Dry Leaf Spectra to Estimate Foliar Functional Traits across NEON domains

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Last pushed 2022-05-03 13:38.

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Additional Info

Field Value
Author Zhihui Wang
Maintainer Phil Townsend
Last Updated May 3, 2022, 13:38 (UTC)
Created April 28, 2022, 07:45 (UTC)
Acquisition Method Contact
Citation Zhihui Wang. NSF (2016-2022), NASA (2014-2020). Dry Leaf Spectra to Estimate Foliar Functional Traits across NEON domains. Data set. Available on-line [http://ecosis.org] from the Ecological Spectral Information System (EcoSIS). 10.21232/GSgAtWUW
EcoSIS DOI 10.21232/GSgAtWUW
EcoSIS DOI Status {"applied": "2022-05-03T13:33:47.868228", "value": "Applied"}
Ecosystem Type Forest, Grassland, Shrubland
Foreoptic Type Contact Probe
Funding Source NSF, NASA
Funding Source Grant Number NSF 1638720, NASA-NSF 1342778
Instrument Manufacturer ASD
Instrument Model FieldSpec3
Light Source Lamp
Location Name Abby Road, Dead Lake, Delta Junction, Harvard Forest & Quabbin Watershed, Healy, Konza Prairie Biological Station, Lenoir Landing, Lower Teakettle, McRae Creek, Ordway-Swisher Biological Station, San Joaquin Experimental Range, Soaproot Saddle, Talladega National Forest, University of Kansas Field Station, Utqiaġvik, Wind River Experimental Forest, Yellowstone National Park
Measurement Quantity Reflectance
Processing Averaged Yes
Processing Interpolated Yes
Processing Resampled No
Target Status Dried
Target Type Leaf
Theme Ecology, Biochemistry, Forest
Wavelength Units nm
Year NSF (2016-2022), NASA (2014-2020)
aliases {"USDA Symbol":"Species"}
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