Faculty

Institution

Unit

Venue

David Kulhavy

Stephen F. Austin State University

Affiliations

Arthur Temple College of Forestry and Agriculture

Division of Environmental Science

Micky Elliott College of Fine Arts

School Of Art

Stephen F. Austin State University

NoneDavid Kulhavy is currently serving as a Arthur Temple College Of Forestry And Agriculture faculty at Stephen F. Austin State University.

Honors

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Experiences

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Education

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David Kulhavy

Stephen F. Austin State University

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ecology geography environmental science forestry biology entomology unmanned aerial vehicles forest ecology forest entomology drones unmanned aircraft systems remote sensing forest research natural resource management forest pathology geographical information science insect science unmanned vehicles unmanned systems aerial robotics forest biology land use environmental planning applied entomology tree physiology spatial analysis digital earth ecological entomology forest health monitoring forest conservation pest management applied geography wildlife ecology higher education ecological indicator forest health pest control insect conservation multispectral imaging forest biometrics tree growth forest productivity natural resources habitat management landscape ecology accuracy assessment southern pine beetle integrated pest management tree diseases learning environments surveying human-environment interactions resource assessment plant-insect interactions earth observation east texas eastern united states management challenge natural areas land cover map remote sensing sensor science education educational services satellite imaging urban environments spatial ecology western white pine infestation rates droughty soils aircraft systems resin production aerial imagery positional precision analysis cavity age root diseases blister rust associated

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Comparison of Uav Derived Thermal Infrared Observations Over Forested Environments. International Journal of Geospatial and Environmental Research (2026)

forestryunmanned aerial vehiclesinfrared sensorsoptical remote sensingthermal infrared remote sensingenvironmental scienceforested environmentsdronesremote sensingenvironmental monitoringterrestrial sensingforest ecologyearth scienceunmanned aircraft systems

Using Drones to Document the Condition of the Historic Aldridge Lumber Mill. IntechOpen eBooks (2026)

architectureunmanned aerial vehiclesforestry engineeringagricultural machineryforest productsdronescivil engineeringunmanned vehicles

Evaluating Orthophoto Mosaic Accuracy Using Rtk Uavs and Aeropoints 2 Ground Control Points: A User’s Perspective. Drones and autonomous vehicles/Drones and Autonomous Vehicles (2025)

unmanned aerial vehiclescalibrationfield roboticsaeropoints 2user ’dronesaerial roboticsaerospace engineeringunmanned systemsunmanned aircraft systemsground control

Assessing Drone Return-To-Home Landing Accuracy in a Woodland Landscape. Drones and autonomous vehicles/Drones and Autonomous Vehicles (2024)

unmanned aerial vehiclesnavigationdigital earthgeographyunmanned systemsdronesremote sensingaerial roboticsland usewoodland landscapeunmanned aircraft systems

Measuring Real-World Ground Distance Using High-Spatial Resolution Remotely Sensed Data: A Student-Focused Hands-on Study. International Journal of Higher Education (2024)

spatial analysisgeographical information scienceearth observationspatial data acquisitionstudent-focused hands-on studygeographyremote sensingenvironmental monitoringearth scienceapplied geography

Use of Drones to Monitor and Aid Disaster Management Efforts of Natural Resources. IntechOpen eBooks (2024)

disaster responseunmanned aerial vehiclesgeographyenvironmental sciencedronesremote sensingnatural disastersenvironmental monitoringnatural hazardsdisaster detectionnatural resourcesaerial roboticsunmanned vehiclesunmanned systemsdisaster risk reductiondisaster preventionunmanned aircraft systemsdisasters

Assessing Drone Mapping Capabilities and Increased Cognitive Retention Using Interactive Hands-on Natural Resource Instruction. Higher Education Studies (2023)

technologydrone mapping capabilitieslearning environmentsunmanned aerial vehicleshuman-computer interactiondronesunmanned vehiclescognitive scienceunmanned aircraft systems

