NCSS for Grids ( Grid as Point Dataset )

Select Variable(s):

cdom_blended_mean = pixel-mean concentration of aCDOM following the algorithm associated with the per-pixel highest scoring optical water type derived from Polymer atmospherically corrected reflectance and tuning in GloboLakes
cdom_blended_sigma = pixel-stdev concentration of aCDOM following the algorithm associated with the per-pixel highest scoring optical water type derived from Polymer atmospherically corrected reflectance and tuning in GloboLakes
cdom_blended_top_2_invalidness_mean = relative weight of optical water type scores ignored in blending due to invalid input for this pixel
cdom_blended_top_2_invalidness_sigma = relative weight of optical water type scores ignored in blending due to invalid input for this pixel
cdom_blended_top_2_weighted_mean = pixel-mean concentration of aCDOM blended from the per-pixel two highest scoring optical water types derived from Polymer atmospherically corrected reflectance and tuning in GloboLakes
cdom_blended_top_2_weighted_sigma = pixel-stdev concentration of aCDOM blended from the per-pixel two highest scoring optical water types derived from Polymer atmospherically corrected reflectance and tuning in GloboLakes
cdom_blended_top_3_invalidness_mean = relative weight of optical water type scores ignored in blending due to invalid input for this pixel
cdom_blended_top_3_invalidness_sigma = relative weight of optical water type scores ignored in blending due to invalid input for this pixel
cdom_blended_top_3_weighted_mean = pixel-mean concentration of aCDOM blended from the per-pixel three highest scoring optical water types derived from Polymer atmospherically corrected reflectance and tuning in GloboLakes
cdom_blended_top_3_weighted_sigma = pixel-stdev concentration of aCDOM blended from the per-pixel three highest scoring optical water types derived from Polymer atmospherically corrected reflectance and tuning in GloboLakes
cdom_predominant_owt_mean = pixel-mean concentration of TSM 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
cdom_predominant_owt_sigma = pixel-stdev concentration of TSM 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
chla_blended_mean = pixel-mean 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
chla_blended_sigma = pixel-stdev 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
chla_blended_top_2_invalidness_mean = relative weight of optical water type scores ignored in blending due to invalid input for this pixel
chla_blended_top_2_invalidness_sigma = relative weight of optical water type scores ignored in blending due to invalid input for this pixel
chla_blended_top_2_weighted_mean = pixel-mean 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
chla_blended_top_2_weighted_sigma = pixel-stdev 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
chla_blended_top_3_invalidness_mean = relative weight of optical water type scores ignored in blending due to invalid input for this pixel
chla_blended_top_3_invalidness_sigma = relative weight of optical water type scores ignored in blending due to invalid input for this pixel
chla_blended_top_3_weighted_mean = pixel-mean 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
chla_blended_top_3_weighted_sigma = pixel-stdev 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
chla_predominant_owt_mean = pixel-mean 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
chla_predominant_owt_sigma = pixel-stdev 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
dominant_owt_masked =
labor_CDOM_Carder_aCDOM_mean = pixel-mean absorption coefficient at 443 nm of CDOM obtained using GloboLakes-tuned Carder et al. 2006 algorithm applied to C2R-Lakes atmospherically corrected reflectance
labor_CDOM_Carder_aCDOM_sigma = pixel-stdev absorption coefficient at 443 nm of CDOM obtained using GloboLakes-tuned Carder et al. 2006 algorithm applied to C2R-Lakes atmospherically corrected reflectance
labor_a_ys_443_mean = pixel-mean absorption coefficient at 443 nm of yellow matter obtained using the C2R-Lakes processor
labor_a_ys_443_sigma = pixel-stdev absorption coefficient at 443 nm of yellow matter obtained using the C2R-Lakes processor
mph_floating_cyanobacteria_mean =
mph_floating_cyanobacteria_sigma = stdev of presence of floating cyanobacteria as fraction of the total number of observations of a pixel obtained from Maximum Peak Height processor
mph_floating_vegetation_mean = presence of floating vegetation as fraction of the total number of observations of a pixel obtained from Maximum Peak Height processor
mph_floating_vegetation_sigma = stdev of presence of floating vegetation as fraction of the total number of observations of a pixel obtained from Maximum Peak Height processor
mph_immersed_cyanobacteria_mean = presence of immersed cyanobacteria as fraction of the total number of observations of a pixel obtained from Maximum Peak Height processor
mph_immersed_cyanobacteria_sigma = stdev of presence of immersed cyanobacteria as fraction of the total number of observations of a pixel obtained from Maximum Peak Height processor
num_obs = number of observations of the pixel area
num_passes = number of satellite passes over the pixel area
poly_Binding_TSM_mean = pixel-mean concentration of total suspended matter obtained using GloboLakes-tuned Binding et al. 2010 algorithm applied to Polymer atmospherically corrected reflectance
