar (Landcare Research)\r\nNZAGRC funding: April 2010 - June 2014 \r\n\r\n\r\nDenitrification is the primary process of N2O production in New Zealand pasture soils. However, we lack a comprehensive, quantitative understanding of denitrification rates and controlling factors across agrosystems. This Objective will test and improve the latest microbiological and tracer techniques to identify pathways for reducing N2O production during denitrification and develop mitigation technologies that reduce N2O emissions by lowering N2O/N2 ratio during denitrification.\r\n\r\n\r\n\r\nObjective 2.4\r\nN2O emissions and soil water status \r\n\r\n\r\nLeader: Dr Steve Thomas (Plant & Food Research)\r\n\r\nNZAGRC funding: April 2010 - June 2013 \r\n\r\n\r\nThe aim of this research is to develop better fundamental understanding of the role that soil physical characteristics and changing soil water conditions affect N2O emissions, and use this knowledge to produce a scientifically robust and easily measurable relationship between soil water or aeration status and N2O. In turn, we will use this knowledge to help refine on-farm grazing and soil water management decision-making to minimise N2O emissions.', '3dc00856166f08ba7f317993ba84d327', 102, 'published', 2, '2012-03-21 01:51:42', NULL, '2012-03-21 01:51:42'),
(583, '<p>\r\n<span class=\"h5\"><span class=\"h6\">Objective 2.1</span><br />\r\nManipulating N inputs</span><span class=\"h7\"><br />\r\nLeader:</span> Dr Cecile de Klein (AgResearch)\r\n<br />\r\n<span class=\"h7\">NZAGRC funding:</span> April 2010 - June 2014 \r\n</p>\r\n<p>\r\nThis objective investigates ways to manipulate the N inputs into the pastoral system though plant breeding/selection and plant management options.\r\n</p>\r\n<p>\r\n<span class=\"h6\"><br />\r\nObjective 2.2</span><span class=\"h5\"><br />\r\nManipulating nitrification processes</span><span class=\"h7\"><br />\r\nLeader:</span> Professor HJ Di (Lincoln University)<br />\r\n<span class=\"h7\">NZAGRC funding: </span>April 2010 - June 2014 \r\n</p>\r\n<p>\r\nComprehensive research undertaken in NZ has already demonstrated that nitrification inhibitors (NI) can provide an effective method for reducing N<sub>2</sub>O emissions from urine patches deposited on pasture. Research funded by NZAGRC will address the challenge of optimising inhibitor use so that their effectiveness and longevity is increased.\r\n</p>\r\n<p>\r\n<span class=\"h5\"><br />\r\n<span class=\"h6\">Objective 2.3</span><br />\r\nManipulating denitrification processes</span><span class=\"h7\"><br />\r\nLeader: </span>Dr Surinder Saggar (Landcare Research)<br />\r\n<span class=\"h7\">NZAGRC funding:</span> April 2010 - June 2014 \r\n</p>\r\n<p>\r\nDenitrification is the primary process of N<sub>2</sub>O production in New Zealand pasture soils. However, we lack a comprehensive, quantitative understanding of denitrification rates and controlling factors across agrosystems. This Objective will test and improve the latest microbiological and tracer techniques to identify pathways for reducing N<sub>2</sub>O production during denitrification and develop mitigation technologies that reduce N<sub>2</sub>O emissions by lowering N<sub>2</sub>O/N<sub>2</sub> ratio during denitrification.\r\n</p>\r\n<p>\r\n<span class=\"h5\"><br />\r\n<span class=\"h6\">Objective 2.4</span><br />\r\nN<sub>2</sub>O emissions and soil water status</span><span class=\"h7\"><br />\r\nLeader:</span> Dr Steve Thomas (Plant &amp; Food Research)\r\n<br />\r\n<span class=\"h7\">NZAGRC funding: </span>April 2010 - June 2013 \r\n</p>\r\n<p>\r\nThe aim of this research is to develop better fundamental understanding of the role that soil physical characteristics and changing soil water conditions affect N<sub>2</sub>O emissions, and use this knowledge to produce a scientifically robust and easily measurable relationship between soil water or aeration status and N<sub>2</sub>O. In turn, we will use this knowledge to help refine on-farm grazing and soil water management decision-making to minimise N<sub>2</sub>O emissions.<br />\r\n</p>\r\n', 'Objective 2.1\r\nManipulating N inputs\r\nLeader: Dr Cecile de Klein (AgResearch)\r\n\r\nNZAGRC funding: April 2010 - June 2014 \r\n\r\n\r\nThis objective investigates ways to manipulate the N inputs into the pastoral system though plant breeding/selection and plant management options.\r\n\r\n\r\n\r\nObjective 2.2\r\nManipulating nitrification processes\r\nLeader: Professor HJ Di (Lincoln University)\r\nNZAGRC funding: April 2010 - June 2014 \r\n\r\n\r\nComprehensive research undertaken in NZ has already demonstrated that nitrification inhibitors (NI) can provide an effective method for reducing N2O emissions from urine patches deposited on pasture. Research funded by NZAGRC will address the challenge of optimising inhibitor use so that their effectiveness and longevity is increased.\r\n\r\n\r\n\r\nObjective 2.3\r\nManipulating denitrification processes\r\nLeader: Dr Surinder Saggar (Landcare Research)\r\nNZAGRC funding: April 2010 - June 2014 \r\n\r\n\r\nDenitrification is the primary process of N2O production in New Zealand pasture soils. However, we lack a comprehensive, quantitative understanding of denitrification rates and controlling factors across agrosystems. This Objective will test and improve the latest microbiological and tracer techniques to identify pathways for reducing N2O production during denitrification and develop mitigation technologies that reduce N2O emissions by lowering N2O/N2 ratio during denitrification.\r\n\r\n\r\n\r\nObjective 2.4\r\nN2O emissions and soil water status\r\nLeader: Dr Steve Thomas (Plant & Food Research)\r\n\r\nNZAGRC funding: April 2010 - June 2013 \r\n\r\n\r\nThe aim of this research is to develop better fundamental understanding of the role that soil physical characteristics and changing soil water conditions affect N2O emissions, and use this knowledge to produce a scientifically robust and easily measurable relationship between soil water or aeration status and N2O. In turn, we will use this knowledge to help refine on-farm grazing and soil water management decision-making to minimise N2O emissions.', '5ece931e12c4e034509198571e70e9b5', 102, 'published', 2, '2012-03-21 01:52:03', NULL, '2012-03-21 01:52:03');
INSERT INTO `mix_html_revision` (`html_revision_id`, `html`, `html_search`, `html_md5`, `html_id`, `status`, `user_id`, `created_date`, `pending_date`, `published_date`) VALUES
(584, '<p>\r\n<span class=\"h5\"><span class=\"h6\">Objective 2.1</span><br />\r\nManipulating N inputs</span>\r\n</p>\r\n<p>\r\n<span class=\"h7\">Leader:</span> Dr Cecile de Klein (AgResearch)\r\n<br />\r\n<span class=\"h7\">NZAGRC funding:</span> April 2010 - June 2014 \r\n</p>\r\n<p>\r\nThis objective investigates ways to manipulate the N inputs into the pastoral system though plant breeding/selection and plant management options.\r\n</p>\r\n<p>\r\n<span class=\"h6\"><br />\r\nObjective 2.2</span><span class=\"h5\"><br />\r\nManipulating nitrification processes</span>\r\n</p>\r\n<p>\r\n<span class=\"h7\">Leader:</span> Professor HJ Di (Lincoln University)<br />\r\n<span class=\"h7\">NZAGRC funding: </span>April 2010 - June 2014 \r\n</p>\r\n<p>\r\nComprehensive research undertaken in NZ has already demonstrated that nitrification inhibitors (NI) can provide an effective method for reducing N<sub>2</sub>O emissions from urine patches deposited on pasture. Research funded by NZAGRC will address the challenge of optimising inhibitor use so that their effectiveness and longevity is increased.\r\n</p>\r\n<p>\r\n<span class=\"h5\"><br />\r\n<span class=\"h6\">Objective 2.3</span><br />\r\nManipulating denitrification processes</span>\r\n</p>\r\n<p>\r\n<span class=\"h7\">Leader: </span>Dr Surinder Saggar (Landcare Research)<br />\r\n<span class=\"h7\">NZAGRC funding:</span> April 2010 - June 2014 \r\n</p>\r\n<p>\r\nDenitrification is the primary process of N<sub>2</sub>O production in New Zealand pasture soils. However, we lack a comprehensive, quantitative understanding of denitrification rates and controlling factors across agrosystems. This Objective will test and improve the latest microbiological and tracer techniques to identify pathways for reducing N<sub>2</sub>O production during denitrification and develop mitigation technologies that reduce N<sub>2</sub>O emissions by lowering N<sub>2</sub>O/N<sub>2</sub> ratio during denitrification.\r\n</p>\r\n<p>\r\n<span class=\"h5\"><br />\r\n<span class=\"h6\">Objective 2.4</span><br />\r\nN<sub>2</sub>O emissions and soil water status</span>\r\n</p>\r\n<p>\r\n<span class=\"h7\">Leader:</span> Dr Steve Thomas (Plant &amp; Food Research)\r\n<br />\r\n<span class=\"h7\">NZAGRC funding: </span>April 2010 - June 2013 \r\n</p>\r\n<p>\r\nThe aim of this research is to develop better fundamental understanding of the role that soil physical characteristics and changing soil water conditions affect N<sub>2</sub>O emissions, and use this knowledge to produce a scientifically robust and easily measurable relationship between soil water or aeration status and N<sub>2</sub>O. In turn, we will use this knowledge to help refine on-farm grazing and soil water management decision-making to minimise N<sub>2</sub>O emissions.<br />\r\n</p>\r\n', 'Objective 2.1\r\nManipulating N inputs\r\n\r\n\r\nLeader: Dr Cecile de Klein (AgResearch)\r\n\r\nNZAGRC funding: April 2010 - June 2014 \r\n\r\n\r\nThis objective investigates ways to manipulate the N inputs into the pastoral system though plant breeding/selection and plant management options.\r\n\r\n\r\n\r\nObjective 2.2\r\nManipulating nitrification processes\r\n\r\n\r\nLeader: Professor HJ Di (Lincoln University)\r\nNZAGRC funding: April 2010 - June 2014 \r\n\r\n\r\nComprehensive research undertaken in NZ has already demonstrated that nitrification inhibitors (NI) can provide an effective method for reducing N2O emissions from urine patches deposited on pasture. Research funded by NZAGRC will address the challenge of optimising inhibitor use so that their effectiveness and longevity is increased.\r\n\r\n\r\n\r\nObjective 2.3\r\nManipulating denitrification processes\r\n\r\n\r\nLeader: Dr Surinder Saggar (Landcare Research)\r\nNZAGRC funding: April 2010 - June 2014 \r\n\r\n\r\nDenitrification is the primary process of N2O production in New Zealand pasture soils. However, we lack a comprehensive, quantitative understanding of denitrification rates and controlling factors across agrosystems. This Objective will test and improve the latest microbiological and tracer techniques to identify pathways for reducing N2O production during denitrification and develop mitigation technologies that reduce N2O emissions by lowering N2O/N2 ratio during denitrification.\r\n\r\n\r\n\r\nObjective 2.4\r\nN2O emissions and soil water status\r\n\r\n\r\nLeader: Dr Steve Thomas (Plant & Food Research)\r\n\r\nNZAGRC funding: April 2010 - June 2013 \r\n\r\n\r\nThe aim of this research is to develop better fundamental understanding of the role that soil physical characteristics and changing soil water conditions affect N2O emissions, and use this knowledge to produce a scientifically robust and easily measurable relationship between soil water or aeration status and N2O. In turn, we will use this knowledge to help refine on-farm grazing and soil water management decision-making to minimise N2O emissions.', '2b88384cc1eb13e44e32eacbf22a76b3', 102, 'published', 2, '2012-03-21 01:52:43', NULL, '2012-03-21 01:52:43'),
