Faculty

Institution

Unit

Venue

Bradley Rundquist

Dean

University of North Dakota

Affiliations

College of Arts & Sciences

Social Sciences

John D. Odegard School of Aerospace Sciences

Earth System Science & Policy

Social Sciences

Geography & Geographic Information Science

Bradley Rundquist is currently serving as a College Of Arts & Sciences Dean at University of North Dakota.

Honors

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Experiences

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Education

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Bradley Rundquist

University of North Dakota

Dean

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geography earth science remote sensing ecology north dakota environmental science earth observation hydrology applied geography vegetation science land cover wildlife water resources earth observation data biogeography climatology optical remote sensing climate change avian biology wildlife ecology wildlife management forestry physical geography animal ecology satellite imaging landscape ecology hydrometeorology watershed management nelson county plant science forest meteorology river basin management forest research ornithology plant ecology disaster research rangeland productivity forest ecosystems arid environments spatial ecology hyperspectral imaging vegetation dynamics coastal research satellite meteorology change detection terminal lake flooding remote detection climatic factors coastal management disaster risk science mammalogy spatial science environmental geography applied meteorology glacial process animal management native tallgrass prairie spectral measurements wetland expansion livestock science zoology disaster management development geography estuaries field observations health geography amyotrophic lateral sclerosis zoogeography colorectal cancer prairie pothole ponds shortgrass cover flood mitigation response hazus-mh flood model community relocation mesoscale satellite bioclimatology grassland songbird occurrence ecological indicator ecological engineering land cover map ecological applications biophysical properties land use

Notable Scholarly Works

Notable Federal Grants

Collaborators

Modelling Vegetation Phenology at Six Field Stations Within the U.S. Great Plains: Constructing a 38-Year Timeseries of Gcc, Vci, Ndvi, and Evi2 Using Phenocam Imagery and Daymet Meteorological Records. Theoretical and Applied Climatology (2024)

Morgen W. V. BurkeBradley C. RundquistAnaí Caparó Bellido

vegetation phenologyphenocam imageryclimate modellingclimatologyenvironmental sciencefield stations

Changes in Crop Diversity and Associated Drivers in the Red River of the North Valley.. (2023)

applied ecologyland useagroecologynatural resource managementagronomycrop ecologyred rivercrop diversitygeographyriver basin managementnorth valleysustainable agricultureecologyecosystemsbiodiversity

County and Township Level Change Analysis of Crop Diversity in the Red River Valley, North Dakota. American Association of Geographers, Denver, CO (2023)

land degradationland useagricultural managementagronomycrop ecologygeographysustainable agriculturered river valleynorth dakotaagricultural economicscrop diversity

Near-Surface Remote Sensing to Estimate Fractional Snow Cover in Grasslands. American Association of Geographers, Denver, CO (2023)

fractional snow coverhydrometeorologyclimate modelsearth sciencegeographyremote sensingcryosphereland coverterrestrial sensing

Recognizing Our Editorial Colleagues M Duane Nellis and Prashant Srivastava. Geocarto International (2023)

Kamlesh LullaBrad RundquistSzilárd Szabó

prashant srivastavaearth sciencegeographyduane nellisjournalism

Mission to Earth: Landsat 9 Will Continue to View the World. Geocarto International (2021)

Kamlesh LullaM. Duane NellisBradley RundquistPrashant K. SrivastavaSzilard Szabo

earth observation dataearth observationearth scienceremote sensingclimate change

Scaling Near-Surface Remote Sensing to Calibrate and Validate Satellite Monitoring of Grassland Phenology.. (2021)

validate satellite monitoringapplied ecologyforest meteorologyremote sensing sensorearth sciencegeographyremote sensingenvironmental monitoringgrassland phenologyterrestrial sensingecologynear-surface remote sensingecosystemsoptical remote sensingdigital earth

Scaling Phenocam Gcc, Ndvi, and Evi2 With Harmonized Landsat-Sentinel Using Gaussian Processes. Agricultural and Forest Meteorology (2021)

