Faculty

Institution

Unit

Venue

Keith Reinhardt

Assistant Professor

Idaho State University

Affiliations

College of Science and Engineering

Biological Sciences

Biological Sciences/idaho Museum of Natural History

Keith Reinhardt is currently serving as a Biological Sciences Assistant Professor at Idaho State University.

Honors

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Experiences

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Education

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Keith Reinhardt

Idaho State University

Assistant Professor

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ecology environmental science climate change forest ecology vegetation science forestry plant science plant ecology climatology botany plant physiology tree physiology arid environments forest ecosystems livestock science drought climate dynamics biogeography climatic change terrestrial ecology forest biology water relations developmental biology applied ecology experimental botany soil biology wildlife ecology spatial ecology precipitation seasonality evolutionary biology conservation biology ecosystem adaptation plant biology plant stress climate variability landscape ecology drylands phenology southern appalachian mountains global ecology atmospheric environment aquatic toxicology ecotoxicology adaptation avian biology environmental biology experimental plant biology cloud physics applied plant ecology carbon allocation plant development tree growth soil carbon cycle short-term variability physiological plasticity drought resilience comparative analysis thermography plant genetics global comparison carbon accounting environmental data trace elements drought-induced tree mortality multi-species synthesis physiological mechanisms alpine treeline soil depth experimental modification two-layer hypothesis ecohydrological niche drought stress winter anthocyanin production angiosperm evergreen species mountain forest elevation photosynthetic light quality ecohydrology resilience water transport

Notable Scholarly Works

Notable Federal Grants

Collaborators

Evaluating Variation of Respiration: Photosynthesis Ratio in Sagebrush Species: Implications for Carbon Flux Modeling. Ecosphere (2024)

Harmandeep SharmaKeith ReinhardtKathleen A. LohseKen Aho

carbon fluxphotosynthesisecosystemsrespiration (physiology)ecologyphotosynthesis ratiosagebrush species

High‐Resolution Thermal Imagery Reveals How Interactions Between Crown Structure and Genetics Shape Plant Temperature. Remote Sensing in Ecology and Conservation (2023)

Peter J. OlsoyAndrii ZaiatsDonna M. DelparteMatthew J. GerminoBryce A. RichardsonSpencer RoopAnna V. RoserJennifer S. ForbeyMegan E. CattauSven BuerkiKeith ReinhardtT. Trevor Caughlin

climate changecrown structurevegetation scienceforest ecologyconservation scienceplant geneticshigh-resolution thermal imagerythermographyforestryenvironmental scienceforest ecosystemsplant ecologyremote sensingconservation biologylandscape ecologyecologyplant sciencegenetics

First Report of Fungal Endophyte Communities and Non-Defensive Phytochemistry of Biocontrol-Inoculated Whitebark Pine Seedlings in a Restoration Planting. Forests (2022)

Ehren R. V. MolerKeith ReinhardtRichard A. SniezkoKen Aho

forest ecologynon-defensive phytochemistryforestryrestoration plantingphytochemicalsecologyfungal endophyte communities

Looking Beyond Leaves: Variation in Nutrient Leaching Potential of Seasonal Litterfall Among Different Species Within an Urban Forest. Urban Ecosystems (2022)

Sophie K. HillRebecca L. HaleJoshua B. GrinathBrittany T. FolkRyan NielsonKeith Reinhardt

tree physiologydifferent speciesterrestrial ecologyforest ecologyurban forestenvironmental scienceforest ecosystemsurban ecologyenvironmental engineeringecosystemsseasonal litterfallcomparative analysisecologyplant science

Warming Temperatures Affect Meadow‐Wide Nectar Resources, With Implications for Plant–Pollinator Communities. Ecosphere (2022)

Audrey L. McCombsDiane DebinskiKeith ReinhardtMatthew J. GerminoPetrutza Caragea

climate changespatial ecologyvegetation sciencehuman impacts on the environmentterrestrial ecologymeadow-wide nectar resourcesclimatic changeenvironmental scienceclimate dynamicsplant ecologyapplied ecologyecologyclimatologyplant-pollinator communities

Data From:"Ecophysiological Variation in Two Provenances of Pinus Flexilis Seedlings Across an Elevation Gradient From Forest to Alpine". OSTI OAI (U.S. Department of Energy Office of Scientific and Technical Information) (2021)

Reinhardt, KeithCastanha, CristinaGermino, Matthew J.Kueppers, Lara M.

climate changespatial ecologytree physiologyplant physiologyvegetation scienceearth scienceforest ecologyforestryenvironmental scienceecophysiological variationforest researchplant ecologyecophysiologyforest biologyelevation gradientecologyplant sciencepinus flexilis seedlings

Data From:"Snowmelt Timing Regulates Community Composition, Phenology, and Physiological Performance of Alpine Plants". OSTI OAI (U.S. Department of Energy Office of Scientific and Technical Information) (2021)

