Leaf reflectance and traits of plants sampled along a water affinity gradient (AQGRAD)

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Additional Info

Field Value
Author Villa P., Dalla Vecchia A., Piaser E., Bolpagni R.
Maintainer Paolo Villa
Last Updated November 20, 2024, 10:10 (UTC)
Created September 30, 2024, 12:49 (UTC)
Acquisition Method Contact
Citation Villa P., Dalla Vecchia A., Piaser E. and Bolpagni R.. 2020-2024. Leaf reflectance and traits of plants sampled along a water affinity gradient (AQGRAD). Data set. Available on-line [http://ecosis.org] from the Ecological Spectral Information System (EcoSIS). 10.21232/xYgn5GKv
EcoSIS DOI 10.21232/xYgn5GKv
EcoSIS DOI Status {"value": "Applied", "applied": "2024-11-20T10:10:37.202096"}
Ecosystem Type Aquatic, Freshwater, Lake
Foreoptic Field of View 25°
Foreoptic Type Contact Probe
Funding Source Ministry of Education, University and Research (Italy)
Funding Source Grant Number PRIN 2017 [2017CTH94H]
Instrument Manufacturer spectral evolution
Instrument Model SR-3500
Light Source Lamp
Light Source Specifications Halogen lamp
LinkedData [{"label":"Assessing PROSPECT performance on aquatic plant leaves","url":"https://doi.org/10.1016/j.rse.2023.113926"}]
Measurement Quantity Reflectance
Measurement Venue Outdoor
NASA GCMD Keywords [{"label":"earth science > biosphere > vegetation","value":"c7b5c02c-724d-4a19-b824-98180f3900c9"},{"label":"earth science > biosphere > vegetation > chlorophyll","value":"5e3999ec-d864-43fd-8d84-bd23630c405f"},{"label":"earth science > biosphere > vegetation > carbon","value":"6f6537f5-773f-4df1-862b-d9ab80eb5e04"},{"label":"earth science > biosphere > ecosystems > aquatic ecosystems","value":"c6455081-132d-4661-bb5f-22edf2f90800"},{"label":"earth science > biosphere > ecosystems > aquatic ecosystems > wetlands","value":"b72c49a1-8276-4753-8c88-894bc7bbf60d"}]
Processing Averaged No
Processing Information Details Reflectance spectra were resampled from the original SR-3500 bands (1024) to a resolution of 1 nm and truncated to a 400-2500 nm interval using cubic spline interpolation.
Processing Interpolated Yes
Processing Resampled Yes
Sample Platform handheld
Target Status Green, Live, Fresh
Target Type Leaf
Theme Ecology, Biochemistry
Wavelength Units nm
Year 2020-2024
aliases {"USDA Symbol":"USDAsymbol","Measurement Date":"year"}
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resourceUpdateCount 10