NCSS for Grids ( Grid as Point Dataset )

Select Variable(s):

CDOM_MIM_anomaly = spatial distribution of anomaly of observed absorption due to coloured dissolved organic matter at 440 nm, MIM SVDC on Rrs
CDOM_MIM_maximum = spatial distribution of maximum of observed absorption due to coloured dissolved organic matter at 440 nm, MIM SVDC on Rrs
CDOM_MIM_mean = spatial distribution of mean of observed absorption due to coloured dissolved organic matter at 440 nm, MIM SVDC on Rrs
CDOM_MIM_mean_above_annual_threshold = mean of absorption due to coloured dissolved organic matter at 440 nm above annual threshold
CDOM_MIM_mean_above_seasonal_threshold = mean of absorption due to coloured dissolved organic matter at 440 nm above seasonal threshold
CDOM_MIM_median = spatial distribution of median of observed absorption due to coloured dissolved organic matter at 440 nm, MIM SVDC on Rrs
CDOM_MIM_median_above_annual_threshold = median of absorption due to coloured dissolved organic matter at 440 nm above annual threshold
CDOM_MIM_median_above_seasonal_threshold = median of absorption due to coloured dissolved organic matter at 440 nm above seasonal threshold
CDOM_MIM_minimum = spatial distribution of minimum of observed absorption due to coloured dissolved organic matter at 440 nm, MIM SVDC on Rrs
CDOM_MIM_n_above_annual_threshold = number of valid observations of absorption due to coloured dissolved organic matter at 440 nm above annual threshold
CDOM_MIM_n_above_seasonal_threshold = number of valid observations of absorption due to coloured dissolved organic matter at 440 nm above seasonal threshold
CDOM_MIM_n_cloud = spatial distribution of number of cloud affected observations absorption due to coloured dissolved organic matter at 440 nm, MIM SVDC on Rrs
CDOM_MIM_n_obs = spatial distribution of number of observations absorption due to coloured dissolved organic matter at 440 nm, MIM SVDC on Rrs
CDOM_MIM_n_valid_obs = spatial distribution of number of valid observations absorption due to coloured dissolved organic matter at 440 nm, MIM SVDC on Rrs
CDOM_MIM_pc_above_annual_threshold = percentage of valid observations of absorption due to coloured dissolved organic matter at 440 nm above annual threshold
CDOM_MIM_pc_above_seasonal_threshold = number of valid observations of absorption due to coloured dissolved organic matter at 440 nm above seasonal threshold
CDOM_MIM_pc_cloud = spatial distribution of fraction of cloud affected observations absorption due to coloured dissolved organic matter at 440 nm, MIM SVDC on Rrs
CDOM_MIM_pc_valid_obs = spatial distribution of fraction of valid observations absorption due to coloured dissolved organic matter at 440 nm, MIM SVDC on Rrs
CDOM_MIM_stddev = spatial distribution of stddev of observed absorption due to coloured dissolved organic matter at 440 nm, MIM SVDC on Rrs
CDOM_MIM_variance = spatial distribution of variance of observed absorption due to coloured dissolved organic matter at 440 nm, MIM SVDC on Rrs
Chl_MIM_anomaly = spatial distribution of anomaly of observed chlorophyll-a concentration, MIM SVDC on Rrs
Chl_MIM_maximum = spatial distribution of maximum of observed chlorophyll-a concentration, MIM SVDC on Rrs
Chl_MIM_mean = spatial distribution of mean of observed chlorophyll-a concentration, MIM SVDC on Rrs
Chl_MIM_mean_above_annual_threshold = mean of chlorophyll-a concentration above annual threshold
Chl_MIM_mean_above_seasonal_threshold = mean of chlorophyll-a concentration above seasonal threshold
Chl_MIM_median = spatial distribution of median of observed chlorophyll-a concentration, MIM SVDC on Rrs
Chl_MIM_median_above_annual_threshold = median of chlorophyll-a concentration above annual threshold
