SDSU
UC Riverside

Ph.D. in Evolutionary Biology

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    • Advancement to Candidacy
  • About
    • Program Overview
    • SDSU
    • UC Riverside
    • Give
  • People
    • Contact Us
    • SDSU EB JDP Faculty
    • UCR EB JDP Faculty
    • Adjunct Faculty
    • Doctoral Students
  • Academics
    • Course Catalog
  • Research
    • News
    • Dissertation Defenses
    • Labs, Centers, and Facilities
    • Biodiversity Museum
    • Student Publications
  • Admissions
    • Admissions Information & Eligibility
    • Application Procedure
    • Financial Aid & Scholarships
  • Student Life
    • Basic Needs Resources
    • Cultural Centers
    • Graduate Affairs
    • Graduate Housing
    • Student Disability Services
    • Health Resources
  • Student Handbook
    • Travel Information
    • Evolutionary Biology Program Forms
    • Student Handbooks
    • Advancement to Candidacy

Labs, Centers, and Facilities

Lab Name Lab URL Principal Investigator Profile URL Accepting Students Research Area Keywords
Biology Education Research Lab https://www.genasbeglia.com Gena Sbeglia, Ph.D. https://biology.sdsu.edu/people/gena-sbeglia Biological Learning, Natural Selection, Matter and Energy Transformation, Biological Reasoning, Evolution Acceptance, Student Belonging in Biology, Active Learning in Biology, Misconceptions in Biology, Measurement Tools for Biology Education, Impact of Teaching Assistants on Biological Learning

Biology Education Research Lab

Biological Learning, Natural Selection, Matter and Energy Transformation, Biological Reasoning, Evolution Acceptance, Student Belonging in Biology, Active Learning in Biology, Misconceptions in Biology, Measurement Tools for Biology Education, Impact of Teaching Assistants on Biological Learning


Gena Sbeglia, Ph.D.

Cardiopulmonary Biology Laboratory https://heart.sdsu.edu/research/ Mark Sussman, Ph.D. https://biology.sdsu.edu/people/mark-sussman/ Viral Immunology, Myocardial Research, Dilated Cardiomyopathy, Actin Filament Proteins, Signal Transduction, Akt/PKB Signaling, Cardiac Protection, Gene Therapy for Heart Failure, Myocardial Regeneration, Effects of Vaping

Cardiopulmonary Biology Laboratory

Viral Immunology, Myocardial Research, Dilated Cardiomyopathy, Actin Filament Proteins, Signal Transduction, Akt/PKB Signaling, Cardiac Protection, Gene Therapy for Heart Failure, Myocardial Regeneration, Effects of Vaping


Mark Sussman, Ph.D.

Laboratory for Animal Behavior Research https://clarklab.sdsu.edu/ Rulon Clark, Ph.D. https://biology.sdsu.edu/people/rulon-clark/ Ecology, Behavior, and Evolution, Integrative Approach to Animal Ecology at Multiple Levels of Biological Complexity, Fundamental and Applied Questions Refined by Field Experiences, Focus on Reptiles, Amphibians, and Small Mammals Based on Natural History Knowledge, Preference for Field Work to Understand Natural Systems, Controlled Laboratory Experiments Combined with Extensive Field Observations for Context

Laboratory for Animal Behavior Research

Ecology, Behavior, and Evolution, Integrative Approach to Animal Ecology at Multiple Levels of Biological Complexity, Fundamental and Applied Questions Refined by Field Experiences, Focus on Reptiles, Amphibians, and Small Mammals Based on Natural History Knowledge, Preference for Field Work to Understand Natural Systems, Controlled Laboratory Experiments Combined with Extensive Field Observations for Context


Rulon Clark, Ph.D.

Coastal & Marine Institute Laboratory https://cmi.sdsu.edu/ Luke Milller https://biology.sdsu.edu/people/luke-miller/ Aquaculture, Marine Ecology, Coastal Management, Environmental Monitoring, Marine Biotechnology

Coastal & Marine Institute Laboratory

Aquaculture, Marine Ecology, Coastal Management, Environmental Monitoring, Marine Biotechnology


Luke Milller

Community Ecology & Restoration Lab https://barberna.wixsite.com/barberecology Nicholas Barber, Ph.D. https://biology.sdsu.edu/people/nicholas-barber Environmental and Biotic Factors Influencing Community Assembly, Trophic Interactions, and the Links between Community Structure and Ecosystem Functions, Understand Natural and Restored Habitats For Conservation and Sustainable Management, Manipulative Field Experiments and Observational Studies to Explore the Direct and Indirect Interactions Between Plants, Insects, Microbes, and Other Organisms in Evolutionary and Ecological Contexts

Community Ecology & Restoration Lab

Environmental and Biotic Factors Influencing Community Assembly, Trophic Interactions, and the Links between Community Structure and Ecosystem Functions, Understand Natural and Restored Habitats For Conservation and Sustainable Management, Manipulative Field Experiments and Observational Studies to Explore the Direct and Indirect Interactions Between Plants, Insects, Microbes, and Other Organisms in Evolutionary and Ecological Contexts


Nicholas Barber, Ph.D.

