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Timothy Goudge
University of Texas at AustinMeeting roles in:
Reconstruction of Holocene Rio Grande Delta Avulsions using a Relative Age Model of the Abandoned Channel Belts
Transient Groundwater Modeling Suggests Extremely Punctuated Early Mars Climate
The large drainage systems of early Mars
Damming and Water Use Increase Flood Risk in the Lower Rio Grande
Capturing the short-term evolution of complex river channel morphology with repeat lidar point clouds
Upstream Bend Skewing in Alluvial Meandering Rivers is Distinct Compared to Other Sinuous Channels on the Moon and Earth
Most Effective Methods for Monitoring Short-Term Coastal Change
Utilizing UAVs To Monitor Costal Change
Utilizing UAVs To Monitor Texas Coast
Utilizing UAVs to Monitor Coastal Change
Apparent Hack’s Law in River Deltas
Timelapse LIDAR Imaging and Bankline Retreat in the Lower Colorado River to Constrain Human-Induced Sources of Erosion
Enter Note
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