Chl_MIM_median_above_seasonal_threshold = median of chlorophyll-a concentration above seasonal threshold
Chl_MIM_minimum = spatial distribution of minimum of observed chlorophyll-a concentration, MIM SVDC on Rrs
Chl_MIM_n_above_annual_threshold = number of valid observations of chlorophyll-a concentration above annual threshold
Chl_MIM_n_above_seasonal_threshold = number of valid observations of chlorophyll-a concentration above seasonal threshold
Chl_MIM_n_cloud = spatial distribution of number of cloud affected observations chlorophyll-a concentration, MIM SVDC on Rrs
Chl_MIM_n_obs = spatial distribution of number of observations chlorophyll-a concentration, MIM SVDC on Rrs
Chl_MIM_n_valid_obs = spatial distribution of number of valid observations chlorophyll-a concentration, MIM SVDC on Rrs
Chl_MIM_pc_above_annual_threshold = percentage of valid observations of chlorophyll-a concentration above annual threshold
Chl_MIM_pc_above_seasonal_threshold = number of valid observations of chlorophyll-a concentration above seasonal threshold
Chl_MIM_pc_cloud = spatial distribution of fraction of cloud affected observations chlorophyll-a concentration, MIM SVDC on Rrs
Chl_MIM_pc_valid_obs = spatial distribution of fraction of valid observations chlorophyll-a concentration, MIM SVDC on Rrs
Chl_MIM_stddev = spatial distribution of stddev of observed chlorophyll-a concentration, MIM SVDC on Rrs
Chl_MIM_variance = spatial distribution of variance of observed chlorophyll-a concentration, MIM SVDC on Rrs
Kd_490_MIM_anomaly = spatial distribution of anomaly of observed diffuse attenuation coefficient at 490 nm, MIM SVDC on Rrs
Kd_490_MIM_maximum = spatial distribution of maximum of observed diffuse attenuation coefficient at 490 nm, MIM SVDC on Rrs
Kd_490_MIM_mean = spatial distribution of mean of observed diffuse attenuation coefficient at 490 nm, MIM SVDC on Rrs
Kd_490_MIM_mean_above_annual_threshold = mean of diffuse attenuation coefficient at 490 nm above annual threshold
Kd_490_MIM_mean_above_seasonal_threshold = mean of diffuse attenuation coefficient at 490 nm above seasonal threshold
Kd_490_MIM_median = spatial distribution of median of observed diffuse attenuation coefficient at 490 nm, MIM SVDC on Rrs
Kd_490_MIM_median_above_annual_threshold = median of diffuse attenuation coefficient at 490 nm above annual threshold
Kd_490_MIM_median_above_seasonal_threshold = median of diffuse attenuation coefficient at 490 nm above seasonal threshold
Kd_490_MIM_minimum = spatial distribution of minimum of observed diffuse attenuation coefficient at 490 nm, MIM SVDC on Rrs
Kd_490_MIM_n_above_annual_threshold = number of valid observations of diffuse attenuation coefficient at 490 nm above annual threshold
Kd_490_MIM_n_above_seasonal_threshold = number of valid observations of diffuse attenuation coefficient at 490 nm above seasonal threshold
Kd_490_MIM_n_cloud = spatial distribution of number of cloud affected observations diffuse attenuation coefficient at 490 nm, MIM SVDC on Rrs
Kd_490_MIM_n_obs = spatial distribution of number of observations diffuse attenuation coefficient at 490 nm, MIM SVDC on Rrs
Kd_490_MIM_n_valid_obs = spatial distribution of number of valid observations diffuse attenuation coefficient at 490 nm, MIM SVDC on Rrs
Kd_490_MIM_pc_above_annual_threshold = percentage of valid observations of diffuse attenuation coefficient at 490 nm above annual threshold
Kd_490_MIM_pc_above_seasonal_threshold = number of valid observations of diffuse attenuation coefficient at 490 nm above seasonal threshold
Kd_490_MIM_pc_cloud = spatial distribution of fraction of cloud affected observations diffuse attenuation coefficient at 490 nm, MIM SVDC on Rrs