Computational Biotechnology Research Group https://czlab.sdsu.edu Cristal Zuniga, Ph.D. https://biology.sdsu.edu/people/cristal-zuniga Systems Biology, Computational Metabolic Modeling, Genome-Scale Computational Tools, Eukaryotic Microorganisms, Organelle-Specific Gene Annotation, Net-Zero Bioproduction, Isolation of Novel Microorganisms, High-Throughput Cultivation Methods, Bioremediation, Model-Driven Strategies for Microbial Cultivation, Microbial Community Characterization, Microbiome Analysis, In Situ Genome Sequencing, Metatranscriptomic Analysis, Interspecies Interactions, Quantitative Biology, Sustainable Bioproduction

Computational Biotechnology Research Group

Systems Biology, Computational Metabolic Modeling, Genome-Scale Computational Tools, Eukaryotic Microorganisms, Organelle-Specific Gene Annotation, Net-Zero Bioproduction, Isolation of Novel Microorganisms, High-Throughput Cultivation Methods, Bioremediation, Model-Driven Strategies for Microbial Cultivation, Microbial Community Characterization, Microbiome Analysis, In Situ Genome Sequencing, Metatranscriptomic Analysis, Interspecies Interactions, Quantitative Biology, Sustainable Bioproduction


Cristal Zuniga, Ph.D.

Conrad Prebys Viromics Center https://www.phagebio.org/ Dwayne Roach, Ph.D. https://biology.sdsu.edu/people/dwayne-roach/ Phage Immunology – Innate Immune Response to Phages, Phage Biology – Phage features, Phage Therapy – Antibacterials

Conrad Prebys Viromics Center

Phage Immunology – Innate Immune Response to Phages, Phage Biology – Phage features, Phage Therapy – Antibacterials


Dwayne Roach, Ph.D.

Conservation Ecology Lab https://www.conservationecologylab.com/ Rebecca Lewison, Ph.D. https://biology.sdsu.edu/people/rebecca-lewison/ Impact of Resource and Land Use on Vulnerable Wildlife Populations in Terrestrial and Marine Environments, Exploration of Coupled Human-Natural Populations and Systems, Understanding Complex Relationships Between Human and Ecological Processes, Innovative Field, Quantitative, and Lab-Based Approaches, Advancing Applied Conservation Science.

Conservation Ecology Lab

Impact of Resource and Land Use on Vulnerable Wildlife Populations in Terrestrial and Marine Environments, Exploration of Coupled Human-Natural Populations and Systems, Understanding Complex Relationships Between Human and Ecological Processes, Innovative Field, Quantitative, and Lab-Based Approaches, Advancing Applied Conservation Science.


Rebecca Lewison, Ph.D.

Doc Brock & The Lab https://www.kinseybrock.com/ Kinsey Brock, Ph.D. https://biology.sdsu.edu/people/kinsey-brock Ecology, Evolution, Physiology, and Behavior of Reptiles on Islands and in Cities, Large-Scale Field Studies, Behavioral Experiments, Genetics and Genomics, Comparative Methods to Understand Organismal Response to Human-Induced Environmental Change, Climate Change and Urbanization

Doc Brock & The Lab

Ecology, Evolution, Physiology, and Behavior of Reptiles on Islands and in Cities, Large-Scale Field Studies, Behavioral Experiments, Genetics and Genomics, Comparative Methods to Understand Organismal Response to Human-Induced Environmental Change, Climate Change and Urbanization


Kinsey Brock, Ph.D.

Donald P. Shiley Bioscience Center https://www.sci.sdsu.edu/dpsbsc/ Richard Cripps, Ph.D. https://biology.sdsu.edu/people/richard-cripps/ Microbial Metagenomics of Periodontal Disease and its Relationship to Systemic Inflammation, Impact of Childhood Exposure to Coxsackievirus on Postnatal Cardiac Stem Cells and Risk of Heart Failure, Role of Autophagy in Infection (Bacteria, Coxsackievirus, Trypanosoma Cruzi), Role of Autophagy in Inflammation, Aging, and Metabolic Syndrome, Influenza and Innate Immunity, Peptide Modulators of Innate Immunity and Prevention of Infection

Donald P. Shiley Bioscience Center

Microbial Metagenomics of Periodontal Disease and its Relationship to Systemic Inflammation, Impact of Childhood Exposure to Coxsackievirus on Postnatal Cardiac Stem Cells and Risk of Heart Failure, Role of Autophagy in Infection (Bacteria, Coxsackievirus, Trypanosoma Cruzi), Role of Autophagy in Inflammation, Aging, and Metabolic Syndrome, Influenza and Innate Immunity, Peptide Modulators of Innate Immunity and Prevention of Infection


Richard Cripps, Ph.D.

