Contact

Contact

Use the form below to contact us

Email
gis@tamu.edu
Phone
979-213-0504

Physical Location
Eller O&M Building, Rm 707C
Texas A&M Unviersity
3147 TAMU
College Station, TX 77843-3147

Campus Map Link
http://aggiemap.tamu.edu?bldg=0443

Mailing Address
GEOSAT Center
Texas A&M University
3147 TAMU
College Station, TX 77843-3147

Mailstop
3147

STAFF

Director

A Mission Flexible and Effective System for Remote Sensing Using Multi-Sensor Unmanned Air Systems
Accelerate Large Scale Geoscience Analysis Problems – A Case Study on Solar Irradiance Simulation
Advanced Geomorphometric Approaches for Understanding Mountain Environments
Advances in High-­Dimensional Remote Sensing of Vegetation
Advances in LiDAR Data Processing: From Waveform to Photon Counting LiDAR
Airborne and Space LiDAR for Forest Inventory
Airborne and Space-Based Laser Mapping for Earth Science
Autonomous Vehicles and Multi-Platform Coastal Ocean Observatory During Hurricane Harvey (2017)
Balancing Urban Growth and Ecological Conservation: A Geographical Perspective
Bathymetry of Shallow Rivers and Streams Using Hyperspectral Imagery and Multispectral LiDAR
Bridging the Texas Water Gap: A Holistic Spatial Water-Energy-Food Nexus Approach With Localized Solutions
Chicxulub Asteroid Impact and the Extinction of Dinosaurs
Coastal Wave, Surge, and Sediment Transport Predictions over Galveston Bay: Application to Environmental Health
Computational and Stochastic Methods for Characterizing Joint Flood Hazards under Extreme Hurricane Events
CyberGIS­‐Enabled Geospatial Revolution in the Big Data Era
Damage Assessment of Hurricane Flooding A Probabilistic Approach
Drone Visual Data Analytics for Detection and Mapping of Disaster Impact
Ecometrics Through Space and Time
Effect of Land Use Change on Flows and Floodplains in the Houston Area
Emerging Scientific, Technological, and Industrial Challenges and Opportunities for the Mexican Space Agency
Eyes in the Heavens: Satellite Technologies for Remote Site Characterization
From Ground Sensors to Satellites: Three-Dimensional Remote Sensing of Vegetation Structure
From Ground to Air: Coupling Field Measurements with Airborne Remote Sensing Using Autonomous Small Unmanned Air Systems
Geo-Informatics Applied to Address Infrastructure Challenges of a Mega-­City (Built on What Once was a Magnificent Lake)
Geospatial Applications in Production Agriculture
Geospatial Data Needs for Next Generation Earth System Models
Ground Penetrating Radar: Uncovering the ‘Hidden Half’
Hurricane Evacuation Studies: Texas Lower Rio Grande Valley and Coastal Bend Studies
In Harm’s Way: Measuring and Mapping Social Vulnerability
Insight Into the Physical Signatures of Marsh Erosion
LiDAR Remote Sensing: Focusing on the Z Coordinate from Ground, Airborne, and Satellite Platforms
Monitoring Storage Variations of Large Reservoirs by Leveraging Multi-Satellite Observations
Payload Directed Flight For Near Real-Time Decision Support Assessing Spatio-Temporal Scale- Dependencies for Earth Science
Phytoplankton Productivity in Bays along the Gulf and its Linkage to River Discharge
Planetary Geology: Science and Operations
Probing Methane in Air with Infrared Sources
Re-Framing I: Correcting the Scaling of Spatial Autocorrelation and a New Method to Tackle Big Data
Remote Sensing Capabilities Using Unmanned Air Systems
Risk Assessment for Landslides Using Bayesian Networks and Remote Sensing
Scientific Visualization of Geospatial Data Using a Visualization Wall
Seafloor Digital Elevation Models: Creation and Analysis of Environmental Features
Search for the Malaysia Flight MH-370: Survey Strategy and Technology
Seminar Recap: Identifying valleys, peaks and rivers, PhD student Brennan Young improves geomorphometric characterizations of complex landforms and surface processes
Seminar Recap: Jack Lu shows us that mapping crop development with multiple, simultaneously-running autonomous vehicles is no easy feat 
Seminar Recap: PhD student Patricia Varela offers an integrated approach to estimating the regional risk of landslides
Soil Hydrology Across Space and Time – Scale Up and Scale Down
Space, Place and GIS
Statistical Methods for Image Data to Facilitate Geographical Applications
Stochastic Design of an Early Warning System
Tactical Airborne Oil Spill Remote Sensing: POSEIDON, a New Operational Approach
TAMU Interactive Charrette: Leveraging Geospatial Digital Transformation
The Changing Landscape of GIS – A Texas Perspective
The Geospatial Approach: Bridging Science and Community Development
The Value of Spatial Information and Assessment in Soil, Water and Agricultural Sciences
Touching Spatio-Temporal Data Through Haptic Robots. Adding More ‘Sense’ to GIS
Use of LiDAR Data for Managing Surface Drainage Infrastructure
Using Spatial Analysis to Assess Flood Risk and Reduction in Coastal Areas
Z-Curve: A Geographical Projection of GNSS (Global Navigation Satellites Systems) Signal, Time, and Position
Z-Curve: Modeling of Time Difference of Arrival (TDOA) of GNSS Signals and Applications