(585, '<p align=\"left\">\r\nThe Centre&#39;s research programme on soil carbon is designed to move beyond quantifying how much soil carbon is stored in agricultural soils into the challenging area of understanding the processes driving soil carbon storage and, crucially, manipulating these processes so that agricultural soil carbon is conserved and, where possible, increased. \r\n</p>\r\n<p align=\"left\">\r\n<span class=\"h5\">Goals &amp; Objectives</span> \r\n</p>\r\n<div align=\"left\">\r\nIncreasing the quantity of&nbsp;carbon stored in agricultural soils has the potential to offset emissions of greenhouse gases to the atmosphere. However, realising this potential is technically challenging, especially when soil carbon stocks are already high as they are in New Zealand. The NZAGRC&#39;s programme has three distinct components (1) assessing the potential to store carbon across the range of physical and climatic conditions found in New Zealand, (2) devising management practises that can increase the long term soil carbon store and (3) methods for verifying that soil carbon stocks have been changed. \r\n<br />\r\n</div>\r\n<p align=\"justify\">\r\n&nbsp;\r\n</p>\r\n<p align=\"justify\">\r\n<img src=\"user/image/large/173/Screen%20shot%202012-02-22%20at%2011.03.08%20AM.png\" border=\"0\" alt=\"Screen shot 2012-02-22 at 11.03.08 AM.png\" title=\"Screen shot 2012-02-22 at 11.03.08 AM.png\" width=\"501\" height=\"215\" />&nbsp;\r\n</p>\r\n<table border=\"1\" cellspacing=\"0\" cellpadding=\"0\">\r\n	<tbody>\r\n		<tr>\r\n			<td colspan=\"2\" width=\"250\" valign=\"top\">\r\n			<p align=\"center\">\r\n			<strong>Objective</strong> \r\n			</p>\r\n			</td>\r\n			<td width=\"121\" valign=\"top\">\r\n			<p align=\"center\">\r\n			<strong>Leader</strong> \r\n			</p>\r\n			</td>\r\n			<td width=\"128\" valign=\"top\">\r\n			<p align=\"center\">\r\n			<strong>Timeframe</strong> \r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td width=\"33\" valign=\"top\">\r\n			<p align=\"center\">\r\n			3.1 \r\n			</p>\r\n			</td>\r\n			<td width=\"217\" valign=\"top\">\r\n			<p align=\"left\">\r\n			Limits of soil carbon storage in New Zealand soils \r\n			</p>\r\n			</td>\r\n			<td width=\"121\" valign=\"top\">\r\n			<p align=\"left\">\r\n			Dr Mike Beare \r\n			</p>\r\n			</td>\r\n			<td width=\"128\" valign=\"top\">\r\n			<p>\r\n			Apr 10 - Jun 12 \r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td width=\"33\" valign=\"top\">\r\n			<p align=\"center\">\r\n			3.2 \r\n			</p>\r\n			</td>\r\n			<td width=\"217\" valign=\"top\">\r\n			<p align=\"left\">\r\n			Quantifying the carbon currently stored in New Zealand soils \r\n			</p>\r\n			</td>\r\n			<td width=\"121\" valign=\"top\">\r\n			<p align=\"left\">\r\n			Dr Allan Hewitt \r\n			</p>\r\n			</td>\r\n			<td width=\"128\" valign=\"top\">\r\n			<p>\r\n			Apr 10 - Jun 12 \r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td width=\"33\" valign=\"top\">\r\n			<p align=\"center\">\r\n			3.3 \r\n			</p>\r\n			</td>\r\n			<td width=\"217\" valign=\"top\">\r\n			<p align=\"left\">\r\n			Process-based modelling of drivers of soil carbon change \r\n			</p>\r\n			</td>\r\n			<td width=\"121\" valign=\"top\">\r\n			<p align=\"left\">\r\n			Prof Tony Parsons \r\n			</p>\r\n			</td>\r\n			<td width=\"128\" valign=\"top\">\r\n			<p>\r\n			Apr 10 - Jun 14 \r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td width=\"33\" valign=\"top\">\r\n			<p align=\"center\">\r\n			3.4 \r\n			</p>\r\n			</td>\r\n			<td width=\"217\" valign=\"top\">\r\n			<p align=\"left\">\r\n			Manipulation of carbon inputs, incorporation and retention to protect and enhance soil carbon \r\n			</p>\r\n			</td>\r\n			<td width=\"121\" valign=\"top\">\r\n			<p align=\"left\">\r\n			Dr David Whitehead \r\n			</p>\r\n			</td>\r\n			<td width=\"128\" valign=\"top\">\r\n			<p>\r\n			Apr 10 - Jun 14 \r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td width=\"33\" valign=\"top\">\r\n			<p align=\"center\">\r\n			3.5 \r\n			</p>\r\n			</td>\r\n			<td width=\"217\" valign=\"top\">\r\n			<p align=\"left\">\r\n			Improved soil carbon measurements \r\n			</p>\r\n			</td>\r\n			<td width=\"121\" valign=\"top\">\r\n			<p align=\"left\">\r\n			Prof Frank Kelliher \r\n			</p>\r\n			</td>\r\n			<td width=\"128\" valign=\"top\">\r\n			<p>\r\n			Apr 10 - Jun 14 \r\n			</p>\r\n			</td>\r\n		</tr>\r\n	</tbody>\r\n</table>\r\n<p>\r\n<a name=\"people\" title=\"people\"></a>\r\n</p>\r\n<p>\r\n<br />\r\n<span class=\"h5\">Principal Investigators&nbsp;</span> \r\n</p>\r\n<p>\r\nProfessor Frank Kelliher, AgResearch<br />\r\nDr David Whitehead, Landcare Research&nbsp; \r\n</p>\r\n<p>\r\n<span class=\"h5\"><a name=\"outcomes\" title=\"outcomes\"></a><br />\r\nLinkages</span> \r\n</p>\r\n<p>\r\nAgMardt<br />\r\nAgResearch<br />\r\nAgriculture &amp; AgriFood, Canada<br />\r\nColorado State University, USA<br />\r\nCSIRO Land &amp; Water, Australia<br />\r\nLandcare Research<br />\r\nLincoln University<br />\r\nMassey University<br />\r\nNew South Wales DPI, Australia<br />\r\nPlant &amp; Food Research<br />\r\nScion<br />\r\nUniversity of California, Davis, USA<br />\r\nWaikato University \r\n</p>\r\n<p>\r\n<span class=\"h5\">Stories</span> \r\n</p>\r\n<p>\r\nNZAGRC Newsletter February 2012 Page 6<br />\r\nNZAGRC Newsletter November 2011 Page 4<br />\r\nNZAGRC Newsletter August 2011 Page 6 <br />\r\nNZAGRC Newsletter December 2010 Page 4 <br />\r\n</p>\r\n', 'The Centre&#39;s research programme on soil carbon is designed to move beyond quantifying how much soil carbon is stored in agricultural soils into the challenging area of understanding the processes driving soil carbon storage and, crucially, manipulating these processes so that agricultural soil carbon is conserved and, where possible, increased. \r\n\r\n\r\nGoals & Objectives \r\n\r\n\r\nIncreasing the quantity of carbon stored in agricultural soils has the potential to offset emissions of greenhouse gases to the atmosphere. However, realising this potential is technically challenging, especially when soil carbon stocks are already high as they are in New Zealand. The NZAGRC&#39;s programme has three distinct components (1) assessing the potential to store carbon across the range of physical and climatic conditions found in New Zealand, (2) devising management practises that can increase the long term soil carbon store and (3) methods for verifying that soil carbon stocks have been changed. \r\n\r\n\r\n\r\n \r\n\r\n\r\n \r\n\r\n\r\n	\r\n		\r\n			\r\n			\r\n			Objective \r\n			\r\n			\r\n			\r\n			\r\n			Leader \r\n			\r\n			\r\n			\r\n			\r\n			Timeframe \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			3.1 \r\n			\r\n			\r\n			\r\n			\r\n			Limits of soil carbon storage in New Zealand soils \r\n			\r\n			\r\n			\r\n			\r\n			Dr Mike Beare \r\n			\r\n			\r\n			\r\n			\r\n			Apr 10 - Jun 12 \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			3.2 \r\n			\r\n			\r\n			\r\n			\r\n			Quantifying the carbon currently stored in New Zealand soils \r\n			\r\n			\r\n			\r\n			\r\n			Dr Allan Hewitt \r\n			\r\n			\r\n			\r\n			\r\n			Apr 10 - Jun 12 \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			3.3 \r\n			\r\n			\r\n			\r\n			\r\n			Process-based modelling of drivers of soil carbon change \r\n			\r\n			\r\n			\r\n			\r\n			Prof Tony Parsons \r\n			\r\n			\r\n			\r\n			\r\n			Apr 10 - Jun 14 \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			3.4 \r\n			\r\n			\r\n			\r\n			\r\n			Manipulation of carbon inputs, incorporation and retention to protect and enhance soil carbon \r\n			\r\n			\r\n			\r\n			\r\n			Dr David Whitehead \r\n			\r\n			\r\n			\r\n			\r\n			Apr 10 - Jun 14 \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			3.5 \r\n			\r\n			\r\n			\r\n			\r\n			Improved soil carbon measurements \r\n			\r\n			\r\n			\r\n			\r\n			Prof Frank Kelliher \r\n			\r\n			\r\n			\r\n			\r\n			Apr 10 - Jun 14 \r\n			\r\n			\r\n		\r\n	\r\n\r\n\r\n\r\n\r\n\r\n\r\nPrincipal Investigators  \r\n\r\n\r\nProfessor Frank Kelliher, AgResearch\r\nDr David Whitehead, Landcare Research  \r\n\r\n\r\n\r\nLinkages \r\n\r\n\r\nAgMardt\r\nAgResearch\r\nAgriculture & AgriFood, Canada\r\nColorado State University, USA\r\nCSIRO Land & Water, Australia\r\nLandcare Research\r\nLincoln University\r\nMassey University\r\nNew South Wales DPI, Australia\r\nPlant & Food Research\r\nScion\r\nUniversity of California, Davis, USA\r\nWaikato University \r\n\r\n\r\nStories \r\n\r\n\r\nNZAGRC Newsletter February 2012 Page 6\r\nNZAGRC Newsletter November 2011 Page 4\r\nNZAGRC Newsletter August 2011 Page 6 \r\nNZAGRC Newsletter December 2010 Page 4', 'bf41383ee1b6525bd118826ac9c5e070', 63, 'published', 2, '2012-03-21 01:53:05', NULL, '2012-03-21 01:53:05'),
(586, '<p>\r\n<span class=\"h5\"><span class=\"h6\">Objective 3.1</span><br />\r\nLimits of soil carbon storage in New Zealand soils\r\n</span>\r\n</p>\r\n<p>\r\n<span class=\"h7\">Leader:</span> Dr Mike Beare (Plant &amp; Food Research)<br />\r\n<span class=\"h7\">NZAGRC funding:</span> April 2010 - June 2012 \r\n</p>\r\n<p>\r\nThe NZAGRC&#39;s research programme on soil carbon is designed to move beyond quantifying the stock of carbon in New Zealand&#39;s agricultural soils to understanding the processes of soil C storage and management of those processes to conserve and, where possible, increase soil C stocks. The first steps in the research programme involve defining the upper limits of C storage in New Zealand soils and determining how close our soils are to that upper limit. This Objective seeks to address one of these first key steps, i.e. to define the upper limits of carbon storage in New Zealand agricultural soils.\r\n</p>\r\n<p>\r\n<span class=\"h6\"><br />\r\nObjective 3.2<br />\r\n<span class=\"h5\">Quantifying the carbon currently stored in New Zealand soils\r\n</span></span>\r\n</p>\r\n<p>\r\n<span class=\"h7\">Leader: </span>Dr Allan Hewitt (Landcare Research)<br />\r\n<span class=\"h7\">NZAGRC funding: </span>April 2010 - June 2012\r\n</p>\r\n<p>\r\nThis work complements research in Objective 3.1 and aims to determine the current status of carbon stocks in New Zealand agricultural soils. Objectives 3.1 and 3.2 will work in tandem to contribute to the development of a robust methodology for estimating the potential of NZ agricultural soils to increase soil carbon storage.\r\n</p>\r\n<p>\r\n<br />\r\n<span class=\"h5\"><span class=\"h6\">Objective 3.3</span><br />\r\nProcess-based modelling of drivers of soil carbon change\r\n</span>\r\n</p>\r\n<p>\r\n<span class=\"h7\">Leader:</span> Professor Tony Parsons (Massey University)<br />\r\n<span class=\"h7\">NZAGRC funding: </span>April 2010 - June 2014\r\n</p>\r\n<p>\r\nOur capacity to manipulate soil C (stocks and sequestration rates) depends on how well we understand the fundamental drivers of C supply, transformations and stability, in the whole agricultural system. The extremely long time frame for measurable changes in soil C stocks, its spatial and temporal variability, and the difficulty involved in measuring changes in the rate of sequestration, means that process-based dynamic models are an inescapable tool for generating insights into the drivers of soil C change. Such models are also essential to foresee what impacts strategies for changing soil C would have on emissions of methane, nitrous oxide, and on agricultural productivity.\r\n</p>\r\n<p>\r\n<br />\r\n<span class=\"h6\">Objective 3.4<br />\r\n<span class=\"h5\">Manipulation of carbon inputs, incorporation and retention to protect and enhance soil carbon\r\n</span></span>\r\n</p>\r\n<p>\r\n<span class=\"h7\">Leader:</span> Dr David Whitehead (Landcare Research)<br />\r\n<span class=\"h7\">NZAGRC funding:</span> April 2010 - June 2014\r\n</p>\r\n<p>\r\nThe aim of this Objective is to use measurements and models to quantify changes in soil carbon storage following experimental manipulation that could be applied as farm management practices. The research will move beyond quantification of the amounts of carbon in soils, to understanding the processes driving soil carbon storage in relation to farm management.\r\n</p>\r\n<p>\r\n<br />\r\n<span class=\"h6\">Objective 3.5<br />\r\n<span class=\"h5\">Improved soil carbon measurements\r\n</span></span>\r\n</p>\r\n<p>\r\n<span class=\"h7\">Leader:</span> Professor Frank Kelliher (AgResearch)<br />\r\n<span class=\"h7\">NZAGRC funding: </span>April 2010 - June 2014\r\n</p>\r\n<p>\r\nThis objective&#39;s goal is improved methods to verify temporal changes in soil carbon (C) storage and accounting rules suitable for a national inventory of agricultural soils. Soils data in New Zealand are fragmented, geographic coverage limited and most samples have come from a depth &lt; 0.1 m. It will be difficult to verify slow, relatively small and variable changes of C storage rate in pastoral agricultural soils. Improved methods will include the development of data analyses.<br />\r\n</p>\r\n', 'Objective 3.1\r\nLimits of soil carbon storage in New Zealand soils\r\n\r\n\r\n\r\nLeader: Dr Mike Beare (Plant & Food Research)\r\nNZAGRC funding: April 2010 - June 2012 \r\n\r\n\r\nThe NZAGRC&#39;s research programme on soil carbon is designed to move beyond quantifying the stock of carbon in New Zealand&#39;s agricultural soils to understanding the processes of soil C storage and management of those processes to conserve and, where possible, increase soil C stocks. The first steps in the research programme involve defining the upper limits of C storage in New Zealand soils and determining how close our soils are to that upper limit. This Objective seeks to address one of these first key steps, i.e. to define the upper limits of carbon storage in New Zealand agricultural soils.\r\n\r\n\r\n\r\nObjective 3.2\r\nQuantifying the carbon currently stored in New Zealand soils\r\n\r\n\r\n\r\nLeader: Dr Allan Hewitt (Landcare Research)\r\nNZAGRC funding: April 2010 - June 2012\r\n\r\n\r\nThis work complements research in Objective 3.1 and aims to determine the current status of carbon stocks in New Zealand agricultural soils. Objectives 3.1 and 3.2 will work in tandem to contribute to the development of a robust methodology for estimating the potential of NZ agricultural soils to increase soil carbon storage.