Assessing the Impacts of Climate Change on the At-Risk Species Anaxyrus Microscaphus (the Arizona Toad): A Local and Range-Wide Habitat Suitability Analysis. Ecologies (2023)

biological conservationarizona toadwildlifebiodiversityspatial ecologyrange shiftenvironmental scienceecological applicationshabitat lossclimate changeconservation biologyecology

Comparing Drone2Map Versus Pix4Dmapper When Creating Orthophoto Mosaics Over Homogeneous Land Features. International Journal of Geospatial and Environmental Research (2023)

multispectral imagingunmanned aerial vehiclesdigital earthcreating orthophoto mosaicsgeographydronesremote sensingdigital image processingdigital photogrammetrydrone2map versus pix4dmapperland usegeographic information systemshomogeneous land featuresunmanned aircraft systems

Evaluating Different Uas Flight Methods for 3D Model Generation and Printing of a Tornado Destroyed Cultural Heritage: Caddo House in Texas. Drones and autonomous vehicles/Drones and Autonomous Vehicles (2023)

architecturecomputer-aided design3d modelingunmanned aerial vehiclesmodel generationdronesaerial roboticsaerospace engineeringunmanned aircraft systemscaddo house

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David Kulhavy

Stephen F. Austin State University

Affiliations

Arthur Temple College of Forestry and Agriculture

Division of Environmental Science

Micky Elliott College of Fine Arts

School Of Art

Stephen F. Austin State University

NoneDavid Kulhavy is currently serving as a Arthur Temple College Of Forestry And Agriculture faculty at Stephen F. Austin State 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

David Kulhavy

Stephen F. Austin State University

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Comparison of Uav Derived Thermal Infrared Observations Over Forested Environments. International Journal of Geospatial and Environmental Research (2026)

Using Drones to Document the Condition of the Historic Aldridge Lumber Mill. IntechOpen eBooks (2026)

architectureunmanned aerial vehiclesforestry engineeringagricultural machineryforest productsdronescivil engineeringunmanned vehicles

Evaluating Orthophoto Mosaic Accuracy Using Rtk Uavs and Aeropoints 2 Ground Control Points: A User’s Perspective. Drones and autonomous vehicles/Drones and Autonomous Vehicles (2025)

unmanned aerial vehiclescalibrationfield roboticsaeropoints 2user ’dronesaerial roboticsaerospace engineeringunmanned systemsunmanned aircraft systemsground control

Assessing Drone Return-To-Home Landing Accuracy in a Woodland Landscape. Drones and autonomous vehicles/Drones and Autonomous Vehicles (2024)

unmanned aerial vehiclesnavigationdigital earthgeographyunmanned systemsdronesremote sensingaerial roboticsland usewoodland landscapeunmanned aircraft systems

Measuring Real-World Ground Distance Using High-Spatial Resolution Remotely Sensed Data: A Student-Focused Hands-on Study. International Journal of Higher Education (2024)

spatial analysisgeographical information scienceearth observationspatial data acquisitionstudent-focused hands-on studygeographyremote sensingenvironmental monitoringearth scienceapplied geography

Use of Drones to Monitor and Aid Disaster Management Efforts of Natural Resources. IntechOpen eBooks (2024)

Assessing Drone Mapping Capabilities and Increased Cognitive Retention Using Interactive Hands-on Natural Resource Instruction. Higher Education Studies (2023)

technologydrone mapping capabilitieslearning environmentsunmanned aerial vehicleshuman-computer interactiondronesunmanned vehiclescognitive scienceunmanned aircraft systems

Assessing the Impacts of Climate Change on the At-Risk Species Anaxyrus Microscaphus (the Arizona Toad): A Local and Range-Wide Habitat Suitability Analysis. Ecologies (2023)

biological conservationarizona toadwildlifebiodiversityspatial ecologyrange shiftenvironmental scienceecological applicationshabitat lossclimate changeconservation biologyecology

Comparing Drone2Map Versus Pix4Dmapper When Creating Orthophoto Mosaics Over Homogeneous Land Features. International Journal of Geospatial and Environmental Research (2023)

architecturecomputer-aided design3d modelingunmanned aerial vehiclesmodel generationdronesaerial roboticsaerospace engineeringunmanned aircraft systemscaddo house

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5
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10 / page