Data for: Hydrological effects of a dryland tree invasion; assessment based on airborne-LiDAR, surface, and subsurface data

Name: Data for: Hydrological effects of a dryland tree invasion; assessment based on airborne-LiDAR, surface, and subsurface data
Creator: Bruce Dudley
Published: 2019-12-19T00:25:58.391Z
Keywords: Ecology, Geology, Remote Sensing, Biogeochemistry

Dudley, Bruce; Giambelluca, Thomas; Baldwin, Jim; Dulai, Henrietta; Miyazawa, Yoshiyuki; Asner, Greg; MacKenzie, Richard; Bishop, James; Vaughn, Nicholas; Hughes, Flint; Yeh, Justin; Kettwich, Scarlett; Waters, Christine; Ostertag, Rebecca

doi:10.17632/zjjp4xfx27.1

Data for: Hydrological effects of a dryland tree invasion; assessment based on airborne-LiDAR, surface, and subsurface data

Published: 19 December 2019| Version 1 | DOI: 10.17632/zjjp4xfx27.1

Contributors:

Bruce Dudley, Thomas Giambelluca, Jim Baldwin, Henrietta Dulai, Yoshiyuki Miyazawa, Greg Asner, Richard MacKenzie, James Bishop, Nicholas Vaughn, Flint Hughes, Justin Yeh, Scarlett Kettwich, Christine Waters, Rebecca Ostertag

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Data for transect plots as detailed in manuscript and metadata. Transpiration, stem water stable isotopes, soil resistivity data.

Data for: Hydrological effects of a dryland tree invasion; assessment based on airborne-LiDAR, surface, and subsurface data

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