Behavior
| Stepfanie Aguillon | I am an evolutionary biologist and ornithologist with an interest in understanding how and why new species form in nature ("the speciation process"). My lab uses an interdisciplinary approach that integrates genomic sequencing techniques, field collections, museum specimens, and laboratory experiments. We leverage hybrid zones as natural experiments that test the boundaries between closely related species. Because hybridizing species are not yet completely reproductively isolated, they can help us uncover the mechanisms underlying the evolution of reproductive isolation and ultimately the process of speciation itself. The primary study systems in my lab are northern flickers (common woodpeckers distributed across North America) and live-bearing fish (Xiphophorus swordtails and Poecilia guppies). |
| Daniel Blumstein | The evolution of behavior and the integration of behavior and conservation biology. |
| Greg Grether | Causes and consequences of aggression and reproductive interference between species; character displacement; species recognition; evolution of coloration; the role of phenotypic plasticity in evolution; animal behavior |
| Peter Nonacs | Behavioral ecology and social evolution, using both theoretical and experimental approaches. |
| Noa Pinter-Wollman | The emergence of collective behavior from variation and interactions among system components. |
| Barney Schlinger | Steroid hormone synthesis and action in birds; hormonal control of brain and behavior in tropical bird species |
Conservation Biology
| Michael Alfaro | vertebrate diversification and macroevolution (especially coral reef fishes), functional and evolutionary morphology, comparative methods, phylogenetics |
| Paul Barber | Evolution of conservation of marine biodiversity, Coral reefs, Evolutionary and population genetics, Natural selection and adaptation. |
| Daniel Blumstein | The evolution of behavior and the integration of behavior and conservation biology. |
| Peggy Fong | Marine ecology of coastal ecosystems. |
| Greg Grether | Causes and consequences of aggression and reproductive interference between species; character displacement; species recognition; evolution of coloration; the role of phenotypic plasticity in evolution; animal behavior |
| Elsa Ordway | Global change and forest ecosystems; remote sensing; ecosystem ecology; tropical ecology; social-ecological systems; land-use change; conservation. |
| Lawren Sack | Ecology and physiology of plant species coexistence. Hydraulics of plant water transport. Evolution and functional consequences of diversity in leaf size, shape and venation. Forest dynamics and ecohydrology. Conservation physiology. |
| H. Bradley Shaffer | Population biology, landscape ecology, and conservation genomics of reptiles and amphibians, particularly in California |
| Chuliang Song | |
| Victoria Sork | Ecological, evolutionary, and conservation genomics of tree populations; evolutionary biology and conservation science of oaks; phylogeography; hybridization and introgression; molecular ecology of pollen and seed dispersal. |
| Morgan Tingley | Effects of global change on biodiversity; hierarchical modeling; fire and Californian wildlife; ornithology; conservation. |
Developmental Biology
| David Jacobs | Evolution/Development of Invertebrate Body Plans, Paleobiology and Marine Speciation |
| Karen Sears | Developmental and evolutionary biology of mammals |
Ecology
| Priyanga Amarasekare | Mechanisms of diversity maintenance in variable environments |
| Peggy Fong | Marine ecology of coastal ecosystems. |
| Greg Grether | Causes and consequences of aggression and reproductive interference between species; character displacement; species recognition; evolution of coloration; the role of phenotypic plasticity in evolution; animal behavior |
| Rachel Kennison | |
| Nathan Kraft | Plant community ecology, with an emphasis on functional and phylogenetic approaches to understanding community assembly and species coexistence; tropical forest dynamics; biogeography and the assembly of regional biotas. |
| Jamie Lloyd-Smith | Ecological and evolutionary dynamics of infectious diseases; emerging pathogens and zoonoses; host population heterogeneities; integration of dynamics across scales. |
| Glen MacDonald | Glen M Sproul dit MacDonald works on issues of climate change and ecological and societal responses. |
| Elsa Ordway | Global change and forest ecosystems; remote sensing; ecosystem ecology; tropical ecology; social-ecological systems; land-use change; conservation. |
| Noa Pinter-Wollman | The emergence of collective behavior from variation and interactions among system components. |
| Lawren Sack | Ecology and physiology of plant species coexistence. Hydraulics of plant water transport. Evolution and functional consequences of diversity in leaf size, shape and venation. Forest dynamics and ecohydrology. Conservation physiology. |
| Van Savage | Effects of climate on ecological systems; species interactions; evolutionary dynamics; mathematical biology; biological scaling in relation to thermal responses, vascular systems, sleep, and tumor growth |
