Faculty

Institution

Unit

Venue

Lee Vierling

Faculty University Distinguished Professor

University of Idaho

Affiliations

College of Natural Resources

Department of Natural Resources and Society

Environmental Science Program

Lee Vierling is currently serving as a College Of Natural Resources Faculty University Distinguished Professor at University of Idaho.

Honors

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Experiences

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Education

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Lee Vierling

University of Idaho

Faculty University Distinguished Professor

You can click a keyword to filter the displayed items

environmental science ecology remote sensing forestry forest ecology plant science earth science vegetation science climate change earth observation optical remote sensing earth observation data agricultural economics forest ecosystems plant ecology forest research atmospheric science climatology avian biology landscape ecology plant physiology botany terrestrial ecology applied ecology livestock science agronomy arid environments biogeography wildlife wildlife ecology spatial ecology meteorology forest meteorology precision agriculture tree physiology crop science agricultural sciences ecological modelling ornithology aerosol science applied meteorology land cover plant biology forest-tundra ecotone geophysical research wildlife management forest biology tree growth lidar data forest carbon crop physiology laser science phenology airborne lidar terrestrial lidar vegetation structure arctic tundra movement ecology crop improvement wildlife biology canopy micrometeorology photochemical reflectance index ecosystem function applied geophysics soil science drylands plant biodiversity applied plant ecology continental sites wheat nitrogen status leaf area index ponderosa pine forest terrestrial laser scanner bat populations dynamic distribution models central america wildland fire management wildland fire fire ecology wildfire smoke conservation biology wildland fire science environmental geography

Notable Scholarly Works

Notable Federal Grants

Collaborators

Conserving Saproxylic Flagship Species by Complementing 150 Years of Natural History With Citizen Science Data—the Case of the Stag Beetles (Lucanidae, Coleoptera) of Portugal. Biodiversity and Conservation (2025)

João Gonçalo SoutinhoJoão CarvalhoMilene MatosJosé Manuel Grosso-SilvaTatiana C. Moreira-PinhalCarla RegoSónia FerreiraJoão Gonçalo AbreuAna Rita GonçalvesHelena CeiaCarlos FonsecaCristina RufinoJörg MüllerKerri T. VierlingLee A. VierlingJoão Gonçalves

natural historycitizen science databiodiversitybiodiversity conservationecologystag beetlesconservation biology

CORRECTION: Terrestrial Laser Scanning and Low Magnetic Field Digitization Yield Similar Architectural Coarse Root Traits for 32-Year-Old Pinus Ponderosa Trees. Plant Methods (2024)

Antonio MontagnoliAndrew T. HudakPasi RaumonenBruno LasserreMattia TerzaghiCarlos A. SilvaBenjamin C. BrightLee A. VierlingBruna N. de VasconcellosDonato ChiatanteR. Kasten Dumroese

terrestrial laserterrestrial sensing

Terrestrial Laser Scanning and Low Magnetic Field Digitization Data for Coarse Roots of 32-Year-Old Pinus Ponderosa Trees. Forest Service Research Data Archive (2024)

Antonio MontagnoliAndrew T. HudakPasi RaumonenBruna N. de VasconcellosBenjamin C. BrightCarlos A. SilvaLee A. VierlingR. Kasten Dumroese

wood sciencevegetation scienceearth scienceforest ecologyforestryforest researchforest biologydata sciencecoarse rootsplant science

Terrestrial Laser Scanning and Low Magnetic Field Digitization Yield Similar Architectural Coarse Root Traits for 32-Year-Old Pinus Ponderosa Trees. Plant methods (2024)

Antonio MontagnoliAndrew T. HudakPasi RaumonenBruno LasserreMattia TerzaghiCarlos A. SilvaBenjamin C. BrightLee A. VierlingBruna N. de VasconcellosDonato ChiatanteR. Kasten Dumroese

wood scienceexperimental botanyvegetation scienceearth sciencetree breedingplant developmentforestrybotanyforest researchplant biologyplant sciencearboriculturehorticulture research