\r\n\r\n\r\n\r\nObjective 3.3\r\nProcess-based modelling of drivers of soil carbon change\r\n\r\n\r\n\r\nLeader: Professor Tony Parsons (Massey University)\r\nNZAGRC funding: April 2010 - June 2014\r\n\r\n\r\nOur capacity to manipulate soil C (stocks and sequestration rates) depends on how well we understand the fundamental drivers of C supply, transformations and stability, in the whole agricultural system. The extremely long time frame for measurable changes in soil C stocks, its spatial and temporal variability, and the difficulty involved in measuring changes in the rate of sequestration, means that process-based dynamic models are an inescapable tool for generating insights into the drivers of soil C change. Such models are also essential to foresee what impacts strategies for changing soil C would have on emissions of methane, nitrous oxide, and on agricultural productivity.\r\n\r\n\r\n\r\nObjective 3.4\r\nManipulation of carbon inputs, incorporation and retention to protect and enhance soil carbon\r\n\r\n\r\n\r\nLeader: Dr David Whitehead (Landcare Research)\r\nNZAGRC funding: April 2010 - June 2014\r\n\r\n\r\nThe aim of this Objective is to use measurements and models to quantify changes in soil carbon storage following experimental manipulation that could be applied as farm management practices. The research will move beyond quantification of the amounts of carbon in soils, to understanding the processes driving soil carbon storage in relation to farm management.\r\n\r\n\r\n\r\nObjective 3.5\r\nImproved soil carbon measurements\r\n\r\n\r\n\r\nLeader: Professor Frank Kelliher (AgResearch)\r\nNZAGRC funding: April 2010 - June 2014\r\n\r\n\r\nThis objective&#39;s goal is improved methods to verify temporal changes in soil carbon (C) storage and accounting rules suitable for a national inventory of agricultural soils. Soils data in New Zealand are fragmented, geographic coverage limited and most samples have come from a depth < 0.1 m. It will be difficult to verify slow, relatively small and variable changes of C storage rate in pastoral agricultural soils. Improved methods will include the development of data analyses.', '4ea4e3091ae360ccfe4503d9cf91b85c', 104, 'published', 2, '2012-03-21 01:57:49', NULL, '2012-03-21 01:57:49'),
(587, '<span class=\"h5\">Objective 4.1: Mechanistic modelling of enteric CH<sub>4</sub> production <br />\r\n</span><span class=\"h6\">Leader: Dr David Pacheco (AgResearch)<br />\r\nNZAGRC funding: May 2010 - June 2013</span> \r\n<p>\r\n&nbsp;\r\n</p>\r\n<p>\r\nThe development and evaluation of methane mitigation strategies requires a mechanistic understanding of the processes influencing methane formation in the rumen. The ability to predict responses in methane formation from NZ ruminants will improve inventory and accounting of GHG, and is fundamental to inform research and policy.\r\n</p>\r\n<p>\r\n&nbsp;\r\n</p>\r\n<p>\r\n<span class=\"h5\">Objective 4.2: Improved N<sub>2</sub>O Component Modelling <br />\r\n</span><span class=\"h6\">Leader: Dr Iris Vogeler (AgResearch)<br />\r\nNZAGRC funding: May 2010 - June 2013</span>\r\n</p>\r\n<p>\r\nMost models of soil C and N cycling include process descriptions or equations representing denitrification and some of those process descriptions include the portioning of denitrification between N<sub>2</sub>O and N<sub>2</sub>. All of the existing models have strengths and weaknesses in different areas. The goal of this Objective is to improve the N<sub>2</sub>O components of selected models and test the improvements using identified datasets. <br />\r\n</p>\r\n', 'Objective 4.1: Mechanistic modelling of enteric CH4 production \r\nLeader: Dr David Pacheco (AgResearch)\r\nNZAGRC funding: May 2010 - June 2013 \r\n\r\n \r\n\r\n\r\nThe development and evaluation of methane mitigation strategies requires a mechanistic understanding of the processes influencing methane formation in the rumen. The ability to predict responses in methane formation from NZ ruminants will improve inventory and accounting of GHG, and is fundamental to inform research and policy.\r\n\r\n\r\n \r\n\r\n\r\nObjective 4.2: Improved N2O Component Modelling \r\nLeader: Dr Iris Vogeler (AgResearch)\r\nNZAGRC funding: May 2010 - June 2013\r\n\r\n\r\nMost models of soil C and N cycling include process descriptions or equations representing denitrification and some of those process descriptions include the portioning of denitrification between N2O and N2. All of the existing models have strengths and weaknesses in different areas. The goal of this Objective is to improve the N2O components of selected models and test the improvements using identified datasets.', 'daffbaa358dbf771b7755bd2d05c9bd4', 105, 'published', 4, '2012-03-21 02:00:57', NULL, '2012-03-21 02:00:57'),
(588, '<div align=\"left\">\r\nThe NZAGRC&#39;s research programme is designed specifically to build on existing well-targeted research funded by the PGgRc and SLMACC (MAF) to advance the discovery of cost effective solutions. Since 97% of all agricultural methane emissions arise from enteric fermentation, the research concentrates almost exclusively on this sector.<a name=\"goals\" title=\"goals\"></a> \r\n</div>\r\n<span class=\"h5\">\r\n<p>\r\n<br />\r\nGoals &amp; Objectives \r\n</p>\r\n</span>\r\n<p align=\"left\">\r\nThe underlying aim of the NZAGRC CH<sub>4</sub> programme is to reduce emissions by manipulating the processes responsible for producing methane. This essentially involves a two pronged approach; directly manipulating the activities of methanogens through such things as small molecule inhibitors or vaccines and indirectly manipulating the activities of methanogens through feeding and changes in animal phenotype. The NZAGRC investment in these areas is highly aligned with existing programmes already being funded by the PGgRc and/or PGgRc/MAF. \r\n</p>\r\n<p align=\"left\">\r\nA further small programme has concentrated on the development and validation of a model that can be used by farmers to estimate the economics of installing methane bio-digesters. The model suggests that the installation of bio-digesters on farms having as few as 400 cows can be economic, with a payback period on the investment of 3-5 years. Further work is being undertaken using SLMACC funding from MAF to confirm these initial findings prior to the model being promoted and released.<br />\r\n</p>\r\n<p>\r\n<span class=\"h5\"><strong><a name=\"people\" title=\"people\"></a></strong><br />\r\nPrincipal Investigators</span> \r\n</p>\r\n<p>\r\nDr Graeme Attwood, AgResearch<br />\r\nDr Peter Janssen, AgResearch \r\n</p>\r\n<p>\r\n<span class=\"h5\"><a name=\"capability\" title=\"capability\"></a></span><span class=\"h5\"><br />\r\nLinkages</span> \r\n</p>\r\n<p>\r\nAnimalCHANGE <br />\r\nCSIRO Livestock Industries <br />\r\nDPI Queensland&nbsp; <br />\r\nGlobal Research Alliance <br />\r\nLandcare Research<br />\r\nNIWA<br />\r\nPGgRc<br />\r\nScottish Agricultural College<br />\r\nSLMACC<br />\r\nUS Joint Genome Initative\r\n</p>\r\n<p>\r\n<a name=\"Stories\" title=\"Stories\"></a><br />\r\n<span class=\"h5\">Stories</span> \r\n</p>\r\n<p>\r\n<table border=\"0\" cellpadding=\"10\">\r\n	<tbody>\r\n		<tr>\r\n			<td><span class=\"h6\"><img src=\"user/image/thumb/220/Methane1.jpg\" border=\"0\" alt=\"Mitigation of Methane\" title=\"Mitigation of Methane\" /></span></td>\r\n			<td><span class=\"h6\">Mitigation of methane NZAGRC</span> <br />\r\n			Release Newsletter - February 2012\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td><span class=\"h6\"><img src=\"user/image/thumb/221/Cow Sheep.jpg\" border=\"0\" alt=\"Grazing Sheep and Cows\" title=\"Grazing Sheep and Cows\" /></span></td>\r\n			<td><span class=\"h6\">From tiny bottles to grazing \r\n			<br />\r\n			sheep and cows</span><br />\r\n			Release Newsletter - August 2011</td>\r\n		</tr>\r\n		<tr>\r\n			<td><span class=\"h6\"><img src=\"user/image/thumb/222/Methane Rumen.jpg\" border=\"0\" alt=\"Methane Rumen\" title=\"Methane Rumen\" /></span>			</td>\r\n			<td><span class=\"h6\">The methane-free rumen - <br />\r\n			the solution to all problems<br />\r\n			</span>Release Newsletter - April 2011\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td><span class=\"h6\"><img src=\"user/image/thumb/219/Screen%20shot%202012-03-21%20at%2012.35.29%20PM.png\" border=\"0\" alt=\"Screen shot 2012-03-21 at 12.35.29 PM.png\" title=\"Screen shot 2012-03-21 at 12.35.29 PM.png\" /></span> \r\n			</td>\r\n			<td><span class=\"h6\">Technology transfer could help <br />\r\n			reduce methane emissions \r\n			from <br />\r\n			animal waste storage\r\n			</span><br />\r\n			Release Newsletter - December 2011 \r\n			&nbsp;\r\n			</td>\r\n		</tr>\r\n	</tbody>\r\n</table>\r\n</p>\r\n<p>\r\n&nbsp;\r\n</p>\r\n', 'The NZAGRC&#39;s research programme is designed specifically to build on existing well-targeted research funded by the PGgRc and SLMACC (MAF) to advance the discovery of cost effective solutions. Since 97% of all agricultural methane emissions arise from enteric fermentation, the research concentrates almost exclusively on this sector. \r\n\r\n\r\n\r\n\r\nGoals & Objectives \r\n\r\n\r\n\r\nThe underlying aim of the NZAGRC CH4 programme is to reduce emissions by manipulating the processes responsible for producing methane. This essentially involves a two pronged approach; directly manipulating the activities of methanogens through such things as small molecule inhibitors or vaccines and indirectly manipulating the activities of methanogens through feeding and changes in animal phenotype. The NZAGRC investment in these areas is highly aligned with existing programmes already being funded by the PGgRc and/or PGgRc/MAF. \r\n\r\n\r\nA further small programme has concentrated on the development and validation of a model that can be used by farmers to estimate the economics of installing methane bio-digesters. The model suggests that the installation of bio-digesters on farms having as few as 400 cows can be economic, with a payback period on the investment of 3-5 years. Further work is being undertaken using SLMACC funding from MAF to confirm these initial findings prior to the model being promoted and released.\r\n\r\n\r\n\r\nPrincipal Investigators \r\n\r\n\r\nDr Graeme Attwood, AgResearch\r\nDr Peter Janssen, AgResearch \r\n\r\n\r\n\r\nLinkages \r\n\r\n\r\nAnimalCHANGE \r\nCSIRO Livestock Industries \r\nDPI Queensland  \r\nGlobal Research Alliance \r\nLandcare Research\r\nNIWA\r\nPGgRc\r\nScottish Agricultural College\r\nSLMACC\r\nUS Joint Genome Initative\r\n\r\n\r\n\r\nStories \r\n\r\n\r\n\r\n	\r\n		\r\n			\r\n			Mitigation of methane NZAGRC \r\n			Release Newsletter - February 2012\r\n			\r\n		\r\n		\r\n			\r\n			From tiny bottles to grazing \r\n			\r\n			sheep and cows\r\n			Release Newsletter - August 2011\r\n		\r\n		\r\n						\r\n			The methane-free rumen - \r\n			the solution to all problems\r\n			Release Newsletter - April 2011\r\n			\r\n		\r\n		\r\n			 \r\n			\r\n			Technology transfer could help \r\n			reduce methane emissions \r\n			from \r\n			animal waste storage\r\n			\r\n			Release Newsletter - December 2011', '65ec0f7dacf65cef4d23bac3c736d181', 40, 'published', 2, '2012-03-21 02:12:10', NULL, '2012-03-21 02:12:10'),
(589, '<p>\r\n<span class=\"h5\"><span class=\"h6\">Objective 4.1</span><br />\r\nMechanistic modelling of enteric CH<sub>4</sub> production </span>\r\n</p>\r\n<p>\r\n<span class=\"h7\">Leader: </span>Dr David Pacheco (AgResearch)\r\n<br />\r\n<span class=\"h7\">NZAGRC funding:</span> May 2010 - June 2013\r\n</p>\r\n<p>\r\nThe development and evaluation of methane mitigation strategies requires a mechanistic understanding of the processes influencing methane formation in the rumen. The ability to predict responses in methane formation from NZ ruminants will improve inventory and accounting of GHG, and is fundamental to inform research and policy.\r\n</p>\r\n<p>\r\n<br />\r\n<span class=\"h6\">Objective 4.2</span><br />\r\n<span class=\"h5\">Improved N<sub>2</sub>O Component Modelling </span><br />\r\n</p>\r\n<p>\r\n<span class=\"h5\">\r\n</span><span class=\"h7\">Leader:</span> Dr Iris Vogeler (AgResearch)<br />\r\n<span class=\"h7\">NZAGRC funding: </span>May 2010 - June 2013\r\n</p>\r\n<p>\r\nMost models of soil C and N cycling include process descriptions or equations representing denitrification and some of those process descriptions include the portioning of denitrification between N<sub>2</sub>O and N<sub>2</sub>. All of the existing models have strengths and weaknesses in different areas. The goal of this Objective is to improve the N<sub>2</sub>O components of selected models and test the improvements using identified datasets. <br />\r\n</p>\r\n', 'Objective 4.1\r\nMechanistic modelling of enteric CH4 production \r\n\r\n\r\nLeader: Dr David Pacheco (AgResearch)\r\n\r\nNZAGRC funding: May 2010 - June 2013\r\n\r\n\r\nThe development and evaluation of methane mitigation strategies requires a mechanistic understanding of the processes influencing methane formation in the rumen. The ability to predict responses in methane formation from NZ ruminants will improve inventory and accounting of GHG, and is fundamental to inform research and policy.\r\n\r\n\r\n\r\nObjective 4.2\r\nImproved N2O Component Modelling \r\n\r\n\r\n\r\nLeader: Dr Iris Vogeler (AgResearch)\r\nNZAGRC funding: May 2010 - June 2013\r\n\r\n\r\nMost models of soil C and N cycling include process descriptions or equations representing denitrification and some of those process descriptions include the portioning of denitrification between N2O and N2. All of the existing models have strengths and weaknesses in different areas. The goal of this Objective is to improve the N2O components of selected models and test the improvements using identified datasets.', '5e8e3a4129fd4cdfafc5944f4c73e407', 105, 'published', 2, '2012-03-21 02:15:19', NULL, '2012-03-21 02:15:19'),