Electron Microscope Facility https://emf.sdsu.edu/ Ingrid Niesman, Ph.D. https://biology.sdsu.edu/people/ingrid-niesman/ Provide Instruction in the Use of Microscopes to Students and Researchers, Serve as a Core Resource Accessible to Students and Researchers, Increase the Use of Microscopes in Science Classes

Electron Microscope Facility

Provide Instruction in the Use of Microscopes to Students and Researchers, Serve as a Core Resource Accessible to Students and Researchers, Increase the Use of Microscopes in Science Classes


Ingrid Niesman, Ph.D.

Flow Cytometry Facility https://flow.sdsu.edu/ Carrie House, Ph.D. https://biology.sdsu.edu/people/carrie-house/ Cell sorting, Purification of rare cell populations, DNA content (cell cycle, proliferation), Enumeration (phage, microbial), Stem cell identification, Apoptosis, Necrosis, Viability, Intracellular antigens, Immunophenotyping, Imaging coupled cytometry

Flow Cytometry Facility

Cell sorting, Purification of rare cell populations, DNA content (cell cycle, proliferation), Enumeration (phage, microbial), Stem cell identification, Apoptosis, Necrosis, Viability, Intracellular antigens, Immunophenotyping, Imaging coupled cytometry


Carrie House, Ph.D.

Global Change Research Group http://gcrg.sdsu.edu/ Walter C. Oechel, Ph.D. Donatella Zona, Ph.D. https://biology.sdsu.edu/people/walter-oechel https://biology.sdsu.edu/people/donatella-zona Effects of Global Change, Elevated Atmospheric CO2 and Associated Climate Change, Structure and Function of Terrestrial Ecosystems, Feedbacks from Terrestrial Ecosystems to Atmospheric and Global Change, Arctic Ecosystems, Mediterranean-Type Ecosystems, Carbon Dioxide Losses from Arctic Regions in Alaska Russia and Iceland, Elevated CO2 Effects on Mediterranean Vegetation in Italy And California, Natural CO2 Springs, SDSU MedCO2 RE Facility, Sky Oaks Biological Field Station, Ecosystem Dynamics, Water Vapor Flux, Energy Balance of Individual Plants

Global Change Research Group

Effects of Global Change, Elevated Atmospheric CO2 and Associated Climate Change, Structure and Function of Terrestrial Ecosystems, Feedbacks from Terrestrial Ecosystems to Atmospheric and Global Change, Arctic Ecosystems, Mediterranean-Type Ecosystems, Carbon Dioxide Losses from Arctic Regions in Alaska Russia and Iceland, Elevated CO2 Effects on Mediterranean Vegetation in Italy And California, Natural CO2 Springs, SDSU MedCO2 RE Facility, Sky Oaks Biological Field Station, Ecosystem Dynamics, Water Vapor Flux, Energy Balance of Individual Plants


Walter C. Oechel, Ph.D.
Donatella Zona, Ph.D.

Hedin Lab https://marshalhedinlab.com/ Marshal Hedin, Ph.D. https://biology.sdsu.edu/people/marshal-hedin/ Arachnids, Species Delimitation, Evolution in Caves, Mygalomorph Spiders, Phylogeography, California, Opiliones, Phylogenomics, Appalachian Mountains, Taxonomy, Conservation Prioritization

Hedin Lab

Arachnids, Species Delimitation, Evolution in Caves, Mygalomorph Spiders, Phylogeography, California, Opiliones, Phylogenomics, Appalachian Mountains, Taxonomy, Conservation Prioritization


Marshal Hedin, Ph.D.

House Lab https://www.houselab.org/ Carrie House, Ph.D. https://biology.sdsu.edu/people/carrie-house/ Understanding Mechanisms Supporting Cancer Progression, Therapy Resistance, and Disease Relapse, Role of Tumor Microenvironment and Cancer Stem Cells in Survival and Drug Resistance Pathways, Ovarian and Breast Cancer Research, Cutting-Edge Experimental Approaches Including Tumorsphere Culture, Imaging Flow Cytometry, High-Content Imaging, Next-Generation Sequencing, and In Vivo Models, Interdisciplinary Collaborations with Bioinformatics, Engineering, and Chemistry, Partnerships with Physician Scientists Focused on Women's Cancers, Identifying Novel Targets to Inhibit Cancer Progression and Prevent Recurrent Disease.

House Lab

Understanding Mechanisms Supporting Cancer Progression, Therapy Resistance, and Disease Relapse, Role of Tumor Microenvironment and Cancer Stem Cells in Survival and Drug Resistance Pathways, Ovarian and Breast Cancer Research, Cutting-Edge Experimental Approaches Including Tumorsphere Culture, Imaging Flow Cytometry, High-Content Imaging, Next-Generation Sequencing, and In Vivo Models, Interdisciplinary Collaborations with Bioinformatics, Engineering, and Chemistry, Partnerships with Physician Scientists Focused on Women's Cancers, Identifying Novel Targets to Inhibit Cancer Progression and Prevent Recurrent Disease.


Carrie House, Ph.D.

