Faculty

Institution

Unit

Venue

Robert W. Pearcy

Professor Emeritus

University of California, Davis

Affiliations

College of Biological Sciences

Evolution and Ecology

Robert W. Pearcy is currently serving as a College Of Biological Sciences Professor Emeritus at University of California, Davis.

Honors

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Experiences

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Education

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Robert W. Pearcy

University of California, Davis

Professor Emeritus

You can click a keyword to filter the displayed items

ecology environmental science plant science plant physiology botany plant ecology climate change plant biology photosynthesis forest ecology vegetation science forestry physiology evolutionary biology tree physiology plant metabolism carbon gain avian biology evolutionary ecology functional ecology ecosystems applied plant ecology terrestrial ecology photosynthetic responses light environments alocasia macrorrhiza human impacts on the environment climatology ecohydrology experimental botany livestock science ecophysiology drought tree growth plant-abiotic interaction crop physiology forest biology physiological ecology horticulture research forest ecosystems applied ecology applied phycology phenology crown architecture light environment photosynthetic acclimation adenocaulon bicolor photosynthetic induction state integrative plant biology adaptation plant molecular biology water stress photomorphogenesis eutrophication chronobiology plant diversity horticultural science forest understory plants tropical forest plants hawaiian forest field study light capture carbon dioxide exchange forest carbon forest productivity plant analysis ecosystem functioning experimental plant biology soil salinity marine ecology freshwater ecosystems water ecologies spatiotemporal organization spatio-temporal models plant biodiversity terrestrial ecosystem productivity carbon allocation community (ecology)

Notable Scholarly Works

Notable Federal Grants

Collaborators

Physiological Ecology. Elsevier eBooks (2020)

William H. KarasovCarlos Martínez del Rio

physiologyecologyphysiological ecologyecophysiology

Some Like It Hot: The Physiological Ecology of C4 Plant Evolution. Oecologia (2018)

Rowan F. SageRussell K. MonsonJames R. EhleringerShunsuke AdachiRobert W. Pearcy

climate changephysiologyecophysiologyevolutionary biologyecologyphysiological ecology

Physiological Consequences of Cellular Water Deficits: Nonstomatal Inhibition of Photosynthesis by Water Stress. ASSA, CSSA and SSSA (2013)

Robert W. Pearcy

osmotic stressabiotic stressvascular biologyoptogeneticsphysiologycell biologybiologyoxidative stressplant physiologywater stresscellular water deficitscellular physiologybotanywater biologyphotosynthesismarine biologynonstomatal inhibitionmembrane biologyphysiological consequencesredox biologyeutrophication

Plasticity Influencing the Light Compensation Point Offsets the Specialization for Light Niches Across Shrub Species in a Tropical Forest Understorey. Journal of Ecology (2013)

Frank J. SterckRemko A. DuursmaRobert W. PearcyFernando ValladaresMikolaj CieslakMonique Weemstra

vegetation scienceadaptationforest ecologylight nicheslight compensation pointplant ecologytropical forest understoreyecologyshrub speciesplasticity

Simulating Three-Dimensional Grapevine Canopies and Modelling Their Light Interception Characteristics. Australian Journal of Grape and Wine Research (2013)

A.B. IandolinoR.W. PearcyL.E. Williams

vegetation sciencethree-dimensional grapevine canopiesnumerical simulationsgeometric modelinghorticultural sciencesurface scienceapplied phycologyreflectance modelingbeverage industryillumination modelinglight interception characteristicsenvironmental engineeringgeneticsplant physiologyplant scienceenvironmental modellingmaterials sciencelivestock science

Sunflecks in Trees and Forests: From Photosynthetic Physiology to Global Change Biology. Tree Physiology (2012)

D. A. WayR. W. Pearcy

climate changephotosynthetic physiologytree physiologyforest ecologyenvironmental scienceecologyglobal change biology

Two Decades of Sunfleck Research: Looking Back to Move Forward. Tree Physiology (2012)

R. W. PearcyD. A. Way

climate changeecologytree physiologysunfleck research

Light Interception Efficiency Explained by Two Simple Variables: A Test Using a Diversity of Small‐ to Medium‐Sized Woody Plants. New Phytologist (2011)

R. A. DuursmaD. S. FalsterF. ValladaresF. J. SterckR. W. PearcyC. H. LuskK. M. SendallM. NordenstahlN. C. HouterB. J. AtwellN. KellyJ. W. G. KellyM. LiberlooD. T. TissueB. E. MedlynD. S. Ellsworth

vegetation scienceplant physiologyforest ecologyapplied phycologyforestrybotanylight interception efficiencyplant diversityplant ecologysimple variablesplant biologyphycologyecologyplant science