(590, '<div align=\"left\">\r\nThe NZAGRC&#39;s research programme is designed specifically to build on existing well-targeted research funded by the PGgRc and SLMACC (MAF) to advance the discovery of cost effective solutions. Since 97% of all agricultural methane emissions arise from enteric fermentation, the research concentrates almost exclusively on this sector.<a name=\"goals\" title=\"goals\"></a> \r\n</div>\r\n<span class=\"h5\">\r\n<p>\r\n<br />\r\nGoals &amp; Objectives \r\n</p>\r\n</span>\r\n<p align=\"left\">\r\nThe underlying aim of the NZAGRC CH<sub>4</sub> programme is to reduce emissions by manipulating the processes responsible for producing methane. This essentially involves a two pronged approach; directly manipulating the activities of methanogens through such things as small molecule inhibitors or vaccines and indirectly manipulating the activities of methanogens through feeding and changes in animal phenotype. The NZAGRC investment in these areas is highly aligned with existing programmes already being funded by the PGgRc and/or PGgRc/MAF. \r\n</p>\r\n<p align=\"left\">\r\nA further small programme has concentrated on the development and validation of a model that can be used by farmers to estimate the economics of installing methane bio-digesters. The model suggests that the installation of bio-digesters on farms having as few as 400 cows can be economic, with a payback period on the investment of 3-5 years. Further work is being undertaken using SLMACC funding from MAF to confirm these initial findings prior to the model being promoted and released.<br />\r\n</p>\r\n<p>\r\n<span class=\"h5\"><strong><a name=\"people\" title=\"people\"></a></strong><br />\r\nPrincipal Investigators</span> \r\n</p>\r\n<p>\r\nDr Graeme Attwood, AgResearch<br />\r\nDr Peter Janssen, AgResearch \r\n</p>\r\n<p>\r\n<span class=\"h5\"><a name=\"capability\" title=\"capability\"></a></span><span class=\"h5\"><br />\r\nLinkages</span> \r\n</p>\r\n<p>\r\nAnimalCHANGE <br />\r\nCSIRO Livestock Industries <br />\r\nDPI Queensland&nbsp; <br />\r\nGlobal Research Alliance <br />\r\nLandcare Research<br />\r\nNIWA<br />\r\nPGgRc<br />\r\nScottish Agricultural College<br />\r\nSLMACC<br />\r\nUS Joint Genome Initative\r\n</p>\r\n<p>\r\n<a name=\"Stories\" title=\"Stories\"></a><br />\r\n<span class=\"h5\">Stories</span> \r\n</p>\r\n<p>\r\n<table border=\"0\" cellpadding=\"10\">\r\n	<tbody>\r\n		<tr>\r\n			<td><span class=\"h6\"><img src=\"user/image/thumb/220/Methane1.jpg\" border=\"0\" alt=\"Mitigation of Methane\" title=\"Mitigation of Methane\" /></span></td>\r\n			<td><a href=\"user/file/16/Release5_February_2012_p4.pdf\" title=\"Mitigation of Methane\"><span class=\"h6\">Mitigation of methane NZAGRC</span> <br />\r\n			Release Newsletter - February 2012\r\n			</a>			</td>\r\n		</tr>\r\n		<tr>\r\n			<td><span class=\"h6\"><img src=\"user/image/thumb/221/Cow%20Sheep.jpg\" border=\"0\" alt=\"Grazing Sheep and Cows\" title=\"Grazing Sheep and Cows\" /></span></td>\r\n			<td><span class=\"h6\">From tiny bottles to grazing \r\n			<br />\r\n			sheep and cows</span><br />\r\n			Release Newsletter - August 2011</td>\r\n		</tr>\r\n		<tr>\r\n			<td><span class=\"h6\"><img src=\"user/image/thumb/222/Methane%20Rumen.jpg\" border=\"0\" alt=\"Methane Rumen\" title=\"Methane Rumen\" /></span>			</td>\r\n			<td><a href=\"user/file/18/Release2_Apr_2011_p4.pdf\" title=\"Methane rumen\"><span class=\"h6\">The methane-free rumen - <br />\r\n			the solution to all problems<br />\r\n			</span>Release Newsletter - April 2011</a>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td><span class=\"h6\"><img src=\"user/image/thumb/219/Screen%20shot%202012-03-21%20at%2012.35.29%20PM.png\" border=\"0\" alt=\"Screen shot 2012-03-21 at 12.35.29 PM.png\" title=\"Screen shot 2012-03-21 at 12.35.29 PM.png\" /></span> \r\n			</td>\r\n			<td><a href=\"user/file/19/Release1_Dec_2010_p5.pdf\" title=\"Technology transfer\"><span class=\"h6\">Technology transfer could help <br />\r\n			reduce methane emissions \r\n			from <br />\r\n			animal waste storage\r\n			</span><br />\r\n			Release Newsletter - December 2011 \r\n			&nbsp;</a>\r\n			</td>\r\n		</tr>\r\n	</tbody>\r\n</table>\r\n</p>\r\n<p>\r\n&nbsp;\r\n</p>\r\n', 'The NZAGRC&#39;s research programme is designed specifically to build on existing well-targeted research funded by the PGgRc and SLMACC (MAF) to advance the discovery of cost effective solutions. Since 97% of all agricultural methane emissions arise from enteric fermentation, the research concentrates almost exclusively on this sector. \r\n\r\n\r\n\r\n\r\nGoals & Objectives \r\n\r\n\r\n\r\nThe underlying aim of the NZAGRC CH4 programme is to reduce emissions by manipulating the processes responsible for producing methane. This essentially involves a two pronged approach; directly manipulating the activities of methanogens through such things as small molecule inhibitors or vaccines and indirectly manipulating the activities of methanogens through feeding and changes in animal phenotype. The NZAGRC investment in these areas is highly aligned with existing programmes already being funded by the PGgRc and/or PGgRc/MAF. \r\n\r\n\r\nA further small programme has concentrated on the development and validation of a model that can be used by farmers to estimate the economics of installing methane bio-digesters. The model suggests that the installation of bio-digesters on farms having as few as 400 cows can be economic, with a payback period on the investment of 3-5 years. Further work is being undertaken using SLMACC funding from MAF to confirm these initial findings prior to the model being promoted and released.\r\n\r\n\r\n\r\nPrincipal Investigators \r\n\r\n\r\nDr Graeme Attwood, AgResearch\r\nDr Peter Janssen, AgResearch \r\n\r\n\r\n\r\nLinkages \r\n\r\n\r\nAnimalCHANGE \r\nCSIRO Livestock Industries \r\nDPI Queensland  \r\nGlobal Research Alliance \r\nLandcare Research\r\nNIWA\r\nPGgRc\r\nScottish Agricultural College\r\nSLMACC\r\nUS Joint Genome Initative\r\n\r\n\r\n\r\nStories \r\n\r\n\r\n\r\n	\r\n		\r\n			\r\n			Mitigation of methane NZAGRC \r\n			Release Newsletter - February 2012\r\n						\r\n		\r\n		\r\n			\r\n			From tiny bottles to grazing \r\n			\r\n			sheep and cows\r\n			Release Newsletter - August 2011\r\n		\r\n		\r\n						\r\n			The methane-free rumen - \r\n			the solution to all problems\r\n			Release Newsletter - April 2011\r\n			\r\n		\r\n		\r\n			 \r\n			\r\n			Technology transfer could help \r\n			reduce methane emissions \r\n			from \r\n			animal waste storage\r\n			\r\n			Release Newsletter - December 2011', 'a0cac783003b5c7ec87668736d9cf96b', 40, 'published', 2, '2012-03-21 02:28:50', NULL, '2012-03-21 02:28:50'),
(591, '<div align=\"left\">\r\nThe NZAGRC&#39;s research programme is designed specifically to build on existing well-targeted research funded by the PGgRc and SLMACC (MAF) to advance the discovery of cost effective solutions. Since 97% of all agricultural methane emissions arise from enteric fermentation, the research concentrates almost exclusively on this sector.<a name=\"goals\" title=\"goals\"></a> \r\n</div>\r\n<span class=\"h5\">\r\n<p>\r\n<br />\r\nGoals &amp; Objectives \r\n</p>\r\n</span>\r\n<p align=\"left\">\r\nThe underlying aim of the NZAGRC CH<sub>4</sub> programme is to reduce emissions by manipulating the processes responsible for producing methane. This essentially involves a two pronged approach; directly manipulating the activities of methanogens through such things as small molecule inhibitors or vaccines and indirectly manipulating the activities of methanogens through feeding and changes in animal phenotype. The NZAGRC investment in these areas is highly aligned with existing programmes already being funded by the PGgRc and/or PGgRc/MAF. \r\n</p>\r\n<p align=\"left\">\r\nA further small programme has concentrated on the development and validation of a model that can be used by farmers to estimate the economics of installing methane bio-digesters. The model suggests that the installation of bio-digesters on farms having as few as 400 cows can be economic, with a payback period on the investment of 3-5 years. Further work is being undertaken using SLMACC funding from MAF to confirm these initial findings prior to the model being promoted and released.<br />\r\n</p>\r\n<p>\r\n<span class=\"h5\"><strong><a name=\"people\" title=\"people\"></a></strong><br />\r\nPrincipal Investigators</span> \r\n</p>\r\n<p>\r\nDr Graeme Attwood, AgResearch<br />\r\nDr Peter Janssen, AgResearch \r\n</p>\r\n<p>\r\n<span class=\"h5\"><a name=\"capability\" title=\"capability\"></a></span><span class=\"h5\"><br />\r\nLinkages</span> \r\n</p>\r\n<p>\r\nAnimalCHANGE <br />\r\nCSIRO Livestock Industries <br />\r\nDPI Queensland&nbsp; <br />\r\nGlobal Research Alliance <br />\r\nLandcare Research<br />\r\nNIWA<br />\r\nPGgRc<br />\r\nScottish Agricultural College<br />\r\nSLMACC<br />\r\nUS Joint Genome Initative\r\n</p>\r\n<p>\r\n<a name=\"Stories\" title=\"Stories\"></a><br />\r\n<span class=\"h5\">Stories</span> \r\n</p>\r\n<p>\r\n<table border=\"0\" cellpadding=\"10\">\r\n	<tbody>\r\n		<tr>\r\n			<td><a href=\"user/file/16/Release5_February_2012_p4.pdf\" title=\"Mitigation of Methane\"><span class=\"h6\"><img src=\"user/image/thumb/220/Methane1.jpg\" border=\"0\" alt=\"Mitigation of Methane\" title=\"Mitigation of Methane\" /></span></a></td>\r\n			<td><a href=\"user/file/16/Release5_February_2012_p4.pdf\" title=\"Mitigation of Methane\"><span class=\"h6\">Mitigation</span></a><a href=\"user/file/16/Release5_February_2012_p4.pdf\" title=\"Mitigation of Methane\"></a><a href=\"user/file/16/Release5_February_2012_p4.pdf\" title=\"Mitigation of Methane\"><span class=\"h6\"> of methane NZAGRC</span> <br />\r\n			Release Newsletter - February 2012\r\n			</a>			</td>\r\n		</tr>\r\n		<tr>\r\n			<td><span class=\"h6\"><img src=\"user/image/thumb/221/Cow%20Sheep.jpg\" border=\"0\" alt=\"Grazing Sheep and Cows\" title=\"Grazing Sheep and Cows\" /></span></td>\r\n			<td><span class=\"h6\">From tiny bottles to grazing \r\n			<br />\r\n			sheep and cows</span><br />\r\n			Release Newsletter - August 2011</td>\r\n		</tr>\r\n		<tr>\r\n			<td><span class=\"h6\"><img src=\"user/image/thumb/222/Methane%20Rumen.jpg\" border=\"0\" alt=\"Methane Rumen\" title=\"Methane Rumen\" /></span>			</td>\r\n			<td><a href=\"user/file/18/Release2_Apr_2011_p4.pdf\" title=\"Methane rumen\"><span class=\"h6\">The methane-free rumen - <br />\r\n			the solution to all problems<br />\r\n			</span>Release Newsletter - April 2011</a>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td><span class=\"h6\"><img src=\"user/image/thumb/219/Screen%20shot%202012-03-21%20at%2012.35.29%20PM.png\" border=\"0\" alt=\"Screen shot 2012-03-21 at 12.35.29 PM.png\" title=\"Screen shot 2012-03-21 at 12.35.29 PM.png\" /></span> \r\n			</td>\r\n			<td><a href=\"user/file/19/Release1_Dec_2010_p5.pdf\" title=\"Technology transfer\"><span class=\"h6\">Technology transfer could help <br />\r\n			reduce methane emissions \r\n			from <br />\r\n			animal waste storage\r\n			</span><br />\r\n			Release Newsletter - December 2011 \r\n			&nbsp;</a>\r\n			</td>\r\n		</tr>\r\n	</tbody>\r\n</table>\r\n</p>\r\n<p>\r\n&nbsp;\r\n</p>\r\n', 'The NZAGRC&#39;s research programme is designed specifically to build on existing well-targeted research funded by the PGgRc and SLMACC (MAF) to advance the discovery of cost effective solutions. Since 97% of all agricultural methane emissions arise from enteric fermentation, the research concentrates almost exclusively on this sector. \r\n\r\n\r\n\r\n\r\nGoals & Objectives \r\n\r\n\r\n\r\nThe underlying aim of the NZAGRC CH4 programme is to reduce emissions by manipulating the processes responsible for producing methane. This essentially involves a two pronged approach; directly manipulating the activities of methanogens through such things as small molecule inhibitors or vaccines and indirectly manipulating the activities of methanogens through feeding and changes in animal phenotype. The NZAGRC investment in these areas is highly aligned with existing programmes already being funded by the PGgRc and/or PGgRc/MAF. \r\n\r\n\r\nA further small programme has concentrated on the development and validation of a model that can be used by farmers to estimate the economics of installing methane bio-digesters. The model suggests that the installation of bio-digesters on farms having as few as 400 cows can be economic, with a payback period on the investment of 3-5 years. Further work is being undertaken using SLMACC funding from MAF to confirm these initial findings prior to the model being promoted and released.