Research with a public purpose
Complex problems require complex solutions.
Our experts collaborate across disciplines to ensure that holistic approaches address deep rooted social inequalities that affect every aspect of human and natural worlds.
Our signature strengths
Confronting the most urgent and complex challenges
We take an integrated and holistic approach to development by building bridges within our three signatures strengths:
- Wellbeing and inclusion
- Environmental sustainability
- Food and nutritional security
Faculty spotlight
Working to improve lives today and solve tomorrow's greatest challenges
The complex challenges facing our world demand diverse thinking and insights across vast frontiers of knowledge.
In Global Development, our faculty are spearheading life-changing research here in New York and around the globe.
In the field
Our faculty take their knowledge and experience to the field, connecting with stakeholders to build resilient, inclusive communities and tackle real-world problems.
Global
Climate-Resilient Farming Systems
With a network of global partners, this program seeks to improve tropical smallholder farming systems for greater productivity and resilience to climate change through ecological approaches. The team's primary goal is to achieve beneficial impact for farmers and the environment. They do this combine research with community-based development approaches and by complementing farmer-driven innovation processes with analytical tools and technical know-how.
- Faculty lead: Erika Styger
- Project website: Climate-Resilient Farming Systems at Cornell
Weather hotspots across Zambia
Bridging the spatial and cognitive dimensions of farmer climate adaptation
This project examines the extent to which Zambian farmers rely on past climate experiences and cognitive heuristics to make maize seed choices in the context of the ‘choice overload’ that emerged out of seed market liberalization. Researchers are developing a methodology to bridge the spatial and cognitive dimensions around seed selection, using a multi-scale modeling approach that combines physically based high-resolution land surface modeling with satellite data and machine learning.
- Faculty lead: Kurt Waldman
- Funder: National Science Foundation
- Partners: Jordan Blekking, Postdoc in Global Development; Dr. Meha Jain, University of Michigan
Global
SRI-Rice
SRI-Rice seeks to advance and share knowledge about the System of Rice Intensification, to improve the technical implementation of the SRI methodology, and to support networking among interested organizations agencies, and individuals around the globe.
- Faculty lead: Lucy Fisher
- Program website: SRI-Rice at Cornell
New York State, USA
Agricultural Floodplain Rice Farming as Adaptation to Climate Change
Researchers propose paddy rice farming on agricultural floodplains as a potential scalable climate adaptation to increasing flood risk in the Northeast US, while enhancing the profitability and sustainability of agricultural production. Researchers seek to map the floodplains that are suitable for rice farming in NYS and examine the synergies and tradeoffs in the provision of different ecosystem services in the potential rice farming sites.
- Faculty lead: Chuan Liao
- Funder: USDA National Institute of Food and Agriculture, Hatch Smith-Lever Grant
- Partners: Jenny Kao-Kniffin (SIPS) Susan McCouch (SIPS) Wendong Zhang (Dyson)
- Learn more about the project in the Cornell Chronicle.
Belgium, Benin, Chad, Guinea, Nigeria, USA
"Junkers": Regulation and Repair in West Africa
This project traces the flows of secondhand cars from the US and Europe to West Africa, while seeking to contribute to debates about the social and environmental consequences of the used car trade and how to regulate it. Researchers look at the creativity and ingenuity required to keep cars on the road and at how different forms of value are prioritized through cases of breakdown and repair in Benin, Chad, Guinea, and Nigeria – West African countries with different regulatory regimes and used car inventories.
- Faculty lead: Lori Leonard
- Funder: National Science Foundation
Student Research Spotlight
Recycling human waste for a more prosperous planet
Under the mentorship of Rebecca Nelson, Eli Newell '24's work revolves around a growing field of research: circular bionutrient economy. With research partners from New York to Kenya, this work seeks to recycle nutrients from human and agricultural waste into fertilizer, which ultimately reduces pollution, improves sanitation, and promotes food security.
Mira Qi, Ph.D. student in Development Studies, explores how rural communities in China, often led by women, are using seed banks and traditional techniques to boost local crop diversity and food security.
“It is so important especially as a student at Cornell to be aware of the needs of farmers in the community. In the dead of the Ithaca winter, who are the people working outside to ensure people are fed? That’s farmworkers and they often face some very alarming challenges to be able to do their jobs they take pride in,” says Elizabeth Arrazola '24.
In her doctoral research as a TCI scholar, Amrutha Jose Pampackal studies how the nutritional security of forest-proximate communities can be strengthened without increasing the socioeconomic and ecological pressures on forests.