Faculty

Institution

Unit

Venue

Joseph B. Williams

Professor Emeritus

Ohio State University

Affiliations

College of Arts and Sciences

Evolution, Ecology and Organismal Biology

Joseph B. Williams is currently serving as a College Of Arts And Sciences Professor Emeritus at Ohio State University.

Honors

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Experiences

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Education

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Joseph B. Williams

Ohio State University

Professor Emeritus

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avian biology ecology physiology ornithology animal physiology animal ecology climate change entomology zoology mammalian biology wildlife ecology evolutionary biology environmental science cutaneous biology comparative physiology membrane biology wildlife experimental biology marine biology wildlife biology animal science cutaneous water loss mammalian physiology vascular biology metabolism livestock science arid environments stratum corneum avian medicine animal behavior breeding behavior spatial ecology physiological research experimental botany field metabolism water flux tissue (biology) ecophysiology avian evolution lipids behavioral ecology desert birds savannah sparrows house sparrows evolutionary ecology poultry science liver physiology foraging veterinary physiology osmoregulation lipid science experimental dermatology tropical birds energy expenditure evaporative water loss mesic environments metabolic rate landscape ecology population ecology movement ecology life history cell physiology integrative biology daily energy expenditure arabian desert rodent ecology energy metabolism drylands dermal structure experimental biophysics short-term variability basal metabolic rate aridity gradient experimental plant biology phenology water ecologies ecology and evolutionary biology

Notable Scholarly Works

Notable Federal Grants

Collaborators

Habitat Aridity as a Determinant of the Trade-Off Between Water Conservation and Evaporative Heat Loss in Bats. Journal of Comparative Physiology B (2022)

Agustí Muñoz-GarciaMiriam Ben-HamoShai PilosofJoseph B. WilliamsCarmi Korine

habitat aridityphysiologycomparative physiologyavian biologyevaporative heat loss

Constitutive Innate Immunity of Tropical House Wrens Varies With Season and Reproductive Activity. Ornithology (2019)

B Irene TielemanMaaike A VersteeghKirk C KlasingJoseph B Williams

constitutive innate immunityimmunologyavian biologyanimal ecologybreeding behaviorreproductive activityecologymicrobial ecology

Presence and Persistence of a Highly Ordered Lipid Phase State in the Avian Stratum Corneum. Journal of Experimental Biology (2018)

Alex M. ChampagneVictoria A. PiggHeather C. AllenJoseph B. Williams

lipidsmolecular and cellular biologyexperimental dermatologyavian biologyvascular biologyanimal physiologyphysiologycell biologybioanalysislipid sciencecutaneous biologyexperimental biophysicstissue (biology)biophysicsexperimental biologyavian stratum corneummembrane biologyavian medicinemammalian biology

Interfacial Properties of Avian Stratum Corneum Monolayers Investigated by Brewster Angle Microscopy and Vibrational Sum Frequency Generation. Chemistry and Physics of Lipids (2017)

Ellen M. AdamsAlex M. ChampagneJoseph B. WilliamsHeather C. Allen

biophysicsvascular biologymicroscopyinterfacial propertiessurface sciencedermatologyavian biologylipid sciencemembrane biologymembrane sciencecutaneous biologybrewster angle microscopymaterials science

Metabolic Rate, Evaporative Water Loss and Thermoregulatory State in Four Species of Bats in the Negev Desert Part a Molecular & Integrative Physiology. Comparative Biochemistry and Physiology (2016)

Agustí Muñoz-GarciaPaloma LarraínMiriam Ben-HamoAriovaldo Cruz-NetoJoseph B. WilliamsBerry PinshowCarmi Korine

animal physiologyphysiologycomparative physiologymetabolic ratebiochemistryavian biologyevaporative water lossmembrane biologyintegrative physiologythermoregulatory stateecology

The Cutaneous Lipid Composition of Bat Wing and Tail Membranes: A Case of Convergent Evolution With Birds. Proceedings of the Royal Society B Biological Sciences (2016)

Miriam Ben-HamoAgustí Muñoz-GarciaPaloma LarrainBerry PinshowCarmi KorineJoseph B. Williams

convergent evolutiontail membranescutaneous lipid compositionbat wingavian biologybiologymammalian biologycutaneous biologyavian evolutionevolutionary biologyecologyentomology

Lipid Composition and Molecular Interactions Change With Depth in the Avian Stratum Corneum to Regulate Cutaneous Water Loss. Journal of Experimental Biology (2015)

Alex M. ChampagneHeather C. AllenJoseph B. Williams

short-term variabilityexperimental dermatologydermatologyavian biologyvascular biologycutaneous water losscell biologycutaneous biologyclimate changeexperimental biophysicslipid compositionmarine biologymolecular interactionstissue (biology)tissue engineeringbiophysicsexperimental biologyavian stratum corneummembrane biologyavian medicineexperimental medicinemammalian biology

Metabolic Rate, Evaporative Water Loss and Thermoregulatory State in Four Species of Bats in the Negev Desert. Comparative Biochemistry and Physiology Part A Molecular & Integrative Physiology (2015)

Agustí Muñoz-GarciaPaloma LarraínMiriam Ben-HamoAriovaldo Cruz-NetoJoseph B. WilliamsBerry PinshowCarmi Korine

animal physiologyphysiologyarid environmentsmetabolic ratenegev desertbiochemistryavian biologyevaporative water lossmembrane biologyecophysiologythermoregulatory stateecology

