Our Members

Our team of four internationally recognized experts are investigating the mechanisms of organismal agency across levels of biological organization (gene networks, Moczek; cells and tissues, Jernvall; individuals, Sultan; social colonies, Gordon) and diverse taxa (mammals: Jernvall; insects: Gordon, Moczek; plants: Sultan).

A team of philosophers of science led by co-investigator Walsh, in collaboration with Moczek, Sultan, Jernvall and Gordon, will advance the development of a scientific theory of agency in living systems.

Our Members

Our team of four internationally recognized experts are investigating the mechanisms of organismal agency across levels of biological organization (gene networks, Moczek; cells and tissues, Jernvall; individuals, Sultan; social colonies, Gordon) and diverse taxa (mammals: Jernvall; insects: Gordon, Moczek; plants: Sultan).

A team of philosophers of science led by co-investigator Walsh, in collaboration with Moczek, Sultan, Jernvall and Gordon, will advance the development of a scientific theory of agency in living systems.

Moczek Lab

We are interested in the ecological, developmental, and genetic mechanisms, and the interactions between them, that enable and channel evolutionary innovation and diversification.

Sultan Lab

We study individual developmental plasticity in response to key environmental factors, using field-sourced genotypes of annual plants as an experimental system.

Gordon Lab

We examine how ant colonies work without central control using networks of simple interactions, and how these networks evolve in relation to changing environments.

Jernvall Lab

Our research focus is on the phenotype and factors affecting its evolution. For most projects, we use the mammalian dentition that offers a rich array of interrelated data on development, function, and evolutionary history.

Walsh Group

In recent years my research has concentrated on the concept of natural agency. A natural agent, on this view, is any system that can maintain its viability, react and innovate, by mounting adaptive responses to its conditions.

Moczek Lab

We are interested in the ecological, developmental, and genetic mechanisms, and the interactions between them, that enable and channel evolutionary innovation and diversification.

Sultan Lab

We study individual developmental plasticity in response to key environmental factors, using field-sourced genotypes of annual plants as an experimental system.

Gordon Lab

We examine how ant colonies work without central control using networks of simple interactions, and how these networks evolve in relation to changing environments.

Jernvall Lab

Our research focus is on the phenotype and factors affecting its evolution. For most projects, we use the mammalian dentition that offers a rich array of interrelated data on development, function, and evolutionary history.

Walsh Group

In recent years my research has concentrated on the concept of natural agency. A natural agent, on this view, is any system that can maintain its viability, react and innovate, by mounting adaptive responses to its conditions.

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© 2020 Agency in Living Systems

© 2020 Agency in Living Systems