Comparison of Snow Disappearance Date Estimates and Tree Stem Radial Growth Onset at the Forest-Tundra Ecotone. Agricultural and Forest Meteorology (2023)

William A. WeygintJan U.H. EitelAndrew J. MaguireLee A. VierlingKevin L. GriffinNatalie T. BoelmanJohanna E. Jensen

climate changevegetation scienceforest meteorologymeteorologyforest ecologyagricultural economicsatmospheric scienceforestryenvironmental scienceforest-tundra ecotoneclimatology

Culturally Sustaining Pedagogy in an Outdoor Environmental Science Education Program to Support High School Students’ Identities as Indigenous People and Scientists. Journal of Geoscience Education (2023)

Karla B. EitelAlicia WheelerKay SevenJosiah PinkhamTeresa Cavazos CohnChristina UhEthan White TempleMelinda DavisJoyce McFarlandJan EitelMarcie CarterRaymond DixonLee Vierling

high school studentseducationindigenous studiescultural studiescultural sustainabilityenvironmental scienceindigenous peoplesscience education

Growth Increases but Regeneration Declines in Response to Warming and Drying at Arctic Treeline in White Spruce ( Picea Glauca ). bioRxiv (Cold Spring Harbor Laboratory) (2023)

Johanna JensenNatalie BoelmanJan EitelLee VierlingAndrew MaguireRose OelkersCarlos SilvaLaia Andreu-HaylesRosanne D’ArrigoKevin L. Griffin

climate changetree growthcold region scienceforest ecologyarid environmentsgrowth increasesforestryenvironmental sciencearctic treelineavian biologywhite spruceevolutionary biologyecologyplant sciencelivestock science

Leaf Temperatures and Environmental Conditions Predict Daily Stem Radial Variations in a Temperate Coniferous Forest. Ecosphere (2023)

William A. WeygintJan U. H. EitelAndrew J. MaguireLee A. VierlingDaniel M. JohnsonColin S. CampbellKevin L. Griffin

climate changetemperate coniferous forestvegetation scienceplant physiologyenvironmental conditionsforest ecologyleaf temperaturesplant scienceenvironmental sciencephenologyplant ecologyecologyclimatology

Author Response for"Treetop: A Shiny‐Based Application and R Package for Extracting Forest Information From Lidar Data for Ecologists and Conservationists". (2022)

None Carlos Alberto SilvaNone Andrew T. HudakNone Lee A. VierlingNone Ruben ValbuenaNone Adrian CardilNone Midhun MohanNone Danilo Roberti Alves de AlmeidaNone Eben N. BroadbentNone Angelica M. Almeyda ZambranoNone Ben WilkinsonNone Ajay SharmaNone Jason B. DrakeNone Paul B. MedleyNone Jason G. VogelNone Gabriel Atticciati PrataNone Jeff W. AtkinsNone Caio HamamuraNone Daniel J. JonsonNone Carine Klauberg

shiny-based applicationforest informationforest ecologyenvironmental scienceremote sensinglidar dataecologyauthor response

Evaluating the Use of Lidar to Discern Snag Characteristics Important for Wildlife. Remote Sensing (2022)

Jessica M. StittAndrew T. HudakCarlos A. SilvaLee A. VierlingKerri T. Vierling

wildlife ecologywildlifeforestryenvironmental sciencewildlife managementavian biologyearth observationremote sensingoptical remote sensingwildlife biology

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Lee Vierling

Faculty University Distinguished Professor

University of Idaho

Affiliations

College of Natural Resources

Department of Natural Resources and Society

Environmental Science Program

Lee Vierling is currently serving as a College Of Natural Resources Faculty University Distinguished Professor at University of Idaho.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Lee Vierling

University of Idaho

Faculty University Distinguished Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

natural historycitizen science databiodiversitybiodiversity conservationecologystag beetlesconservation biology

