Faculty

Institution

Unit

Venue

Matthew Pyne

Associate Professor

Lamar University

Affiliations

College of Arts and Sciences

Matthew Pyne is currently serving as a College Of Arts And Sciences Associate Professor at Lamar University.

Honors

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Experiences

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Education

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Matthew Pyne

Lamar University

Associate Professor

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ecology environmental science climate change earth science hydrology aquatic ecosystems conservation biology global change biology marine biology global ecology ecohydrology freshwater ecosystems environmental biology wildlife management evolutionary biology global change evolutionary ecology climatic change water science hydrological process biological conservation animal ecology avian biology coastal research freshwater biology fish biology coastal management marine geology model framework theoretical ecology logical frameworks benthic ecology benthic communities climate projections water ecologies global change impacts hydrological sciences wildlife biology animal breeding wildlife ecology breeding behavior marine environments marine ecology respiration (physiology) fluvial process estuarine circulation coastal geomorphology coastal waters estuarine hydrodynamics dynamic framework traits-based theory stream benthic communities environmental variation species traits thermal warming western united states stream community composition hydrologic change freshwater invertebrates climate drivers stressor assessment contiguous united states freshwater insects conus freshwater insect occurrences hydrologic alteration aquatic conservation aquatic organisms ecology and evolutionary biology environmental gradients

Notable Scholarly Works

Notable Federal Grants

Collaborators

Freshwater Insects Conus: A Database of Freshwater Insect Occurrences and Traits for the Contiguous United States. Global Ecology and Biogeography (2021)

Laura TwardochlebEthan HiltnerMatthew PynePhoebe Zarnetske

freshwater insect occurrencesbiogeographycontiguous united statesfreshwater insects conusecologyglobal ecology

The Effect of a Permanent Saltwater Barrier on Rangia Cuneata, an Indicator Species of Brackish Conditions. Estuarine Coastal and Shelf Science (2020)

Ana B. ChristensenMatthew I. Pyne

environmental sciencemarine biologymarine geologycoastal geomorphologywetlandsecologyfish biologycoastal researchpermanent saltwater barriercoastal managementextreme environmentsestuarine circulationbrackish conditionsindicator speciesaquatic ecosystemscoastal engineeringrangia cuneataearth scienceestuarine hydrodynamicsfreshwater ecosystemscoastal watersfreshwater biology

Limitations of Trait‐Based Approaches for Stressor Assessment: The Case of Freshwater Invertebrates and Climate Drivers. Global Change Biology (2019)

Anna T. HamiltonRalf B. SchäferMatthew I. PyneBruce ChessmanKaran KakoueiKate S. BoersmaPiet F. M. VerdonschotRalf C. M. VerdonschotMeryl MimsKieran KhamisBritta BierwagenJen Stamp

stressor assessmentglobal change biologyaquatic ecosystemsenvironmental scienceclimate changefreshwater invertebratesevolutionary ecologyconservation biologyecologyclimate driversevolutionary biologyenvironmental biology

Effects of Co2, Ph and Temperature on Respiration and Regeneration in the Burrowing Brittle Stars Hemipholis Cordifera and Microphiopholis Gracillima. Journal of Experimental Marine Biology and Ecology (2017)

Ana B. ChristensenKristina O. RadivojevichMatthew I. Pyne

respiration (physiology)marine ecologyavian biologyburrowing brittle starsbiologyenvironmental sciencemarine biologymicrophiopholis gracillimaregeneration (biology)marine environmentsecology

Classification of California Streams Using Combined Deductive and Inductive Approaches: Setting the Foundation for Analysis of Hydrologic Alteration. Ecohydrology (2016)

Matthew I. PyneDaren M. CarlisleCristopher P. KonradEric D. Stein

hydrologyecohydrologycalifornia streamsenvironmental sciencehydrologic alterationhydrological sciences

Vulnerability of Stream Community Composition and Function to Projected Thermal Warming and Hydrologic Change Across Ecoregions in the Western United States. Global Change Biology (2016)

Matthew I. PyneN. LeRoy Poff

ecohydrologythermal warmingenvironmental scienceecologyclimate projectionswater sciencestream community compositionwestern united statesglobal ecologywater ecologiesglobal change impactsglobal changehydrologyhydrological processaquatic ecosystemsearth sciencefreshwater ecosystemsglobal change biologyclimatic changeclimate changehydrologic changeenvironmental biology

Streams Past and Future: Fluvial Responses to Rapid Environmental Change in the Context of Historical Variation. (2012)

Daniel A. AuerbachN. Leroy PoffRyan R. McShaneDavid M. MerrittMatthew I. PyneThomas K. Wilding

hydrologyhistorical variationenvironmental sciencerapid environmental changefluvial processearth scienceecologyfluvial responses

The Utility of Transient Sensitivity for Wildlife Management and Conservation: Bison as a Case Study. Biological Conservation (2011)

Michael G. BuhnerkempeNathanial BurchSarah HamiltonKerry M. ByrneEddie ChildersKirstin A. HolfelderLindsay N. McManusMatthew I. PyneGreg SchroederPaul F. Doherty

conservation biologybiological conservationwildlife managementtransient sensitivity

