Faculty

Institution

Unit

Venue

James Childress

Research Professor

University of California, Santa Barbara

Affiliations

College of Letters & Science

Ecology, Evolution, and Marine Biology

James Childress is currently serving as a College Of Letters & Science Research Professor at University of California, Santa Barbara.

Honors

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Experiences

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Education

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James Childress

University of California, Santa Barbara

Research Professor

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marine biology ecology oceanography physiology biology biological oceanography marine ecology environmental science avian biology fish biology deep sea animal physiology hydrothermal vents zoology oceanographic research ocean sciences experimental biology oceanic science climate change microbial ecology membrane biology metabolism aquatic ecosystems comparative physiology symbiosis marine chemistry mammalian biology oxygen consumption redox biology ecophysiology animal ecology animal science metabolic rates environmental microbiology insect biochemistry protein science experimental botany experimental biophysics hydrothermal geochemistry physical oceanography respiration (physiology) gnathophausia ingens microbial physiology physiological research chemical oceanography limnology marine environments oxygen minimum layer deep-sea mussel southern california marine systems applied physiology benthic ecology coral reefs deep-sea animals midwater crustaceans midwater fishes marine biota cold seeps energy metabolism short-term variability seafloor hydrothermal system hydrothermal fluids veterinary physiology algal biology zooplankton ecology galapagos spreading center galapagos rift metabolic scaling glycolytic enzyme activities sulfide acquisition rose garden vent hydrothermal vent mussel muscle function nutrient physiology skeletal muscle hydrobiologia evolutionary physiology water biology hydrothermal vent animals ecology and evolutionary biology

Notable Scholarly Works

Notable Federal Grants

Collaborators

The Real Limits to Marine Life: A Further Critique of the Respiration Index. Biogeosciences (2013)

B. A. SeibelJ. J. Childress

environmental sciencerespiration indexmarine ecologyreal limitsmarine biologyecology

The Metabolic Demands of Endosymbiotic Chemoautotrophic Metabolism on Host Physiological Capacities. Journal of Experimental Biology (2010)

J. J. ChildressP. R. Girguis

metabolismexperimental biologymarine biologyphysiologyhost physiological capacitiessystems biologyecologyendosymbiotic chemoautotrophic metabolism

Metabolic Rates and Thermal Tolerances of Chemoautotrophic Symbioses From Lau Basin Hydrothermal Vents and Their Implications for Species Distributions. Deep Sea Research Part I Oceanographic Research Papers (2008)

Michael S. HenryJames J. ChildressDijanna Figueroa

aquatic ecosystemsthermal tolerancesocean sciencesenvironmental scienceglobal ecologyoceanographyoceanographic researchoceanic scienceclimate changephysical oceanographyoperational oceanographymarine biologydeep seamarine chemistrychemoautotrophic symbiosesfunctional ecologyenvironmental researchevolutionary biologyhydrothermal geochemistrymetabolic ratesecology

Variation in Sulfur Speciation With Shellfish Presence at a Lau Basin Diffuse Flow Vent Site. Journal of Shellfish Research (2008)

Tim J. WaiteTommy S. MooreJames J. ChildressHelen Hsu-KimKatherine M. MullaughDonald B. NuzzioAmber N. PaschalJeffrey TsangCharles R. FisherGeorge W. Luther

shellfish presenceoceanographyfish biologysulfur speciationevolutionary biologymarine biology

Effects of Food Deprivation on Enzymatic Activities of the Mediterranean Deep-Sea Crab, Geryon Longipes a. Milne-Edwards, 1882 and the Pacific Hydrothermal Vent Crab, Bythograea Thermydron Williams, 1980 (Decapoda, Brachyura). Crustaceana (2007)

Joan CompanyErik ThuesenJames ChildressGuiomar RotllantFranck Zal

aquatic ecosystemscoral reefsoceanographymediterranean deep-sea crabmeat scienceenzymatic activitiesfood deprivationavian biologybiologymarine ecologymarine biologyecologybiological oceanography

Metabolite Uptake, Stoichiometry and Chemoautotrophic Function of the Hydrothermal Vent Tubeworm Riftia Pachyptila: Responses to Environmental Variations in Substrate Concentrations and Temperature. Journal of Experimental Biology (2006)

Peter R. GirguisJames J. Childress

environmental variationsexperimental botanymetabolismexperimental biologyinsect biochemistrysubstrate concentrationsmicrobial physiologyenvironmental scienceavian biologybiologyhydrothermal ventsmetabolite uptakechemoautotrophic functionecologymicrobial ecology

Physiological Ecology of Back-Arc Basin Fauna: Explorations of the Known and Unknown. Geophysical monograph (2006)

James J. ChildressDijanna FigueroaMichael Henry

physiologygeophysicsback-arc basin faunaenvironmental scienceecologyphysiological ecology

