Life Sciences: Ecology and Evolution

Supports research into the genetic, ecological and evolutionary factors that shape the dynamics of organisms and their communities.

A monarch butterfly with black and orange wings rests on a pale orange zinnia flower, collecting nectar. The background is blurred green, highlighting the butterfly and flower.
Sue Zellers

About

Biological entities do not exist in isolation. They are enmeshed in a network of ever-shifting biotic interactions dictated by their environment. This ecological context determines the success of individual organisms, their functional roles in ecosystems and how they evolve. Recent findings show that evolutionary change can occur within just a few generations, enabling insights into how genetics drives functional biology, ecology and evolutionary biology. The Simons Foundation seeks to encourage research that generates fundamental understanding of the genetic, ecological and evolutionary factors that shape the dynamics of organisms and their communities.

Programs

Funding Opportunities

Supports students entering U.S.-based Ph.D. programs in ecology and evolution, with particular interest in interdisciplinary research spanning ecological and evolutionary timescales and other STEM fields.

Simons Collaborations bring together investigators across disciplines to tackle timely, important scientific problems and foster the exchange of ideas that can lead to breakthroughs.

Supports students entering U.S.-based Ph.D. programs in ecology and evolution, with particular interest in interdisciplinary research spanning ecological and evolutionary timescales and other STEM fields.