Faculty

Institution

Unit

Venue

Melissa Lucash

Research Assistant Professor

University of Oregon

Affiliations

College of Arts and Sciences

Environmental Studies

Geography

Social Science

Melissa Lucash is currently serving as a College Of Arts And Sciences Research Assistant Professor at University of Oregon.

Honors

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Experiences

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Education

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Melissa Lucash

University of Oregon

Research Assistant Professor

You can click a keyword to filter the displayed items

climate change environmental science ecology forest ecology forestry earth science climatology fire ecology forest ecosystems terrestrial ecology wildfires applied ecology landscape ecology boreal forests geography ecosystems visualization plant science virtual reality environmental research information visualization forest research ecosystem adaptation ecological modelling forest carbon hydrological modeling ecological simulation restoration ecology avian biology ecohydrology forest conservation climate change effects forest biology plant ecology short-term variability soil science central wisconsin wildland fire geographical information science applied geography soil biology canadian studies visual science root systems anthropocene fire suppression fire dynamics forest restoration climate resilience ecosystem resilience soil carbon sequestration soil carbon cycle nutrient cycles forest productivity data exploration spatial ecology extreme weather weather disaster regional relevance animal management habitat management wildlife management terrestrial models conifer dominance forest management scenarios old forest forest dynamics disturbance interactions forested landscapes spatial resilience data-driven virtual reality climatic effects short-term negative feedback widespread severe wildfires forest homogeneity dry mixed-conifer forests forest resource management

Notable Scholarly Works

Notable Federal Grants

Collaborators

Best Practices for Calibration of Forest Landscape Models Using Fine-Scaled Reference Information. Canadian Journal of Forest Research (2024)

Gordon C ReeseBrian R. SturtevantCaren C. DymondKathleen M. QuigleyMatthew Joshua DuveneckMelissa S. LucashEric J. GustafsonRobert M SchellerMatthew B. RussellBrian R. Miranda

reference modelcalibrationforest ecologyforest landscape modelsearth scienceforest ecosystemsfine-scaled reference informationbest practicesforest research

Climate Change and Disturbance Interact to Alter Landscape Reflectivity (Albedo) in Boreal Forests Across a Large Latitudinal Gradient in Siberia. The Science of The Total Environment (2024)

Eric J GustafsonMelissa S LucashAnatoly Z ShvidenkoBrian R SturtevantBrian R MirandaDmitry SchepaschenkoHana Matsumoto

large latitudinal gradientboreal forestsforest ecologyearth sciencelandscape reflectivityclimatologylandscape ecologyenvironmental scienceclimate changevegetation sciencearid environmentsplanetary sciences

Climate Change Threatens the Sustainability of Current Timber Harvesting Practices Across a Latitudinal Gradient in Siberia. (2024)

Eric J. GustafsonMelissa S. LucashAnatoly ShvidenkoBrian R. SturtevantDmitry SchepaschenkoColin MastNeil Williams

wood sciencecold region sciencewood harvestingmaterials sciencesustainable agricultureforestrylatitudinal gradientenvironmental scienceecologyclimate change

Correction to: Future Transitions From a Conifer to a Deciduous-Dominated Landscape Are Accelerated by Greater Wildfire Activity and Climate Change in Interior Alaska. Landscape Ecology (2024)

Shelby A. WeissAdrienne M. MarshallKatherine R. HayesDmitry J. NicolskyBrian BumaMelissa S. Lucash

greater wildfire activitydeciduous-dominated landscapefuture transitionsinterior alaskalandscape ecologywildfiresenvironmental scienceclimate change

Prescribed Fire Placement Matters More Than Increasing Frequency and Extent in a Simulated Pacific Northwest Landscape. Ecosphere (2024)

Alison L. DeakMelissa S. LucashMichael R. CoughlanShelby WeissLucas C. R. Silva

applied ecologyfire ecologyforestryenvironmental scienceecologyclimate change

Balancing Multiple Forest Management Objectives Under Climate Change in Central Wisconsin, U.S.a.. Trees Forests and People (2023)

Melissa S. LucashNeil G. WilliamsVivek SrikrishnanKlaus KellerRobert M. SchellerCasey HegelsonRobert E. NicholasErica A.H. Smithwick

applied ecologymultiple objectivescentral wisconsinnatural resource managementforest ecologyforest conservationenvironmental resource managementforest ecosystemsforestryecosystem adaptationecologyclimate changeecosystemsforest resource management

Burning Trees in Frozen Soil: Simulating Fire, Vegetation, Soil, and Hydrology in the Boreal Forests of Alaska. Ecological Modelling (2023)

Melissa S. LucashAdrienne M. MarshallShelby A. WeissJohn W. McNabbDmitry J. NicolskyGerald N. FlerchingerTimothy E. LinkJason G. VogelRobert M. SchellerRose Z. AbramoffVladimir E. Romanovsky

simulating fireecohydrologyfrozen soilenvironmental sciencefire ecologyboreal forestsecologyapplied ecologyearth scienceforest hydrologyterrestrial ecologyforestrybiogeographyclimate changebotanyforest ecologysoil modelingclimatologyecological simulationcryospherehydrological modeling

Integrating Menominee Model for Sustainable Forestry With Systems Thinking Competency Through 3D Virtual Tours. Sustainability Science (2023)