| H. Bradley Shaffer | Population biology, landscape ecology, and conservation genomics of reptiles and amphibians, particularly in California |
| Chuliang Song | |
| Victoria Sork | Ecological, evolutionary, and conservation genomics of tree populations; evolutionary biology and conservation science of oaks; phylogeography; hybridization and introgression; molecular ecology of pollen and seed dispersal. |
| Morgan Tingley | Effects of global change on biodiversity; hierarchical modeling; fire and Californian wildlife; ornithology; conservation. |
Evolutionary Biology
| Stepfanie Aguillon | I am an evolutionary biologist and ornithologist with an interest in understanding how and why new species form in nature ("the speciation process"). My lab uses an interdisciplinary approach that integrates genomic sequencing techniques, field collections, museum specimens, and laboratory experiments. We leverage hybrid zones as natural experiments that test the boundaries between closely related species. Because hybridizing species are not yet completely reproductively isolated, they can help us uncover the mechanisms underlying the evolution of reproductive isolation and ultimately the process of speciation itself. The primary study systems in my lab are northern flickers (common woodpeckers distributed across North America) and live-bearing fish (Xiphophorus swordtails and Poecilia guppies). |
| Michael Alfaro | vertebrate diversification and macroevolution (especially coral reef fishes), functional and evolutionary morphology, comparative methods, phylogenetics |
| Priyanga Amarasekare | Mechanisms of diversity maintenance in variable environments |
| Paul Barber | Evolution of conservation of marine biodiversity, Coral reefs, Evolutionary and population genetics, Natural selection and adaptation. |
| Nandita Garud | Population genetics; evolution in natural populations with a current focus on the microbiome. |
| Greg Grether | Causes and consequences of aggression and reproductive interference between species; character displacement; species recognition; evolution of coloration; the role of phenotypic plasticity in evolution; animal behavior |
| David Jacobs | Evolution/Development of Invertebrate Body Plans, Paleobiology and Marine Speciation |
| Jamie Lloyd-Smith | Ecological and evolutionary dynamics of infectious diseases; emerging pathogens and zoonoses; host population heterogeneities; integration of dynamics across scales. |
| Kirk Lohmueller | Population genetics; Statistical methods in evolutionary and medical genetics; genetic variation data |
| Peter Nonacs | Behavioral ecology and social evolution, using both theoretical and experimental approaches. |
| Van Savage | Effects of climate on ecological systems; species interactions; evolutionary dynamics; mathematical biology; biological scaling in relation to thermal responses, vascular systems, sleep, and tumor growth |
| Karen Sears | Developmental and evolutionary biology of mammals |
| H. Bradley Shaffer | Population biology, landscape ecology, and conservation genomics of reptiles and amphibians, particularly in California |
| Victoria Sork | Ecological, evolutionary, and conservation genomics of tree populations; evolutionary biology and conservation science of oaks; phylogeography; hybridization and introgression; molecular ecology of pollen and seed dispersal. |
| Pamela Yeh | My lab is interested in measuring, understanding, and predicting the ecological and evolutionary trajectories of populations when they encounter novel environments, particularly environments with multiple disturbances or stressors. We are especially interested in how the stressors interact, and how these interactions ultimately affect populations. We incorporate field, lab, and theoretical tools in our work. We work on two systems, one lab-based, and one field-based. In the lab, we work on microbial evolution and how bacteria respond to multiple stressors, using antibiotics as stressors. In the field, we work on avian urban ecology and evolution, specifically on how dark-eyed juncos and house sparrows are affected by the urban landscape and unique urban stressors. |
| Felipe Zapata | Evolutionary biology with a particular focus on plants from the Tropics, California, and Hawaii |
Marine Biology
| Michael Alfaro | vertebrate diversification and macroevolution (especially coral reef fishes), functional and evolutionary morphology, comparative methods, phylogenetics |
| Paul Barber | Evolution of conservation of marine biodiversity, Coral reefs, Evolutionary and population genetics, Natural selection and adaptation. |
| Peggy Fong | Marine ecology of coastal ecosystems. |
| David Jacobs | Evolution/Development of Invertebrate Body Plans, Paleobiology and Marine Speciation |
| Rachel Kennison | |
| Jamie Lloyd-Smith | Ecological and evolutionary dynamics of infectious diseases; emerging pathogens and zoonoses; host population heterogeneities; integration of dynamics across scales. |