Responses of Plants to Heterogeneous Light Environments. Books in soils, plants, and the environment (2007)

Robert Pearcy

heterogeneous light environmentsvegetation scienceplant physiologyenvironmental sciencebotanybiologyplant ecologyplant biologyecologyplant science

The Taxonomic Distribution of C 4 Photosynthesis in Amaranthaceae Sensu Stricto. American Journal of Botany (2007)

Rowan F. SageTammy L. SageRobert W. PearcyThomas Borsch

plant taxonomybotanyphotosynthesisplant biologyevolutionary biologyplant sciencetaxonomic distribution

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Robert W. Pearcy

Professor Emeritus

University of California, Davis

Affiliations

College of Biological Sciences

Evolution and Ecology

Robert W. Pearcy is currently serving as a College Of Biological Sciences Professor Emeritus at University of California, Davis.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Robert W. Pearcy

University of California, Davis

Professor Emeritus

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Physiological Ecology. Elsevier eBooks (2020)

William H. KarasovCarlos Martínez del Rio

physiologyecologyphysiological ecologyecophysiology

Some Like It Hot: The Physiological Ecology of C4 Plant Evolution. Oecologia (2018)

Rowan F. SageRussell K. MonsonJames R. EhleringerShunsuke AdachiRobert W. Pearcy

climate changephysiologyecophysiologyevolutionary biologyecologyphysiological ecology

Physiological Consequences of Cellular Water Deficits: Nonstomatal Inhibition of Photosynthesis by Water Stress. ASSA, CSSA and SSSA (2013)

Robert W. Pearcy

Plasticity Influencing the Light Compensation Point Offsets the Specialization for Light Niches Across Shrub Species in a Tropical Forest Understorey. Journal of Ecology (2013)

Frank J. SterckRemko A. DuursmaRobert W. PearcyFernando ValladaresMikolaj CieslakMonique Weemstra

vegetation scienceadaptationforest ecologylight nicheslight compensation pointplant ecologytropical forest understoreyecologyshrub speciesplasticity

Simulating Three-Dimensional Grapevine Canopies and Modelling Their Light Interception Characteristics. Australian Journal of Grape and Wine Research (2013)

A.B. IandolinoR.W. PearcyL.E. Williams

Sunflecks in Trees and Forests: From Photosynthetic Physiology to Global Change Biology. Tree Physiology (2012)

D. A. WayR. W. Pearcy

climate changephotosynthetic physiologytree physiologyforest ecologyenvironmental scienceecologyglobal change biology

Two Decades of Sunfleck Research: Looking Back to Move Forward. Tree Physiology (2012)

R. W. PearcyD. A. Way

climate changeecologytree physiologysunfleck research

Light Interception Efficiency Explained by Two Simple Variables: A Test Using a Diversity of Small‐ to Medium‐Sized Woody Plants. New Phytologist (2011)

R. A. DuursmaD. S. FalsterF. ValladaresF. J. SterckR. W. PearcyC. H. LuskK. M. SendallM. NordenstahlN. C. HouterB. J. AtwellN. KellyJ. W. G. KellyM. LiberlooD. T. TissueB. E. MedlynD. S. Ellsworth

vegetation scienceplant physiologyforest ecologyapplied phycologyforestrybotanylight interception efficiencyplant diversityplant ecologysimple variablesplant biologyphycologyecologyplant science

Responses of Plants to Heterogeneous Light Environments. Books in soils, plants, and the environment (2007)

Robert Pearcy

heterogeneous light environmentsvegetation scienceplant physiologyenvironmental sciencebotanybiologyplant ecologyplant biologyecologyplant science

The Taxonomic Distribution of C 4 Photosynthesis in Amaranthaceae Sensu Stricto. American Journal of Botany (2007)

Rowan F. SageTammy L. SageRobert W. PearcyThomas Borsch

plant taxonomybotanyphotosynthesisplant biologyevolutionary biologyplant sciencetaxonomic distribution

1
2
3
4
5
12
10 / page

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Peter S. Curtis

Institution

Ohio State University

ecosystem

plant biodiversity

Lawren Sack

Institution

University of California, Los Angeles

evolutionary biology

coevolution

Travis E. Huxman

Institution

University of California, Irvine

drought

ecohydrology

Stanley D. Smith

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University of Nevada, Las Vegas

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Philip Rundel

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environmental science

Anna Sala

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ecology

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Michael E. Loik

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ecosystem impact

ecological application

Scott Saleska

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University of Arizona

ecology

global ecology

Jesse Nippert

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terrestrial ecology

forest ecosystem

Michael F. Allen

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ecology

environmental science