\r\n\r\n\r\n\r\nPrincipal Investigators \r\n\r\n\r\nDr Graeme Attwood, AgResearch\r\nDr Peter Janssen, AgResearch \r\n\r\n\r\n\r\nLinkages \r\n\r\n\r\nAnimalCHANGE \r\nCSIRO Livestock Industries \r\nDPI Queensland  \r\nGlobal Research Alliance \r\nLandcare Research\r\nNIWA\r\nPGgRc\r\nScottish Agricultural College\r\nSLMACC\r\nUS Joint Genome Initative\r\n\r\n\r\n\r\nStories \r\n\r\n\r\n\r\n	\r\n		\r\n			\r\n			Mitigation of methane NZAGRC \r\n			Release Newsletter - February 2012\r\n						\r\n		\r\n		\r\n			\r\n			From tiny bottles to grazing \r\n			\r\n			sheep and cows\r\n			Release Newsletter - August 2011\r\n		\r\n		\r\n						\r\n			The methane-free rumen - \r\n			the solution to all problems\r\n			Release Newsletter - April 2011\r\n			\r\n		\r\n		\r\n			 \r\n			\r\n			Technology transfer could help \r\n			reduce methane emissions \r\n			from \r\n			animal waste storage\r\n			\r\n			Release Newsletter - December 2011', '0f5195d533c5440abb043fe878c8d6a1', 40, 'published', 2, '2012-03-21 02:29:44', NULL, '2012-03-21 02:29:44');
INSERT INTO `mix_html_revision` (`html_revision_id`, `html`, `html_search`, `html_md5`, `html_id`, `status`, `user_id`, `created_date`, `pending_date`, `published_date`) VALUES
(592, '<div align=\"left\">\r\nThe NZAGRC&#39;s research programme is designed specifically to build on existing well-targeted research funded by the PGgRc and SLMACC (MAF) to advance the discovery of cost effective solutions. Since 97% of all agricultural methane emissions arise from enteric fermentation, the research concentrates almost exclusively on this sector.<a name=\"goals\" title=\"goals\"></a> \r\n</div>\r\n<span class=\"h5\">\r\n<p>\r\n<br />\r\nGoals &amp; Objectives \r\n</p>\r\n</span>\r\n<p align=\"left\">\r\nThe underlying aim of the NZAGRC CH<sub>4</sub> programme is to reduce emissions by manipulating the processes responsible for producing methane. This essentially involves a two pronged approach; directly manipulating the activities of methanogens through such things as small molecule inhibitors or vaccines and indirectly manipulating the activities of methanogens through feeding and changes in animal phenotype. The NZAGRC investment in these areas is highly aligned with existing programmes already being funded by the PGgRc and/or PGgRc/MAF. \r\n</p>\r\n<p align=\"left\">\r\nA further small programme has concentrated on the development and validation of a model that can be used by farmers to estimate the economics of installing methane bio-digesters. The model suggests that the installation of bio-digesters on farms having as few as 400 cows can be economic, with a payback period on the investment of 3-5 years. Further work is being undertaken using SLMACC funding from MAF to confirm these initial findings prior to the model being promoted and released.<br />\r\n</p>\r\n<p>\r\n<span class=\"h5\"><strong><a name=\"people\" title=\"people\"></a></strong><br />\r\nPrincipal Investigators</span> \r\n</p>\r\n<p>\r\nDr Graeme Attwood, AgResearch<br />\r\nDr Peter Janssen, AgResearch \r\n</p>\r\n<p>\r\n<span class=\"h5\"><a name=\"capability\" title=\"capability\"></a></span><span class=\"h5\"><br />\r\nLinkages</span> \r\n</p>\r\n<p>\r\nAnimalCHANGE <br />\r\nCSIRO Livestock Industries <br />\r\nDPI Queensland&nbsp; <br />\r\nGlobal Research Alliance <br />\r\nLandcare Research<br />\r\nNIWA<br />\r\nPGgRc<br />\r\nScottish Agricultural College<br />\r\nSLMACC<br />\r\nUS Joint Genome Initative\r\n</p>\r\n<p>\r\n<a name=\"Stories\" title=\"Stories\"></a><br />\r\n<span class=\"h5\">Stories</span> \r\n</p>\r\n<p>\r\n<table border=\"0\" cellpadding=\"10\">\r\n	<tbody>\r\n		<tr>\r\n			<td><a href=\"user/file/16/Release5_February_2012_p4.pdf\" title=\"Mitigation of Methane\"><span class=\"h6\"><img src=\"user/image/thumb/220/Methane1.jpg\" border=\"0\" alt=\"Mitigation of Methane\" title=\"Mitigation of Methane\" /></span></a></td>\r\n			<td><a href=\"user/file/16/Release5_February_2012_p4.pdf\" title=\"Mitigation of Methane\"><span class=\"h6\">Mitigation</span></a><a href=\"user/file/16/Release5_February_2012_p4.pdf\" title=\"Mitigation of Methane\"></a><a href=\"user/file/16/Release5_February_2012_p4.pdf\" title=\"Mitigation of Methane\"><span class=\"h6\"> of methane NZAGRC</span> <br />\r\n			Release Newsletter - February 2012\r\n			</a>			</td>\r\n		</tr>\r\n		<tr>\r\n			<td><span class=\"h6\"><img src=\"user/image/thumb/221/Cow%20Sheep.jpg\" border=\"0\" alt=\"Grazing Sheep and Cows\" title=\"Grazing Sheep and Cows\" /></span></td>\r\n			<td><span class=\"h6\">From </span><span class=\"h6\">tiny bottles to grazing \r\n			<br />\r\n			sheep and cows</span><br />\r\n			Release Newsletter - August 2011</td>\r\n		</tr>\r\n		<tr>\r\n			<td>			<a href=\"user/file/18/Release2_Apr_2011_p4.pdf\" title=\"Methane rumen\"><span class=\"h6\"><img src=\"user/image/thumb/222/Methane%20Rumen.jpg\" border=\"0\" alt=\"Methane Rumen\" title=\"Methane Rumen\" /></span></a></td>\r\n			<td><a href=\"user/file/18/Release2_Apr_2011_p4.pdf\" title=\"Methane rumen\"><span class=\"h6\">The methane</span><span class=\"h6\">-free rumen - <br />\r\n			the solution to all problems<br />\r\n			</span>Release Newsletter - April 2011</a>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td> \r\n			<a href=\"user/file/19/Release1_Dec_2010_p5.pdf\" title=\"Technology transfer\"><span class=\"h6\"><img src=\"user/image/thumb/219/Screen%20shot%202012-03-21%20at%2012.35.29%20PM.png\" border=\"0\" alt=\"Screen shot 2012-03-21 at 12.35.29 PM.png\" title=\"Screen shot 2012-03-21 at 12.35.29 PM.png\" /></span></a></td>\r\n			<td><a href=\"user/file/19/Release1_Dec_2010_p5.pdf\" title=\"Technology transfer\"><span class=\"h6\">Technology transfer could help <br />\r\n			reduce me</span><span class=\"h6\">thane emissions \r\n			from <br />\r\n			animal waste storage\r\n			</span><br />\r\n			Release Newsletter - December 2011 \r\n			&nbsp;</a>\r\n			</td>\r\n		</tr>\r\n	</tbody>\r\n</table>\r\n</p>\r\n<p>\r\n&nbsp;\r\n</p>\r\n', 'The NZAGRC&#39;s research programme is designed specifically to build on existing well-targeted research funded by the PGgRc and SLMACC (MAF) to advance the discovery of cost effective solutions. Since 97% of all agricultural methane emissions arise from enteric fermentation, the research concentrates almost exclusively on this sector. \r\n\r\n\r\n\r\n\r\nGoals & Objectives \r\n\r\n\r\n\r\nThe underlying aim of the NZAGRC CH4 programme is to reduce emissions by manipulating the processes responsible for producing methane. This essentially involves a two pronged approach; directly manipulating the activities of methanogens through such things as small molecule inhibitors or vaccines and indirectly manipulating the activities of methanogens through feeding and changes in animal phenotype. The NZAGRC investment in these areas is highly aligned with existing programmes already being funded by the PGgRc and/or PGgRc/MAF. \r\n\r\n\r\nA further small programme has concentrated on the development and validation of a model that can be used by farmers to estimate the economics of installing methane bio-digesters. The model suggests that the installation of bio-digesters on farms having as few as 400 cows can be economic, with a payback period on the investment of 3-5 years. Further work is being undertaken using SLMACC funding from MAF to confirm these initial findings prior to the model being promoted and released.\r\n\r\n\r\n\r\nPrincipal Investigators \r\n\r\n\r\nDr Graeme Attwood, AgResearch\r\nDr Peter Janssen, AgResearch \r\n\r\n\r\n\r\nLinkages \r\n\r\n\r\nAnimalCHANGE \r\nCSIRO Livestock Industries \r\nDPI Queensland  \r\nGlobal Research Alliance \r\nLandcare Research\r\nNIWA\r\nPGgRc\r\nScottish Agricultural College\r\nSLMACC\r\nUS Joint Genome Initative\r\n\r\n\r\n\r\nStories \r\n\r\n\r\n\r\n	\r\n		\r\n			\r\n			Mitigation of methane NZAGRC \r\n			Release Newsletter - February 2012\r\n						\r\n		\r\n		\r\n			\r\n			From tiny bottles to grazing \r\n			\r\n			sheep and cows\r\n			Release Newsletter - August 2011\r\n		\r\n		\r\n						\r\n			The methane-free rumen - \r\n			the solution to all problems\r\n			Release Newsletter - April 2011\r\n			\r\n		\r\n		\r\n			 \r\n			\r\n			Technology transfer could help \r\n			reduce methane emissions \r\n			from \r\n			animal waste storage\r\n			\r\n			Release Newsletter - December 2011', 'e9206635db8a0e180cb07e92781cc590', 40, 'published', 2, '2012-03-21 02:30:32', NULL, '2012-03-21 02:30:32'),
(593, '<p align=\"left\">\r\n<span class=\"h5\">Goals &amp; Objectives</span> \r\n</p>\r\n<p align=\"left\">\r\nThe N<sub>2</sub>O programme focuses on manipulating some of the <strong>N inputs</strong> that drive the quantity of N<sub>2</sub>O released and on manipulating the <strong>processes</strong> that form and release N<sub>2</sub>O. \r\n</p>\r\n<p align=\"left\">\r\nManipulating <strong>N inputs</strong> investigates ways to reduce N inputs through plant breeding/selection and plant management (Objective 2.1). Manipulating <strong>processes</strong> will address the challenge of optimising nitrification inhibitors so that their effectiveness and longevity is increased (Objective 2.2). Research will also be undertaken to determine the impact of soil amendments on the denitrification process and the N<sub>2</sub>O/N<sub>2</sub> ratio (Objectives 2.3). Finally, the programme will investigate ways to mitigate N<sub>2</sub>O emissions through better understanding its relationship with soil physical characteristics and soil water status (Objective 2.4). \r\n</p>\r\n<p class=\"h5\" align=\"left\">\r\nOverview of N<sub>2</sub>0 research programme \r\n</p>\r\n<p style=\"text-align: center\" align=\"left\">\r\n<img src=\"user/image/large/174/Screen%20shot%202012-02-22%20at%203.52.25%20PM.png\" border=\"0\" alt=\"Screen shot 2012-02-22 at 3.52.25 PM.png\" title=\"Screen shot 2012-02-22 at 3.52.25 PM.png\" width=\"501\" height=\"228\" /><br />\r\n</p>\r\n<table border=\"1\" cellspacing=\"0\" cellpadding=\"0\">\r\n	<tbody>\r\n		<tr>\r\n			<td colspan=\"2\" width=\"250\" valign=\"top\">\r\n			<p align=\"center\">\r\n			<strong>Objective</strong> \r\n			</p>\r\n			</td>\r\n			<td width=\"121\" valign=\"top\">\r\n			<p align=\"center\">\r\n			<strong>Leader</strong> \r\n			</p>\r\n			</td>\r\n			<td width=\"128\" valign=\"top\">\r\n			<p align=\"center\">\r\n			<strong>Timeframe</strong> \r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td width=\"33\" valign=\"top\">\r\n			<p align=\"center\">\r\n			2.1 \r\n			</p>\r\n			</td>\r\n			<td width=\"217\" valign=\"top\">\r\n			<p align=\"left\">\r\n			Manipulating N inputs \r\n			</p>\r\n			</td>\r\n			<td width=\"121\" valign=\"top\">\r\n			<p align=\"left\">\r\n			Dr Cecile de Klein \r\n			</p>\r\n			</td>\r\n			<td width=\"128\" valign=\"top\">\r\n			<p>\r\n			Apr 10 - Jun 14 \r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td width=\"33\" valign=\"top\">\r\n			<p align=\"center\">\r\n			2.2 \r\n			</p>\r\n			</td>\r\n			<td width=\"217\" valign=\"top\">\r\n			<p align=\"left\">\r\n			Manipulating nitrification processes \r\n			</p>\r\n			</td>\r\n			<td width=\"121\" valign=\"top\">\r\n			<p align=\"left\">\r\n			Prof HJ Di \r\n			</p>\r\n			</td>\r\n			<td width=\"128\" valign=\"top\">\r\n			<p>\r\n			Apr 10 - Jun 14 \r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td width=\"33\" valign=\"top\">\r\n			<p align=\"center\">\r\n			2.3 \r\n			</p>\r\n			</td>\r\n			<td width=\"217\" valign=\"top\">\r\n			<p align=\"left\">\r\n			Manipulating denitrification processes \r\n			</p>\r\n			</td>\r\n			<td width=\"121\" valign=\"top\">\r\n			<p align=\"left\">\r\n			Dr Surinder Saggar \r\n			</p>\r\n			</td>\r\n			<td width=\"128\" valign=\"top\">\r\n			