Kalyuzhnaya Lab https://sci.sdsu.edu/kalyuzhlab/ Marina Kalyuzhnaya, Ph.D. https://biology.sdsu.edu/people/marina-kalyuzhnaya/ Impact of Climate Change on Environment, Health, and Economy, Increasing Temperatures, Rising Sea Levels, and Severe Storms, Reduce Fossil Fuel Use and Greenhouse Gas Emissions, Role of Methane as a Key Greenhouse Gas, Understanding Microbial Traits for Methane Capture, Development of Sustainable Technologies to Convert Greenhouse Gases into Next Generation Chemicals and Fuels, Characterization of Essential Elements for Microbial Methane Utilization, Engineering Novel Microbial Systems for Greenhouse Gas Capturing.

Kalyuzhnaya Lab

Impact of Climate Change on Environment, Health, and Economy, Increasing Temperatures, Rising Sea Levels, and Severe Storms, Reduce Fossil Fuel Use and Greenhouse Gas Emissions, Role of Methane as a Key Greenhouse Gas, Understanding Microbial Traits for Methane Capture, Development of Sustainable Technologies to Convert Greenhouse Gases into Next Generation Chemicals and Fuels, Characterization of Essential Elements for Microbial Methane Utilization, Engineering Novel Microbial Systems for Greenhouse Gas Capturing.


Marina Kalyuzhnaya, Ph.D.

Kevin J. Burns Lab https://kevinburnslab.com/ Kevin Burns, Ph.D. https://biology.sdsu.edu/people/kevin-burns/ Genetic Data to Investigate Systematics and Population Genetics of Birds, Phylogenies and Population History Analyses, Study of Evolution of Morphology, Plumage, Behavior, Ecology, and Biogeography

Kevin J. Burns Lab

Genetic Data to Investigate Systematics and Population Genetics of Birds, Phylogenies and Population History Analyses, Study of Evolution of Morphology, Plumage, Behavior, Ecology, and Biogeography


Kevin Burns, Ph.D.

Lipson Lab https://sci.sdsu.edu/lipsonlab/ David Lipson, Ph.D. https://biology.sdsu.edu/people/david-lipson/ Soil Microbial Ecology Research, Factors Determining Composition of Soil Microbial Communities, Impact of Microbial Community Structure and Growth Kinetics on Biogeochemical Processes, Effects of Climate Change, Invasive Plants, and Anthropogenic Disturbances on Soil Microbial Communities, Feedback of Microbial Responses to Ecosystem and Global Processes

Lipson Lab

Soil Microbial Ecology Research, Factors Determining Composition of Soil Microbial Communities, Impact of Microbial Community Structure and Growth Kinetics on Biogeochemical Processes, Effects of Climate Change, Invasive Plants, and Anthropogenic Disturbances on Soil Microbial Communities, Feedback of Microbial Responses to Ecosystem and Global Processes


David Lipson, Ph.D.

Lluvia Flores-Rentería Lab https://lluviafloresr.wixsite.com/lluviafloreslab Lluvia Flores-Renteria, Ph.D. https://biology.sdsu.edu/people/lluvia-flores-renteria/ Collaborative NSF-Bridging Ecology and Evolution Project on Scarlet Monkeyflowers, Investigating Evolutionary Rescue in Response to Rapid Environmental Change, Goals to Quantify Natural Selection in Contrasting Environments, Assess Breeder’s Equation for Trait Evolution, and Determine Likelihood of Evolutionary Rescue Based on Genetic Variation, Resurrection Study Comparing Ancestors and Descendants from Severe Drought and Heat, Evolution of Reproductive Systems in Plants and Ecological Consequences, Climate Change Impact on Reproduction and Heat Stress Adaptation, Reticulate Evolution and Hybridization Studies in Various Plant Groups, Resilient Restoration with Tribal Communities in Southern California, Training on Edible Native Plants and Sustainable Practices.

Lluvia Flores-Rentería Lab

Collaborative NSF-Bridging Ecology and Evolution Project on Scarlet Monkeyflowers, Investigating Evolutionary Rescue in Response to Rapid Environmental Change, Goals to Quantify Natural Selection in Contrasting Environments, Assess Breeder’s Equation for Trait Evolution, and Determine Likelihood of Evolutionary Rescue Based on Genetic Variation, Resurrection Study Comparing Ancestors and Descendants from Severe Drought and Heat, Evolution of Reproductive Systems in Plants and Ecological Consequences, Climate Change Impact on Reproduction and Heat Stress Adaptation, Reticulate Evolution and Hybridization Studies in Various Plant Groups, Resilient Restoration with Tribal Communities in Southern California, Training on Edible Native Plants and Sustainable Practices.


Lluvia Flores-Renteria, Ph.D.