Organization of Lipids in Avian Stratum Corneum: Changes With Temperature and Hydration. Chemistry and Physics of Lipids (2015)

Alex M. ChampagneHeather C. AllenRobin C. Bautista-JimenezJoseph B. Williams

biophysicsvascular biologyavian stratum corneumpoultry scienceanatomydermatologyavian biologylipid sciencemembrane biologymammalian biologychemistryavian medicinecutaneous biologyveterinary medicineentomologybiomechanics

Perspectives on the Membrane Fatty Acid Unsaturation/Pacemaker Hypotheses of Metabolism and Aging. Chemistry and Physics of Lipids (2015)

Elisabeth A. CalhoonJennifer RoJoseph B. Williams

biophysicsmetabolismphysiologymembrane biologychemistry

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Joseph B. Williams

Professor Emeritus

Ohio State University

Affiliations

College of Arts and Sciences

Evolution, Ecology and Organismal Biology

Joseph B. Williams is currently serving as a College Of Arts And Sciences Professor Emeritus at Ohio State University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Joseph B. Williams

Ohio State University

Professor Emeritus

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Habitat Aridity as a Determinant of the Trade-Off Between Water Conservation and Evaporative Heat Loss in Bats. Journal of Comparative Physiology B (2022)

Agustí Muñoz-GarciaMiriam Ben-HamoShai PilosofJoseph B. WilliamsCarmi Korine

habitat aridityphysiologycomparative physiologyavian biologyevaporative heat loss

Constitutive Innate Immunity of Tropical House Wrens Varies With Season and Reproductive Activity. Ornithology (2019)

B Irene TielemanMaaike A VersteeghKirk C KlasingJoseph B Williams

constitutive innate immunityimmunologyavian biologyanimal ecologybreeding behaviorreproductive activityecologymicrobial ecology

Presence and Persistence of a Highly Ordered Lipid Phase State in the Avian Stratum Corneum. Journal of Experimental Biology (2018)

Alex M. ChampagneVictoria A. PiggHeather C. AllenJoseph B. Williams

Interfacial Properties of Avian Stratum Corneum Monolayers Investigated by Brewster Angle Microscopy and Vibrational Sum Frequency Generation. Chemistry and Physics of Lipids (2017)

Ellen M. AdamsAlex M. ChampagneJoseph B. WilliamsHeather C. Allen

Agustí Muñoz-GarciaPaloma LarraínMiriam Ben-HamoAriovaldo Cruz-NetoJoseph B. WilliamsBerry PinshowCarmi Korine

animal physiologyphysiologycomparative physiologymetabolic ratebiochemistryavian biologyevaporative water lossmembrane biologyintegrative physiologythermoregulatory stateecology

The Cutaneous Lipid Composition of Bat Wing and Tail Membranes: A Case of Convergent Evolution With Birds. Proceedings of the Royal Society B Biological Sciences (2016)

Miriam Ben-HamoAgustí Muñoz-GarciaPaloma LarrainBerry PinshowCarmi KorineJoseph B. Williams

convergent evolutiontail membranescutaneous lipid compositionbat wingavian biologybiologymammalian biologycutaneous biologyavian evolutionevolutionary biologyecologyentomology

Lipid Composition and Molecular Interactions Change With Depth in the Avian Stratum Corneum to Regulate Cutaneous Water Loss. Journal of Experimental Biology (2015)

Alex M. ChampagneHeather C. AllenJoseph B. Williams

Agustí Muñoz-GarciaPaloma LarraínMiriam Ben-HamoAriovaldo Cruz-NetoJoseph B. WilliamsBerry PinshowCarmi Korine

animal physiologyphysiologyarid environmentsmetabolic ratenegev desertbiochemistryavian biologyevaporative water lossmembrane biologyecophysiologythermoregulatory stateecology

Organization of Lipids in Avian Stratum Corneum: Changes With Temperature and Hydration. Chemistry and Physics of Lipids (2015)

Alex M. ChampagneHeather C. AllenRobin C. Bautista-JimenezJoseph B. Williams

Perspectives on the Membrane Fatty Acid Unsaturation/Pacemaker Hypotheses of Metabolism and Aging. Chemistry and Physics of Lipids (2015)

Elisabeth A. CalhoonJennifer RoJoseph B. Williams

biophysicsmetabolismphysiologymembrane biologychemistry

1
2
3
4
5
14
10 / page

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Similar Faculty Members

Michael Romero

Institution

Tufts University

avian biology

physiology

Robert Dudley

Institution

University of California, Berkeley

avian biology

entomology

Fredric J Janzen

Institution

Iowa State University

life histories

life history

Terrie M Williams

Institution

University of California, Santa Cruz

comparative physiology

mammalian physiology

Donald A Croll

Institution

University of California, Santa Cruz

aquatic conservation

conservation biology

Fredric Janzen

Institution

Michigan State University

evolutionary biology

evolutionary theory

Marilyn Ramenofsky

Institution

University of California, Davis

evolutionary biology

migratory birds

Bruce E Lyon

Institution

University of California, Santa Cruz

sociobiology

evolutionary biology

Thomas H. Kunz

Institution

Boston University

evolutionary biology

biodiversity

Konrad Dabrowski

Institution

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fish physiology

comparative physiology