October 11, 2017   •   Events

13/10/2017 - 13/10/2017

International webinar from Colombia

Registration link

April 11, 2017   •   News

Australia’s Nitrous Oxide (N2o) Network’s website has updated their website.

The network comprises a growing compendium of resources from Australian and international collaborators regarding N2O and associated non-CO2 emissions from agricultural soils. Following a funding proposal in with the Australian government to expand the network, datasets from their international projects and collaborations are being updated to the site.

Visit the website


May 6, 2016   •   Events

04/12/2016 - 08/12/2016

Melbourne Cricket Ground

INI 2016 website

March 29, 2016   •   News

The National Institute for Agro-Environmental Sciences (NIAES) has announced the media release of the new publication, “Guidelines for Measuring Methane (CH4) and Nitrous Oxide (N2O) Emissions from Rice Paddies by a Manually Operated Closed Chamber Method”.

The guidelines are supported by the MIRSA-2 project “Technology development for circulatory food production systems responsive to climate change (Development of mitigation option for greenhouse gas emissions from agricultural lands in Asia)”, and funded by MAFF, Japan, to support the goals and objectives of the Paddy Rice Research Group of the Global Research Alliance.mirsa_guidelines_1

 

View Guidelines

February 25, 2015   •   News

A position (up to 2.5 years) is available for a postdoctoral fellow who will be responsible for measuring nitrous oxide fluxes from grazed pastures systems based at the University of Waikato, Hamilton, New Zealand.  The project will be purchasing equipment that allows eddy covariance measurements of nitrous oxide and the successful candidate will help install and maintain the equipment, collect data, interpret and write papers in this newly-developing field of research.  The successful applicant will be part of a team measuring carbon dioxide and water fluxes from pastures and wetlands. The team’s goal is to find management practices that decrease the greenhouse gas burden on the atmosphere while maintaining production.  Further details about the team and its research can be found on www.waiber.com.  The full position description can be viewed at the University of Waikato, vacancy page:  www.jobs.waikato.ac.nz, where applications should also be made.  Enquiries of an academic nature should be directed to Professor Louis Schipper, email: [email protected].

 

May 17, 2013   •   News

The Nitrous Oxide Chamber Methodologies page has now been added to the website. The full guidelines document can be downloaded on the page, or indivodual chapters. The document provides internationally agreed reference guidelines for measuring N2O emissions using chamber methodologies, so as to inform the production quality N2O flux measurement data and improve inter-comparability between international studies.  

 

November 8, 2011   •   News

The University of Reading’s Centre for Dairy Research (CEDAR) hosted the Global ReseArCH4 inveN2Ory workshop on Friday 31 October. This UK workshop supported the work of the Global Research Alliance and was an opportunity for academics and industry from across the world to view the latest measurement techniques, particularly around methane and nitrous oxide emitted by livestock, soil and manure. Follow the media links below to read more about the workshop

http://www.farmbusiness.cc/news.asp?section=248&newsid=10869

http://www.nfuonline.com/News/The-tricky-task-of-measuring-GHG-emissions/

September 14, 2011   •   News

Canada’s Agricultural Greenhouse Gases Program (AAGP), represents a five-year, $27-million initiative that focuses on the development of on-farm greenhouse gas (GHG) mitigation technologies and is Canada’s initial contribution to the Global Research Alliance. The AGGP will provide funding to various partners across Canada to investigate innovative mechanisms, tools and approaches to provide real solutions for the agriculture sector.

The AAGP is funding Nova Scotia Agricultural College in a project to advance and develop greenhouse gas mitigation technologies that will allow producers to understand and apply nitrogen in a more efficient, cost-effective and environmentally responsible manner, thereby reducing its impact on air and water quality. This will lead to better soil fertility, reduced nitrous oxide emissions, and a decrease in other environmental impacts, such as water contamination. Read the full article