Solving challenges around agriculture, food policy, and water access.
The challenge of feeding a global population that is expected to reach 11 billion this century looms large. The availability of water—largely used for food production—is also an enormous challenge, made more difficult by the droughts associated with climate change. The School of Earth, Energy & Environmental Sciences is home to much of Stanford’s expertise in this area. With faculty in areas such as sustainable agriculture, land use, economics, geographic analysis, watershed analysis, and ecosystem services and benefits analysis, Stanford brings an innovative and interdisciplinary approach to this tangled but vitally important set of issues.
Meet some of our faculty involved In Food and Water Security
Our faculty are world class teachers and researchers in their fields, leveraging the latest remote-sensing and data science technologies to understand everything from crop yields to groundwater availability and the economics of famine.
David Lobell
Associate Professor Earth System Science
Rosemary Knight
Professor of Geophysics
Steven Gorelick
Professor of Earth System Science
Rosamond Taylor
Economist and Professor of Earth System Science
Scott Fendorf
Professor of Earth System Science
Marshall Burke
Economist and Assistant Professor of Earth System Science
Related research groups
Our multidisciplinary research groups bring together cutting-edge knowledge to test ideas for new solutions.
All research groups
How do we manage our freshwater future?
Professor Rosemary Knight explains how amazing new technologies allow us to "see" the groundwater hidden beneath our feet at TEDx Stanford. Watch.
FEED Collaborative
The FEED Collaborative is an academic program in sustainable food system education and innovation at Stanford Earth.
Looking to work on real-world projects that have an impact? Check out FEED's classes, workshops, internships, and fellowships.
Courses related to food and water security
News related to food and water security
Soil holds potential to slow global warming
Plant matter in soil could offset a significant amount of carbon emissions if managed properly. More research is needed to unlock soil’s potential to mitigate global warming, improve crop yields and increase resilience to extreme weather.
Mapping the seawater threat to California Central Coast aquifers
Scientists use Earth-imaging technologies to study the intrusion of saltwater into freshwater aquifers along the California coast.
Measuring land use change and human impact with technology
Earth system scientist Eric Lambin explains how technology can be used to develop better policy for sustainable land use.
