EEB is harnessing the power of ecology and evolutionary biology to develop solutions to global challenges.

EEB is harnessing the power of ecology and evolutionary power to develop solutions to global challenges.

EEB is harnessing the power of ecology and evolutionary power to develop solutions to global challenges.

EEB is educating the next generation of scholars, professionals and citizens for the biological, environmental and biotechnological challenges of the future.

EEB is educating the next generation of scholars, professionals and citizens for the biological, environmental and biotechnological challenges of the future.

EEB is educating the next generation of scholars, professionals and citizens for the biological, environmental and biotechnological challenges of the future.

EEB is an intellectual hub that bridges fundamental and applied life sciences.

EEB is an intellectual hub that bridges fundamental and applied life sciences.

EEB is an intellectual hub that bridges fundamental and applied life sciences.

EEB is answering fundamental questions in ecology and evolutionary biology.

EEB is answering fundamental questions in ecology and evolutionary biology.

EEB is answering fundamental questions in ecology and evolutionary biology.

opportunities beyond the classroom

students can choose to do field research in our Field or Marine Biology Quarter, take part in our annual Biology Research Symposium or get involved with research with our amazing faculty!

creative and highly interactive, intellectual environment

students are prepared to excel in positions in academia, industry, and governmental / non-governmental organizations.

 

FACULTY

diverse faculty interests

world class faculty study a wide spectrum of research areas including, Behavior, Conservation Biology, Developmental Biology, Ecology, Evolutionary Biology, Marine Biology, Paleobiology, Plant Biology, Physiological Ecology, Theory, and Tropical Biology.

FACULTY SPOTLIGHT

James Lloyd-Smith

I am interested in the ecology and evolution of infectious diseases, and I build mathematical models of disease spread and test them against epidemiological data to better understand disease dynamics. From HIV to pandemic influenza, most infectious diseases of humans originate in other animal species, and many (like rabies or West Nile virus) cross the animal - human boundary all the time.

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News


Professor Pam Yeh featured on NATURE Careers Podcast, "How to Write a Top Notch Paper"

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Professor Park Nobel Publishes Fifth Edition of his 50-year Plant Physiology Series

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Seminars


February 19, 2020
Sonal Singhal
Beyond reproductive isolation: the roles of population isolation & persistence on speciation
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February 25, 2020
Bénédicte Bachelot
Species Interactions, Coexistence, and Disturbances
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Related Events


February 19, 2020
UCLA Department of Medicine Grand Rounds
Amy Boddy
8:30 - 9:30 AM Tamkin Auditorium (B-Level, Room 130)
Cancer Across the Tree of Life: New Insights into an Ancient Disease

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