Faculty

Institution

Unit

Venue

Cheryl Logan

California State University--Monterey Bay

Affiliations

College of Business

School Of Business

College of Science

Department Of Applied Environmental Science

Department Of Mathematics And Statistics

Department Of Mechatronics Engineering

Department Of Environmental Science, Technology, And Policy

Department Of Natural Sciences

Division Of Earth Science

Institute Of The Watershed

Cheryl Logan is a Senior Professor at California State University, Monterey Bay. Her research integrates marine ecology, physiology, and evolutionary biology to address climate change impacts on marine organisms, with a focus on coral reef persistence, thermal tolerance, and hypoxia responses in juvenile flatfishes. Recent work includes genome skimming to reveal hidden species diversity in East Pacific *Pocillopora* corals, assessments of coral adaptive capacity under global warming, and development of the Coral Bleaching Automated Stress System (CBASS) for standardized thermal limit measurements. She also explores landscape transcriptomics and refugia diversification to secure coral reef futures.

Honors

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Experiences

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Education

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Cheryl Logan

California State University--Monterey Bay

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ecology climate change marine biology marine ecology fish biology environmental science oceanography physiology chemistry avian biology electrochemistry climate change adaptation coral reefs ocean acidification genomics global change global change biology chemistry education electroanalytical chemistry animal ecology sustainable chemistry chemical sciences coral bleaching energy chemistry transition metal chemistry behavioral ecology molecular ecology hypoxia (medicine) ecophysiology comparative physiology redox chemistry landscape ecology biological oceanography material chemistry membrane science clay science marine policy plo biology liver physiology experimental biophysics experimental biology global warming potential in-situ conversion selective separation structural composition trace metals surface reactivity ecosystem management limnology molecular adaptation gene regulatory networks gene regulation environmental biology teaching methods inquiry-based learning science education student learning chemical oceanography proton transfer organic electrochemistry proton-coupled electron transfer genomic models future projections adaptive responses environmental temperature global potential coral evolutionary response urea-choline chloride mixtures latitudinal differences species-specific responses juvenile rockfish global transition net erosion portable system coral thermal limits standardized empirical assessments

Notable Scholarly Works

Notable Federal Grants

Collaborators

Persistence of Coral Reef Structures Into the Twenty-First Century. Nature Reviews Earth & Environment (2026)

oceanographycoastal researchcoral reefsmarine biologymarine environmentsmarine ecologymarine geologycoral reef structures

Genome Skimming Illuminates Hidden Species Diversity and Symbiodiniaceae Associations in East Pacific Pocillopora Corals. Genome Biology and Evolution (2025)

symbiodiniaceae associationsgeneticscoral reefsmarine biologyphylogeneticsevolutionary taxonomiesmarine genomicsenvironmental dnaphycologyphylogenomicsgenomicsbiologyevolutionary biologymolecular ecologygenome biologysymbiosisbiodiversity

Physiological Sensitivities to Hypoxia Differ Between Co-Occurring Juvenile Flatfishes. Journal of Experimental Marine Biology and Ecology (2024)

Juliana C. CornettScott L. HamiltonCheryl A. Logan

co-occurring juvenile flatfisheshypoxia (medicine)marine biologyecophysiologyfish biologymarine ecologyphysiologyphysiological sensitivitiesecology

Coral Adaptive Capacity Insufficient to Halt Global Transition of Coral Reefs Into Net Erosion Under Climate Change. Global Change Biology (2023)

Christopher Edward CornwallSteeve ComeauSimon D. DonnerChris PerryJohn DunneRuben van HooidonkJames S. RyanCheryl A. Logan

global transitionglobal change biologynet erosionecologyclimate change

Diversification of Refugia Types Needed to Secure the Future of Coral Reefs Subject to Climate Change. Conservation Biology (2023)

Tim R. McClanahanEmily S. DarlingMaria BegerHelen E. FoxHedley S. GranthamStacy D. JupiterCheryl A. LoganElizabeth McleodLisa C. McManusRemy M. OddenyoGautam S. SuryaAmelia. S. WengerJens ZinkeJoseph M. Maina

refugia typesconservation biologyecologyclimate changeclimate change adaptation

Landscape Transcriptomics as a Tool for Addressing Global Change Effects Across Diverse Species. Molecular Ecology Resources (2023)

Jason KeagyChloe P. DrummondKadeem J. GilbertChristina M. GrozingerJill HamiltonHeather M. HinesJesse LaskyCheryl A. LoganRuairidh SawersTyler Wagner

landscape transcriptomicsbioinformaticsdiverse speciessystems biologyglobal change effectsmolecular ecologylandscape ecologybiogeographyenvironmental scienceecologyenvironmental biologybiodiversity

The Coral Bleaching Automated Stress System (Cbass): A Low‐Cost, Portable System for Standardized Empirical Assessments of Coral Thermal Limits. Limnology and Oceanography Methods (2023)

Nicolas R. EvensenKatherine E. ParkerThomas A. OliverStephen R. PalumbiCheryl A. LoganJames S. RyanCourtney N. KlepacGabriela PernaMark E. WarnerChristian R. VoolstraDaniel J. Barshis

oceanographymarine biologyportable systemcoral thermal limitscoral bleachingmarine ecologystandardized empirical assessmentslimnologyecologyclimate change

CORRIGENDUM: Variation in Coral Thermotolerance Across a Pollution Gradient Erodes as Coral Symbionts Shift to More Heat-Tolerant Genera. Frontiers in Marine Science (2022)

