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Faculty
Professor
![]() Assistant Professor New grads: Yes ✓
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 New grads: Not at this time |
![]() Associate Professor New grads: Yes ✓
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. |
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Professor New grads: Not at this time |
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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 New grads: Yes ✓
Developing data-driven dynamic models of brain and natural behavior |
![]() Professor New grads: Yes ✓
Our research focuses on using physiology to improve models for predicting ecological and evolutionary responses to climate variability and change. |
![]() Associate Professor New grads: Yes ✓
My lab is investigating mechanisms to establish cellular and subcellular asymmetry, and its contribution to cell diversity and tissue morphogenesis |
![]() Professor New grads: Yes ✓
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. |
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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 New grads: Yes ✓ |
![]() Associate Professor New grads: Yes ✓
Plant evolution and development (evo-devo). The genetic basis of plant innovations; functional evolution of key transcription factors; phylogenetic comparative methods |
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Our research goals are to investigate how plants respond and adapt to daily and seasonal changes at the molecular level for survival. |
![]() Professor New grads: Yes ✓
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. |
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Evolution and systematics of reptiles and amphibians, with a focus on phylogenetics, phylogeography, and species delimitation, mostly in lizards. |
Professor New grads: Yes ✓ |
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Plant Development + Plant Synthetic Biology = Plant Logic
Working to topple structural inequities including systemic racism. BLM
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![]() Professor New grads: Not at this time
My research uses phylogeny to understand diversification of flowering plants over time and across space, primarily in the Neotropics. |
![]() Associate Professor New grads: Yes ✓
We study the cell and developmental biology of the divergent protozoan parasite Giardia lamblia to identify new therapeutic opportunities. |
![]() Associate Professor New grads: Yes ✓ |
Professor New grads: Yes ✓ |
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We are interested in neural mechanisms of vocal learning and production in birds and in bipedal balance in birds |
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We seek to understand how evolution, genetics and environment shape complex traits in fruit flies and pet dogs. |
![]() Assistant Professor New grads: Yes ✓
Molecular and cellular regulation of zebrafish organ development and repair |
![]() Assistant Professor New grads: Yes ✓
I use nectar-feeding animals to bridge the gap between our knowledge of ecological and coevolutionary patterns and their underlying mechanisms. |
![]() Professor New grads: Yes ✓ |
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Marine community ecology, especially interaction networks, aquaculture impacts, species invasions, and response to global change in biogenic habitats (shellfish and seagrass) of mudflats |
![]() Associate Professor New grads: Not at this time
We study the evolution of morphological, functional, behavioral and ecological traits, and how they relate to the radiation of bats and other mammals. |
Professor New grads: Yes ✓ |
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Vertebrate paleontology and evolution, particularly of the Permian and Triassic. |
![]() Assistant Professor New grads: Yes ✓
Function and evolution of the plant immune system
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Paleobotany & paleoecology: Reconstructing ecosystem assembly through Earth history, focusing on the role of plants, especially grasses and grasslands. |
Professor New grads: Yes ✓ |
![]() Professor New grads: Yes ✓
We are investigating the molecular control underlying development, evolution and regeneration of marine invertebrates. |
![]() Associate Professor New grads: Yes ✓
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. |
Professor New grads: Yes ✓ |
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Probing physiological mechanisms determining leaf growth rate and resource allocation and behavior in growing plants. |
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We use genetics, genomics and cell biological approaches to understand sperm function during fertilization and paternal effects on early embryogenesis |
Professor New grads: Yes ✓ |
![]() Professor New grads: Yes ✓
Understanding early mammal evolution and ecology in the context of earth history events through fieldwork, systematics, and functional analysis. |
Affiliate
![]() Affiliate Professor New grads: Not at this time |
Affiliate Professor New grads: Yes ✓ |
Affiliate Associate Professor New grads: Not at this time |
Affiliate Professor New grads: Not at this time |
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My research focuses on the intersection of conservation biology, ecological restoration, biogeography, and floristics in the Pacific Northwest. |
Affiliate Assistant Professor New grads: Not at this time |
Adjunct Professor New grads: Not at this time |
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Affiliate Assistant Professor New grads: Not at this time |
Affiliate Professor New grads: Not at this time |
