Meet Meha Jain: Indian-origin scientist wins Arizona State University’s top Science Prize |

Indian-origin scientist Meha Jain of the University of Michigan School for Environment and Sustainability has won the Arizona State University–Science Prize for Transformational Impact. The honour recognises early-career researchers whose work delivers real social impact. Jain was awarded for using satellite imagery and artificial intelligence to study how smallholder farmers respond to climate stress. Her research shows how farmers adapt through changes such as irrigation and planting schedules. It also highlights environmental risks, including groundwater depletion. The prize underlines her ability to link advanced science with practical solutions for vulnerable farming communities.

Who is Meha Jain

Jain is an associate professor at the University of Michigan’s School for Environment and Sustainability. Her work focuses on climate change, agriculture, and food security. She earned her undergraduate degree from Princeton University and her PhD from Columbia University in ecology and environmental biology. She later completed postdoctoral research at Stanford University. Years of fieldwork with farmers in rural India shaped her focus on real-world challenges rather than theory alone.

Significance of Meha Jain’s research

Jain combines satellite data, remote sensing, machine learning, and field surveys. This allows her to study small farms across large regions where data is often limited. She maps cropping patterns, irrigation use, and yield gaps at scale. Her findings challenge the idea that farmers misuse resources due to lack of knowledge. Instead, she shows that many face urgent survival pressures that force difficult choices.

The ASU–Science Prize for Transformational Impact honours research that advances science and benefits society. Jain received the inaugural award for showing how AI and satellite data can support climate adaptation in agriculture. Her work helps farmers improve yields while also revealing long-term environmental costs. This evidence is critical for better policy and development planning.

From research to real-world tools

Jain’s work goes beyond academic journals such as Science and Nature Sustainability. She is also developing practical tools for farmers. These include smartphone-based applications that offer guidance on irrigation, crop management, and climate risk. The goal is to make precision farming accessible in data-poor regions.Climate change is placing growing pressure on global food systems. Jain’s research offers ways to improve resilience without ignoring environmental limits. The ASU–Science Prize recognises her as a scientist whose work not only explains problems but helps solve them for farmers on the front lines of climate change.