Ellie Nasr-AzadaniErica A. H. SmithwickStuart J. SteidleMelissa S. LucashDenice H. WardropNathan T. FregienThomas R. Kenote

sustainable forestrymenominee modelsystems engineeringsustainability science

Modeling Natural Disturbances in Boreal Forests. Advances in global change research (2023)

Rupert SeidlMarie-Josée FortinJuha HonkaniemiMelissa Lucash

global changeglobal ecologynatural disturbancesecological modellingboreal forestsenvironmental modellingforest ecologyclimate modelsearth scienceforestryenvironmental scienceecologyclimate change

Simulating Dynamic Fire Regime and Vegetation Change in a Warming Siberia. Fire Ecology (2023)

Neil G. WilliamsMelissa S. LucashMarc R. OuelletteThomas BrusselEric J. GustafsonShelby A. WeissBrian R. SturtevantDmitry G. SchepaschenkoAnatoly Z. Shvidenko

ecological simulationmodeling and simulationvegetation changefire modelingfire ecologyenvironmental modellingforest ecologywarming siberiaclimatic changeearth sciencedynamic fire regimeforestryclimatologyenvironmental scienceecologyclimate changevegetation science

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Melissa Lucash

Research Assistant Professor

University of Oregon

Affiliations

College of Arts and Sciences

Environmental Studies

Geography

Social Science

Melissa Lucash is currently serving as a College Of Arts And Sciences Research Assistant Professor at University of Oregon.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Melissa Lucash

University of Oregon

Research Assistant Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Best Practices for Calibration of Forest Landscape Models Using Fine-Scaled Reference Information. Canadian Journal of Forest Research (2024)

Gordon C ReeseBrian R. SturtevantCaren C. DymondKathleen M. QuigleyMatthew Joshua DuveneckMelissa S. LucashEric J. GustafsonRobert M SchellerMatthew B. RussellBrian R. Miranda

reference modelcalibrationforest ecologyforest landscape modelsearth scienceforest ecosystemsfine-scaled reference informationbest practicesforest research

Climate Change and Disturbance Interact to Alter Landscape Reflectivity (Albedo) in Boreal Forests Across a Large Latitudinal Gradient in Siberia. The Science of The Total Environment (2024)

Eric J GustafsonMelissa S LucashAnatoly Z ShvidenkoBrian R SturtevantBrian R MirandaDmitry SchepaschenkoHana Matsumoto

Climate Change Threatens the Sustainability of Current Timber Harvesting Practices Across a Latitudinal Gradient in Siberia. (2024)

Eric J. GustafsonMelissa S. LucashAnatoly ShvidenkoBrian R. SturtevantDmitry SchepaschenkoColin MastNeil Williams

wood sciencecold region sciencewood harvestingmaterials sciencesustainable agricultureforestrylatitudinal gradientenvironmental scienceecologyclimate change

Correction to: Future Transitions From a Conifer to a Deciduous-Dominated Landscape Are Accelerated by Greater Wildfire Activity and Climate Change in Interior Alaska. Landscape Ecology (2024)

Shelby A. WeissAdrienne M. MarshallKatherine R. HayesDmitry J. NicolskyBrian BumaMelissa S. Lucash

greater wildfire activitydeciduous-dominated landscapefuture transitionsinterior alaskalandscape ecologywildfiresenvironmental scienceclimate change

Prescribed Fire Placement Matters More Than Increasing Frequency and Extent in a Simulated Pacific Northwest Landscape. Ecosphere (2024)

Alison L. DeakMelissa S. LucashMichael R. CoughlanShelby WeissLucas C. R. Silva

applied ecologyfire ecologyforestryenvironmental scienceecologyclimate change

Balancing Multiple Forest Management Objectives Under Climate Change in Central Wisconsin, U.S.a.. Trees Forests and People (2023)

Melissa S. LucashNeil G. WilliamsVivek SrikrishnanKlaus KellerRobert M. SchellerCasey HegelsonRobert E. NicholasErica A.H. Smithwick

Burning Trees in Frozen Soil: Simulating Fire, Vegetation, Soil, and Hydrology in the Boreal Forests of Alaska. Ecological Modelling (2023)

Melissa S. LucashAdrienne M. MarshallShelby A. WeissJohn W. McNabbDmitry J. NicolskyGerald N. FlerchingerTimothy E. LinkJason G. VogelRobert M. SchellerRose Z. AbramoffVladimir E. Romanovsky

Integrating Menominee Model for Sustainable Forestry With Systems Thinking Competency Through 3D Virtual Tours. Sustainability Science (2023)

Ellie Nasr-AzadaniErica A. H. SmithwickStuart J. SteidleMelissa S. LucashDenice H. WardropNathan T. FregienThomas R. Kenote

sustainable forestrymenominee modelsystems engineeringsustainability science

Modeling Natural Disturbances in Boreal Forests. Advances in global change research (2023)

Rupert SeidlMarie-Josée FortinJuha HonkaniemiMelissa Lucash

global changeglobal ecologynatural disturbancesecological modellingboreal forestsenvironmental modellingforest ecologyclimate modelsearth scienceforestryenvironmental scienceecologyclimate change

Simulating Dynamic Fire Regime and Vegetation Change in a Warming Siberia. Fire Ecology (2023)

Neil G. WilliamsMelissa S. LucashMarc R. OuelletteThomas BrusselEric J. GustafsonShelby A. WeissBrian R. SturtevantDmitry G. SchepaschenkoAnatoly Z. Shvidenko

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