About the Climate Hazards Center

Climate Hazards Center Partnerships & Affiliates 

The Climate Hazards Center is a 19-year-old alliance of multidisciplinary scientists and food security analysts from the UC Santa Barbara Geography Department, Africa, and Latin America working alongside partners in the US Geological Survey (USGS), the National Aeronautics and Space Administration (NASA), the Famine Early Warning Systems Network (FEWS NET), the National Oceanic and Atmospheric Administration (NOAA), and the United States Department of Agriculture (USDA). This cooperative is unique in its high potential for high-profile international outreach, which includes collaborations with organizations like The Regional Centre for Mapping of Resources for Development (RCMRD), AGRHYMET Regional Centre, IGAD Climate Predicition and Applications Centre (ICPAC), the Southern African Development Community's (SADC) Climate Services (CSC), and the World Food Programme (WFP). 

Climate Hazards Center Origin

In 1985, in the wake of record famine across east Africa, FEWS NET was created by USGS and USAID to provide advance warning of potential famine events while collecting data to support humanitarian response programs. In 2003, in close collaboration with the US Geological Survey Earth Recources Observation and Science Center (USGS EROS), the Climate Hazards Group (now the Climate Hazards Center) was founded to provide further support to FEWS NET and its goal of protecting the world's most vulnerable regions and inhabitants.  



Critical Research & Timely Action: UCSB Team and Field Scientists 

The UC Santa Barbara team conducts critical climate science research, which is shared with CHC field scientists who then communicate information with key decision-makers, often serving as the vital link between climate crisis and timely humanitarian aid.


Decision Support & Capacity Building: CHC's Unique Mission 

The Climate Hazards Center (CHC) supports integrated research focused on understanding, anticipating, preparing for, and responding to climate hazards, with regional foci on developing countries in Africa, South/Central America, and Asia, as well as the Western US. Three geographic domains— climate, hazards, and spatial methods—form the core competencies, or pillars, of the CHC.
The interaction of climate and hazards supports traditional climate research at sub-seasonal, seasonal, and decadal scales. This work includes a focus on improved climate monitoring and prediction, but also incorporates the human impacts of these physical hazards, as well as strategies for disaster mitigation and resilience. Finally, the interaction of hazards and geographic methods looks at relationships between climate and issues of food and water insecurity, environmental change, health outcomes, insurance, adaptation, agriculture and cereal prices using a lens that embraces demography, livelihoods, vulnerability and adaptation.
The CHC provides improved decision support, early warning, and capacity-building, particularly in Africa and Central/South America. A common set of climate drivers—El Niño/La Niña, the Madden-Julian Oscillation, the Pacific Decadal Oscillation—influence climate in Africa and the Americas, and common hazards associated with drought and wildfire conditions prevail. The CHC examines climate hazards across the globe, but most particularly in vulnerable regions of the developing world.




The CHC’s unique mission lies in decision support and capacity-building. While decision support takes many forms, the CHC focuses primary on drought early warning, famine prevention, climate prediction, and climate adaptation. The CHC’s ultimate goal, which is consistently met, is to support environmental decision making, fisheries management, and sustainable development while reducing and monitoring climate-induced impacts. Our outreach component focuses on empowering scientists and decision-makers, in the U.S. and developing countries, to monitor, predict, prepare for, and respond to climate extremes.

Read more about CHC in Science's "The Hunger Forecast: How a team of scientists studying drought helped build the world's leading famine prediction model."