Faculty

Institution

Unit

Venue

Mimi R. Koehl

Professor

University of California, Berkeley

Affiliations

College of Letters & Science

Biological Sciences

Integrative Biology

Mimi R. Koehl is currently serving as a Biological Sciences Professor at University of California, Berkeley.

Honors

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Experiences

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Education

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Mimi R. Koehl

University of California, Berkeley

Professor

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ecology marine biology marine ecology oceanography biology developmental biology biomechanics avian biology biophysics zoology experimental biology fluid dynamics entomology morphogenesis biological oceanography experimental botany morphology (biology) animal behavior insect science fluid flow climate change cellular physiology developmental cell developmental system animal ecology limnology embryonic development integrative biology bioacoustics matrix biology theoretical biology behavioral ecology plant physiology plant science marine environments mechanotransduction cell biomechanics experimental biophysics pheromone biochemistry predator-prey interactions larval settlement ecological biomechanics mechanical design ocean sciences coral reefs movement ecology sensory science invertebrate vision experimental pathology ontogeny experimental plant biology zooplankton ecology olfactory antennules mantis shrimp physical models wave-swept kelp small organisms movement analysis oceanic science cell biophysics comparative physiology estuarine circulation estuaries estuarine hydrodynamics tissue development cellular neurobiology mechanism (biology) motor behavior integrative view jamaican coral reefs hurricane allen low reynolds food capture connective tissue sheath notochord sheath fiber density marine hydrodynamics solid mechanics organismic biology biosystems evolutionary biology mechanics

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Life Outside. Annual Review of Marine Science (2023)

M.A.R. Koehl

extreme environmentsmarine ecologybiologyenvironmental scienceaquatic ecosystemsmarine biologyaquatic conservationconservation biologyecologynature

Effects of Prey Capture on the Swimming and Feeding Performance of Choanoflagellates. Flow (2023)

H. NguyenE. RossR. CortezL. FauciM.A.R. Koehl

prey capturemarine ecologyzoologyaquatic ecosystemsmarine biologyecology

Ecological Biomechanics of Damage to Macroalgae. Frontiers in Plant Science (2022)

Nicholas P. BurnettM. A. R. Koehl

ecological biomechanicsplant scienceecologybiomechanicsabiotic damage

Ecological Biomechanics of Marine Macrophytes. Journal of Experimental Botany (2022)

Mimi A R Koehl

experimental botanyecological biomechanicsmarine macrophytesecologybiomechanics

Effects of Currents, Waves, and Biofilms on Motion and Surface Contacts by Tubeworm Larvae Swimming Above or Below Surfaces. Marine ecology. Progress series (2022)

MAR KoehlE PerottiD SischoT HataMG Hadfield

surface wavessurface contactstubeworm larvaemarine ecologywave motionmarine biologymovement ecologyecology

Formation of Multicellular Colonies by Choanoflagellates Increases Susceptibility to Capture by Amoeboid Predators. Journal of Eukaryotic Microbiology (2022)

Nicole E. ChinTiffany C. WuJ. Michael O'TooleKevin XuTom HataMimi A. R. Koehl

multicellular coloniesmicrobial ecologypredator-prey interactionsamoeboid predatorsmicrobiology

Hydrodynamic Interactions Between Macroalgae and Their Epibionts. Frontiers in Marine Science (2022)

M.A.R. KoehlThomas L. Daniel

marine ecologyhydrodynamic interactionsoceanographymarine biologyecology

Age Affects the Strain‐Rate Dependence of Mechanical Properties of Kelp Tissues. American Journal of Botany (2021)

Nicholas P. BurnettM.A.R. Koehl

physiologybotanyplant biologykelp tissuesbiologyplant physiologymarine biologystrain-rate dependenceplant scienceecologybiomechanics

How Kelp in Drag Lose Their Ruffles: Environmental Cues, Growth Kinematics, and Mechanical Constraints Govern Curvature. Journal of Experimental Botany (2021)

Mimi A R KoehlWendy K Silk

growth kinematicsmorphologyexperimental botanyenvironmental cuesdevelopmental biologyplant sciencebotany

