Faculty

Institution

Unit

Venue

Mike Willis

Associate Professor of Cryospheric Science Geodesy & Remote Sensing

Virginia Tech

Affiliations

College of Science

Department of Geosciences

Mike Willis is currently serving as a College Of Science Associate Professor of Cryospheric Science Geodesy & Remote Sensing at Virginia Tech.

Honors

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Experiences

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Education

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Mike Willis

Virginia Tech

Associate Professor of Cryospheric Science Geodesy & Remote Sensing

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earth science cryosphere planetary sciences climate change glacial process geography cold region science glaciers environmental science geomorphology remote sensing climatology geophysics climate dynamics earth observation geophysical research climatic change geology paleoclimatology hydrology geodesy earth observation data quaternary science arctic structure ocean sciences marine geology landslides tectonophysics engineering geology water science earth system science arctic engineering earthquake rupture taan fiord antarctic interior atmospheric research hydrometeorology orogeny regional geology global navigation satellite system digital elevation models southeast alaska gps measurements disaster risk science high elevation freeze-thaw cycling regional climate response environmental geology applied geomorphology mountain uplift coastal geomorphology ice-water system geodetic measurements russian arctic laser altimetry srtm dem present-day mass loss meteorological forcing science studies oceanic science regional science regional planning sea-level change regional research disaster research disaster response surface-water hydrology surface water terrestrial ecology arid environments ice mass ice sheet ice-sheet stability amundsen sea embayment rapid bedrock uplift post-last glacial maximum

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Assessment of Sea Level Rise and Associated Impacts for Tuvalu. VTechWorks (Virginia Tech) (2023)

Kyra AdamsCarmen BlackwoodRichard CullatherBenjamin HamlingtonEduard HeijkoopKristopher KarnauskasRobert KoppEric LarourTong LeeR. Steven NeremSophie NowickiChristopher G. PiecuchRichard RayDavid RouncePhilip ThompsonNadya VinogradovaOu WangMichael Willis

oceanographysea level riseenvironmental sciencenuclear scienceassociated impactsearth scienceclimate changeepidemiology

Identifying Active Retrogressive Thaw Slumps From Arcticdem. ISPRS Journal of Photogrammetry and Remote Sensing (2023)

Lingcao HuangMichael J. WillisGuiye LiTrevor C. LantzKevin SchaeferElizabeth WigGuofeng CaoKristy F. Tiampo

optical remote sensingcold region scienceenvironmental scienceatmospheric researchclimatic changeregional climate responsemeteorologyremote sensingdigital photogrammetryglacial processcryosphereearth scienceatmospheric scienceclimate dynamicsplanetary sciencesclimate changepaleoclimatology

Accuracy, Efficiency, and Transferability of a Deep Learning Model for Mapping Retrogressive Thaw Slumps Across the Canadian Arctic. Remote Sensing (2022)

Lingcao HuangTrevor C. LantzRobert H. FraserKristy F. TiampoMichael J. WillisKevin Schaefer

deep learningcold region scienceenvironmental sciencecanadian arcticremote sensingcryosphereearth scienceplanetary sciencesclimate changedeep learning modelearth observation

Assessment of Esa Cryosat-2 Radar Altimetry Data Using Gnssdata at Three Sites on the Greenland Ice Sheet. (2022)

Karina HansenKristine M. LarsonMichael J. WillisWilliam ColganVeit HelmShfaqat Abbas Khan

radarclimatic changeenvironmental scienceglaciersgreenland ice sheetremote sensingglacial processcryosphereatmospheric scienceearth scienceclimate changeplanetary sciencesearth observation dataearth observation

Atypical Landslide Induces Speedup, Advance, and Long-Term Slowdown of a Tidewater Glacier. Geology (2022)

Maximillian Van Wyk de VriesAndrew D. WickertKelly R. MacGregorCamilo RadaMichael J. Willis

environmental geologyclimatic changeenvironmental scienceglacierslong-term slowdownlandslidesgeomorphologyglacial processregional geologycryosphereearth scienceorogenyclimate dynamicsclimatologyplanetary sciencesclimate changetidewater glaciergeology

Characterization of Large Tsunamigenic Landslides and Their Effects Using Digital Surface Models: A Case Study From Taan Fiord, Alaska. Remote Sensing of Environment (2022)

Brianna D. CorsaMylène JacquemartMichael J. WillisKristy F. Tiampo

environmental scienceremote sensingearth sciencetaan fiordplanetary sciencesclimate changedigital surface modelsearth observation

High‐Resolution Finite Fault Slip Inversion of the 2019 Ridgecrest Earthquake Using 3D Finite Element Modeling. Journal of Geophysical Research Solid Earth (2022)

Magali Barba‐SevillaMargaret T. GlasscoeJay ParkerGregory A. LyzengaMichael J. WillisKristy F. Tiampo

geophysicsapplied physicsfinite element methodsdeterioration modelingstructural engineeringfault geometriesgeophysical researchearth sciencetectonophysicstectonicsmaterials scienceearthquake rupturefinite element modelingseismologyengineering geologygeoscientific model developmentcrustal deformationearthquake engineeringridgecrest earthquake

Mapping Subsidence in Lagos, Nigeria With Sentinel-1A/B Satellite Radar. (2022)