Associate Director

A Mission Flexible and Effective System for Remote Sensing Using Multi-Sensor Unmanned Air Systems
Accelerate Large Scale Geoscience Analysis Problems – A Case Study on Solar Irradiance Simulation
Advanced Geomorphometric Approaches for Understanding Mountain Environments
Advances in High-­Dimensional Remote Sensing of Vegetation
Advances in LiDAR Data Processing: From Waveform to Photon Counting LiDAR
Airborne and Space LiDAR for Forest Inventory
Airborne and Space-Based Laser Mapping for Earth Science
Autonomous Vehicles and Multi-Platform Coastal Ocean Observatory During Hurricane Harvey (2017)
Balancing Urban Growth and Ecological Conservation: A Geographical Perspective
Bathymetry of Shallow Rivers and Streams Using Hyperspectral Imagery and Multispectral LiDAR
Bridging the Texas Water Gap: A Holistic Spatial Water-Energy-Food Nexus Approach With Localized Solutions
Chicxulub Asteroid Impact and the Extinction of Dinosaurs
Coastal Wave, Surge, and Sediment Transport Predictions over Galveston Bay: Application to Environmental Health
Computational and Stochastic Methods for Characterizing Joint Flood Hazards under Extreme Hurricane Events
CyberGIS­‐Enabled Geospatial Revolution in the Big Data Era
Damage Assessment of Hurricane Flooding A Probabilistic Approach
Drone Visual Data Analytics for Detection and Mapping of Disaster Impact
Ecometrics Through Space and Time
Effect of Land Use Change on Flows and Floodplains in the Houston Area
Emerging Scientific, Technological, and Industrial Challenges and Opportunities for the Mexican Space Agency
Eyes in the Heavens: Satellite Technologies for Remote Site Characterization
From Ground Sensors to Satellites: Three-Dimensional Remote Sensing of Vegetation Structure
From Ground to Air: Coupling Field Measurements with Airborne Remote Sensing Using Autonomous Small Unmanned Air Systems
Geo-Informatics Applied to Address Infrastructure Challenges of a Mega-­City (Built on What Once was a Magnificent Lake)
Geospatial Applications in Production Agriculture
Geospatial Data Needs for Next Generation Earth System Models
Ground Penetrating Radar: Uncovering the ‘Hidden Half’
Hurricane Evacuation Studies: Texas Lower Rio Grande Valley and Coastal Bend Studies
In Harm’s Way: Measuring and Mapping Social Vulnerability
Insight Into the Physical Signatures of Marsh Erosion
LiDAR Remote Sensing: Focusing on the Z Coordinate from Ground, Airborne, and Satellite Platforms
Monitoring Storage Variations of Large Reservoirs by Leveraging Multi-Satellite Observations
Payload Directed Flight For Near Real-Time Decision Support Assessing Spatio-Temporal Scale- Dependencies for Earth Science
Phytoplankton Productivity in Bays along the Gulf and its Linkage to River Discharge
Planetary Geology: Science and Operations
Probing Methane in Air with Infrared Sources
Re-Framing I: Correcting the Scaling of Spatial Autocorrelation and a New Method to Tackle Big Data
Remote Sensing Capabilities Using Unmanned Air Systems
Risk Assessment for Landslides Using Bayesian Networks and Remote Sensing
Scientific Visualization of Geospatial Data Using a Visualization Wall
Seafloor Digital Elevation Models: Creation and Analysis of Environmental Features
Search for the Malaysia Flight MH-370: Survey Strategy and Technology
Seminar Recap: Identifying valleys, peaks and rivers, PhD student Brennan Young improves geomorphometric characterizations of complex landforms and surface processes
Seminar Recap: Jack Lu shows us that mapping crop development with multiple, simultaneously-running autonomous vehicles is no easy feat 
Seminar Recap: PhD student Patricia Varela offers an integrated approach to estimating the regional risk of landslides
Soil Hydrology Across Space and Time – Scale Up and Scale Down
Space, Place and GIS
Statistical Methods for Image Data to Facilitate Geographical Applications
Stochastic Design of an Early Warning System
Tactical Airborne Oil Spill Remote Sensing: POSEIDON, a New Operational Approach
TAMU Interactive Charrette: Leveraging Geospatial Digital Transformation
The Changing Landscape of GIS – A Texas Perspective
The Geospatial Approach: Bridging Science and Community Development
The Value of Spatial Information and Assessment in Soil, Water and Agricultural Sciences
Touching Spatio-Temporal Data Through Haptic Robots. Adding More ‘Sense’ to GIS
Use of LiDAR Data for Managing Surface Drainage Infrastructure
Using Spatial Analysis to Assess Flood Risk and Reduction in Coastal Areas
Z-Curve: A Geographical Projection of GNSS (Global Navigation Satellites Systems) Signal, Time, and Position
Z-Curve: Modeling of Time Difference of Arrival (TDOA) of GNSS Signals and Applications