The Effect of External Flow on the Feeding Currents of Sessile Microorganisms. Journal of The Royal Society Interface (2021)

Rachel E. PepperEmily E. RileyMatthieu BaronThomas HurotLasse Tor NielsenM. A. R. KoehlThomas KiørboeAnders Andersen

external flowfluid dynamicsenvironmental microbiologymicrobial ecologyfeeding currentsmicrobiologysessile microorganisms

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Mimi R. Koehl

Professor

University of California, Berkeley

Affiliations

College of Letters & Science

Biological Sciences

Integrative Biology

Mimi R. Koehl is currently serving as a Biological Sciences Professor at University of California, Berkeley.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Mimi R. Koehl

University of California, Berkeley

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Life Outside. Annual Review of Marine Science (2023)

M.A.R. Koehl

extreme environmentsmarine ecologybiologyenvironmental scienceaquatic ecosystemsmarine biologyaquatic conservationconservation biologyecologynature

Effects of Prey Capture on the Swimming and Feeding Performance of Choanoflagellates. Flow (2023)

H. NguyenE. RossR. CortezL. FauciM.A.R. Koehl

prey capturemarine ecologyzoologyaquatic ecosystemsmarine biologyecology

Ecological Biomechanics of Damage to Macroalgae. Frontiers in Plant Science (2022)

Nicholas P. BurnettM. A. R. Koehl

ecological biomechanicsplant scienceecologybiomechanicsabiotic damage

Ecological Biomechanics of Marine Macrophytes. Journal of Experimental Botany (2022)

Mimi A R Koehl

experimental botanyecological biomechanicsmarine macrophytesecologybiomechanics

Effects of Currents, Waves, and Biofilms on Motion and Surface Contacts by Tubeworm Larvae Swimming Above or Below Surfaces. Marine ecology. Progress series (2022)

MAR KoehlE PerottiD SischoT HataMG Hadfield

surface wavessurface contactstubeworm larvaemarine ecologywave motionmarine biologymovement ecologyecology

Formation of Multicellular Colonies by Choanoflagellates Increases Susceptibility to Capture by Amoeboid Predators. Journal of Eukaryotic Microbiology (2022)

Nicole E. ChinTiffany C. WuJ. Michael O'TooleKevin XuTom HataMimi A. R. Koehl

multicellular coloniesmicrobial ecologypredator-prey interactionsamoeboid predatorsmicrobiology

Hydrodynamic Interactions Between Macroalgae and Their Epibionts. Frontiers in Marine Science (2022)

M.A.R. KoehlThomas L. Daniel

marine ecologyhydrodynamic interactionsoceanographymarine biologyecology

Age Affects the Strain‐Rate Dependence of Mechanical Properties of Kelp Tissues. American Journal of Botany (2021)

Nicholas P. BurnettM.A.R. Koehl

physiologybotanyplant biologykelp tissuesbiologyplant physiologymarine biologystrain-rate dependenceplant scienceecologybiomechanics

How Kelp in Drag Lose Their Ruffles: Environmental Cues, Growth Kinematics, and Mechanical Constraints Govern Curvature. Journal of Experimental Botany (2021)

Mimi A R KoehlWendy K Silk

growth kinematicsmorphologyexperimental botanyenvironmental cuesdevelopmental biologyplant sciencebotany

The Effect of External Flow on the Feeding Currents of Sessile Microorganisms. Journal of The Royal Society Interface (2021)

Rachel E. PepperEmily E. RileyMatthieu BaronThomas HurotLasse Tor NielsenM. A. R. KoehlThomas KiørboeAnders Andersen

external flowfluid dynamicsenvironmental microbiologymicrobial ecologyfeeding currentsmicrobiologysessile microorganisms

1
2
3
4
5
11
10 / page

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University of North Carolina at Chapel Hill

nervous system

sensory control

Robert Dudley

Institution

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avian biology

entomology

Jan Pechenik

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ecology

marine biology

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avian biology

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conservation biology

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marine biology

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chemical ecology

lobster behavior