UAV-based land surface temperatures and vegetation indices explain and predict spatial patterns of soil water isotopes in a tropical dry forest

Name: UAV-based land surface temperatures and vegetation indices explain and predict spatial patterns of soil water isotopes in a tropical dry forest
Creator: Matthias Beyer
Published: 2025-02-03T16:55:18.376Z
Keywords: Water Isotopes, Stable Isotopes Technique, Ecohydrology, Unmanned Vehicle

Beyer, Matthias; Iraheta, Alberto; Gerchow, Malkin; Kühnhammer, Kathrin; Callau Poduje, Ana Claudia; Koeniger, Paul; Dubbert, David; Dubbert, Maren; Sanchez-Murillo, Ricardo; Birkel, Christian

doi:10.17632/64zyhf7st6.1

UAV-based land surface temperatures and vegetation indices explain and predict spatial patterns of soil water isotopes in a tropical dry forest

Published: 3 February 2025| Version 1 | DOI: 10.17632/64zyhf7st6.1

Contributors:

Matthias Beyer,

,

Description

The published dataset contains all data used for the publication in WRR.

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Institutions

Technische Universitat Braunschweig

Funders

Volkswagen Foundation
Germany
Grant ID: A122505

UAV-based land surface temperatures and vegetation indices explain and predict spatial patterns of soil water isotopes in a tropical dry forest

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