PVST_POL
| Experiment: | PVST_POL |
| PIs*: |
El-Habashi, Ahmed | Foster, Robert | Gilerson, Alex | Goes, Joaquim
|
| Start Time: | May 20 2024 02:55PM |
| End Time: | Jun 1 2024 08:24PM |
| North: | 32.650 |
| South: | 23.683 |
| East: | -79.183 |
| West: | -87.187 |
| Data Types: |
sunphoto, flow_thru, above_water
|
| Parameters: |
angstrom
angstrom_sd
aot
aot_sd
c
c_sd
chl_stimf
chl_stimf_sd
es
es_sd
frame_number
lsky
lsky_sd
lt
lt_sd
nadir
psd
psd_dvsd
psd_dvsd_sd
psd_sd
rrs
rrs_sd
wvp
wvp_sd
|
*Listed alphabetically
DOI
10.5067/SeaBASS/PVST_POL/DATA001
Description
The Naval Research Laboratory (NRL) and the City College of New York (CCNY) operate a comprehensive suite of instrumentation to measure and characterize the uncertainty of polarized radiation, as well as particle size distributions (PSDs), particle shape characterization and imaging, advanced chlorophyll fluorescence analysis, and seawater inherent optical properties (IOPs) and constituents. Measured attenuation (c) and absorption (a) coefficients of water and the degree of linear polarization (DoLP) above the surface derived from measurements of polarized radiances at Hyper-Angular Research Polarimeter 2 (HARP2) wavelengths will be used for the validation of a newly developed neural network algorithm for the retrieval of the c/a ratio from combined Ocean Color Instrument (OCI) and HARP-2 measurements (Agagliate et al., Frontiers in Remote Sensing, 2023).
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