Select Variable(s):
Variables with Time coordinate
time
Rw1020_rep
=
reflectance at 1020 nm in the most representative spectrum of fully normalized water-leaving obtained from polymer atmospheric correction processor
Rw400_rep
=
reflectance at 400 nm in the most representative spectrum of fully normalized water-leaving obtained from polymer atmospheric correction processor
Rw412_rep
=
reflectance at 412 nm in the most representative spectrum of fully normalized water-leaving obtained from polymer atmospheric correction processor
Rw443_rep
=
reflectance at 443 nm in the most representative spectrum of fully normalized water-leaving obtained from polymer atmospheric correction processor
Rw490_rep
=
reflectance at 490 nm in the most representative spectrum of fully normalized water-leaving obtained from polymer atmospheric correction processor
Rw510_rep
=
reflectance at 510 nm in the most representative spectrum of fully normalized water-leaving obtained from polymer atmospheric correction processor
Rw560_rep
=
reflectance at 560 nm in the most representative spectrum of fully normalized water-leaving obtained from polymer atmospheric correction processor
Rw620_rep
=
reflectance at 620 nm in the most representative spectrum of fully normalized water-leaving obtained from polymer atmospheric correction processor
Rw665_rep
=
reflectance at 665 nm in the most representative spectrum of fully normalized water-leaving obtained from polymer atmospheric correction processor
Rw674_rep
=
reflectance at 674 nm in the most representative spectrum of fully normalized water-leaving obtained from polymer atmospheric correction processor
Rw681_rep
=
reflectance at 681 nm in the most representative spectrum of fully normalized water-leaving obtained from polymer atmospheric correction processor
Rw709_rep
=
reflectance at 709 nm in the most representative spectrum of fully normalized water-leaving obtained from polymer atmospheric correction processor
Rw754_rep
=
reflectance at 754 nm in the most representative spectrum of fully normalized water-leaving obtained from polymer atmospheric correction processor
Rw760_rep
=
reflectance at 760 nm in the most representative spectrum of fully normalized water-leaving obtained from polymer atmospheric correction processor
Rw764_rep
=
reflectance at 764 nm in the most representative spectrum of fully normalized water-leaving obtained from polymer atmospheric correction processor
Rw767_rep
=
reflectance at 767 nm in the most representative spectrum of fully normalized water-leaving obtained from polymer atmospheric correction processor
Rw779_rep
=
reflectance at 779 nm in the most representative spectrum of fully normalized water-leaving obtained from polymer atmospheric correction processor
Rw865_rep
=
reflectance at 865 nm in the most representative spectrum of fully normalized water-leaving obtained from polymer atmospheric correction processor
Rw885_rep
=
reflectance at 885 nm in the most representative spectrum of fully normalized water-leaving obtained from polymer atmospheric correction processor
Rw900_rep
=
reflectance at 900 nm in the most representative spectrum of fully normalized water-leaving obtained from polymer atmospheric correction processor
Rw940_rep
=
reflectance at 940 nm in the most representative spectrum of fully normalized water-leaving obtained from polymer atmospheric correction processor
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_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
=
chlor_ChlGilSA2
=
concentration of chlorophyll-a following the GilSA2 algorithm
chlor_ChlGilSA2_Capped_OLCI
=
chlor_ChlGit
=
concentration of chlorophyll-a following the Git algorithm
chlor_ChlGit_Capped
=
chlor_ChlGur2
=
concentration of chlorophyll-a following the Gur2 algorithm
chlor_ChlGur2_Capped
=
chlor_ChlNDCI
=
concentration of chlorophyll-a following the NDCI algorithm
chlor_ChlNDCI_Capped
=
chlor_oc4Med
=
concentration of chlorophyll-a following the oc4Med algorithm
chlor_oc4v7
=
concentration of chlorophyll-a following the oc4v7 algorithm
chlor_oc5NASA
=
concentration of chlorophyll-a following the oc5NASA 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
=
spm_nec10_754
=
spm_nec10_779
=
spm_nec16_754
=
|
Choose Spatial Subset:
Lat/lon subset
Coordinate subset
Horizontal Stride:
Choose Time Subset:
Time range
Single time
Add 2D Lat/Lon to file (if needed for CF
compliance)
Choose Output Format:
|