NCSS Grids As Point Data ( Gridded Dataset )

Select Variable(s):

Rrs1020_rep = reflectance at 1020 nm in the most representative spectrum of fully normalized water-leaving obtained from polymer atmospheric correction processor
Rrs400_rep = reflectance at 400 nm in the most representative spectrum of fully normalized water-leaving obtained from polymer atmospheric correction processor
Rrs412_rep = reflectance at 412 nm in the most representative spectrum of fully normalized water-leaving obtained from polymer atmospheric correction processor
Rrs443_rep = reflectance at 443 nm in the most representative spectrum of fully normalized water-leaving obtained from polymer atmospheric correction processor
Rrs490_rep = reflectance at 490 nm in the most representative spectrum of fully normalized water-leaving obtained from polymer atmospheric correction processor
Rrs510_rep = reflectance at 510 nm in the most representative spectrum of fully normalized water-leaving obtained from polymer atmospheric correction processor
Rrs560_rep = reflectance at 560 nm in the most representative spectrum of fully normalized water-leaving obtained from polymer atmospheric correction processor
Rrs620_rep = reflectance at 620 nm in the most representative spectrum of fully normalized water-leaving obtained from polymer atmospheric correction processor
Rrs665_rep = reflectance at 665 nm in the most representative spectrum of fully normalized water-leaving obtained from polymer atmospheric correction processor
Rrs674_rep = reflectance at 674 nm in the most representative spectrum of fully normalized water-leaving obtained from polymer atmospheric correction processor
Rrs681_rep = reflectance at 681 nm in the most representative spectrum of fully normalized water-leaving obtained from polymer atmospheric correction processor
Rrs709_rep = reflectance at 709 nm in the most representative spectrum of fully normalized water-leaving obtained from polymer atmospheric correction processor
Rrs754_rep = reflectance at 754 nm in the most representative spectrum of fully normalized water-leaving obtained from polymer atmospheric correction processor
Rrs760_rep = reflectance at 760 nm in the most representative spectrum of fully normalized water-leaving obtained from polymer atmospheric correction processor
Rrs764_rep = reflectance at 764 nm in the most representative spectrum of fully normalized water-leaving obtained from polymer atmospheric correction processor
Rrs767_rep = reflectance at 767 nm in the most representative spectrum of fully normalized water-leaving obtained from polymer atmospheric correction processor
Rrs779_rep = reflectance at 779 nm in the most representative spectrum of fully normalized water-leaving obtained from polymer atmospheric correction processor
Rrs865_rep = reflectance at 865 nm in the most representative spectrum of fully normalized water-leaving obtained from polymer atmospheric correction processor
Rrs885_rep = reflectance at 885 nm in the most representative spectrum of fully normalized water-leaving obtained from polymer atmospheric correction processor
Rrs900_rep = reflectance at 900 nm in the most representative spectrum of fully normalized water-leaving obtained from polymer atmospheric correction processor
Rrs940_rep = reflectance at 940 nm in the most representative spectrum of fully normalized water-leaving obtained from polymer atmospheric correction processor
blended_chla = concentration of chlorophyll-a following the algorithm associated with the per-pixel highest scoring optical water type derived from Polymer atmospherically corrected reflectance and tuning in GloboLakes
blended_chla_from_predominant_owt = concentration of chlorophyll-a following the algorithm associated with the highest scoring optical water type in the whole water body derived from Polymer atmospherically corrected reflectance and tuning in GloboLakes
blended_chla_top_2_reweighted =
blended_chla_top_2_weighted = concentration of chlorophyll-a blended from the per-pixel two highest scoring optical water types derived from Polymer atmospherically corrected reflectance and tuning in GloboLakes
blended_chla_top_3_reweighted =
blended_chla_top_3_weighted = concentration of chlorophyll-a blended from the per-pixel three highest scoring optical water types derived from Polymer atmospherically corrected reflectance and tuning in GloboLakes
blended_dominant_owt = optical water type class number with the heighest membership score obtained using GloboLakes fuzzy classification and Polymer atmospherically corrected reflectance
blended_tsm = concentration of TSM following the algorithm associated with the per-pixel highest scoring optical water type derived from Polymer atmospherically corrected reflectance and tuning in GloboLakes
blended_tsm_top_2_reweighted =
blended_tsm_top_2_weighted = concentration of TSM blended from the per-pixel two highest scoring optical water types derived from Polymer atmospherically corrected reflectance and tuning in GloboLakes
blended_tsm_top_3_reweighted =
blended_tsm_top_3_weighted = concentration of TSM blended from the per-pixel three highest scoring optical water types derived from Polymer atmospherically corrected reflectance and tuning in GloboLakes
chlor_ChlGdal = concentration of chlorophyll-a following the Gdal algorithm
chlor_ChlGdal_Capped = concentration of chlorophyll-a following the Dall'Olmo Capped algorithm
chlor_ChlGilSA2_NaN = concentration of chlorophyll-a following the GilSA2 algorithm filling NaN values with values from oc2
chlor_ChlGit = concentration of chlorophyll-a following the Gitelson algorithm
chlor_ChlGit_Capped = concentration of chlorophyll-a following the Gitelson Capped algorithm
chlor_oc3 = concentration of chlorophyll-a following the oc3 algorithm
chlor_oc4Med = concentration of chlorophyll-a following the oc4Med algorithm
chlor_oc5 = concentration of chlorophyll-a following the oc5 algorithm
chlor_oc5ci = concentration of chlorophyll-a following the oc5ci algorithm
chlor_oci2 = concentration of chlorophyll-a following the oci2 algorithm
owt_OWT_01 = optical water type membership for class 1
owt_OWT_02 = optical water type membership for class 2
owt_OWT_03 = optical water type membership for class 3
owt_OWT_04 = optical water type membership for class 4
owt_OWT_05 = optical water type membership for class 5
owt_OWT_06 = optical water type membership for class 6
owt_OWT_07 = optical water type membership for class 7
owt_OWT_08 = optical water type membership for class 8
owt_OWT_09 = optical water type membership for class 9
owt_OWT_10 = optical water type membership for class 10
owt_OWT_11 = optical water type membership for class 11
owt_OWT_12 = optical water type membership for class 12
owt_OWT_13 = optical water type membership for class 13
owt_OWT_14 = optical water type membership for class 14
owt_OWT_15 = optical water type membership for class 15
owt_OWT_16 = optical water type membership for class 16
owt_OWT_17 = optical water type membership for class 17
owt_OWT_18 = optical water type membership for class 18
owt_dominant_OWT =
spm_bin_owt_15 =
spm_bin_owt_17 =
spm_bin_owt_3 =
spm_bin_owt_4 =
spm_bin_owt_5 =
spm_bin_owt_6 =
spm_bin_owt_7 =
spm_jia_owt_1 =
spm_jia_owt_2 =
spm_nec10_754_owt_10 =
spm_nec10_779_owt_11 =
spm_nec10_779_owt_12 =
spm_nec10_779_owt_13 =
spm_nec10_779_owt_16 =
spm_sis2011T_owt_18 =
spm_sis2011T_owt_9 =
spm_wei2021_owt_14 =
spm_wei2021_owt_8 =