Last week, as global leaders gathered in New York City for the 69th Session of the UN General Assembly, U.S. Government officials helped launch the Global Alliance for Climate Smart Agriculture during the United Nations Climate Summit. Speaking at the Summit, President Obama called climate change the issue that will define the contours of this century more dramatically than any other.
Climate change is a critical challenge for food production around the world, affecting global temperatures, precipitation patterns and oceans. As climate-related threats grow more severe, decisions about where and how food is produced can either accelerate or help put the brake on climate change. Unfortunately, in many countries, those most vulnerable to the impacts of climate change are the least food-secure.
In concert with the U.S. Global Climate Change Initiative, Feed the Future is partnering to meet the challenge of increasing global food production by at least 60 percent by 2050 to feed a growing population while sustainably managing natural resources and adapting to a changing climate.
Mrs. Muthira, a smallholder maize farmer in Kenya, proudly shows off her crops at her farm in Migori Country. A Feed the Future partnership with Kenya Agriculture Value Chain Enterprises and the African Agricultural Technology Foundation has been testing the effectiveness of water-efficient maize in Kenya. While Kenya’s semi-arid region receives unreliable rainfall, improved varieties of water-efficient maize have the potential to improve yields and equip farmers to withstand increasingly frequent droughts. Photo by USAID.
Under Feed the Future, scientists from the U.S. Department of Agriculture (USDA) are researching abiotic stress – i.e. stress from sources other than pests or diseases – which can be caused by climate change and is damaging to crops.
At USDA Agricultural Research Service hubs in Puerto Rico and Washington State, scientists are evaluating bean plants for heat stress and drought response. The Feed the Future Innovation Lab for Climate-Resilient Beans, based at Pennsylvania State University, is also investigating drought tolerance of beans in Mozambique. As scientists determine which bean populations are most promising, they will select and breed them in Africa during the coming growing season. This process of selecting for abiotic stress tolerance in bean populations is already underway in Honduras. Photo by USDA.
Young farmers plant rice in Mali, where changes in rainfall and temperatures are challenging the resilience of farming systems. The United States is supporting the Government of Mali’s efforts to advance understanding of the impacts of climate change: this month, USAID hosted an event in Bamako attended by Mali’s Secretary General of the Ministry of the Environment as well as more than 50 other participants from government, NGOs, research institutions and the private sector. The workshop analyzed how climate change will impact water resources, crop productivity, pests and diseases, farming methods and other aspects of agriculture and food security in Mali. Photo by Devan Wardwell/Abt Associates.