Paleobiology
| David Jacobs | Evolution/Development of Invertebrate Body Plans, Paleobiology and Marine Speciation |
| Glen MacDonald | Glen M Sproul dit MacDonald works on issues of climate change and ecological and societal responses. |
| Karen Sears | Developmental and evolutionary biology of mammals |
Plant Biology
| Peggy Fong | Marine ecology of coastal ecosystems. |
| Nathan Kraft | Plant community ecology, with an emphasis on functional and phylogenetic approaches to understanding community assembly and species coexistence; tropical forest dynamics; biogeography and the assembly of regional biotas. |
| Elsa Ordway | Global change and forest ecosystems; remote sensing; ecosystem ecology; tropical ecology; social-ecological systems; land-use change; conservation. |
| Lawren Sack | Ecology and physiology of plant species coexistence. Hydraulics of plant water transport. Evolution and functional consequences of diversity in leaf size, shape and venation. Forest dynamics and ecohydrology. Conservation physiology. |
| Van Savage | Effects of climate on ecological systems; species interactions; evolutionary dynamics; mathematical biology; biological scaling in relation to thermal responses, vascular systems, sleep, and tumor growth |
| Victoria Sork | Ecological, evolutionary, and conservation genomics of tree populations; evolutionary biology and conservation science of oaks; phylogeography; hybridization and introgression; molecular ecology of pollen and seed dispersal. |
| Felipe Zapata | Evolutionary biology with a particular focus on plants from the Tropics, California, and Hawaii |
Physiological Ecology
| Nathan Kraft | Plant community ecology, with an emphasis on functional and phylogenetic approaches to understanding community assembly and species coexistence; tropical forest dynamics; biogeography and the assembly of regional biotas. |
| Lawren Sack | Ecology and physiology of plant species coexistence. Hydraulics of plant water transport. Evolution and functional consequences of diversity in leaf size, shape and venation. Forest dynamics and ecohydrology. Conservation physiology. |
| Van Savage | Effects of climate on ecological systems; species interactions; evolutionary dynamics; mathematical biology; biological scaling in relation to thermal responses, vascular systems, sleep, and tumor growth |
Theory
| Michael Alfaro | vertebrate diversification and macroevolution (especially coral reef fishes), functional and evolutionary morphology, comparative methods, phylogenetics |
| Priyanga Amarasekare | Mechanisms of diversity maintenance in variable environments |
| Nandita Garud | Population genetics; evolution in natural populations with a current focus on the microbiome. |
| Greg Grether | Causes and consequences of aggression and reproductive interference between species; character displacement; species recognition; evolution of coloration; the role of phenotypic plasticity in evolution; animal behavior |
| Jamie Lloyd-Smith | Ecological and evolutionary dynamics of infectious diseases; emerging pathogens and zoonoses; host population heterogeneities; integration of dynamics across scales. |
| Kirk Lohmueller | Population genetics; Statistical methods in evolutionary and medical genetics; genetic variation data |
| Peter Nonacs | Behavioral ecology and social evolution, using both theoretical and experimental approaches. |
| Noa Pinter-Wollman | The emergence of collective behavior from variation and interactions among system components. |
| Van Savage | Effects of climate on ecological systems; species interactions; evolutionary dynamics; mathematical biology; biological scaling in relation to thermal responses, vascular systems, sleep, and tumor growth |
| Karen Sears | Developmental and evolutionary biology of mammals |
| Chuliang Song |
Tropical Biology
| Paul Barber | Evolution of conservation of marine biodiversity, Coral reefs, Evolutionary and population genetics, Natural selection and adaptation. |
| Nathan Kraft | Plant community ecology, with an emphasis on functional and phylogenetic approaches to understanding community assembly and species coexistence; tropical forest dynamics; biogeography and the assembly of regional biotas. |
| Elsa Ordway | Global change and forest ecosystems; remote sensing; ecosystem ecology; tropical ecology; social-ecological systems; land-use change; conservation. |
| Lawren Sack | Ecology and physiology of plant species coexistence. Hydraulics of plant water transport. Evolution and functional consequences of diversity in leaf size, shape and venation. Forest dynamics and ecohydrology. Conservation physiology. |
| Karen Sears | Developmental and evolutionary biology of mammals |
| Victoria Sork | Ecological, evolutionary, and conservation genomics of tree populations; evolutionary biology and conservation science of oaks; phylogeography; hybridization and introgression; molecular ecology of pollen and seed dispersal. |
| Felipe Zapata | Evolutionary biology with a particular focus on plants from the Tropics, California, and Hawaii |