Luallen Lab https://luallenlab.org/ Robert Luallen, Ph.D. https://biology.sdsu.edu/people/robert-luallen/ Microbial Diversity, Coevolution Between Microbes and Hosts, Interactions Between Natural Microbiota and Animals, Caenorhabditis Elegans as a Model for Studying Microbial Colonization, Role of Host Genetics in Microbial Interactions, Ecological Sampling of Novel Microbes from Wild Nematodes, Comparative Genomics, Biochemistry, Microbiology, Microscopy, Computational Techniques for Microbial Study, Discovering New Methods to Manipulate Host-Microbe Interactions for Human and Animal Disease Treatment

Luallen Lab

Microbial Diversity, Coevolution Between Microbes and Hosts, Interactions Between Natural Microbiota and Animals, Caenorhabditis Elegans as a Model for Studying Microbial Colonization, Role of Host Genetics in Microbial Interactions, Ecological Sampling of Novel Microbes from Wild Nematodes, Comparative Genomics, Biochemistry, Microbiology, Microscopy, Computational Techniques for Microbial Study, Discovering New Methods to Manipulate Host-Microbe Interactions for Human and Animal Disease Treatment


Robert Luallen, Ph.D.

Marine Conservation Ecology Lab https://sci.sdsu.edu/hovel/ Kevin Hovel, Ph.D. https://biology.sdsu.edu/people/kevin-hovel/ Investigating Processes Controlling Abundance and Diversity of Animal Life in Nearshore Habitats, Field and Lab Experiments, Mathematical Modeling in Coastal Oceans, Role of Habitat Structure in Biodiversity, Animal Behavior, and Ecosystem Function, Effectiveness of Coastal Nursery Habitats like Seagrasses and Rocky Reefs, Ecological Relationships Among Organisms in Kelp Forests Including Spiny Lobsters, Sea Urchins, and Abalone, Processes Controlling Abundance and Distribution of Invasive Species.

Marine Conservation Ecology Lab

Investigating Processes Controlling Abundance and Diversity of Animal Life in Nearshore Habitats, Field and Lab Experiments, Mathematical Modeling in Coastal Oceans, Role of Habitat Structure in Biodiversity, Animal Behavior, and Ecosystem Function, Effectiveness of Coastal Nursery Habitats like Seagrasses and Rocky Reefs, Ecological Relationships Among Organisms in Kelp Forests Including Spiny Lobsters, Sea Urchins, and Abalone, Processes Controlling Abundance and Distribution of Invasive Species.


Kevin Hovel, Ph.D.

Miller Lab https://lab.lukemiller.org/ Luke Miller, Ph.D. https://biology.sdsu.edu/people/luke-miller/ Bivalve Biosensors for Estuary Water Quality Monitoring, Cost-Effective Metrics for Living Shorelines, Climate Change Effects on Marine Biodiversity and Ecosystem Functioning, Context-Dependency of Herbivore Impacts on Marine Primary Producers, Mussel Gaping Behavior and Physiology, Black Oystercatcher Predation on Rocky Shore Communities, Development of the Open Wave Height Logger.

Miller Lab

Bivalve Biosensors for Estuary Water Quality Monitoring, Cost-Effective Metrics for Living Shorelines, Climate Change Effects on Marine Biodiversity and Ecosystem Functioning, Context-Dependency of Herbivore Impacts on Marine Primary Producers, Mussel Gaping Behavior and Physiology, Black Oystercatcher Predation on Rocky Shore Communities, Development of the Open Wave Height Logger.


Luke Miller, Ph.D.

Mission Trails Regional Park https://fsp.sdsu.edu/about-us/ Mission Trails Regional Park, SDSU Collaboration, Coastal Sage Scrub, Native Grassland, Chaparral, Riparian Vegetation, Educational Resource, Conservation Goals, Biodiversity, Research Opportunities

Mission Trails Regional Park

Mission Trails Regional Park, SDSU Collaboration, Coastal Sage Scrub, Native Grassland, Chaparral, Riparian Vegetation, Educational Resource, Conservation Goals, Biodiversity, Research Opportunities


Roach Lab https://www.phagebio.org/ Dwayne Roach, Ph.D. https://biology.sdsu.edu/people/dwayne-roach/ Phage Immunology, Innate Immune Response to Phages, Phage Biology, Phage Features, Phage Therapy, Antibacterials

Roach Lab

Phage Immunology, Innate Immune Response to Phages, Phage Biology, Phage Features, Phage Therapy, Antibacterials


Dwayne Roach, Ph.D.

Rohwer Lab https://coralandphage.org/ Forest Rohwer, Ph.D. https://biology.sdsu.edu/people/forest-rohwer/ Coral Research, Microbial Interactions in Coral Reefs, Coral Disease Dynamics, Cystic Fibrosis Microbial Dynamics, Bacteria and Phage in CF Airways, Viral Metagenomics, Phage Outreach Program, High School Science Engagement

Rohwer Lab

Coral Research, Microbial Interactions in Coral Reefs, Coral Disease Dynamics, Cystic Fibrosis Microbial Dynamics, Bacteria and Phage in CF Airways, Viral Metagenomics, Phage Outreach Program, High School Science Engagement


Forest Rohwer, Ph.D.