poly_Binding_TSM_sigma = pixel-stdev concentration of total suspended matter obtained using GloboLakes-tuned Binding et al. 2010 algorithm applied to Polymer atmospherically corrected reflectance
poly_QAA_Mishra_phycocyanin_mean = pixel-mean concentration of phycocyanin derived using the Mishra et al 2013 QAA algorithm applied to Polymer atmospherically corrected reflectance
poly_QAA_Mishra_phycocyanin_sigma = pixel-stdev concentration of phycocyanin derived using the Mishra et al 2013 QAA algorithm applied to Polymer atmospherically corrected reflectance
poly_gons05_Limnades_chla_mean = pixel-mean concentration of chlorophyll-a derived with the GloboLakes-tuned Gons et al (2005) algorithm applied to Polymer atmospherically corrected reflectance and tuning in GloboLakes
poly_gons05_Limnades_chla_sigma = pixel-stdev concentration of chlorophyll-a derived with the GloboLakes-tuned Gons et al (2005) algorithm applied to Polymer atmospherically corrected reflectance and tuning in GloboLakes
poly_oc2_chla_mean = pixel-mean concentration of chlorophyll-a derived with the GloboLakes-tuned OC2Ev6 algorithm applied to Polymer atmospherically corrected reflectance
poly_oc2_chla_sigma = pixel-stdev concentration of chlorophyll-a derived with the GloboLakes-tuned OC2Ev6 algorithm applied to Polymer atmospherically corrected reflectance
poly_owt_membership_sum_mean = pixel-mean sum of membership scores of optical water types 1-13 obtained using GloboLakes fuzzy classification and Polymer atmospherically corrected reflectance
poly_owt_membership_sum_sigma = pixel-stdev sum of membership scores of optical water types 1-13 obtained using GloboLakes fuzzy classification and Polymer atmospherically corrected reflectance
poly_simis05_phycocyanin_mean = pixel-mean concentration of phycocyanin derived using the Simis et al (2005&2007) algorithm applied to Polymer atmospherically corrected reflectance
poly_simis05_phycocyanin_sigma = pixel-stdev concentration of phycocyanin derived using the Simis et al (2005&2007) algorithm applied to Polymer atmospherically corrected reflectance
ratio490_mean = pixel-mean value of the TOA radiance ratio Band3*Band7/Band5^2 used to generate shallow water mask
ratio490_sigma = pixel-stdev value of the TOA radiance ratio Band3*Band7/Band5^2 used to generate shallow water mask
rgb_blue_mean = pixel-mean blue reflectance obtained from MERIS tristimulus RGB model applied to MEGS8_1 reflectance bands
rgb_blue_sigma = pixel-stdev blue reflectance obtained from MERIS tristimulus RGB model applied to MEGS8_1 reflectance bands
rgb_green_mean = pixel-mean blue reflectance obtained from MERIS tristimulus RGB model applied to MEGS8_1 reflectance bands
rgb_green_sigma = pixel-stdev blue reflectance obtained from MERIS tristimulus RGB model applied to MEGS8_1 reflectance bands
rgb_red_mean = pixel-mean blue reflectance obtained from MERIS tristimulus RGB model applied to MEGS8_1 reflectance bandsmph_floating_cyanobacteria_mean
rgb_red_sigma = pixel-stdev blue reflectance obtained from MERIS tristimulus RGB model applied to MEGS8_1 reflectance bandsmph_floating_cyanobacteria_mean
stats_cloud_sum = number of observations where the pixel was affected by cloud or cloud effects obtained from Idepix processor
stats_ice_snow_sum = number of observations where the pixel was affected by ice or snow obtained from Idepix processor
stats_invalid_sum = number of observations where the pixel was flagged as invalid in top-of-atmosphere product
stats_land_sum = number of observations where the pixel was affected by land-like properties obtained from Idepix processor
tsm_blended_mean = pixel-mean 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
tsm_blended_sigma = pixel-stdev 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
tsm_blended_top_2_invalidness_mean = relative weight of optical water type scores ignored in blending due to invalid input for this pixel
tsm_blended_top_2_invalidness_sigma = relative weight of optical water type scores ignored in blending due to invalid input for this pixel
tsm_blended_top_2_weighted_mean = pixel-mean concentration of TSM blended from the per-pixel two highest scoring optical water types derived from Polymer atmospherically corrected reflectance and tuning in GloboLakes
tsm_blended_top_2_weighted_sigma = pixel-stdev concentration of TSM blended from the per-pixel two highest scoring optical water types derived from Polymer atmospherically corrected reflectance and tuning in GloboLakes
tsm_blended_top_3_invalidness_mean = relative weight of optical water type scores ignored in blending due to invalid input for this pixel
tsm_blended_top_3_invalidness_sigma = relative weight of optical water type scores ignored in blending due to invalid input for this pixel
tsm_blended_top_3_weighted_mean = pixel-mean concentration of TSM blended from the per-pixel three highest scoring optical water types derived from Polymer atmospherically corrected reflectance and tuning in GloboLakes
tsm_blended_top_3_weighted_sigma = pixel-stdev concentration of TSM blended from the per-pixel three highest scoring optical water types derived from Polymer atmospherically corrected reflectance and tuning in GloboLakes
tsm_predominant_owt_mean = pixel-mean concentration of aCDOM 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
tsm_predominant_owt_sigma = pixel-stdev concentration of aCDOM following the algorithm associated with the the highest scoring optical water type in the whole water body derived from Polymer atmospherically corrected reflectance and tuning in GloboLakes