The Association of African Universities (AAU) has intensified its support for students from its member institutions to acquire employable skills before graduating from their universities. Through its development partners the African Capacity Development Foundation (ACBF) and the Swedish International Development Agency (Sida), the AAU has secured funds for its member universities in good standing (whose annual subscription payment to AAU is up to date) to offer small grants of up to US$600 per student for graduate internships.
Students may apply online at https://www.aau.org/subs/grin/
The deadline for application is Friday 19th May, 2017.
Conditions for the Award of the Grant
• Grant applicants should be students pursuing post-graduate degree programmes. Applicants should note that the grants are for training purposes only and not meant for the completion of theses or dissertations.
• Applicants shall commit to undertake an internship programme for a period between twelve (12) and twenty-four (24 weeks).
• Applications should be supported with an authorisation note from the Head of Department of the applicant’s university as well as an official acceptance letter from the establishment wishing to host the intern.
• All applicants should submit a detailed curriculum vitae.
• A detailed but confidential supervisory report would be required from the host institution on the progression of the applicant during the period of internship, and from the university of the applicant on academic progress after the period of internship.
• Past beneficiaries of the AAU Internship Scheme are not eligible to apply.
• Consideration would be given to applicants who have no practical work experience.
Selection of successful applications would be based on a quota system revolving around gender (at least 40% of beneficiaries should be females); country (not more than 10 applicants per country) and language (at least 30% from Francophone institutions).
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.
New Zealand’s Livestock Emissions & Abatement Research Network (LEARN) is pleased to announce their new-look website. The Network, which co-funds annual PhD scholarships and Postdoctoral fellowships and funds quarterly Technical Training and GRASS awards, is sponsored by the New Zealand Government with the aim of building international capability in livestock emissions research.
The Global Research Alliance’s Livestock Research Group has published a new case study on beef production in Canada. The study discovered that Canada produced 32% more beef in 2011 than in 1981, mostly due to higher carcass weights. This was done with 29% less breeding stock, 27% fewer slaughter cattle and 24% less land, and with a 14% reduction in greenhouse gas emissions intensity.
The Livestock Research Group is documenting countries’ successes in reducing on-farm emissions intensity and increasing productivity and resource use efficiency (or reducing other externalities) of livestock systems. The case studies showcase the diversity of approaches being employed across different livestock systems and scales (local, state and national).
Read the other case studies (scroll down to ‘Success stories in reducing emissions intensity’)
A team of researchers at the University of Sheffield have used a specific UK mill and bakery as a model for the environmental cost of producing a loaf of bread.
They collected and analysed data for emissions involved at every step of the process, including growing the wheat, fertilising it, harvesting the crop, transporting the grains to the mill, grinding the grains into flour, transporting the flour to a bakery and then baking and packaging a loaf of bread. Many stages were energy intensive and involved with emissions — for example, the machinery involved with tilling the soil, harvesting, and irrigation, or the electricity required to operate the mill and the bakery. But the vast majority of emissions — nearly 66 percent — came from growing wheat, with 40 percent attributable just to the use of ammonium nitrate fertilisers.
Read the article here
Abstracts on “Soil Carbon and Greenhouse Gas Emissions” are now invited for the The American Society of Agronomy, Crop Science Society of America, and Soil Science Society of America’s international annual meeting to be held October 22-25, 2017 in Tampa, Florida. The event hopes to host more than 4,000 scientists, professionals, educators, and students with its “Managing Global Resources for a Secure Future” theme.
To submit your abstract, open the link below and navigate to the ASA Section “Environmental Quality” and community “Soil Carbon and Greenhouse Gas Emissions”.
A call for abstracts has been announced ahead of the 6th Symposium on Soil Organic Matter to be held 3-7 September 2017 in Harpenden, UK.
Abstracts are invited for the following themes:
• Session 1: Global Perspectives (invited speakers only)
• Session 2: Modelling SOM: from soil pore to climate change
• Session 3: Methods 1: Visualising SOM
• Session 4: Methods 2: Quantifying pools and fluxes of SOM
• Session 5: Soil Health 1: Biological interactions
• Session 6: Soil Health 2: The role of decomposition
• Session 7: SOM as Natural Capital
The deadline for abstract submission is 15 April 2017.
Find information on submitting abstracts here
Register for the conference here
Visit the conference website: www.som2017.org
The winter 2017 newsletter from our Partner, Global Open Data for Agriculture & Nutrition (GODAN), is now available.
This issue includes information about the latest documentary from their YouTube channel of a UK farmer utilising satellite data for precision farming.
Read the newsletter here