Santa Margarita Ecological Reserve https://fsp.sdsu.edu/about-us/ Southern California Ecosystems, Protected Research Sites, Riparian Corridor, Coastal Sage Scrub, Southern Mixed Chaparral, Biodiversity Conservation, Upland Habitats, Scientific Research Program, Education and Outreach

Santa Margarita Ecological Reserve

Southern California Ecosystems, Protected Research Sites, Riparian Corridor, Coastal Sage Scrub, Southern Mixed Chaparral, Biodiversity Conservation, Upland Habitats, Scientific Research Program, Education and Outreach


Schrankel Lab https://www.catherineschrankel.com Catherine Schrankel, Ph.D. https://biology.sdsu.edu/people/catherine-schrankel Developmental Biology, Immunology, Cellular Defense Systems, Embryonic Development, ABC Transporters, Gut Epithelia Interactions, Commensal Microbes, Pathogenic Microbes, Primordial Germ Cell Lineage, Transgenic Sea Urchin Embryos, Human Cell Lines, Regulation of ABC Transporters, Function of Membrane Proteins, Impact of Pollutants on Transporters, Gut Immunity, PGC Development, Animal Adaptation, Evolutionary Implications, Human Health

Schrankel Lab

Developmental Biology, Immunology, Cellular Defense Systems, Embryonic Development, ABC Transporters, Gut Epithelia Interactions, Commensal Microbes, Pathogenic Microbes, Primordial Germ Cell Lineage, Transgenic Sea Urchin Embryos, Human Cell Lines, Regulation of ABC Transporters, Function of Membrane Proteins, Impact of Pollutants on Transporters, Gut Immunity, PGC Development, Animal Adaptation, Evolutionary Implications, Human Health


Catherine Schrankel, Ph.D.

Scott Kelley Lab https://biology.sdsu.edu/faculty/kelley/scottkelley.htm Scott Kelley, Ph.D. https://biology.sdsu.edu/people/scott-kelley/ Application and Development of Bioinformatics Methods for Analyzing Molecular Datasets from Microbial Communities, Phylogenetic Methods, Compositional Data Analysis, Statistical Analysis, and Machine Learning to Study Bacterial, Fungal, and Viral Diversity, Research on Microbial Diversity in the Built Environment, Influence of Moisture and Building Material Composition on Microbial Community Diversity, Growth, and Development Using Deep-Sequencing and Longitudinal Study Designs

Scott Kelley Lab

Application and Development of Bioinformatics Methods for Analyzing Molecular Datasets from Microbial Communities, Phylogenetic Methods, Compositional Data Analysis, Statistical Analysis, and Machine Learning to Study Bacterial, Fungal, and Viral Diversity, Research on Microbial Diversity in the Built Environment, Influence of Moisture and Building Material Composition on Microbial Community Diversity, Growth, and Development Using Deep-Sequencing and Longitudinal Study Designs


Scott Kelley, Ph.D.

SDSU Biodiversity Museum https://biodiversitymuseum.sdsu.edu/ Marshal Hedin, Ph.D. https://biology.sdsu.edu/people/marshal-hedin/ Morphological Taxonomy, Genetic Phylogenetics of Museum Specimens, Voucher Specimens in Research, Digitization Impact on Museum Collections, Global Specimen Network Analysis, Machine Learning for Biodiversity, Massive Trait Databases in Biodiversity, Conservation Investment in Collections, Biodiversity Museum Expansion, Binational Biological Partnerships

SDSU Biodiversity Museum

Morphological Taxonomy, Genetic Phylogenetics of Museum Specimens, Voucher Specimens in Research, Digitization Impact on Museum Collections, Global Specimen Network Analysis, Machine Learning for Biodiversity, Massive Trait Databases in Biodiversity, Conservation Investment in Collections, Biodiversity Museum Expansion, Binational Biological Partnerships


Marshal Hedin, Ph.D.

Segall Lab https://segall-lab.sdsu.edu/ Anca Segall, Ph.D. https://biology.sdsu.edu/people/anca-segall/ Mechanism of Site-Specific Recombination, Integrase (Int) Protein Function, DNA Repair Inhibitors, Holliday Junction Dynamics, Structure-Selective Ligands, Envelope Stress and DNA Damage, Diversity of Marine Bacteriophage, Computational and Bioinformatics Tools for Phage Research

Segall Lab

Mechanism of Site-Specific Recombination, Integrase (Int) Protein Function, DNA Repair Inhibitors, Holliday Junction Dynamics, Structure-Selective Ligands, Envelope Stress and DNA Damage, Diversity of Marine Bacteriophage, Computational and Bioinformatics Tools for Phage Research


Anca Segall, Ph.D.

Sethuraman Lab http://www.sethuramanlab.com/ Arun Sethuraman, Ph.D. https://biology.sdsu.edu/people/arun-sethuraman/ Diversity of Dinocampus coccinellae, Morphological and Genomic Diversity, Evolutionary History, Population Genomics, Bioinformatics Platform Development, Ghost Populations Analysis

Sethuraman Lab

Diversity of Dinocampus coccinellae, Morphological and Genomic Diversity, Evolutionary History, Population Genomics, Bioinformatics Platform Development, Ghost Populations Analysis


Arun Sethuraman, Ph.D.

