Proximal spectra for the 2025 Colorado Headwaters Ecological Spectroscopy Study (CHESS)

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Last pushed 2025-08-08 17:29.

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Additional Info

Field Value
Author Kathleen Kanaley Erin Carroll K. Dana Chadwick Regina Eckert Ian Breckheimer Amanda Henderson Phil Brodrick Marshall Worsham Travis Guy Sophia Todorov Jack Fanselow Bayden Menton Raegan Struski Andres Villa Yahaira Ramirez Piper Lovegreen Cassidy Bromka Bradley Sowder Hilary Xu Benn Schmatz
Maintainer Kathleen Kanaley
Last Updated August 8, 2025, 17:28 (UTC)
Created August 8, 2025, 17:15 (UTC)
Acquisition Method Proximal
Citation Kathleen Kanaley Erin Carroll K. Dana Chadwick Regina Eckert Ian Breckheimer Amanda Henderson Phil Brodrick Marshall Worsham Travis Guy Sophia Todorov Jack Fanselow Bayden Menton Raegan Struski Andres Villa Yahaira Ramirez Piper Lovegreen Cassidy Bromka Bradley Sowder Hilary Xu Benn Schmatz . 2025. Proximal spectra for the 2025 Colorado Headwaters Ecological Spectroscopy Study (CHESS). Data set. Available on-line [http://ecosis.org] from the Ecological Spectral Information System (EcoSIS)
Ecosystem Type Montane
Foreoptic Field of View 8 degrees
Foreoptic Type Foreoptic
Funding Source This research was carried out at the Jet Propulsion Laboratory, California Institute of Technology, under a contract with the National Aeronautics and Space Administration (80NM0018D0004) and was funded by EMIT Extended Mission Phase E Science.
Instrument Manufacturer Malvern Panalytical
Instrument Model ASD FieldSpec4 Hi-Res NG
Light Source Sun
LinkedData [{"label":"Site and endmember spectra collected during the 2025 CHESS campaign (ESS-DIVE)","url":"TBD"},{"label":"SHIFT spectral library (ORNL DAAC)","url":"TBD"}]
Location Name Colorado River headwaters (upper East River, Washington Gulch, Slate River, upper Taylor River)
Measurement Quantity Reflectance
NASA GCMD Keywords [{"label":"earth science > land surface > surface radiative properties > reflectance","value":"f043c0a8-9cee-4c51-bf64-a4aaa34ab75d"},{"label":"earth science > land surface > landscape > landscape ecology","value":"e77c0096-05a7-47ff-8629-55d12c46bb6b"}]
Processing Averaged No
Processing Information Details The code used to derive the reflectance spectra from the ASD radiance files was written by Regina Eckert (NASA JPL) and Francisco Ochoa (University of California Los Angeles). This code will be publicly available on the ORNL-DAAC by the end of 2025. DOI and citation to come.
Processing Interpolated No
Processing Resampled No
Target Status Fresh
Target Type Bark, Branch, Canopy, Flower, NPV, Soil, Rock, Leaf
Theme Ecology
Year 2025
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