Assistant Professor

We combine global change biology with behavioral ecology to study the ecological causes and consequences of animal behavior and the impacts of environmental change on wildlife populations.

Professor

Associate Professor

Emergent dynamics within and among cell populations; multi-scale, multi-class computational models of dynamic life systems; network inference of cellular regulation; (machine) learning from biological data; entrainment & control.

Professor

Professor

Professor

Professor

Associate Professor

We are interested in how the structure of biological communities impacts their stability and functioning, primarily using plant-pollinator interaction networks as a model system.

Associate Professor

Developing data-driven dynamic models of brain and natural behavior

Associate Teaching Professor

Professor

Our research focuses on using physiology to improve models for predicting ecological and evolutionary responses to climate variability and change.

Associate Professor

My lab is investigating mechanisms to establish cellular and subcellular asymmetry, and its contribution to cell diversity and tissue morphogenesis

Professor

We study the effects of variable environmental conditions on the biomechanical, physiological and ecological performance of coastal marine organisms, especially invertebrates and seaweeds on rocky shores.

Teaching Professor

Improving biology teaching through developing evidence-based inclusive teaching strategies and creating tools to guide curricular reform

Professor

Our research seeks to understand the principles the govern and control movement in living systems. Some of our work seeks to provide a mechanistic understanding of sensorimotor control as well as the molecular basis of force generation.

Professor

Research Professor

Understand the ecological structure of marine shoreline communities and their relationships to both the physical environment and human impacts.

Associate Professor

Plant evolution and development (evo-devo). The genetic basis of plant innovations; functional evolution of key transcription factors; phylogenetic comparative methods. Multiple systems (fern, gymnosperm, angiosperm)

Teaching Professor

Associate Teaching Professor

Assistant Teaching Professor

I'm a Behavioral Ecologist teaching Reproductive Physiology of Vertebrates and Human Physiology.

Professor

Our research goals are to investigate how plants respond and adapt to daily and seasonal changes at the molecular level for survival.

Teaching Professor

Professor

We use real-time evolution experiments with microorganisms to understand how genetic and ecological interactions shape evolution, and how new levels of biological organization emerge.

Professor

Professor

Evolution and systematics of reptiles and amphibians, with a focus on phylogenetics, phylogeography, and species delimitation, mostly in lizards.

Associate Teaching Professor

My practice encourages community building, a growth mindset, and connecting student academic careers with career goals. I research how students learn immunology with a focus on vaccines.

Teaching Professor

My departmental goal relates to anti-racist and inclusive curriculum revolution

Professor

Professor

Plant Development + Plant Synthetic Biology = Plant Logic Working to topple structural inequities including systemic racism. BLM

Professor

My research uses phylogeny to understand diversification of flowering plants over time and across space, primarily in the Neotropics.

Associate Professor

We study the cell and developmental biology of the divergent protozoan parasite Giardia lamblia to identify new therapeutic opportunities.

Associate Professor

Professor

Professor

We are interested in neural mechanisms of vocal learning and production in birds and in bipedal balance in birds

Associate Teaching Professor

Professor

We seek to understand how evolution, genetics and environment shape complex traits in fruit flies and pet dogs.

Assistant Professor

Molecular and cellular regulation of zebrafish organ development and repair

Assistant Professor

I use nectar-feeding animals to bridge the gap between our knowledge of ecological and coevolutionary patterns and their underlying mechanisms.

Professor

Professor

Marine community ecology, especially interaction networks, aquaculture impacts, species invasions, and response to global change in biogenic habitats (shellfish and seagrass) of mudflats

Professor

We study the evolution of morphological, functional, behavioral and ecological traits, and how they relate to the radiation of bats and other mammals.

Professor

Associate Teaching Professor

Professor

Associate Teaching Professor

Professor

Vertebrate paleontology and evolution, particularly of the Permian and Triassic.

Assistant Professor

Function and evolution of the plant immune system

Professor

Paleobotany & paleoecology: Reconstructing ecosystem assembly through Earth history, focusing on the role of plants, especially grasses and grasslands.

Professor

Professor

We are investigating the molecular control underlying development, evolution and regeneration of marine invertebrates.

Associate Professor

Abigail Swann is an atmospheric scientist and ecologist who is interested in the transitions, thresholds, and feedbacks of the coupled ecosystem-climate system, or ecoclimate. More specifically, she works to understand when, where, and how plants influence the climate across a range of spatial and temporal scales.

Assistant Teaching Professor

Achieving, ensuring, and then maintaining equity in educational outcomes in college STEM classrooms.

Professor

Professor

Probing physiological mechanisms determining leaf growth rate and resource allocation and behavior in growing plants.

Professor

We use genetics, genomics and cell biological approaches to understand sperm function during fertilization and paternal effects on early embryogenesis

Professor

Research Professor

Teaching Professor

Create faculty development programs for wide-spread implementation of evidence-based teaching across universities.

Professor

Understanding early mammal evolution and ecology in the context of earth history events through fieldwork, systematics, and functional analysis.