Morgen W.V. BurkeBradley C. Rundquist

meteorologyforest researchforest meteorologyplant scienceearth scienceatmospheric scienceremote sensingsatellite meteorologyphenocam gccforestryclimatologyfield observationsenvironmental scienceharmonized landsat-sentinelapplied meteorologyvegetation scienceagricultural economics

Semi-Automatic Fractional Snow Cover Monitoring From Near-Surface Remote Sensing in Grassland. Remote Sensing (2021)

Anaí Caparó BellidoBradley C. Rundquist

earth observation dataearth observationearth scienceremote sensingenvironmental monitoringenvironmental scienceclimate changeplanetary sciences

Tracking Grassland Plant Phenophases Using Near-Surface Remote Sensing at a Northern Tall Grass Prairie. Ecological Society of America Annual Meeting, Virtual Conference (2021)

applied ecologyphenologyplant scienceremote sensingecological applicationsplant ecologyapplied plant ecologyvegetation scienceenvironmental scienceecologynear-surface remote sensingecosystemsgrassland plantbiodiversity

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Bradley Rundquist

Dean

University of North Dakota

Affiliations

College of Arts & Sciences

Social Sciences

John D. Odegard School of Aerospace Sciences

Earth System Science & Policy

Social Sciences

Geography & Geographic Information Science

Bradley Rundquist is currently serving as a College Of Arts & Sciences Dean at University of North Dakota.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Bradley Rundquist

University of North Dakota

Dean

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Morgen W. V. BurkeBradley C. RundquistAnaí Caparó Bellido

vegetation phenologyphenocam imageryclimate modellingclimatologyenvironmental sciencefield stations

Changes in Crop Diversity and Associated Drivers in the Red River of the North Valley.. (2023)

applied ecologyland useagroecologynatural resource managementagronomycrop ecologyred rivercrop diversitygeographyriver basin managementnorth valleysustainable agricultureecologyecosystemsbiodiversity

County and Township Level Change Analysis of Crop Diversity in the Red River Valley, North Dakota. American Association of Geographers, Denver, CO (2023)

land degradationland useagricultural managementagronomycrop ecologygeographysustainable agriculturered river valleynorth dakotaagricultural economicscrop diversity

Near-Surface Remote Sensing to Estimate Fractional Snow Cover in Grasslands. American Association of Geographers, Denver, CO (2023)

fractional snow coverhydrometeorologyclimate modelsearth sciencegeographyremote sensingcryosphereland coverterrestrial sensing

Recognizing Our Editorial Colleagues M Duane Nellis and Prashant Srivastava. Geocarto International (2023)

Kamlesh LullaBrad RundquistSzilárd Szabó

prashant srivastavaearth sciencegeographyduane nellisjournalism

Mission to Earth: Landsat 9 Will Continue to View the World. Geocarto International (2021)

Kamlesh LullaM. Duane NellisBradley RundquistPrashant K. SrivastavaSzilard Szabo

earth observation dataearth observationearth scienceremote sensingclimate change

Scaling Near-Surface Remote Sensing to Calibrate and Validate Satellite Monitoring of Grassland Phenology.. (2021)

Scaling Phenocam Gcc, Ndvi, and Evi2 With Harmonized Landsat-Sentinel Using Gaussian Processes. Agricultural and Forest Meteorology (2021)

Morgen W.V. BurkeBradley C. Rundquist

Semi-Automatic Fractional Snow Cover Monitoring From Near-Surface Remote Sensing in Grassland. Remote Sensing (2021)

Anaí Caparó BellidoBradley C. Rundquist

earth observation dataearth observationearth scienceremote sensingenvironmental monitoringenvironmental scienceclimate changeplanetary sciences

Tracking Grassland Plant Phenophases Using Near-Surface Remote Sensing at a Northern Tall Grass Prairie. Ecological Society of America Annual Meeting, Virtual Conference (2021)

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