<p>\r\n			Apr 10 - Jun 14 \r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td width=\"33\" valign=\"top\">\r\n			<p align=\"center\">\r\n			2.4 \r\n			</p>\r\n			</td>\r\n			<td width=\"217\" valign=\"top\">\r\n			<p align=\"left\">\r\n			N<sub>2</sub>O emissions and soil water status \r\n			</p>\r\n			</td>\r\n			<td width=\"121\" valign=\"top\">\r\n			<p align=\"left\">\r\n			Dr Steve Thomas \r\n			</p>\r\n			</td>\r\n			<td width=\"128\" valign=\"top\">\r\n			<p>\r\n			Apr 10 - Jun 13 \r\n			</p>\r\n			</td>\r\n		</tr>\r\n	</tbody>\r\n</table>\r\n<p>\r\n&nbsp;\r\n</p>\r\n<p>\r\n<span class=\"h5\">Principal Investigators</span> \r\n</p>\r\n<p>\r\nProfessor Hong Di, Lincoln University<br />\r\nDr Cecile de Klein, AgResearch \r\n</p>\r\n<p>\r\n<span class=\"h5\"><a name=\"capability\" title=\"capability\"></a></span><span class=\"h5\"><br />\r\nLinkages</span> \r\n</p>\r\n<p>\r\nAgMardt<br />\r\nAgResearch<br />\r\nCSIRO Australia<br />\r\nDairyNZ<br />\r\nLandcare Research<br />\r\nLincoln University<br />\r\nMassey University<br />\r\nPastoral-21<br />\r\nPlant &amp; Food Research<br />\r\nRavensdown<br />\r\nSLMACC\r\n</p>\r\n<p>\r\n<span class=\"h5\">Stories</span>\r\n</p>\r\n<p>\r\nNZAGRC Newsletter February 2012 Page 5 <br />\r\nNZAGRC Newsletter August 2011 Page 4 <br />\r\nNZAGRC Newsletter December 2010 Page 8&nbsp;\r\n</p>\r\n<table border=\"0\" cellpadding=\"10\">\r\n	<tbody>\r\n		<tr>\r\n			<td><a href=\"user/file/16/Release5_February_2012_p4.pdf\" title=\"Mitigation of Methane\"><span class=\"h6\"><img src=\"user/image/thumb/220/Methane1.jpg\" border=\"0\" alt=\"Mitigation of Methane\" title=\"Mitigation of Methane\" /></span></a></td>\r\n			<td><a href=\"user/file/16/Release5_February_2012_p4.pdf\" title=\"Mitigation of Methane\"><span class=\"h6\">Mitigation</span></a><a href=\"user/file/16/Release5_February_2012_p4.pdf\" title=\"Mitigation of Methane\"></a><a href=\"user/file/16/Release5_February_2012_p4.pdf\" title=\"Mitigation of Methane\"><span class=\"h6\"> of methane NZAGRC</span> <br />\r\n			Release Newsletter - February 2012\r\n			</a>			</td>\r\n		</tr>\r\n		<tr>\r\n			<td><span class=\"h6\"><img src=\"user/image/thumb/221/Cow%20Sheep.jpg\" border=\"0\" alt=\"Grazing Sheep and Cows\" title=\"Grazing Sheep and Cows\" /></span></td>\r\n			<td><span class=\"h6\">From </span><span class=\"h6\">tiny bottles to grazing \r\n			<br />\r\n			sheep and cows</span><br />\r\n			Release Newsletter - August 2011</td>\r\n		</tr>\r\n		<tr>\r\n			<td>			<span class=\"h6\"><img src=\"user/image/thumb/222/Methane%20Rumen.jpg\" border=\"0\" alt=\"Methane Rumen\" title=\"Methane Rumen\" /></span></td>\r\n			<td><span class=\"h6\">The methane</span><span class=\"h6\">-free rumen - <br />\r\n			the solution to all problems<br />\r\n			</span>Release Newsletter - April 2011\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td> \r\n			<span class=\"h6\"><img src=\"user/image/thumb/219/Screen%20shot%202012-03-21%20at%2012.35.29%20PM.png\" border=\"0\" alt=\"Screen shot 2012-03-21 at 12.35.29 PM.png\" title=\"Screen shot 2012-03-21 at 12.35.29 PM.png\" /></span></td>\r\n			<td><span class=\"h6\">Technology transfer could help <br />\r\n			reduce me</span><span class=\"h6\">thane emissions \r\n			from <br />\r\n			animal waste storage\r\n			</span><br />\r\n			Release Newsletter - December 2011 \r\n			&nbsp;\r\n			</td>\r\n		</tr>\r\n	</tbody>\r\n</table>\r\n', 'Goals & Objectives \r\n\r\n\r\nThe N2O programme focuses on manipulating some of the N inputs that drive the quantity of N2O released and on manipulating the processes that form and release N2O. \r\n\r\n\r\nManipulating N inputs investigates ways to reduce N inputs through plant breeding/selection and plant management (Objective 2.1). Manipulating processes will address the challenge of optimising nitrification inhibitors so that their effectiveness and longevity is increased (Objective 2.2). Research will also be undertaken to determine the impact of soil amendments on the denitrification process and the N2O/N2 ratio (Objectives 2.3). Finally, the programme will investigate ways to mitigate N2O emissions through better understanding its relationship with soil physical characteristics and soil water status (Objective 2.4). \r\n\r\n\r\nOverview of N20 research programme \r\n\r\n\r\n\r\n\r\n\r\n	\r\n		\r\n			\r\n			\r\n			Objective \r\n			\r\n			\r\n			\r\n			\r\n			Leader \r\n			\r\n			\r\n			\r\n			\r\n			Timeframe \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			2.1 \r\n			\r\n			\r\n			\r\n			\r\n			Manipulating N inputs \r\n			\r\n			\r\n			\r\n			\r\n			Dr Cecile de Klein \r\n			\r\n			\r\n			\r\n			\r\n			Apr 10 - Jun 14 \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			2.2 \r\n			\r\n			\r\n			\r\n			\r\n			Manipulating nitrification processes \r\n			\r\n			\r\n			\r\n			\r\n			Prof HJ Di \r\n			\r\n			\r\n			\r\n			\r\n			Apr 10 - Jun 14 \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			2.3 \r\n			\r\n			\r\n			\r\n			\r\n			Manipulating denitrification processes \r\n			\r\n			\r\n			\r\n			\r\n			Dr Surinder Saggar \r\n			\r\n			\r\n			\r\n			\r\n			Apr 10 - Jun 14 \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			2.4 \r\n			\r\n			\r\n			\r\n			\r\n			N2O emissions and soil water status \r\n			\r\n			\r\n			\r\n			\r\n			Dr Steve Thomas \r\n			\r\n			\r\n			\r\n			\r\n			Apr 10 - Jun 13 \r\n			\r\n			\r\n		\r\n	\r\n\r\n\r\n \r\n\r\n\r\nPrincipal Investigators \r\n\r\n\r\nProfessor Hong Di, Lincoln University\r\nDr Cecile de Klein, AgResearch \r\n\r\n\r\n\r\nLinkages \r\n\r\n\r\nAgMardt\r\nAgResearch\r\nCSIRO Australia\r\nDairyNZ\r\nLandcare Research\r\nLincoln University\r\nMassey University\r\nPastoral-21\r\nPlant & Food Research\r\nRavensdown\r\nSLMACC\r\n\r\n\r\nStories\r\n\r\n\r\nNZAGRC Newsletter February 2012 Page 5 \r\nNZAGRC Newsletter August 2011 Page 4 \r\nNZAGRC Newsletter December 2010 Page 8 \r\n\r\n\r\n	\r\n		\r\n			\r\n			Mitigation of methane NZAGRC \r\n			Release Newsletter - February 2012\r\n						\r\n		\r\n		\r\n			\r\n			From tiny bottles to grazing \r\n			\r\n			sheep and cows\r\n			Release Newsletter - August 2011\r\n		\r\n		\r\n						\r\n			The methane-free rumen - \r\n			the solution to all problems\r\n			Release Newsletter - April 2011\r\n			\r\n		\r\n		\r\n			 \r\n			\r\n			Technology transfer could help \r\n			reduce methane emissions \r\n			from \r\n			animal waste storage\r\n			\r\n			Release Newsletter - December 2011', 'df626aaa1f2b7bf7cecb8546acc797ee', 62, 'published', 2, '2012-03-21 02:33:28', NULL, '2012-03-21 02:33:28'),
(594, '<p align=\"left\">\r\n<span class=\"h5\">Goals &amp; Objectives</span> \r\n</p>\r\n<p align=\"left\">\r\nThe N<sub>2</sub>O programme focuses on manipulating some of the <strong>N inputs</strong> that drive the quantity of N<sub>2</sub>O released and on manipulating the <strong>processes</strong> that form and release N<sub>2</sub>O. \r\n</p>\r\n<p align=\"left\">\r\nManipulating <strong>N inputs</strong> investigates ways to reduce N inputs through plant breeding/selection and plant management (Objective 2.1). Manipulating <strong>processes</strong> will address the challenge of optimising nitrification inhibitors so that their effectiveness and longevity is increased (Objective 2.2). Research will also be undertaken to determine the impact of soil amendments on the denitrification process and the N<sub>2</sub>O/N<sub>2</sub> ratio (Objectives 2.3). Finally, the programme will investigate ways to mitigate N<sub>2</sub>O emissions through better understanding its relationship with soil physical characteristics and soil water status (Objective 2.4). \r\n</p>\r\n<p class=\"h5\" align=\"left\">\r\nOverview of N<sub>2</sub>0 research programme \r\n</p>\r\n<p style=\"text-align: center\" align=\"left\">\r\n<img src=\"user/image/large/174/Screen%20shot%202012-02-22%20at%203.52.25%20PM.png\" border=\"0\" alt=\"Screen shot 2012-02-22 at 3.52.25 PM.png\" title=\"Screen shot 2012-02-22 at 3.52.25 PM.png\" width=\"501\" height=\"228\" /><br />\r\n</p>\r\n<table border=\"1\" cellspacing=\"0\" cellpadding=\"0\">\r\n	<tbody>\r\n		<tr>\r\n			<td colspan=\"2\" width=\"250\" valign=\"top\">\r\n			<p align=\"center\">\r\n			<strong>Objective</strong> \r\n			</p>\r\n			</td>\r\n			<td width=\"121\" valign=\"top\">\r\n			<p align=\"center\">\r\n			<strong>Leader</strong> \r\n			</p>\r\n			</td>\r\n			<td width=\"128\" valign=\"top\">\r\n			<p align=\"center\">\r\n			<strong>Timeframe</strong> \r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td width=\"33\" valign=\"top\">\r\n			<p align=\"center\">\r\n			2.1 \r\n			</p>\r\n			</td>\r\n			<td width=\"217\" valign=\"top\">\r\n			<p align=\"left\">\r\n			Manipulating N inputs \r\n			</p>\r\n			</td>\r\n			<td width=\"121\" valign=\"top\">\r\n			<p align=\"left\">\r\n			Dr Cecile de Klein \r\n			</p>\r\n			</td>\r\n			<td width=\"128\" valign=\"top\">\r\n			<p>\r\n			Apr 10 - Jun 14 \r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td width=\"33\" valign=\"top\">\r\n			<p align=\"center\">\r\n			2.2 \r\n			</p>\r\n			</td>\r\n			<td width=\"217\" valign=\"top\">\r\n			<p align=\"left\">\r\n			Manipulating nitrification processes \r\n			</p>\r\n			</td>\r\n			<td width=\"121\" valign=\"top\">\r\n			<p align=\"left\">\r\n			Prof HJ Di \r\n			</p>\r\n			</td>\r\n			<td width=\"128\" valign=\"top\">\r\n			<p>\r\n			Apr 10 - Jun 14 \r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td width=\"33\" valign=\"top\">\r\n			<p align=\"center\">\r\n			2.3 \r\n			</p>\r\n			</td>\r\n			<td width=\"217\" valign=\"top\">\r\n			<p align=\"left\">\r\n			Manipulating denitrification processes \r\n			</p>\r\n			</td>\r\n			<td width=\"121\" valign=\"top\">\r\n			<p align=\"left\">\r\n			Dr Surinder Saggar \r\n			</p>\r\n			</td>\r\n			<td width=\"128\" valign=\"top\">\r\n			<p>\r\n			Apr 10 - Jun 14 \r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td width=\"33\" valign=\"top\">\r\n			<p align=\"center\">\r\n			2.4 \r\n			</p>\r\n			</td>\r\n			<td width=\"217\" valign=\"top\">\r\n			<p align=\"left\">\r\n			N<sub>2</sub>O emissions and soil water status \r\n			</p>\r\n			</td>\r\n			<td width=\"121\" valign=\"top\">\r\n			<p align=\"left\">\r\n			Dr Steve Thomas \r\n			</p>\r\n			</td>\r\n			<td width=\"128\" valign=\"top\">\r\n			<p>\r\n			Apr 10 - Jun 13 \r\n			</p>\r\n			</td>\r\n		</tr>\r\n	</tbody>\r\n</table>\r\n<p>\r\n&nbsp;\r\n</p>\r\n<p>\r\n<span class=\"h5\">Principal Investigators</span> \r\n</p>\r\n<p>\r\nProfessor Hong Di, Lincoln University<br />\r\nDr Cecile de Klein, AgResearch \r\n</p>\r\n<p>\r\n<span class=\"h5\"><a name=\"capability\" title=\"capability\"></a></span><span class=\"h5\"><br />\r\nLinkages</span> \r\n</p>\r\n<p>\r\nAgMardt<br />\r\nAgResearch<br />\r\nCSIRO Australia<br />\r\nDairyNZ<br />\r\nLandcare Research<br />\r\nLincoln University<br />\r\nMassey University<br />\r\nPastoral-21<br />\r\nPlant &amp; Food Research<br />\r\nRavensdown<br />\r\nSLMACC\r\n</p>\r\n<p>\r\n<span class=\"h5\">Stories</span>\r\n</p>\r\n<p>\r\nNZAGRC Newsletter February 2012 Page 5 <br />\r\nNZAGRC Newsletter August 2011 Page 4 <br />\r\nNZAGRC Newsletter December 2010 Page 8&nbsp;\r\n</p>\r\n<table border=\"0\" cellpadding=\"10\">\r\n	<tbody>\r\n		<tr>\r\n			<td><span class=\"h6\"><img src=\"user/image/thumb/220/Methane1.jpg\" border=\"0\" alt=\"Mitigation of Methane\" title=\"Mitigation of Methane\" /></span></td>\r\n			<td><span class=\"h6\">Mitigation</span><a href=\"user/file/16/Release5_February_2012_p4.pdf\" title=\"Mitigation of Methane\"></a><a href=\"user/file/16/Release5_February_2012_p4.pdf\" title=\"Mitigation of Methane\"><span class=\"h6\"> of methane NZAGRC</span> <br />\r\n			Release Newsletter - February 2012\r\n			</a>			</td>\r\n		</tr>\r\n		<tr>\r\n			<td><span class=\"h6\"><img src=\"user/image/thumb/221/Cow%20Sheep.jpg\" border=\"0\" alt=\"Grazing Sheep and Cows\" title=\"Grazing Sheep and Cows\" /></span></td>\r\n			<td><span class=\"h6\">From </span><span class=\"h6\">tiny bottles to grazing \r\n			<br />\r\n			sheep and cows</span><br />\r\n			Release Newsletter - August 2011</td>\r\n		</tr>\r\n		<tr>\r\n			<td>			<span class=\"h6\"><img src=\"user/image/thumb/222/Methane%20Rumen.jpg\" border=\"0\" alt=\"Methane Rumen\" title=\"Methane Rumen\" /></span></td>\r\n			<td><span class=\"h6\">The methane</span><span class=\"h6\">-free rumen - <br />\r\n			the solution to all problems<br />\r\n			</span>Release Newsletter - April 2011\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td> \r\n			<span class=\"h6\"><img src=\"user/image/thumb/219/Screen%20shot%202012-03-21%20at%2012.35.29%20PM.png\" border=\"0\" alt=\"Screen shot 2012-03-21 at 12.35.29 PM.png\" title=\"Screen shot 2012-03-21 at 12.35.29 PM.png\" /></span></td>\r\n			<td><span class=\"h6\">Technology transfer