Faculty

Institution

Unit

Venue

Dr. Michael Medler

Western Washington University

Affiliations

College of the Environment

College of the Environment Spatial Institute

Department Of Environmental Sciences

Department Of Urban And Environmental Planning And Policy

Institute for Watershed Studies

Studies Of Institute For Watershed

Department Of Environmental Studies And Geography

College of the Environment Spatial Institute

Institute Of Spatial

Western Washington University

NoneDr. Michael Medler is currently serving as a College Of The Environment faculty at Western Washington University.

Honors

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Experiences

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Education

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Dr. Michael Medler

Western Washington University

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wildfires fire ecology wildland fire environmental science geography earth science climatology geographical information science fire research ecology meteorology climate change geographic information systems wildfire smoke climate dynamics physical geography geomorphology cryosphere cold region science geoscientific model development quaternary science fire technology fire modeling geospatial mapping dendrochronology snow avalanche fire dynamics cascade mountains climatic change hydrometeorology evolutionary anthropology fire safety forest ecology applied geography environmental planning wildlife applied meteorology weather forecasting freeze-thaw cycling burned area mapping climate variability climate change effects human origins evolutionary theory quantitative geomorphology mountain uplift land management land-use planning forest governance forest tourism early snowmelt event annual area western united states wildfire patterns relationship between snowfall local climate variability huascaran national park fire response high-elevation wildflower lava flows spatial patterns cordillera blanca vegetated ecosystems wildfire responses western usa

Notable Scholarly Works

Notable Federal Grants

Collaborators

Early Snowmelt Timing Leads to Divergent Wildfire Responses in Vegetated Ecosystems of Western USA. AGU Fall Meeting 2018 (2018)

wildfire responsesvegetated ecosystemswestern usawildland firefire ecologyecosystemsenvironmental sciencewildfiresforest ecologywildfire smokefire dynamicsecology

Quantifying the Early Snowmelt Event of 2015 in the Cascade Mountains, USA by Developing and Validating Modis-Based Snowmelt Timing Maps. Frontiers of Earth Science (2018)

environmental scienceapplied meteorologygeospatial mappinggeoscientific model developmentcryosphereweather forecastingearly snowmelt eventsnow avalanchequaternary scienceclimatologyclimate dynamicscascade mountainsmeteorologygeographical information sciencephysical geographygeographyearth sciencegeographic information systemsdendrochronologyclimatic changecold region sciencegeomorphologyclimate change

The Compounding Consequences of Wildfire and Climate Change for a High‐Elevation Wildflower ( Saxifraga Austromontana ). Journal of Biogeography (2018)

Trevor D.S. BloomAquila FlowerMichael MedlerEric G. DeChaine

fire ecologybiogeographyclimate change effectsenvironmental scienceclimate changewildfireshigh-elevation wildflowerecology

Fire Response to Local Climate Variability: Huascarán National Park, Peru. Fire Ecology (2017)

John AllMichael MedlerSylvie ArquesRebecca ColeTommy WoodallJustin KingJun YanCarl Schmitt

fire responsefire ecologywildland fireenvironmental sciencewildfiresclimate variabilityearth sciencehuascaran national parkecologylocal climate variability

Investigating the Early Snowmelt of 2015 in the Cascade Mountains Using New Modis-Based Snowmelt Timing Maps. AGU Fall Meeting Abstracts (2017)

geospatial mappinggeoscientific model developmentcryospheresnow avalanchequaternary sciencemountain upliftclimatologyclimate dynamicsremote sensingearly snowmeltcascade mountainsmeteorologygeographical information sciencephysical geographygeographyearth sciencegeographic information systemsdendrochronologyquantitative geomorphologycold region sciencegeomorphology

A New Method Comparing Snowmelt Timing With Annual Area Burned. Fire Ecology (2016)

fire researchclimatologyannual areafire modelingwildland firefire ecologyfire technologygeographyenvironmental sciencewildfiresearth sciencefreeze-thaw cyclingmeteorology