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Biology of medusae, ctenophores, and staurozoans in changing ocean ecosystems. |
Affiliate Associate Professor New grads: Not at this time |
Affiliate Professor New grads: Yes ✓ |
Affiliate Professor New grads: Not at this time |
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Affiliate Associate Professor New grads: Yes ✓ |
Affiliate Assistant Professor New grads: Yes ✓ |
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Affiliate Associate Professor New grads: Yes ✓ |
Affiliate Assistant Professor New grads: Not at this time |
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Emeritus
Associate Professor Emeritus New grads: Not at this time |
Professor Emeritus New grads: Not at this time |
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Teaching Professor Emeritus New grads: Not at this time |
Professor Emeritus New grads: Not at this time |
Professor Emeritus New grads: Not at this time |
Professor Emeritus New grads: Not at this time |
Associate Professor Emeritus New grads: Not at this time |
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Professor Emeritus New grads: Not at this time |
Professor Emeritus New grads: Not at this time |
Professor Emeritus New grads: Not at this time |
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New grads: Not at this time |
Professor Emeritus New grads: Not at this time |
Professor Emeritus New grads: Not at this time |
Professor Emeritus New grads: Not at this time |
Professor Emeritus New grads: Not at this time |
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Professor Emeritus New grads: Not at this time |
Professor Emeritus New grads: Not at this time |
Teaching Professor Emeritus New grads: Not at this time |
Teaching Professor Emeritus New grads: Not at this time |
Professor Emeritus New grads: Not at this time |
Professor Emeritus New grads: Not at this time |
Teaching Professor Emeritus New grads: Not at this time |
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To understand the hormonal regulation of insect and crustacean metamorphosis |
Professor Emeritus New grads: Not at this time |
Teaching Professor Emeritus New grads: Not at this time |
Professor Emeritus New grads: Not at this time |
Professor Emeritus New grads: Not at this time |
Professor Emeritus New grads: Not at this time |
Teaching Professor Emeritus New grads: Not at this time |
Professor Emeritus New grads: Not at this time |
Professor Emeritus New grads: Not at this time |
Professor Emeritus New grads: Not at this time |
Professor Emeritus New grads: Not at this time |
Teaching Professor Emeritus New grads: Not at this time |
Adjunct
Adjunct Professor New grads: Not at this time |
Adjunct Associate Professor New grads: Not at this time |
![]() Adjunct Associate Professor New grads: Yes ✓ |
Adjunct Professor New grads: Not at this time |
![]() Adjunct Professor New grads: Not at this time
I am interested in advancing the practice of conservation through transformative, inclusive pedagogies, and in supporting conservation teams to improve their collaborations with youth. |
Adjunct Professor New grads: Not at this time |
Adjunct Professor New grads: Not at this time |
Adjunct Professor New grads: Yes ✓ |
Adjunct Professor New grads: Yes ✓
hair cell development, death and regeneration |
Adjunct Professor New grads: Yes ✓ |
![]() Adjunct Professor New grads: Yes ✓ |
Adjunct Professor New grads: Yes ✓ |
Adjunct Professor New grads: Not at this time |
Teaching Professor
![]() Associate Teaching Professor New grads: Not at this time |
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Improving biology teaching through developing evidence-based inclusive teaching strategies and creating tools to guide curricular reform |
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Associate Teaching Professor New grads: Not at this time |
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I'm a Behavioral Ecologist teaching Reproductive Physiology of Vertebrates and Human Physiology. |
Teaching Professor New grads: Not at this time |
![]() Associate Teaching Professor New grads: Not at this time
Teaching immunology through core concepts.
Developing student communities and skills by linking classes to student career development.
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![]() Teaching Professor New grads: Not at this time
My departmental goal relates to anti-racist and inclusive curriculum revolution |
![]() Associate Teaching Professor New grads: Not at this time |
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Achieving, ensuring, and then maintaining equity in educational outcomes in college STEM classrooms. |
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Create faculty development programs for wide-spread implementation of evidence-based teaching across universities. |
Temporary Teaching
Teaching Associate New grads: Not at this time |
Lecturer, part-time New grads: Not at this time |
Teaching Associate New grads: Not at this time |
Acting Instructor New grads: Not at this time |
Teaching Associate New grads: Not at this time |
Teaching Associate New grads: Not at this time |
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Teaching Associate New grads: Not at this time |
Teaching Associate New grads: Not at this time |
Visiting
Visiting Scholar New grads: Not at this time |
Visiting Scholar New grads: Not at this time |
Acting Instructor New grads: Not at this time |
Research Professor
![]() Research Professor New grads: Not at this time
Understand the ecological structure of marine shoreline communities and their relationships to both the physical environment and human impacts. |
Research Professor New grads: Yes ✓ |