Ebony Williams
University of Texas at Austin
| Subject Areas: | Hydrogeology,Submarine Groundwater Discharge,Remote sensing applications |
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ABSTRACT:
This resource contains thermal datasets from four different techniques applied in the Philippines: satellite thermal remote sensing, unmanned aerial systems (drones) thermal remote sensing, distributed temperature sensing, and point sensing through thermistors. The data accompanies the manuscript "Multi-scale thermal mapping of submarine groundwater discharge in coastal ecosystems of a volcanic area" by: Ebony Williams, Christopher Kratt, Raymond Rodolfo, Mark Lapus, Ryan Lardizabal, Aya Shika Bangun, Amber Nguyen, Scott Tyler, and M. Bayani Cardenas.
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Created: Aug. 2, 2024, 1:16 a.m.
Authors: Williams, Ebony
ABSTRACT:
This resource contains thermal datasets from four different techniques applied in the Philippines: satellite thermal remote sensing, unmanned aerial systems (drones) thermal remote sensing, distributed temperature sensing, and point sensing through thermistors. The data accompanies the manuscript "Multi-scale thermal mapping of submarine groundwater discharge in coastal ecosystems of a volcanic area" by: Ebony Williams, Christopher Kratt, Raymond Rodolfo, Mark Lapus, Ryan Lardizabal, Aya Shika Bangun, Amber Nguyen, Scott Tyler, and M. Bayani Cardenas.