The Wild in Wildfire. The Trumpeter (2015)

fire dynamicswildlifewildland firefire ecologyfire technologywildfireswildfire smokeconservation biologyforest tourism

Climate Change and Mountain Community Fire Management in the Cordillera Blanca, Peru. 2014 AGU Fall Meeting (2014)

fire ecologygeographyenvironmental sciencewildfireshuman impacts on the environmentcordillera blancafire safetyearth sciencewildfire smokedisastersclimate changefire researchnatural disasters

Speculations About the Effects of Fire and Lava Flows on Human Evolution. Fire Ecology (2011)

fire researchbiological anthropologyevolutionary psychologywildland firefire ecologybiologyevolutionary theoryhuman evolutionwildfireshuman originsevolutionary anthropologylava flowshuman biologyevolutionary biologyenvironmental historyvolcanology

PYROGEOGRAPHY: Mapping and Understanding the Spatial Patterns of Wildfire. (2010)

spatial analysisgeographical information sciencefire modelingwildland firefire ecologyspatial patternsgeographywildfires

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Dr. Michael Medler

Western Washington University

Affiliations

College of the Environment

College of the Environment Spatial Institute

Department Of Environmental Sciences

Department Of Urban And Environmental Planning And Policy

Institute for Watershed Studies

Studies Of Institute For Watershed

Department Of Environmental Studies And Geography

College of the Environment Spatial Institute

Institute Of Spatial

Western Washington University

NoneDr. Michael Medler is currently serving as a College Of The Environment faculty at Western Washington 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

Dr. Michael Medler

Western Washington University

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Early Snowmelt Timing Leads to Divergent Wildfire Responses in Vegetated Ecosystems of Western USA. AGU Fall Meeting 2018 (2018)

wildfire responsesvegetated ecosystemswestern usawildland firefire ecologyecosystemsenvironmental sciencewildfiresforest ecologywildfire smokefire dynamicsecology

Quantifying the Early Snowmelt Event of 2015 in the Cascade Mountains, USA by Developing and Validating Modis-Based Snowmelt Timing Maps. Frontiers of Earth Science (2018)

The Compounding Consequences of Wildfire and Climate Change for a High‐Elevation Wildflower ( Saxifraga Austromontana ). Journal of Biogeography (2018)

Trevor D.S. BloomAquila FlowerMichael MedlerEric G. DeChaine

fire ecologybiogeographyclimate change effectsenvironmental scienceclimate changewildfireshigh-elevation wildflowerecology

Fire Response to Local Climate Variability: Huascarán National Park, Peru. Fire Ecology (2017)

John AllMichael MedlerSylvie ArquesRebecca ColeTommy WoodallJustin KingJun YanCarl Schmitt

fire responsefire ecologywildland fireenvironmental sciencewildfiresclimate variabilityearth sciencehuascaran national parkecologylocal climate variability

Investigating the Early Snowmelt of 2015 in the Cascade Mountains Using New Modis-Based Snowmelt Timing Maps. AGU Fall Meeting Abstracts (2017)

A New Method Comparing Snowmelt Timing With Annual Area Burned. Fire Ecology (2016)

fire researchclimatologyannual areafire modelingwildland firefire ecologyfire technologygeographyenvironmental sciencewildfiresearth sciencefreeze-thaw cyclingmeteorology

The Wild in Wildfire. The Trumpeter (2015)

fire dynamicswildlifewildland firefire ecologyfire technologywildfireswildfire smokeconservation biologyforest tourism

Climate Change and Mountain Community Fire Management in the Cordillera Blanca, Peru. 2014 AGU Fall Meeting (2014)

fire ecologygeographyenvironmental sciencewildfireshuman impacts on the environmentcordillera blancafire safetyearth sciencewildfire smokedisastersclimate changefire researchnatural disasters

Speculations About the Effects of Fire and Lava Flows on Human Evolution. Fire Ecology (2011)

PYROGEOGRAPHY: Mapping and Understanding the Spatial Patterns of Wildfire. (2010)

spatial analysisgeographical information sciencefire modelingwildland firefire ecologyspatial patternsgeographywildfires

1
2
10 / page