Metabolic Enzyme Activities in Swimming Muscle of Medusae: Is the Scaling of Glycolytic Activity Related to Oxygen Availability?. Journal of the Marine Biological Association of the United Kingdom (2005)

Erik V. ThuesenKelly D. McCulloughJames J. Childress

glycolytic activityphysiologybiochemistrymetabolic enzyme activitiesbiologymembrane biologymarine biologybiological oceanography

Proposed Nitrate Binding by Hemoglobin in Riftia Pachyptila Blood. Deep Sea Research Part I Oceanographic Research Papers (2005)

Edda HahlbeckMark A. PospeselFranck ZalJames J. ChildressHorst Felbeck

liver physiologyocean scienceshemostasisavian biologygeneticsoceanographyphysiologyoceanographic researchhematologyoceanic scienceclimate changefish biologyphysical oceanographybiochemistrymarine biologydeep seanitrate bindingmolecular physiologyclimatology

Metabolic Scaling: A Many-Splendoured Thing. Comparative Biochemistry and Physiology Part B Biochemistry and Molecular Biology (2004)

Raul K. SuarezCharles-A. DarveauJames J. Childress

metabolic scalingmetabolismphysiologybiochemistrymany-splendoured thingmolecular biology

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James Childress

Research Professor

University of California, Santa Barbara

Affiliations

College of Letters & Science

Ecology, Evolution, and Marine Biology

James Childress is currently serving as a College Of Letters & Science Research Professor at University of California, Santa Barbara.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

James Childress

University of California, Santa Barbara

Research Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

The Real Limits to Marine Life: A Further Critique of the Respiration Index. Biogeosciences (2013)

B. A. SeibelJ. J. Childress

environmental sciencerespiration indexmarine ecologyreal limitsmarine biologyecology

The Metabolic Demands of Endosymbiotic Chemoautotrophic Metabolism on Host Physiological Capacities. Journal of Experimental Biology (2010)

J. J. ChildressP. R. Girguis

metabolismexperimental biologymarine biologyphysiologyhost physiological capacitiessystems biologyecologyendosymbiotic chemoautotrophic metabolism

Michael S. HenryJames J. ChildressDijanna Figueroa

Variation in Sulfur Speciation With Shellfish Presence at a Lau Basin Diffuse Flow Vent Site. Journal of Shellfish Research (2008)

Tim J. WaiteTommy S. MooreJames J. ChildressHelen Hsu-KimKatherine M. MullaughDonald B. NuzzioAmber N. PaschalJeffrey TsangCharles R. FisherGeorge W. Luther

shellfish presenceoceanographyfish biologysulfur speciationevolutionary biologymarine biology

Joan CompanyErik ThuesenJames ChildressGuiomar RotllantFranck Zal

aquatic ecosystemscoral reefsoceanographymediterranean deep-sea crabmeat scienceenzymatic activitiesfood deprivationavian biologybiologymarine ecologymarine biologyecologybiological oceanography

Peter R. GirguisJames J. Childress

Physiological Ecology of Back-Arc Basin Fauna: Explorations of the Known and Unknown. Geophysical monograph (2006)

James J. ChildressDijanna FigueroaMichael Henry

physiologygeophysicsback-arc basin faunaenvironmental scienceecologyphysiological ecology

Erik V. ThuesenKelly D. McCulloughJames J. Childress

glycolytic activityphysiologybiochemistrymetabolic enzyme activitiesbiologymembrane biologymarine biologybiological oceanography

Proposed Nitrate Binding by Hemoglobin in Riftia Pachyptila Blood. Deep Sea Research Part I Oceanographic Research Papers (2005)

Edda HahlbeckMark A. PospeselFranck ZalJames J. ChildressHorst Felbeck

Metabolic Scaling: A Many-Splendoured Thing. Comparative Biochemistry and Physiology Part B Biochemistry and Molecular Biology (2004)

Raul K. SuarezCharles-A. DarveauJames J. Childress

metabolic scalingmetabolismphysiologybiochemistrymany-splendoured thingmolecular biology

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2
3
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5
14
10 / page

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Similar Faculty Members

Gretchen Hofmann

Institution

University of California, Santa Barbara

oceanography

marine micropaleontology

Craig Young

Institution

University of Oregon

marine biology

ecology

Mark Brzezinski

Institution

University of California, Santa Barbara

biogeochemistry

hydrobiologia

Warren Burggren

Institution

University of North Texas

developmental science

respiratory physiology

Charles Fisher

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marine biology

Hans G. Dam

Institution

University of Connecticut

marine sciences

aquatic ecosystem

Jonathon Stillman

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ecology

marine biology

Kenneth Lohmann

Institution

University of North Carolina at Chapel Hill

neuroecology

neuroanatomy

Mark Denny

Institution

Stanford University

ecology

marine biology

Senjie Lin

Institution

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evolutionary biology

phytoplankton ecology