A Structured and Dynamic Framework to Advance Traits‐Based Theory and Prediction in Ecology. Ecology Letters (2010)

Colleen T. WebbJennifer A. HoetingGregory M. AmesMatthew I. PyneN. LeRoy Poff

logical frameworksmodel frameworktraits-based theoryclimate changetheoretical ecologyecologydynamic framework

Developing Linkages Between Species Traits and Multiscaled Environmental Variation to Explore Vulnerability of Stream Benthic Communities to Climate Change. Journal of the North American Benthological Society (2010)

N. LeRoy PoffMatthew I. PyneBrian P. BledsoeChristopher C. CuhaciyanDaren M. Carlisle

species traitsenvironmental scienceclimate changebenthic ecologystream benthic communitiesecologybenthic communitiesenvironmental variation

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Matthew Pyne

Associate Professor

Lamar University

Affiliations

College of Arts and Sciences

Matthew Pyne is currently serving as a College Of Arts And Sciences Associate Professor at Lamar 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

Matthew Pyne

Lamar University

Associate Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Freshwater Insects Conus: A Database of Freshwater Insect Occurrences and Traits for the Contiguous United States. Global Ecology and Biogeography (2021)

Laura TwardochlebEthan HiltnerMatthew PynePhoebe Zarnetske

freshwater insect occurrencesbiogeographycontiguous united statesfreshwater insects conusecologyglobal ecology

The Effect of a Permanent Saltwater Barrier on Rangia Cuneata, an Indicator Species of Brackish Conditions. Estuarine Coastal and Shelf Science (2020)

Ana B. ChristensenMatthew I. Pyne

Limitations of Trait‐Based Approaches for Stressor Assessment: The Case of Freshwater Invertebrates and Climate Drivers. Global Change Biology (2019)

Anna T. HamiltonRalf B. SchäferMatthew I. PyneBruce ChessmanKaran KakoueiKate S. BoersmaPiet F. M. VerdonschotRalf C. M. VerdonschotMeryl MimsKieran KhamisBritta BierwagenJen Stamp

Ana B. ChristensenKristina O. RadivojevichMatthew I. Pyne

respiration (physiology)marine ecologyavian biologyburrowing brittle starsbiologyenvironmental sciencemarine biologymicrophiopholis gracillimaregeneration (biology)marine environmentsecology

Classification of California Streams Using Combined Deductive and Inductive Approaches: Setting the Foundation for Analysis of Hydrologic Alteration. Ecohydrology (2016)

Matthew I. PyneDaren M. CarlisleCristopher P. KonradEric D. Stein

hydrologyecohydrologycalifornia streamsenvironmental sciencehydrologic alterationhydrological sciences

Vulnerability of Stream Community Composition and Function to Projected Thermal Warming and Hydrologic Change Across Ecoregions in the Western United States. Global Change Biology (2016)

Matthew I. PyneN. LeRoy Poff

Streams Past and Future: Fluvial Responses to Rapid Environmental Change in the Context of Historical Variation. (2012)

Daniel A. AuerbachN. Leroy PoffRyan R. McShaneDavid M. MerrittMatthew I. PyneThomas K. Wilding

hydrologyhistorical variationenvironmental sciencerapid environmental changefluvial processearth scienceecologyfluvial responses

The Utility of Transient Sensitivity for Wildlife Management and Conservation: Bison as a Case Study. Biological Conservation (2011)

Michael G. BuhnerkempeNathanial BurchSarah HamiltonKerry M. ByrneEddie ChildersKirstin A. HolfelderLindsay N. McManusMatthew I. PyneGreg SchroederPaul F. Doherty

conservation biologybiological conservationwildlife managementtransient sensitivity

A Structured and Dynamic Framework to Advance Traits‐Based Theory and Prediction in Ecology. Ecology Letters (2010)

Colleen T. WebbJennifer A. HoetingGregory M. AmesMatthew I. PyneN. LeRoy Poff

logical frameworksmodel frameworktraits-based theoryclimate changetheoretical ecologyecologydynamic framework

N. LeRoy PoffMatthew I. PyneBrian P. BledsoeChristopher C. CuhaciyanDaren M. Carlisle

species traitsenvironmental scienceclimate changebenthic ecologystream benthic communitiesecologybenthic communitiesenvironmental variation

1
2
10 / page

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Similar Faculty Members

Jeff Wesner

Institution

University of South Dakota

ecology

aquatic conservation

Carla L. Atkinson

Institution

University of Alabama

freshwater biology

ecosystem

Sally Entrekin

Institution

Virginia Tech

water quality

aquatic conservation

Amy Marcarelli

Institution

Michigan Technological University

limnology

wetland

Rebecca North

Institution

University of Missouri

freshwater biology

ecosystem

Scott Tiegs

Institution

Oakland University

ecosystem impact

ecosystem

Timothy Bonner

Institution

Texas State University

freshwater biology

aquatic parasites

Michael Bogan

Institution

University of Arizona

aquatic ecosystems

drought

Gordon Holtgrieve

Institution

University of Washington

freshwater biology

aquatic conservation

Cayelan Carey

Institution

Virginia Tech

freshwater biology

aquatic conservation