Joel JohnsonKristy TiampoEduard HeijkoopMichael WillisSteven Nerem

environmental scienceremote sensinggeospatial mappingcoastal researchcivil engineeringearth sciencesatellite meteorologysatellite imagingearth observation dataearth observationcartography

Supplementary Dataset for"High-Resolution Finite Fault Slip Inversion of the 2019 Ridgecrest Earthquake Using 3D Finite Element Modeling.". Zenodo (CERN European Organization for Nuclear Research) (2022)

Magali Barba-SevillaMargaret T. GlasscoeJay ParkerGregory A. LyzengaMichael J. WillisKristy F. Tiampo

rock engineeringseismic analysisphysicsfault geometriestectonophysicstectonicsmaterials scienceearthquake rupturefinite element modelingnuclear physicsseismologynuclear sciencesupplementary datasetgeodynamicsengineering geologygeoscientific model developmentcrustal deformationearthquake engineeringridgecrest earthquakeplanetary sciencesnuclear engineering

Transient Ice Loss in the Patagonia Icefields During the 2015–2016 El NiñO Event. Scientific Reports (2022)

Demián D. GómezMichael G. BevisRobert SmalleyMichael DurandMichael J. WillisDana J. CaccamiseEric KendrickPedro SkvarcaFranco S. SobreroHéctor ParraGino Casassa

regional climate responsescientific datapatagonia icefieldscryosphereclimate dynamicsenvironmental scienceearth scienceclimate changepaleoclimatologycold region scienceclimatic changeglacierstransient ice lossgeographyextreme environmentshuman impacts on the environmentarctic engineeringwater resourceshydrometeorologyglacial process

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Mike Willis

Associate Professor of Cryospheric Science Geodesy & Remote Sensing

Virginia Tech

Affiliations

College of Science

Department of Geosciences

Mike Willis is currently serving as a College Of Science Associate Professor of Cryospheric Science Geodesy & Remote Sensing at Virginia Tech.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Mike Willis

Virginia Tech

Associate Professor of Cryospheric Science Geodesy & Remote Sensing

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Assessment of Sea Level Rise and Associated Impacts for Tuvalu. VTechWorks (Virginia Tech) (2023)

oceanographysea level riseenvironmental sciencenuclear scienceassociated impactsearth scienceclimate changeepidemiology

Identifying Active Retrogressive Thaw Slumps From Arcticdem. ISPRS Journal of Photogrammetry and Remote Sensing (2023)

Lingcao HuangMichael J. WillisGuiye LiTrevor C. LantzKevin SchaeferElizabeth WigGuofeng CaoKristy F. Tiampo

Accuracy, Efficiency, and Transferability of a Deep Learning Model for Mapping Retrogressive Thaw Slumps Across the Canadian Arctic. Remote Sensing (2022)

Lingcao HuangTrevor C. LantzRobert H. FraserKristy F. TiampoMichael J. WillisKevin Schaefer

deep learningcold region scienceenvironmental sciencecanadian arcticremote sensingcryosphereearth scienceplanetary sciencesclimate changedeep learning modelearth observation

Assessment of Esa Cryosat-2 Radar Altimetry Data Using Gnssdata at Three Sites on the Greenland Ice Sheet. (2022)

Karina HansenKristine M. LarsonMichael J. WillisWilliam ColganVeit HelmShfaqat Abbas Khan

Atypical Landslide Induces Speedup, Advance, and Long-Term Slowdown of a Tidewater Glacier. Geology (2022)

Maximillian Van Wyk de VriesAndrew D. WickertKelly R. MacGregorCamilo RadaMichael J. Willis

Characterization of Large Tsunamigenic Landslides and Their Effects Using Digital Surface Models: A Case Study From Taan Fiord, Alaska. Remote Sensing of Environment (2022)

Brianna D. CorsaMylène JacquemartMichael J. WillisKristy F. Tiampo

environmental scienceremote sensingearth sciencetaan fiordplanetary sciencesclimate changedigital surface modelsearth observation

High‐Resolution Finite Fault Slip Inversion of the 2019 Ridgecrest Earthquake Using 3D Finite Element Modeling. Journal of Geophysical Research Solid Earth (2022)

Magali Barba‐SevillaMargaret T. GlasscoeJay ParkerGregory A. LyzengaMichael J. WillisKristy F. Tiampo

Mapping Subsidence in Lagos, Nigeria With Sentinel-1A/B Satellite Radar. (2022)

Joel JohnsonKristy TiampoEduard HeijkoopMichael WillisSteven Nerem

environmental scienceremote sensinggeospatial mappingcoastal researchcivil engineeringearth sciencesatellite meteorologysatellite imagingearth observation dataearth observationcartography

Magali Barba-SevillaMargaret T. GlasscoeJay ParkerGregory A. LyzengaMichael J. WillisKristy F. Tiampo

Transient Ice Loss in the Patagonia Icefields During the 2015–2016 El NiñO Event. Scientific Reports (2022)

Demián D. GómezMichael G. BevisRobert SmalleyMichael DurandMichael J. WillisDana J. CaccamiseEric KendrickPedro SkvarcaFranco S. SobreroHéctor ParraGino Casassa

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