Melissa S. NaugleThomas A. OliverDaniel J. BarshisRuth D. GatesCheryl A. Logan

oceanographypollution gradientcoral thermotolerancecoral reefsmarine biologycoral symbiontsmarine environmentsevolutionary biologyzoologymarine ecologyenvironmental scienceecologyclimate changebiological oceanography

From Polyps to Pixels: Understanding Coral Reef Resilience to Local and Global Change Across Scales. Landscape Ecology (2022)

Mary K. DonovanCatherine AlvesJohn BurnsCrawford DruryOuida W. MeierRaphael Ritson-WilliamsRoss CunningRobert P. DunnGretchen Goodbody-GringleyLeslie M. HendersonIngrid S. S. KnappJoshua LevyCheryl A. LoganLaura MudgeChris SullivanRuth D. GatesGregory P. Asner

global changecoral reefslandscape ecologyecologyclimate change

Upwelling‐Level Acidification and Ph/ Pco 2 Variability Moderate Effects of Ocean Acidification on Brain Gene Expression in the Temperate Surfperch, Embiotoca Jacksoni. Molecular Ecology (2022)

Jason A. ToyKristy J. KroekerCheryl A. LoganYuichiro TakeshitaGary C. LongoGiacomo Bernardi

biophysicsocean acidificationavian biologygeneticsupwelling-level acidificationmolecular neurosciencechemical oceanographytemperate surfperchneurosciencebiological oceanographyfish biologymammalian biologypoultry sciencegene expressionbrain gene expressionanimal ecologyentomology

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Cheryl Logan

California State University--Monterey Bay

Affiliations

College of Business

School Of Business

College of Science

Department Of Applied Environmental Science

Department Of Mathematics And Statistics

Department Of Mechatronics Engineering

Department Of Environmental Science, Technology, And Policy

Department Of Natural Sciences

Division Of Earth Science

Institute Of The Watershed

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Cheryl Logan

California State University--Monterey Bay

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Persistence of Coral Reef Structures Into the Twenty-First Century. Nature Reviews Earth & Environment (2026)

oceanographycoastal researchcoral reefsmarine biologymarine environmentsmarine ecologymarine geologycoral reef structures

Genome Skimming Illuminates Hidden Species Diversity and Symbiodiniaceae Associations in East Pacific Pocillopora Corals. Genome Biology and Evolution (2025)

Physiological Sensitivities to Hypoxia Differ Between Co-Occurring Juvenile Flatfishes. Journal of Experimental Marine Biology and Ecology (2024)

Juliana C. CornettScott L. HamiltonCheryl A. Logan

co-occurring juvenile flatfisheshypoxia (medicine)marine biologyecophysiologyfish biologymarine ecologyphysiologyphysiological sensitivitiesecology

Coral Adaptive Capacity Insufficient to Halt Global Transition of Coral Reefs Into Net Erosion Under Climate Change. Global Change Biology (2023)

Christopher Edward CornwallSteeve ComeauSimon D. DonnerChris PerryJohn DunneRuben van HooidonkJames S. RyanCheryl A. Logan

global transitionglobal change biologynet erosionecologyclimate change

Diversification of Refugia Types Needed to Secure the Future of Coral Reefs Subject to Climate Change. Conservation Biology (2023)

refugia typesconservation biologyecologyclimate changeclimate change adaptation

Landscape Transcriptomics as a Tool for Addressing Global Change Effects Across Diverse Species. Molecular Ecology Resources (2023)

Jason KeagyChloe P. DrummondKadeem J. GilbertChristina M. GrozingerJill HamiltonHeather M. HinesJesse LaskyCheryl A. LoganRuairidh SawersTyler Wagner

landscape transcriptomicsbioinformaticsdiverse speciessystems biologyglobal change effectsmolecular ecologylandscape ecologybiogeographyenvironmental scienceecologyenvironmental biologybiodiversity

The Coral Bleaching Automated Stress System (Cbass): A Low‐Cost, Portable System for Standardized Empirical Assessments of Coral Thermal Limits. Limnology and Oceanography Methods (2023)

Nicolas R. EvensenKatherine E. ParkerThomas A. OliverStephen R. PalumbiCheryl A. LoganJames S. RyanCourtney N. KlepacGabriela PernaMark E. WarnerChristian R. VoolstraDaniel J. Barshis

oceanographymarine biologyportable systemcoral thermal limitscoral bleachingmarine ecologystandardized empirical assessmentslimnologyecologyclimate change

CORRIGENDUM: Variation in Coral Thermotolerance Across a Pollution Gradient Erodes as Coral Symbionts Shift to More Heat-Tolerant Genera. Frontiers in Marine Science (2022)

Melissa S. NaugleThomas A. OliverDaniel J. BarshisRuth D. GatesCheryl A. Logan

From Polyps to Pixels: Understanding Coral Reef Resilience to Local and Global Change Across Scales. Landscape Ecology (2022)

global changecoral reefslandscape ecologyecologyclimate change

Upwelling‐Level Acidification and Ph/ Pco 2 Variability Moderate Effects of Ocean Acidification on Brain Gene Expression in the Temperate Surfperch, Embiotoca Jacksoni. Molecular Ecology (2022)

Jason A. ToyKristy J. KroekerCheryl A. LoganYuichiro TakeshitaGary C. LongoGiacomo Bernardi

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