Winkler, Daniel E.Butz, Ramona J.Germino, Matthew J.Reinhardt, KeithKueppers, Lara M.

climate changevegetation scienceplant physiologycold region scienceearth sciencealpine plantsforest ecologyphysiological performanceforestryenvironmental sciencebotanyplant sciencephenologyplant ecologyecologyclimatologysoil biology

Dataset for Fundamental Intra-Specific Differences in Plant-Water Relations in a Widespread Desert Shrub (Artemisia Tridentata). (2020)

Harmandeep SharmaKeith ReinhardtKathleen A. Lohse

biostatisticsvegetation sciencefundamental intra-specific differencesarid environmentswidespread desert shrubplant ecologydata scienceartemisia tridentataecologyplant-water relationsbiogeography

The Environmental Drivers of Annual Variation in Forest Greenness Are Variable in the Northern Intermountain West, USA. Ecosphere (2020)

Dayne R. LubenowKeith Reinhardt

climate changenorthern intermountainenvironmental scienceforest greennessecologyenvironmental driversannual variation

Data for a Comparison of Sap Flux Among Three Sagebrush Communities Spanning Rain-to Snow-Dominated Precipitation Regimes. (2019)

Harmandeep SharmaKeith ReinhardtKathleen Lohse

climate changebiostatisticshydrometeorologyvegetation sciencesap fluxmeteorologyforest ecologyforestryenvironmental scienceglobal comparisonsagebrush communitiescommunity (ecology)ecologyclimatology

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Keith Reinhardt

Assistant Professor

Idaho State University

Affiliations

College of Science and Engineering

Biological Sciences

Biological Sciences/idaho Museum of Natural History

Keith Reinhardt is currently serving as a Biological Sciences Assistant Professor at Idaho State 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

Keith Reinhardt

Idaho State University

Assistant Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Evaluating Variation of Respiration: Photosynthesis Ratio in Sagebrush Species: Implications for Carbon Flux Modeling. Ecosphere (2024)

Harmandeep SharmaKeith ReinhardtKathleen A. LohseKen Aho

carbon fluxphotosynthesisecosystemsrespiration (physiology)ecologyphotosynthesis ratiosagebrush species

High‐Resolution Thermal Imagery Reveals How Interactions Between Crown Structure and Genetics Shape Plant Temperature. Remote Sensing in Ecology and Conservation (2023)

Peter J. OlsoyAndrii ZaiatsDonna M. DelparteMatthew J. GerminoBryce A. RichardsonSpencer RoopAnna V. RoserJennifer S. ForbeyMegan E. CattauSven BuerkiKeith ReinhardtT. Trevor Caughlin

First Report of Fungal Endophyte Communities and Non-Defensive Phytochemistry of Biocontrol-Inoculated Whitebark Pine Seedlings in a Restoration Planting. Forests (2022)

Ehren R. V. MolerKeith ReinhardtRichard A. SniezkoKen Aho

forest ecologynon-defensive phytochemistryforestryrestoration plantingphytochemicalsecologyfungal endophyte communities

Looking Beyond Leaves: Variation in Nutrient Leaching Potential of Seasonal Litterfall Among Different Species Within an Urban Forest. Urban Ecosystems (2022)

Sophie K. HillRebecca L. HaleJoshua B. GrinathBrittany T. FolkRyan NielsonKeith Reinhardt

Warming Temperatures Affect Meadow‐Wide Nectar Resources, With Implications for Plant–Pollinator Communities. Ecosphere (2022)

Audrey L. McCombsDiane DebinskiKeith ReinhardtMatthew J. GerminoPetrutza Caragea

Reinhardt, KeithCastanha, CristinaGermino, Matthew J.Kueppers, Lara M.

Winkler, Daniel E.Butz, Ramona J.Germino, Matthew J.Reinhardt, KeithKueppers, Lara M.

Dataset for Fundamental Intra-Specific Differences in Plant-Water Relations in a Widespread Desert Shrub (Artemisia Tridentata). (2020)

Harmandeep SharmaKeith ReinhardtKathleen A. Lohse

biostatisticsvegetation sciencefundamental intra-specific differencesarid environmentswidespread desert shrubplant ecologydata scienceartemisia tridentataecologyplant-water relationsbiogeography

The Environmental Drivers of Annual Variation in Forest Greenness Are Variable in the Northern Intermountain West, USA. Ecosphere (2020)

Dayne R. LubenowKeith Reinhardt

climate changenorthern intermountainenvironmental scienceforest greennessecologyenvironmental driversannual variation

Data for a Comparison of Sap Flux Among Three Sagebrush Communities Spanning Rain-to Snow-Dominated Precipitation Regimes. (2019)

Harmandeep SharmaKeith ReinhardtKathleen Lohse

climate changebiostatisticshydrometeorologyvegetation sciencesap fluxmeteorologyforest ecologyforestryenvironmental scienceglobal comparisonsagebrush communitiescommunity (ecology)ecologyclimatology

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10 / page

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