could help <br />\r\n			reduce me</span><span class=\"h6\">thane emissions \r\n			from <br />\r\n			animal waste storage\r\n			</span><br />\r\n			Release Newsletter - December 2011 \r\n			&nbsp;\r\n			</td>\r\n		</tr>\r\n	</tbody>\r\n</table>\r\n', 'Goals & Objectives \r\n\r\n\r\nThe N2O programme focuses on manipulating some of the N inputs that drive the quantity of N2O released and on manipulating the processes that form and release N2O. \r\n\r\n\r\nManipulating N inputs investigates ways to reduce N inputs through plant breeding/selection and plant management (Objective 2.1). Manipulating processes will address the challenge of optimising nitrification inhibitors so that their effectiveness and longevity is increased (Objective 2.2). Research will also be undertaken to determine the impact of soil amendments on the denitrification process and the N2O/N2 ratio (Objectives 2.3). Finally, the programme will investigate ways to mitigate N2O emissions through better understanding its relationship with soil physical characteristics and soil water status (Objective 2.4). \r\n\r\n\r\nOverview of N20 research programme \r\n\r\n\r\n\r\n\r\n\r\n	\r\n		\r\n			\r\n			\r\n			Objective \r\n			\r\n			\r\n			\r\n			\r\n			Leader \r\n			\r\n			\r\n			\r\n			\r\n			Timeframe \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			2.1 \r\n			\r\n			\r\n			\r\n			\r\n			Manipulating N inputs \r\n			\r\n			\r\n			\r\n			\r\n			Dr Cecile de Klein \r\n			\r\n			\r\n			\r\n			\r\n			Apr 10 - Jun 14 \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			2.2 \r\n			\r\n			\r\n			\r\n			\r\n			Manipulating nitrification processes \r\n			\r\n			\r\n			\r\n			\r\n			Prof HJ Di \r\n			\r\n			\r\n			\r\n			\r\n			Apr 10 - Jun 14 \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			2.3 \r\n			\r\n			\r\n			\r\n			\r\n			Manipulating denitrification processes \r\n			\r\n			\r\n			\r\n			\r\n			Dr Surinder Saggar \r\n			\r\n			\r\n			\r\n			\r\n			Apr 10 - Jun 14 \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			2.4 \r\n			\r\n			\r\n			\r\n			\r\n			N2O emissions and soil water status \r\n			\r\n			\r\n			\r\n			\r\n			Dr Steve Thomas \r\n			\r\n			\r\n			\r\n			\r\n			Apr 10 - Jun 13 \r\n			\r\n			\r\n		\r\n	\r\n\r\n\r\n \r\n\r\n\r\nPrincipal Investigators \r\n\r\n\r\nProfessor Hong Di, Lincoln University\r\nDr Cecile de Klein, AgResearch \r\n\r\n\r\n\r\nLinkages \r\n\r\n\r\nAgMardt\r\nAgResearch\r\nCSIRO Australia\r\nDairyNZ\r\nLandcare Research\r\nLincoln University\r\nMassey University\r\nPastoral-21\r\nPlant & Food Research\r\nRavensdown\r\nSLMACC\r\n\r\n\r\nStories\r\n\r\n\r\nNZAGRC Newsletter February 2012 Page 5 \r\nNZAGRC Newsletter August 2011 Page 4 \r\nNZAGRC Newsletter December 2010 Page 8 \r\n\r\n\r\n	\r\n		\r\n			\r\n			Mitigation of methane NZAGRC \r\n			Release Newsletter - February 2012\r\n						\r\n		\r\n		\r\n			\r\n			From tiny bottles to grazing \r\n			\r\n			sheep and cows\r\n			Release Newsletter - August 2011\r\n		\r\n		\r\n						\r\n			The methane-free rumen - \r\n			the solution to all problems\r\n			Release Newsletter - April 2011\r\n			\r\n		\r\n		\r\n			 \r\n			\r\n			Technology transfer could help \r\n			reduce methane emissions \r\n			from \r\n			animal waste storage\r\n			\r\n			Release Newsletter - December 2011', '020997da2d68c053cb0c24d10fa33239', 62, 'published', 2, '2012-03-21 02:34:02', NULL, '2012-03-21 02:34:02'),
(595, '<p align=\"left\">\r\n<span class=\"h5\">Goals &amp; Objectives</span> \r\n</p>\r\n<p align=\"left\">\r\nThe N<sub>2</sub>O programme focuses on manipulating some of the <strong>N inputs</strong> that drive the quantity of N<sub>2</sub>O released and on manipulating the <strong>processes</strong> that form and release N<sub>2</sub>O. \r\n</p>\r\n<p align=\"left\">\r\nManipulating <strong>N inputs</strong> investigates ways to reduce N inputs through plant breeding/selection and plant management (Objective 2.1). Manipulating <strong>processes</strong> will address the challenge of optimising nitrification inhibitors so that their effectiveness and longevity is increased (Objective 2.2). Research will also be undertaken to determine the impact of soil amendments on the denitrification process and the N<sub>2</sub>O/N<sub>2</sub> ratio (Objectives 2.3). Finally, the programme will investigate ways to mitigate N<sub>2</sub>O emissions through better understanding its relationship with soil physical characteristics and soil water status (Objective 2.4). \r\n</p>\r\n<p class=\"h5\" align=\"left\">\r\nOverview of N<sub>2</sub>0 research programme \r\n</p>\r\n<p style=\"text-align: center\" align=\"left\">\r\n<img src=\"user/image/large/174/Screen%20shot%202012-02-22%20at%203.52.25%20PM.png\" border=\"0\" alt=\"Screen shot 2012-02-22 at 3.52.25 PM.png\" title=\"Screen shot 2012-02-22 at 3.52.25 PM.png\" width=\"501\" height=\"228\" /><br />\r\n</p>\r\n<table border=\"1\" cellspacing=\"0\" cellpadding=\"0\">\r\n	<tbody>\r\n		<tr>\r\n			<td colspan=\"2\" width=\"250\" valign=\"top\">\r\n			<p align=\"center\">\r\n			<strong>Objective</strong> \r\n			</p>\r\n			</td>\r\n			<td width=\"121\" valign=\"top\">\r\n			<p align=\"center\">\r\n			<strong>Leader</strong> \r\n			</p>\r\n			</td>\r\n			<td width=\"128\" valign=\"top\">\r\n			<p align=\"center\">\r\n			<strong>Timeframe</strong> \r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td width=\"33\" valign=\"top\">\r\n			<p align=\"center\">\r\n			2.1 \r\n			</p>\r\n			</td>\r\n			<td width=\"217\" valign=\"top\">\r\n			<p align=\"left\">\r\n			Manipulating N inputs \r\n			</p>\r\n			</td>\r\n			<td width=\"121\" valign=\"top\">\r\n			<p align=\"left\">\r\n			Dr Cecile de Klein \r\n			</p>\r\n			</td>\r\n			<td width=\"128\" valign=\"top\">\r\n			<p>\r\n			Apr 10 - Jun 14 \r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td width=\"33\" valign=\"top\">\r\n			<p align=\"center\">\r\n			2.2 \r\n			</p>\r\n			</td>\r\n			<td width=\"217\" valign=\"top\">\r\n			<p align=\"left\">\r\n			Manipulating nitrification processes \r\n			</p>\r\n			</td>\r\n			<td width=\"121\" valign=\"top\">\r\n			<p align=\"left\">\r\n			Prof HJ Di \r\n			</p>\r\n			</td>\r\n			<td width=\"128\" valign=\"top\">\r\n			<p>\r\n			Apr 10 - Jun 14 \r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td width=\"33\" valign=\"top\">\r\n			<p align=\"center\">\r\n			2.3 \r\n			</p>\r\n			</td>\r\n			<td width=\"217\" valign=\"top\">\r\n			<p align=\"left\">\r\n			Manipulating denitrification processes \r\n			</p>\r\n			</td>\r\n			<td width=\"121\" valign=\"top\">\r\n			<p align=\"left\">\r\n			Dr Surinder Saggar \r\n			</p>\r\n			</td>\r\n			<td width=\"128\" valign=\"top\">\r\n			<p>\r\n			Apr 10 - Jun 14 \r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td width=\"33\" valign=\"top\">\r\n			<p align=\"center\">\r\n			2.4 \r\n			</p>\r\n			</td>\r\n			<td width=\"217\" valign=\"top\">\r\n			<p align=\"left\">\r\n			N<sub>2</sub>O emissions and soil water status \r\n			</p>\r\n			</td>\r\n			<td width=\"121\" valign=\"top\">\r\n			<p align=\"left\">\r\n			Dr Steve Thomas \r\n			</p>\r\n			</td>\r\n			<td width=\"128\" valign=\"top\">\r\n			<p>\r\n			Apr 10 - Jun 13 \r\n			</p>\r\n			</td>\r\n		</tr>\r\n	</tbody>\r\n</table>\r\n<p>\r\n&nbsp;\r\n</p>\r\n<p>\r\n<span class=\"h5\">Principal Investigators</span> \r\n</p>\r\n<p>\r\nProfessor Hong Di, Lincoln University<br />\r\nDr Cecile de Klein, AgResearch \r\n</p>\r\n<p>\r\n<span class=\"h5\"><a name=\"capability\" title=\"capability\"></a></span><span class=\"h5\"><br />\r\nLinkages</span> \r\n</p>\r\n<p>\r\nAgMardt<br />\r\nAgResearch<br />\r\nCSIRO Australia<br />\r\nDairyNZ<br />\r\nLandcare Research<br />\r\nLincoln University<br />\r\nMassey University<br />\r\nPastoral-21<br />\r\nPlant &amp; Food Research<br />\r\nRavensdown<br />\r\nSLMACC\r\n</p>\r\n<p>\r\n<span class=\"h5\">Stories</span>\r\n</p>\r\n<p>\r\nNZAGRC Newsletter February 2012 Page 5 <br />\r\nNZAGRC Newsletter August 2011 Page 4 <br />\r\nNZAGRC Newsletter December 2010 Page 8&nbsp;\r\n</p>\r\n<table border=\"0\" cellpadding=\"10\">\r\n	<tbody>\r\n		<tr>\r\n			<td><span class=\"h6\"><img src=\"user/image/thumb/220/Methane1.jpg\" border=\"0\" alt=\"Mitigation of Methane\" title=\"Mitigation of Methane\" /></span></td>\r\n			<td><span class=\"h6\">Mitigation</span><span class=\"h6\"> of methane NZAGRC</span> <br />\r\n			Release Newsletter - February 2012\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td><span class=\"h6\"><img src=\"user/image/thumb/221/Cow%20Sheep.jpg\" border=\"0\" alt=\"Grazing Sheep and Cows\" title=\"Grazing Sheep and Cows\" /></span></td>\r\n			<td><span class=\"h6\">From </span><span class=\"h6\">tiny bottles to grazing \r\n			<br />\r\n			sheep and cows</span><br />\r\n			Release Newsletter - August 2011</td>\r\n		</tr>\r\n		<tr>\r\n			<td>			<span class=\"h6\"><img src=\"user/image/thumb/222/Methane%20Rumen.jpg\" border=\"0\" alt=\"Methane Rumen\" title=\"Methane Rumen\" /></span></td>\r\n			<td><span class=\"h6\">The methane</span><span class=\"h6\">-free rumen - <br />\r\n			the solution to all problems<br />\r\n			</span>Release Newsletter - April 2011\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td> \r\n			<span class=\"h6\"><img src=\"user/image/thumb/219/Screen%20shot%202012-03-21%20at%2012.35.29%20PM.png\" border=\"0\" alt=\"Screen shot 2012-03-21 at 12.35.29 PM.png\" title=\"Screen shot 2012-03-21 at 12.35.29 PM.png\" /></span></td>\r\n			<td><span class=\"h6\">Technology transfer could help <br />\r\n			reduce me</span><span class=\"h6\">thane emissions \r\n			from <br />\r\n			animal waste storage\r\n			</span><br />\r\n			Release Newsletter - December 2011 \r\n			&nbsp;\r\n			</td>\r\n		</tr>\r\n	</tbody>\r\n</table>\r\n', 'Goals & Objectives \r\n\r\n\r\nThe N2O programme focuses on manipulating some of the N inputs that drive the quantity of N2O released and on manipulating the processes that form and release N2O. \r\n\r\n\r\nManipulating N inputs investigates ways to reduce N inputs through plant breeding/selection and plant management (Objective 2.1). Manipulating processes will address the challenge of optimising nitrification inhibitors so that their effectiveness and longevity is increased (Objective 2.2). Research will also be undertaken to determine the impact of soil amendments on the denitrification process and the N2O/N2 ratio (Objectives 2.3). Finally, the programme will investigate ways to mitigate N2O emissions through better understanding its relationship with soil physical characteristics and soil water status (Objective 2.4). \r\n\r\n\r\nOverview of N20 research programme \r\n\r\n\r\n\r\n\r\n\r\n	\r\n		\r\n			\r\n			\r\n			Objective \r\n			\r\n			\r\n			\r\n			\r\n			Leader \r\n			\r\n			\r\n			\r\n			\r\n			Timeframe \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			2.1 \r\n			\r\n			\r\n			\r\n			\r\n			Manipulating N inputs \r\n			\r\n			\r\n			\r\n			\r\n			Dr Cecile de Klein \r\n			\r\n			\r\n			\r\n			\r\n			Apr 10 - Jun 14 \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			2.2 \r\n			\r\n			\r\n			\r\n			\r\n			Manipulating nitrification processes \r\n			\r\n			\r\n			\r\n			\r\n			Prof HJ Di \r\n			\r\n			\r\n			\r\n			\r\n			Apr 10 - Jun 14 \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			2.3 \r\n			\r\n			\r\n			\r\n			\r\n			Manipulating denitrification processes \r\n			\r\n			\r\n			\r\n			\r\n			Dr Surinder Saggar \r\n			\r\n			\r\n			\r\n			\r\n			Apr 10 - Jun 14 \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			2.4 \r\n			\r\n			\r\n			\r\n			\r\n			N2O emissions and soil water status \r\n			\r\n			\r\n			\r\n			\r\n			Dr Steve Thomas \r\n			\r\n			\r\n			\r\n			\r\n			Apr 10 - Jun 13 \r\n			\r\n			\r\n		\r\n	\r\n\r\n\r\n \r\n\r\n\r\nPrincipal Investigators \r\n\r\n\r\nProfessor Hong Di, Lincoln University\r\nDr Cecile de Klein, AgResearch \r\n\r\n\r\n\r\nLinkages \r\n\r\n\r\nAgMardt\r\nAgResearch\r\nCSIRO Australia\r\nDairyNZ\r\nLandcare Research\r\nLincoln University\r\nMassey University\r\nPastoral-21\r\nPlant & Food Research\r\nRavensdown\r\nSLMACC\r\n\r\n\r\nStories\r\n\r\n\r\nNZAGRC Newsletter February 2012 Page 5 \r\nNZAGRC Newsletter August 2011 Page 4 \r\nNZAGRC Newsletter December 2010 Page 8 \r\n\r\n\r\n	\r\n		\r\n			\r\n			Mitigation of methane NZAGRC \r\n			Release Newsletter - February 2012\r\n			\r\n		\r\n		\r\n			\r\n			From tiny bottles to grazing \r\n			\r\n			sheep and cows\r\n			Release Newsletter - August 2011\r\n		\r\n		\r\n						\r\n			The methane-free rumen - \r\n			the solution to all problems\r\n			Release Newsletter - April 2011\r\n			\r\n		\r\n		\r\n			 \r\n			\r\n			Technology transfer could help \r\n			reduce methane emissions \r\n			from \r\n			animal waste storage\r\n			\r\n			Release Newsletter - December 2011', 'c4f0cf321531569c425563a88cb3b9a7', 62, 'published', 2, '2012-03-21 02:34:52', NULL, '2012-03-21 02:34:52'),