Shikuma Lab https://shikumalab.sdsu.edu Nicholas Shikuma, Ph.D. https://biology.sdsu.edu/people/nicholas-shikuma/ Bacteria-Animal Symbioses, Contractile Injection Systems, Microbiome Interactions, Biotechnology Applications, Developmental Biology Integration

Shikuma Lab

Bacteria-Animal Symbioses, Contractile Injection Systems, Microbiome Interactions, Biotechnology Applications, Developmental Biology Integration


Nicholas Shikuma, Ph.D.

Sky Oaks Field Station https://fsp.sdsu.edu/about-us/ Ecosystem Carbon Balance, Fire Ecology, Climate Change, Chaparral Vegetation, Eddy Covariance Towers, AmeriFlux Network, Natural Wildfires, Prescribed Burns, Biodiversity Conservation

Sky Oaks Field Station

Ecosystem Carbon Balance, Fire Ecology, Climate Change, Chaparral Vegetation, Eddy Covariance Towers, AmeriFlux Network, Natural Wildfires, Prescribed Burns, Biodiversity Conservation


Soil Ecology and Restoration Group https://serg2.sdsu.edu Thomas Zink, Ph.D. https://biology.sdsu.edu/people/thomas-zink Ecosystem Dynamics of Dry Lands, Theoretical Analyses of Fundamental Processes and Structures, Applied Research in Dry Land Restoration, Soils, Below Ground Processes, Arid Ecosystems, Semi-Arid Ecosystems, Microbial Ecology, Plant Microorganism Relationships

Soil Ecology and Restoration Group

Ecosystem Dynamics of Dry Lands, Theoretical Analyses of Fundamental Processes and Structures, Applied Research in Dry Land Restoration, Soils, Below Ground Processes, Arid Ecosystems, Semi-Arid Ecosystems, Microbial Ecology, Plant Microorganism Relationships


Thomas Zink, Ph.D.

Sukumaran Lab https://sukumaranlab.org Jeet Sukumaran, Ph.D. https://biology.sdsu.edu/people/jeet-sukumaran/ Computational Evolutionary Biology, Process-Based Statistical Models, Evolution Across Space and Time, Molecular Data, Geological Data, Environmental Data, Ecological Data, Morphological Data, Physiological Data, Phylogenetic Analysis, Evolutionary Graphs, Ancestor-Descendent Associations, Historico-Geographical Perspective, Spatial Distribution of Organisms, Geographical Population Connections, Microevolutionary Processes, Macroevolutionary Processes, Speciation, Biogeography, Host-Parasite Dynamics, Community Assembly

Sukumaran Lab

Computational Evolutionary Biology, Process-Based Statistical Models, Evolution Across Space and Time, Molecular Data, Geological Data, Environmental Data, Ecological Data, Morphological Data, Physiological Data, Phylogenetic Analysis, Evolutionary Graphs, Ancestor-Descendent Associations, Historico-Geographical Perspective, Spatial Distribution of Organisms, Geographical Population Connections, Microevolutionary Processes, Macroevolutionary Processes, Speciation, Biogeography, Host-Parasite Dynamics, Community Assembly


Jeet Sukumaran, Ph.D.

The Cripps Lab https://crippslab.weebly.com/ Richard Cripps, Ph.D. https://biology.sdsu.edu/people/richard-cripps/ Basic Mechanisms of Muscle Development Using Drosophila Melanogaster, Fruit Fly as a Model Organism for Homologous Muscle Formation Processes in Vertebrates, Combination of Genetics, Cell Biology, Biochemistry, and Simple Behavioral Assays in Research

The Cripps Lab

Basic Mechanisms of Muscle Development Using Drosophila Melanogaster, Fruit Fly as a Model Organism for Homologous Muscle Formation Processes in Vertebrates, Combination of Genetics, Cell Biology, Biochemistry, and Simple Behavioral Assays in Research


Richard Cripps, Ph.D.

The Zayas Lab https://biology.sdsu.edu/faculty/zayas/index.html Ricardo Zayas, Ph.D. https://biology.sdsu.edu/people/ricardo-zayas/ Stem cells and tissue regeneration

The Zayas Lab

Stem cells and tissue regeneration


Ricardo Zayas, Ph.D.

Tijuana River National Estuary Research Reserve https://fsp.sdsu.edu/about-us/ Tijuana River National Estuary Research Reserve, US Fish and Wildlife Service, NOAA, California State Parks, Salt Marsh Restoration, SDSU Field Station, Habitat Research, Coastal Ecosystems, US-Mexico Border, Ecological Studies

Tijuana River National Estuary Research Reserve

Tijuana River National Estuary Research Reserve, US Fish and Wildlife Service, NOAA, California State Parks, Salt Marsh Restoration, SDSU Field Station, Habitat Research, Coastal Ecosystems, US-Mexico Border, Ecological Studies


Tod Reeders lab Tod Reeder, Ph.D. https://biology.sdsu.edu/people/tod-reeder/ Biodiversity of Amphibians and Reptiles, Species Delimitation and Speciation, Phylogenetic Inference, Historical Biogeography of Western North America and Central America, Evaluation of Species Richness Patterns Using Macroecological and Macroevolutionary Approaches.

