The hyperspectra dataset for typical aquatic vegetation
Published. View in Search.
Last pushed 2023-06-26 09:15.
Last pushed 2023-06-26 09:15.
Data and Resources
-
Emergent and wet aquatic vegetation Original.csvCSV
-
Floating leaves aquatic vegetation Original.csvCSV
-
Submerged aquatic vegetation Original.csvCSV
-
Emergent and wet aquatic vegetation 1st order...CSV
-
Floating leaves aquatic vegetation 1st order...CSV
-
Submerged aquatic vegetation 1st order derivative.csvCSV
-
All_Continuum removal.xlsxXLSX
-
All_Standard deviations.xlsxXLSX
Additional Info
Field | Value |
---|---|
Author | Yaqin Fang, Liqiao Tian |
Maintainer | Yaqin Fang, Liqiao Tian |
Last Updated | September 29, 2023, 16:43 (UTC) |
Created | June 26, 2023, 08:39 (UTC) |
Acquisition Method | Proximal |
Citation | Yaqin Fang and Liqiao Tian. 2023. The hyperspectra dataset for typical aquatic vegetation. Data set. Available on-line [http://ecosis.org] from the Ecological Spectral Information System (EcoSIS) |
EcoSIS DOI Status | {"value":"Pending Revision"} |
Ecosystem Type | Aquatic, Grassland |
Foreoptic Field of View | 25 degree |
Foreoptic Type | Foreoptic |
Funding Source | the National Key R&D Program of China |
Funding Source Grant Number | 2018YFB0504900, 2018YFB0504904 |
Instrument Manufacturer | U.S. Spectra Vista Corporation spectrometer |
Instrument Model | HR-1024i |
Light Source | Sun |
Light Source Specifications | natural sun light |
Location Name | Lushan Botanical Garden, Jiujiang, Jiangxi Province, China |
Measurement Quantity | Radiance, Reflectance |
Measurement Venue | Outdoor |
NASA GCMD Keywords | [{"label":"earth science services > education/outreach > curriculum support > classroom activities","value":"f85293fe-eb9d-491a-bba8-46261a38b9bf"}] |
Processing Averaged | Yes |
Processing Information Details | The spectral data are smoothed by the adjacent-averaging method with a window size of 15 nm |
Processing Interpolated | No |
Processing Resampled | Yes |
Sample Platform | handheld |
Target Status | Live |
Target Type | Canopy, Leaf, Flower |
Theme | Ecology, Land Cover |
Wavelength Units | nm |
Year | 2023 |
resourceUpdateCount | 13 |