(596, '<p>\r\nSelected recent publications from NZAGRC-funded scientists:\r\n</p>\r\n<p>\r\n2012\r\n</p>\r\n<p>\r\nBall, B.C., Cameron, K.C., Di, H.J. and Moore, S. (2012). Effects of trampling of a wet dairy pasture soil on soil porosity and on mitigation of nitrous oxide emissions by a nitrification inhibitor, dicyandiamide. <em>Soil Use and Management</em>. <a href=\"http://onlinelibrary.wiley.com/doi/10.1111/j.1475-2743.2012.00389.x/full\" target=\"_blank\" title=\"http://onlinelibrary.wiley.com/doi/10.1111/j.1475-... - link will open in a new window\">[Link to full text]</a>\r\n</p>\r\n<p>\r\n&nbsp;\r\n</p>\r\n', 'Selected recent publications from NZAGRC-funded scientists:\r\n\r\n\r\n2012\r\n\r\n\r\nBall, B.C., Cameron, K.C., Di, H.J. and Moore, S. (2012). Effects of trampling of a wet dairy pasture soil on soil porosity and on mitigation of nitrous oxide emissions by a nitrification inhibitor, dicyandiamide. Soil Use and Management. [Link to full text]', '6dc9d20a2a95624b3c0837239212ad85', 97, 'published', 4, '2012-03-21 02:36:08', NULL, '2012-03-21 02:36:08'),
(597, '<p class=\"h5\">\r\nSelected recent publications from NZAGRC-funded scientists: \r\n</p>\r\n<p>\r\n<span class=\"h5\">2012</span> \r\n</p>\r\n<p>\r\nBall, B.C., Cameron, K.C., Di, H.J. and Moore, S. (2012). Effects of trampling of a wet dairy pasture soil on soil porosity and on mitigation of nitrous oxide emissions by a nitrification inhibitor, dicyandiamide. <em>Soil Use and Management</em>. <a href=\"http://onlinelibrary.wiley.com/doi/10.1111/j.1475-2743.2012.00389.x/full\" target=\"_blank\" title=\"http://onlinelibrary.wiley.com/doi/10.1111/j.1475-... - link will open in a new window\">[Link to full text]</a> \r\n</p>\r\n', 'Selected recent publications from NZAGRC-funded scientists: \r\n\r\n\r\n2012 \r\n\r\n\r\nBall, B.C., Cameron, K.C., Di, H.J. and Moore, S. (2012). Effects of trampling of a wet dairy pasture soil on soil porosity and on mitigation of nitrous oxide emissions by a nitrification inhibitor, dicyandiamide. Soil Use and Management. [Link to full text]', 'a70616e0d1f7182d0c8b3fdf5f835b7c', 97, 'published', 4, '2012-03-21 02:36:37', NULL, '2012-03-21 02:36:37'),
(598, '<p class=\"h5\">\r\nSelected recent publications from NZAGRC-funded scientists: \r\n</p>\r\n<p>\r\n<span class=\"h5\">2012</span> \r\n</p>\r\n<p>\r\nBall, B.C., Cameron, K.C., Di, H.J. and Moore, S. (2012). Effects of trampling of a wet dairy pasture soil on soil porosity and on mitigation of nitrous oxide emissions by a nitrification inhibitor, dicyandiamide. <em>Soil Use and Management</em>. <a href=\"http://onlinelibrary.wiley.com/doi/10.1111/j.1475-2743.2012.00389.x/full\" target=\"_blank\" title=\"http://onlinelibrary.wiley.com/doi/10.1111/j.1475-... - link will open in a new window\">[Link to full text]</a> \r\n</p>\r\n<p>\r\nChiba, M.K., Cichota, R., Vogeler, I. (2012). Can we improve interpolation of N<sub>2</sub>O emission measurements by using environmental factors?&nbsp;In: Advanced Nutrient Management: Gains from the Past - Goals for the Future. (Eds L.D. Currie and C L. Christensen). [<a href=\"http://flrc.massey.ac.nz/publications.html\" target=\"_blank\" title=\"http://flrc.massey.ac.nz/publications.html ... - link will open in a new window\">Link to full text</a>]\r\n</p>\r\n', 'Selected recent publications from NZAGRC-funded scientists: \r\n\r\n\r\n2012 \r\n\r\n\r\nBall, B.C., Cameron, K.C., Di, H.J. and Moore, S. (2012). Effects of trampling of a wet dairy pasture soil on soil porosity and on mitigation of nitrous oxide emissions by a nitrification inhibitor, dicyandiamide. Soil Use and Management. [Link to full text] \r\n\r\n\r\nChiba, M.K., Cichota, R., Vogeler, I. (2012). Can we improve interpolation of N2O emission measurements by using environmental factors? In: Advanced Nutrient Management: Gains from the Past - Goals for the Future. (Eds L.D. Currie and C L. Christensen). [Link to full text]', '691bb02452448b6877783e168d8652f3', 97, 'published', 4, '2012-03-21 02:38:27', NULL, '2012-03-21 02:38:27'),
(599, '<p align=\"left\">\r\n<span class=\"h5\">Goals &amp; Objectives</span> \r\n</p>\r\n<p align=\"left\">\r\nThe N<sub>2</sub>O programme focuses on manipulating some of the <strong>N inputs</strong> that drive the quantity of N<sub>2</sub>O released and on manipulating the <strong>processes</strong> that form and release N<sub>2</sub>O. \r\n</p>\r\n<p align=\"left\">\r\nManipulating <strong>N inputs</strong> investigates ways to reduce N inputs through plant breeding/selection and plant management (Objective 2.1). Manipulating <strong>processes</strong> will address the challenge of optimising nitrification inhibitors so that their effectiveness and longevity is increased (Objective 2.2). Research will also be undertaken to determine the impact of soil amendments on the denitrification process and the N<sub>2</sub>O/N<sub>2</sub> ratio (Objectives 2.3). Finally, the programme will investigate ways to mitigate N<sub>2</sub>O emissions through better understanding its relationship with soil physical characteristics and soil water status (Objective 2.4). \r\n</p>\r\n<p class=\"h5\" align=\"left\">\r\nOverview of N<sub>2</sub>0 research programme \r\n</p>\r\n<p style=\"text-align: center\" align=\"left\">\r\n<img src=\"user/image/large/174/Screen%20shot%202012-02-22%20at%203.52.25%20PM.png\" border=\"0\" alt=\"Screen shot 2012-02-22 at 3.52.25 PM.png\" title=\"Screen shot 2012-02-22 at 3.52.25 PM.png\" width=\"501\" height=\"228\" /><br />\r\n</p>\r\n<table border=\"1\" cellspacing=\"0\" cellpadding=\"0\">\r\n	<tbody>\r\n		<tr>\r\n			<td colspan=\"2\" width=\"250\" valign=\"top\">\r\n			<p align=\"center\">\r\n			<strong>Objective</strong> \r\n			</p>\r\n			</td>\r\n			<td width=\"121\" valign=\"top\">\r\n			<p align=\"center\">\r\n			<strong>Leader</strong> \r\n			</p>\r\n			</td>\r\n			<td width=\"128\" valign=\"top\">\r\n			<p align=\"center\">\r\n			<strong>Timeframe</strong> \r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td width=\"33\" valign=\"top\">\r\n			<p align=\"center\">\r\n			2.1 \r\n			</p>\r\n			</td>\r\n			<td width=\"217\" valign=\"top\">\r\n			<p align=\"left\">\r\n			Manipulating N inputs \r\n			</p>\r\n			</td>\r\n			<td width=\"121\" valign=\"top\">\r\n			<p align=\"left\">\r\n			Dr Cecile de Klein \r\n			</p>\r\n			</td>\r\n			<td width=\"128\" valign=\"top\">\r\n			<p>\r\n			Apr 10 - Jun 14 \r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td width=\"33\" valign=\"top\">\r\n			<p align=\"center\">\r\n			2.2 \r\n			</p>\r\n			</td>\r\n			<td width=\"217\" valign=\"top\">\r\n			<p align=\"left\">\r\n			Manipulating nitrification processes \r\n			</p>\r\n			</td>\r\n			<td width=\"121\" valign=\"top\">\r\n			<p align=\"left\">\r\n			Prof HJ Di \r\n			</p>\r\n			</td>\r\n			<td width=\"128\" valign=\"top\">\r\n			<p>\r\n			Apr 10 - Jun 14 \r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td width=\"33\" valign=\"top\">\r\n			<p align=\"center\">\r\n			2.3 \r\n			</p>\r\n			</td>\r\n			<td width=\"217\" valign=\"top\">\r\n			<p align=\"left\">\r\n			Manipulating denitrification processes \r\n			</p>\r\n			</td>\r\n			<td width=\"121\" valign=\"top\">\r\n			<p align=\"left\">\r\n			Dr Surinder Saggar \r\n			</p>\r\n			</td>\r\n			<td width=\"128\" valign=\"top\">\r\n			<p>\r\n			Apr 10 - Jun 14 \r\n			</p>\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td width=\"33\" valign=\"top\">\r\n			<p align=\"center\">\r\n			2.4 \r\n			</p>\r\n			</td>\r\n			<td width=\"217\" valign=\"top\">\r\n			<p align=\"left\">\r\n			N<sub>2</sub>O emissions and soil water status \r\n			</p>\r\n			</td>\r\n			<td width=\"121\" valign=\"top\">\r\n			<p align=\"left\">\r\n			Dr Steve Thomas \r\n			</p>\r\n			</td>\r\n			<td width=\"128\" valign=\"top\">\r\n			<p>\r\n			Apr 10 - Jun 13 \r\n			</p>\r\n			</td>\r\n		</tr>\r\n	</tbody>\r\n</table>\r\n<p>\r\n&nbsp;\r\n</p>\r\n<p>\r\n<span class=\"h5\">Principal Investigators</span> \r\n</p>\r\n<p>\r\nProfessor Hong Di, Lincoln University<br />\r\nDr Cecile de Klein, AgResearch \r\n</p>\r\n<p>\r\n<span class=\"h5\"><a name=\"capability\" title=\"capability\"></a></span><span class=\"h5\"><br />\r\nLinkages</span> \r\n</p>\r\n<p>\r\nAgMardt<br />\r\nAgResearch<br />\r\nCSIRO Australia<br />\r\nDairyNZ<br />\r\nLandcare Research<br />\r\nLincoln University<br />\r\nMassey University<br />\r\nPastoral-21<br />\r\nPlant &amp; Food Research<br />\r\nRavensdown<br />\r\nSLMACC\r\n</p>\r\n<p>\r\n<span class=\"h5\">Stories</span>\r\n</p>\r\n<p>\r\nNZAGRC Newsletter February 2012 Page 5 <br />\r\nNZAGRC Newsletter August 2011 Page 4 <br />\r\nNZAGRC Newsletter December 2010 Page 8&nbsp;\r\n</p>\r\n<table border=\"0\" cellpadding=\"10\">\r\n	<tbody>\r\n		<tr>\r\n			<td><span class=\"h6\"><img src=\"user/image/thumb/220/Methane1.jpg\" border=\"0\" alt=\"Mitigation of Methane\" title=\"Mitigation of Methane\" /></span></td>\r\n			<td><span class=\"h6\">Mitigation</span><span class=\"h6\"> of methane NZAGRC</span> <br />\r\n			Release Newsletter - February 2012\r\n			</td>\r\n		</tr>\r\n		<tr>\r\n			<td><span class=\"h6\"><img src=\"user/image/thumb/221/Cow%20Sheep.jpg\" border=\"0\" alt=\"Grazing Sheep and Cows\" title=\"Grazing Sheep and Cows\" /></span></td>\r\n			<td><span class=\"h6\">New centre at Lincoln University gets the <br />\r\n			measure of greenhouse gas emissions</span><br />\r\n			Release Newsletter - August 2011</td>\r\n		</tr>\r\n		<tr>\r\n			<td>			<span class=\"h6\"><img src=\"user/image/thumb/222/Methane%20Rumen.jpg\" border=\"0\" alt=\"Methane Rumen\" title=\"Methane Rumen\" /></span></td>\r\n			<td><span class=\"h6\">Nitriï¬cation inhibitors  - a win/win technology</span><span class=\"h6\"><br />\r\n			</span>Release Newsletter - December 2010<br />\r\n			</td>\r\n		</tr>\r\n	</tbody>\r\n</table>\r\n', 'Goals & Objectives \r\n\r\n\r\nThe N2O programme focuses on manipulating some of the N inputs that drive the quantity of N2O released and on manipulating the processes that form and release N2O. \r\n\r\n\r\nManipulating N inputs investigates ways to reduce N inputs through plant breeding/selection and plant management (Objective 2.1). Manipulating processes will address the challenge of optimising nitrification inhibitors so that their effectiveness and longevity is increased (Objective 2.2). Research will also be undertaken to determine the impact of soil amendments on the denitrification process and the N2O/N2 ratio (Objectives 2.3). Finally, the programme will investigate ways to mitigate N2O emissions through better understanding its relationship with soil physical characteristics and soil water status (Objective 2.4). \r\n\r\n\r\nOverview of N20 research programme \r\n\r\n\r\n\r\n\r\n\r\n	\r\n		\r\n			\r\n			\r\n			Objective \r\n			\r\n			\r\n			\r\n			\r\n			Leader \r\n			\r\n			\r\n			\r\n			\r\n			Timeframe \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			2.1 \r\n			\r\n			\r\n			\r\n			\r\n			Manipulating N inputs \r\n			\r\n			\r\n			\r\n			\r\n			Dr Cecile de Klein \r\n			\r\n			\r\n			\r\n			\r\n			Apr 10 - Jun 14 \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			2.2 \r\n			\r\n			\r\n			\r\n			\r\n			Manipulating nitrification processes \r\n			\r\n			\r\n			\r\n			\r\n			Prof HJ Di \r\n			\r\n			\r\n			\r\n			\r\n			Apr 10 - Jun 14 \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			2.3 \r\n			\r\n			\r\n			\r\n			\r\n			Manipulating denitrification processes \r\n			\r\n			\r\n			\r\n			\r\n			Dr Surinder Saggar \r\n			\r\n			\r\n			\r\n			\r\n			Apr 10 - Jun 14 \r\n			\r\n			\r\n		\r\n		\r\n			\r\n			\r\n			2.4 \r\n			\r\n			\r\n			\r\n			\r\n			N2O emissions and soil water status \r\n			\r\n			\r\n			\r\n			\r\n			Dr Steve Thomas \r\n			\r\n			\r\n			\r\n			\r\n			Apr 10 - Jun 13 \r\n			\r\n			\r\n		\r\n	\r\n\r\n\r\n \r\n\r\n\r\nPrincipal Investigators \r\n\r\n\r\nProfessor Hong Di, Lincoln University\r\nDr Cecile de Klein, AgResearch \r\n\r\n\r\n\r\nLinkages \r\n\r\n\r\nAgMardt\r\nAgResearch\r\nCSIRO Australia\r\nDairyNZ\r\nLandcare Research\r\nLincoln University\r\nMassey University\r\nPastoral-21\r\nPlant & Food Research\r\nRavensdown\r\nSLMACC\r\n\r\n\r\nStories\r\n\r\n\r\nNZAGRC Newsletter February 2012 Page 5 \r\nNZAGRC Newsletter August 2011 Page 4 \r\nNZAGRC Newsletter December 2010 Page 8 \r\n\r\n\r\n	\r\n		\r\n			\r\n			Mitigation of methane NZAGRC \r\n			Release Newsletter - February 2012\r\n			\r\n		\r\n		\r\n			\r\n			New centre at Lincoln University gets the \r\n			measure of greenhouse gas emissions\r\n			Release Newsletter - August 2011\r\n		\r\n		\r\n						\r\n			Nitriï¬cation inhibitors  - a win/win technology\r\n			Release Newsletter - December 2010', '85d432cd3278e9d08dbc8bf7cfa1c9d2', 62, 'published', 2, '2012-03-21 02:50:00', NULL, '2012-03-21 02:53:41');