Tod Reeders lab

Biodiversity of Amphibians and Reptiles, Species Delimitation and Speciation, Phylogenetic Inference, Historical Biogeography of Western North America and Central America, Evaluation of Species Richness Patterns Using Macroecological and Macroevolutionary Approaches.


Tod Reeder, Ph.D.

Viral Information Institute https://viralization.org/ Viromics and Metagenomics, Ecosystem Health, Human Health, Viral Dark Matter and Biotechnology, Personalized Medicine, Computational Science Resources, Discovery of Viral Pathogens

Viral Information Institute

Viromics and Metagenomics, Ecosystem Health, Human Health, Viral Dark Matter and Biotechnology, Personalized Medicine, Computational Science Resources, Discovery of Viral Pathogens


Waters Lab http://waterslab.org Elizabeth Waters, Ph.D. https://biology.sdsu.edu/people/elizabeth-waters/ Evolution of Stress Tolerance in Plants, Boechera Genus Research, Stress Response Mechanisms, High Heat Stress in Plants, Oxidative Stress in Plants, Comparative Transcriptomics, Gene and Genome Evolution, Pseudogene Evolution, Lowly Expressed Genes, Heat Shock Proteins, Evolution of Heat Shock Response, Selective Pressures on Heat Shock Proteins, Origin of Land Plants, Molecular Adaptations in Terrestrial Plants, Evolutionary Analysis of Small Heat Shock Proteins

Waters Lab

Evolution of Stress Tolerance in Plants, Boechera Genus Research, Stress Response Mechanisms, High Heat Stress in Plants, Oxidative Stress in Plants, Comparative Transcriptomics, Gene and Genome Evolution, Pseudogene Evolution, Lowly Expressed Genes, Heat Shock Proteins, Evolution of Heat Shock Response, Selective Pressures on Heat Shock Proteins, Origin of Land Plants, Molecular Adaptations in Terrestrial Plants, Evolutionary Analysis of Small Heat Shock Proteins


Elizabeth Waters, Ph.D.

Zeller Lab https://zellerlab.sdsu.edu Robert Zeller, Ph.D. https://biology.sdsu.edu/people/robert-zeller Evolution Of The Neural Crest, Larval Peripheral Nervous System Development, MicroRNA Function, Model For Alzheimer’s Disease, Tool Development

Zeller Lab

Evolution Of The Neural Crest, Larval Peripheral Nervous System Development, MicroRNA Function, Model For Alzheimer’s Disease, Tool Development


Robert Zeller, Ph.D.

Zona Lab https://zonalab.sdsu.edu Donatella Zona, Ph.D. https://biology.sdsu.edu/people/donatella-zona/ Greenhouse Gas Emissions, Cold Season Emissions, Coral Reef Carbon Fluxes, Arctic Tundra Ecosystem Dynamics, Multi-Factorial Manipulations, Remote Sensing in Ecosystem Analysis, Spatial and Temporal Ecosystem Changes, Agriculture and Sustainability, Peat Loss Mitigation, Water Table Management in Agriculture

Zona Lab

Greenhouse Gas Emissions, Cold Season Emissions, Coral Reef Carbon Fluxes, Arctic Tundra Ecosystem Dynamics, Multi-Factorial Manipulations, Remote Sensing in Ecosystem Analysis, Spatial and Temporal Ecosystem Changes, Agriculture and Sustainability, Peat Loss Mitigation, Water Table Management in Agriculture


Donatella Zona, Ph.D.

Ecological Modeling and Integration Lab https://xulab.sdsu.edu/ Xiaofeng Xu, Ph.D. https://biology.sdsu.edu/people/xiaofeng-xu/ Land-Atmosphere Interaction in Earth System Models, Data Synthesis, Ecological Modeling, Data-Model Integration, Mathematical Approaches to Climate Change, Training Global Change Ecologists at San Diego State University

Ecological Modeling and Integration Lab

Land-Atmosphere Interaction in Earth System Models, Data Synthesis, Ecological Modeling, Data-Model Integration, Mathematical Approaches to Climate Change, Training Global Change Ecologists at San Diego State University


Xiaofeng Xu, Ph.D.

Monkkonen Lab https://teresamonkkonen.weebly.com Teresa Monkkonen, Ph.D. https://biology.sdsu.edu/people/teresa-monkkonen/ Breast Cancer, Tumor Microenvironment, Autophagy, Endothelial Cells, Fibroblasts, Molecular Biology, Flow Cytometry, Cell Biology, Developmental Biology, Chemotherapy Response

Monkkonen Lab

Breast Cancer, Tumor Microenvironment, Autophagy, Endothelial Cells, Fibroblasts, Molecular Biology, Flow Cytometry, Cell Biology, Developmental Biology, Chemotherapy Response


Teresa Monkkonen, Ph.D.

Lab Name Principal Investigator Research Area Keywords
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