Faculty

Institution

Unit

Venue

Doyle Watts

Professor Emeritus

Wright State University

Affiliations

College of Science and Mathematics

Earth and Environmental Sciences

Doyle Watts is currently serving as a College Of Science And Mathematics Professor Emeritus at Wright State University.

Honors

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Experiences

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Education

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Doyle Watts

Wright State University

Professor Emeritus

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earth science geology environmental science remote sensing tectonics materials science geomorphology geographic information systems forest ecology regional geology environmental engineering geodynamics structural geology hydrology stratigraphy engineering geology plant science irrigation vegetation science precambrian geology irrigation performance forest meteorology forest research geophysical research water science coastal research hydrological process petroleum exploration petroleum science petroleum geoscience ecohydrology igneous process orogeny geospatial data spatial information systems space research space technology planetary exploration optical remote sensing land cover map geospatial mapping landscape ecology terrestrial sensing canopy micrometeorology watershed management surface-water hydrology water ecologies freshwater ecosystems igneous petrology reservoir geology earth observation data earth observation north himalayan antiform southern california landsat data emergency response agricultural vegetation las 3d surface roughness features sensible heat flux water use tamarisk-dominated segment stream-aquifer-phreatophyte interaction lower colorado river southeastern ohio sauk sequence southwest ohio seismic reflection profiling geophysics geography earthquake spectrum geophysical imaging geophysical prospecting

Notable Scholarly Works

Notable Federal Grants

Collaborators

Grenville Foreland Deformation and Sedimentation in Southwest Ohio Indicated by Reprocessed Seismic Reflection Profiles Near Middletown, Ohio, USA. The Ohio Journal of Science (2020)

David J. PetermanErnest C. HauserDoyle R. Watts

environmental sciencesouthwest ohioearth sciencegrenville foreland deformationplanetary sciencesgeologytectonics

Remote Sensing and Gis Techniques for Assessing Irrigation Performance: Case Study in Southern California. Journal of Irrigation and Drainage Engineering (2018)

Saleh TaghvaeianChristopher M. U. NealeJohn C. OsterbergSubramania I. SritharanDoyle R. Watts

environmental engineeringsouthern californiairrigation performanceremote sensinggeographic information systemsirrigation

Revealing Precambrian Seismic Character Below West-Central Indiana. AGU Fall Meeting Abstracts (2016)

A. ParentE. C. HauserD. R. Watts

precambrian geologyseismologyregional geologyearth sciencewest-central indianageologytectonics

Water Use and Stream‐Aquifer‐Phreatophyte Interaction Along a Tamarisk‐Dominated Segment of the Lower Colorado River. Geophysical monograph (2014)

Saleh TaghvaeianChristopher M. U. NealeJohn OsterbergSubramania I. SritharanDoyle R. Watts

geophysicswater usesurface-water hydrologycoastal researchfreshwater ecosystemsforest ecologyenvironmental sciencehydrologywatershed managementgeophysical researchearth scienceclimate changewater ecologiesaquatic ecosystemswater sciencelower colorado riverstream-aquifer-phreatophyte interactiongeologytamarisk-dominated segmentecologyhydrological process

Ground-Based Riparian Evapotranspiration Measurements for Remote Sensing Algorithms. (2012)

Ramanitharan KandiahXiaofang WeiSubramania SritharanDoyle WattsChristopher NealeJohn OsterbergSumantra Chatterjee

forest ecologyplant scienceenvironmental scienceecologyforestryremote sensingvegetation scienceclimatologyearth scienceclimate changeremote sensing algorithmsearth observation dataearth observation

Incorporating Lidar Data Into Scintillometer-Based Estimates of Sensible Heat Flux Considering Different Atmospheric Stability Conditions. (2012)

Hatim M.E. GeliChristopher M.U. NealeDoyle R. WattsJohn OsterbergRobert T. Pack

lidar dataaerospace engineeringscintillometer-based estimatesatmospheric science

Landform Elevation Suggests Ecohydrologic Footprints in Subsurface Geomorphology. AGU Fall Meeting Abstracts (2012)

A. C. WattsD. WattsD. A. KaplanD. L. MclaughlinJ. B. HeffernanJ. B. MartinA. MurrayT. OsborneM. J. CohenL. N. Kobziar

environmental scienceecologysubsurface geomorphologygeomorphologylandform elevationecohydrologyearth sciencegeology

Scintillometer-Based Estimates of Sensible Heat Flux Using Lidar-Derived Surface Roughness. Journal of Hydrometeorology (2012)

Hatim M. E. GeliChristopher M. U. NealeDoyle WattsJohn OsterbergHenk A. R. De BruinWim KohsiekRobert T. PackLawrence E. Hipps

sensible heat fluxforest meteorologyterrestrial sensingmeteorologyremote sensingcanopy micrometeorologysurface roughness featuresgeographyearth sciencelas 3dforest research

Two Different Remote Sensing Techniques for Monitoring Crop Coefficient and Water Requirement of Cotton. (2012)

Saleh TaghvaeianChristopher M.U. NealeCarlos A.C. Dos SantosDoyle WattsJohn OsterbergSubramania I. Sritharan

materials sciencewater requirementremote sensingcrop coefficient

Mapping Saltcedar ( Tamarix Ramosissima ) and Other Riparian and Agricultural Vegetation in the Lower Colorado River Region Using Multi-Spectral Landsat Tm Imagery. Geocarto International (2010)

Balaji B. Maruthi SridharRobert K. VincentWentworth B. ClaphamSubramania I. SritharanJohn OsterbergChristopher M.U. NealeDoyle R. Watts

forest ecologyoptical remote sensingagricultural vegetationplant scienceenvironmental scienceforestryremote sensingland usehydrologyvegetation sciencegeospatial mappinglandscape ecologygeographybiogeographyearth scienceland cover map

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