The GRA Integrative Research Group (IRG) is holding a mitigation modelling workshop alongside the 7th international Greenhouse Gas and Animal Agriculture conference, Foz do Iguacu Brazil.
Those interested in attending the workshop should contact the workshop organiser (email above).
Global Research Alliance – mitigation modelling workshop
Sunday, August 04, 2019, Parallel room #1
The Global Research Alliance, Integrated Research Group (IRG), brings together global networks of research scientists with common interests in modelling of greenhouse gas (GHG) emissions, mitigation solutions, soil carbon sequestration and to inform GHG inventories.
One of the core objectives of the IRG is capacity building, particularly in encouraging younger scientists, to enhance their skills in farm systems analysis and modelling as an essential component of GHG mitigation research.
The purpose of this workshop is therefore to bring together research scientists with experience in farm systems modelling of GHG mitigation, to share their experiences and encourage those with an emerging interest in this area of work.
The outcome would be an expanded global network GHG modellers, committed to collaborating with the next generation of emerging farm systems modellers around the world in farm systems analysis of GHG mitigation.
Structure of the workshop
The workshop invites short (10 minutes) presentations from delegates working in farm systems analysis and modelling of GHG mitigation. These can be either real case study farms or regionally representative farming systems or components
We encourage the presenters to structure their presentations to cover:
- Why the study was conducted;
- How the study was conducted (models used, methods, economics of mitigation) and
- What would you do differently if you repeated the study?
Each talk will be followed by another 10 minutes of facilitated discussion to ensure that attendees get the maximum value from each talk. The day will be divided into themes, depending on the talks being offered e.g. component modelling of soil carbon, enteric methane, nitrous oxide and farm systems analysis. At the end of each theme, there will again be time for general discussion.
The day will end with a summary session of the key mitigation options modelled and models/tools that have been and can be applied, plus discussion on how delegates can collaborate in future.
We therefore invite all those interested in presenting their farm systems modelling research, to contact the organisers, providing a title of their talk and a maximum 100-word abstract of the study they would like to present.
Prof. Richard Eckard,
Global Research Alliance, Integrative Research Group
The University of Melbourne