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Discover CALS

See how our current work and research is bringing new thinking and new solutions to some of today's biggest challenges.

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Research

We accelerate purpose-driven science by supporting inquiry that crosses disciplinary boundaries and stretches from discovery to invention.

Purpose-driven science? We literally wrote the book on it.

The first undergraduate textbooks in mammology, ornithology and food science? Check. The first successful integration of botany and zoology in 1967’s Biological Science? Check. A 1925 handbook of nature study that is still a primary resource on the subject? Check.

The research of Cornell CALS scientists, students and staff hasn’t just informed discovery and innovation, but it is also the foundation upon which fields of study have been built.

In this section

Undergraduate research

Discovering new genes

Cameron Xu ’26 is using biometry and statistics to help Cornell CALS animal science professor Vimal Selvaraj identify new genes. Together, they’re investigating how steroid hormones regulate the body’s processes, uncovering new knowledge that could advance cancer research and solve other human health challenges.

Explore synthetic biology at CALS
Play CALS Undergraduate Research Experience: Cameron Xu '26

Latest news, discoveries and breakthroughs

Explore the work we’re doing today and discover how it’s reshaping tomorrow.

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News

New type of human jumping gene found in a poxvirus

Scientists found a human genetic element in a poxvirus that is both an important gene for brain function and a jumping gene capable of moving and inserting itself in genomes.

  • Molecular Biology and Genetics
danah boyd bookcover

News

Jenga and the US census: way more than just counting people

A new book, “Data Are Made, Not Found,” from danah boyd, professor of communication, is an insider’s account of the 2020 census and how the pandemic and political forces from left, right and center threatened to take it down like a Jenga tower.

  • Communication
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News

Study reveals how echo chambers form and what prevents them

Study reveals how a few very general constraints can lead to echo chambers – self-reinforcing feedback loops – in biological systems such as birds in a flock, cells in tissue or ants in a swarm.

  • Computational Biology
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Research in lab

Undergraduate opportunities

Plant Science researchers working in a lab.
Graduate student grants

Opportunities include Andrew W. Mellon Student Research Grants, Arthur Boller Research Fund, Kieckhefer Adirondack Fellowships and Grant Proposal Application Instructions

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Faculty research support