CORRECTION: Terrestrial Laser Scanning and Low Magnetic Field Digitization Yield Similar Architectural Coarse Root Traits for 32-Year-Old Pinus Ponderosa Trees. Plant Methods (2024)

Antonio MontagnoliAndrew T. HudakPasi RaumonenBruno LasserreMattia TerzaghiCarlos A. SilvaBenjamin C. BrightLee A. VierlingBruna N. de VasconcellosDonato ChiatanteR. Kasten Dumroese

terrestrial laserterrestrial sensing

Terrestrial Laser Scanning and Low Magnetic Field Digitization Data for Coarse Roots of 32-Year-Old Pinus Ponderosa Trees. Forest Service Research Data Archive (2024)

Antonio MontagnoliAndrew T. HudakPasi RaumonenBruna N. de VasconcellosBenjamin C. BrightCarlos A. SilvaLee A. VierlingR. Kasten Dumroese

wood sciencevegetation scienceearth scienceforest ecologyforestryforest researchforest biologydata sciencecoarse rootsplant science

Terrestrial Laser Scanning and Low Magnetic Field Digitization Yield Similar Architectural Coarse Root Traits for 32-Year-Old Pinus Ponderosa Trees. Plant methods (2024)

Antonio MontagnoliAndrew T. HudakPasi RaumonenBruno LasserreMattia TerzaghiCarlos A. SilvaBenjamin C. BrightLee A. VierlingBruna N. de VasconcellosDonato ChiatanteR. Kasten Dumroese

wood scienceexperimental botanyvegetation scienceearth sciencetree breedingplant developmentforestrybotanyforest researchplant biologyplant sciencearboriculturehorticulture research

Comparison of Snow Disappearance Date Estimates and Tree Stem Radial Growth Onset at the Forest-Tundra Ecotone. Agricultural and Forest Meteorology (2023)

William A. WeygintJan U.H. EitelAndrew J. MaguireLee A. VierlingKevin L. GriffinNatalie T. BoelmanJohanna E. Jensen

climate changevegetation scienceforest meteorologymeteorologyforest ecologyagricultural economicsatmospheric scienceforestryenvironmental scienceforest-tundra ecotoneclimatology

Karla B. EitelAlicia WheelerKay SevenJosiah PinkhamTeresa Cavazos CohnChristina UhEthan White TempleMelinda DavisJoyce McFarlandJan EitelMarcie CarterRaymond DixonLee Vierling

high school studentseducationindigenous studiescultural studiescultural sustainabilityenvironmental scienceindigenous peoplesscience education

Growth Increases but Regeneration Declines in Response to Warming and Drying at Arctic Treeline in White Spruce ( Picea Glauca ). bioRxiv (Cold Spring Harbor Laboratory) (2023)

Johanna JensenNatalie BoelmanJan EitelLee VierlingAndrew MaguireRose OelkersCarlos SilvaLaia Andreu-HaylesRosanne D’ArrigoKevin L. Griffin

Leaf Temperatures and Environmental Conditions Predict Daily Stem Radial Variations in a Temperate Coniferous Forest. Ecosphere (2023)

William A. WeygintJan U. H. EitelAndrew J. MaguireLee A. VierlingDaniel M. JohnsonColin S. CampbellKevin L. Griffin

Author Response for"Treetop: A Shiny‐Based Application and R Package for Extracting Forest Information From Lidar Data for Ecologists and Conservationists". (2022)

shiny-based applicationforest informationforest ecologyenvironmental scienceremote sensinglidar dataecologyauthor response

Evaluating the Use of Lidar to Discern Snag Characteristics Important for Wildlife. Remote Sensing (2022)

Jessica M. StittAndrew T. HudakCarlos A. SilvaLee A. VierlingKerri T. Vierling

wildlife ecologywildlifeforestryenvironmental sciencewildlife managementavian biologyearth observationremote sensingoptical remote sensingwildlife biology

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10 / page

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environmental science

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conservation science

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geographic information system

spatial science

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computational biology

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