Building Team Chemistry: The Bigger Picture Behind Cows & Climate
Conor McCabe
Animal Biology Graduate Student, UC Davis
Climate-smart agriculture has the potential to increase productivity, adapt crops and livestock to changing climates and mitigate greenhouse gas emissions. A variety of climate-smart farming practices and technologies exist; however, their adoption by farmers is believed to be low, particularly in low and middle income countries.
Barriers to small-scale farmer adoption of climate-smart agriculture include poor access, limited knowledge, inability to take risks, weak financing mechanisms and lack of rapidly attractive value propositions
Through a series of assessments, World Vision is validating suitable practices and strategies for farmers, with a particular emphasis on gender equity and social inclusion. The study focuses on the poorest farmers, women-led farming households, young farmers and those with very small farms.
While the research specifically assesses climate-smart practices in India, Kenya and Bangladesh, it is possible that valuable insights can also be applied elsewhere. The World Vision, IDS and ODI team will analyze trends in climate smart farming and its financing and identify successes in promoting climate-smart agriculture especially in low and lower middle income countries.
We are committed to funding research that supports agriculture to be net-zero for greenhouse gas emissions. This research is identifying what programs, policies and incentive strategies are successful at advancing climate-smart practices, a foundational part of mobilizing greater adoption globally.
Syngenta Foundation for Sustainable Agriculture and World Vision