Staff

A Mission Flexible and Effective System for Remote Sensing Using Multi-Sensor Unmanned Air Systems
Accelerate Large Scale Geoscience Analysis Problems – A Case Study on Solar Irradiance Simulation
Advanced Geomorphometric Approaches for Understanding Mountain Environments
Advances in High-­Dimensional Remote Sensing of Vegetation
Advances in LiDAR Data Processing: From Waveform to Photon Counting LiDAR
Airborne and Space LiDAR for Forest Inventory
Airborne and Space-Based Laser Mapping for Earth Science
Autonomous Vehicles and Multi-Platform Coastal Ocean Observatory During Hurricane Harvey (2017)
Balancing Urban Growth and Ecological Conservation: A Geographical Perspective
Bathymetry of Shallow Rivers and Streams Using Hyperspectral Imagery and Multispectral LiDAR
Bridging the Texas Water Gap: A Holistic Spatial Water-Energy-Food Nexus Approach With Localized Solutions
Chicxulub Asteroid Impact and the Extinction of Dinosaurs
Coastal Wave, Surge, and Sediment Transport Predictions over Galveston Bay: Application to Environmental Health
Computational and Stochastic Methods for Characterizing Joint Flood Hazards under Extreme Hurricane Events
CyberGIS­‐Enabled Geospatial Revolution in the Big Data Era
Damage Assessment of Hurricane Flooding A Probabilistic Approach
Drone Visual Data Analytics for Detection and Mapping of Disaster Impact
Ecometrics Through Space and Time
Effect of Land Use Change on Flows and Floodplains in the Houston Area
Emerging Scientific, Technological, and Industrial Challenges and Opportunities for the Mexican Space Agency
Eyes in the Heavens: Satellite Technologies for Remote Site Characterization
From Ground Sensors to Satellites: Three-Dimensional Remote Sensing of Vegetation Structure
From Ground to Air: Coupling Field Measurements with Airborne Remote Sensing Using Autonomous Small Unmanned Air Systems
Geo-Informatics Applied to Address Infrastructure Challenges of a Mega-­City (Built on What Once was a Magnificent Lake)
Geospatial Applications in Production Agriculture
Geospatial Data Needs for Next Generation Earth System Models
Ground Penetrating Radar: Uncovering the ‘Hidden Half’
Hurricane Evacuation Studies: Texas Lower Rio Grande Valley and Coastal Bend Studies
In Harm’s Way: Measuring and Mapping Social Vulnerability
Insight Into the Physical Signatures of Marsh Erosion
LiDAR Remote Sensing: Focusing on the Z Coordinate from Ground, Airborne, and Satellite Platforms
Monitoring Storage Variations of Large Reservoirs by Leveraging Multi-Satellite Observations
Payload Directed Flight For Near Real-Time Decision Support Assessing Spatio-Temporal Scale- Dependencies for Earth Science
Phytoplankton Productivity in Bays along the Gulf and its Linkage to River Discharge
Planetary Geology: Science and Operations
Probing Methane in Air with Infrared Sources
Re-Framing I: Correcting the Scaling of Spatial Autocorrelation and a New Method to Tackle Big Data
Remote Sensing Capabilities Using Unmanned Air Systems
Risk Assessment for Landslides Using Bayesian Networks and Remote Sensing
Scientific Visualization of Geospatial Data Using a Visualization Wall
Seafloor Digital Elevation Models: Creation and Analysis of Environmental Features
Search for the Malaysia Flight MH-370: Survey Strategy and Technology
Seminar Recap: Identifying valleys, peaks and rivers, PhD student Brennan Young improves geomorphometric characterizations of complex landforms and surface processes
Seminar Recap: Jack Lu shows us that mapping crop development with multiple, simultaneously-running autonomous vehicles is no easy feat 
Seminar Recap: PhD student Patricia Varela offers an integrated approach to estimating the regional risk of landslides
Soil Hydrology Across Space and Time – Scale Up and Scale Down
Space, Place and GIS
Statistical Methods for Image Data to Facilitate Geographical Applications
Stochastic Design of an Early Warning System
Tactical Airborne Oil Spill Remote Sensing: POSEIDON, a New Operational Approach
TAMU Interactive Charrette: Leveraging Geospatial Digital Transformation
The Changing Landscape of GIS – A Texas Perspective
The Geospatial Approach: Bridging Science and Community Development
The Value of Spatial Information and Assessment in Soil, Water and Agricultural Sciences
Touching Spatio-Temporal Data Through Haptic Robots. Adding More ‘Sense’ to GIS
Use of LiDAR Data for Managing Surface Drainage Infrastructure
Using Spatial Analysis to Assess Flood Risk and Reduction in Coastal Areas
Z-Curve: A Geographical Projection of GNSS (Global Navigation Satellites Systems) Signal, Time, and Position
Z-Curve: Modeling of Time Difference of Arrival (TDOA) of GNSS Signals and Applications