The Terra-i tool enables stakeholders to use the data at different levels to take action in natural resource management and create synergies between national and local institutions for protecting and conserving natural resources, as well as enhancing related governance processes, at national and subnational scales.
As global population grows so will demand for animal protein (Planbureau voor de Leefomgeving, 2009 ), making livestock farming intensification a central part to a sustainable food future. Breeding and mainstreaming of tropical forages are essential for improving productivity and lowering the environmental footprint while reducing the number of hectares dedicated to livestock production and the pressure over highly valuable ecosystems. This is a not only a priority in Latin America but in Africa and Asia as well, where the demand of forages with high nutritional quality and with resistance to different stresses is growing.
Crops such as bananas, potatoes and cassava are essential to food security in the world’s poorest regions. By 2050, their importance will increase, but climate change and population growth will put unprecedented pressure on production
The 2019 Global Forest Watch (GFW) Summit, held in Washington DC this week, opened with a retrospective on how deforestation monitoring systems have matured since their broad development in the early 2010s. Several Latin America countries have their own dedicated system. While many African and Asian countries have not yet created dedicated systems, they have come a long way in deforestation monitoring. Efforts such as Global Forest Watch, CIAT’s Terra-i system, and others are mature, providing near real-time data that can help governments, NGOs, the private sector, and others monitor and track deforestation across the world.
Building on the success of the Climate-Smart Agriculture Country Profiles, CIAT, together with the World Bank and FAO, is leading an initiative to create profiles for digital agriculture, starting with Argentina, Grenada, Kenya, Turkey and Vietnam.
Through cost-saving practices for coffee, rice, maize, and livestock production, Vietnam can increase its Paris Agreement commitments, says a study that highlights climate action potential for agriculture in Southeast Asia
What will food systems, agriculture and the environment look like in 2050? Given current trends, there is a range of highly contrasting outcomes
In one scenario, these bedrocks of society will have continued down their current path and faced significantly greater challenges than they do today.
Godefroy Grosjean has worked with CIAT for more than three years and he is the leader of the Asia Climate Policy Hub. His work focuses on supporting the development and implementation of climate-related policies for the agriculture sector.
Michael Peters and his team have been developing tropical forage varieties that enable improved animal productivity, better adaptation to biotic and abiotic stresses, while being environmentally friendly, through the mitigation of greenhouse gas emissions.
By combining the latest crop models and local expertise in Vietnam, Uganda and Nicaragua, scientists developed a process to pinpoint where cash crops and food security is most threatened by climate change. The tool can help streamline climate spending
About CIAT in Asia
Despite the economic miracle that Southeast and East Asia has experienced over the last four decades, a significant proportion of the population living in rural areas and relying on agriculture remain poor. The economic crisis that hit Southeast Asia in the mid-1990s demonstrated the importance of a rural base for much of the population and prompted a much-needed renewal of commitment to improve the conditions of smallholder farmers.
The newly established Common Platform on Microbial Biotechnologies (CPMB) in Hanoi, Vietnam, is investigating the role of soil biota in sustainable cropping systems, and promoting agroecology in the region.