Kd_490_MIM_pc_valid_obs = spatial distribution of fraction of valid observations diffuse attenuation coefficient at 490 nm, MIM SVDC on Rrs
Kd_490_MIM_stddev = spatial distribution of stddev of observed diffuse attenuation coefficient at 490 nm, MIM SVDC on Rrs
Kd_490_MIM_variance = spatial distribution of variance of observed diffuse attenuation coefficient at 490 nm, MIM SVDC on Rrs
Nap_MIM_anomaly = spatial distribution of anomaly of observed total suspended solids, MIM SVDC on Rrs
Nap_MIM_maximum = spatial distribution of maximum of observed total suspended solids, MIM SVDC on Rrs
Nap_MIM_mean = spatial distribution of mean of observed total suspended solids, MIM SVDC on Rrs
Nap_MIM_mean_above_annual_threshold = mean of total suspended solids above annual threshold
Nap_MIM_mean_above_seasonal_threshold = mean of total suspended solids above seasonal threshold
Nap_MIM_median = spatial distribution of median of observed total suspended solids, MIM SVDC on Rrs
Nap_MIM_median_above_annual_threshold = median of total suspended solids above annual threshold
Nap_MIM_median_above_seasonal_threshold = median of total suspended solids above seasonal threshold
Nap_MIM_minimum = spatial distribution of minimum of observed total suspended solids, MIM SVDC on Rrs
Nap_MIM_n_above_annual_threshold = number of valid observations of total suspended solids above annual threshold
Nap_MIM_n_above_seasonal_threshold = number of valid observations of total suspended solids above seasonal threshold
Nap_MIM_n_cloud = spatial distribution of number of cloud affected observations total suspended solids, MIM SVDC on Rrs
Nap_MIM_n_obs = spatial distribution of number of observations total suspended solids, MIM SVDC on Rrs
Nap_MIM_n_valid_obs = spatial distribution of number of valid observations total suspended solids, MIM SVDC on Rrs
Nap_MIM_pc_above_annual_threshold = percentage of valid observations of total suspended solids above annual threshold
Nap_MIM_pc_above_seasonal_threshold = number of valid observations of total suspended solids above seasonal threshold
Nap_MIM_pc_cloud = spatial distribution of fraction of cloud affected observations total suspended solids, MIM SVDC on Rrs
Nap_MIM_pc_valid_obs = spatial distribution of fraction of valid observations total suspended solids, MIM SVDC on Rrs
Nap_MIM_stddev = spatial distribution of stddev of observed total suspended solids, MIM SVDC on Rrs
Nap_MIM_variance = spatial distribution of variance of observed total suspended solids, MIM SVDC on Rrs
SD_MIM_anomaly = spatial distribution of anomaly of observed Secchi depth, MIM SVDC on Rrs
SD_MIM_maximum = spatial distribution of maximum of observed Secchi depth, MIM SVDC on Rrs
SD_MIM_mean = spatial distribution of mean of observed Secchi depth, MIM SVDC on Rrs
SD_MIM_mean_below_annual_threshold = mean of Secchi depth below annual threshold
SD_MIM_mean_below_seasonal_threshold = mean of Secchi depth below seasonal threshold
SD_MIM_median = spatial distribution of median of observed Secchi depth, MIM SVDC on Rrs
SD_MIM_median_below_annual_threshold = median of Secchi depth below annual threshold
SD_MIM_median_below_seasonal_threshold = median of Secchi depth below seasonal threshold
SD_MIM_minimum = spatial distribution of minimum of observed Secchi depth, MIM SVDC on Rrs
SD_MIM_n_below_annual_threshold = number of valid observations of Secchi depth below annual threshold
SD_MIM_n_below_seasonal_threshold = number of valid observations of Secchi depth below seasonal threshold
SD_MIM_n_cloud = spatial distribution of number of cloud affected observations Secchi depth, MIM SVDC on Rrs
SD_MIM_n_obs = spatial distribution of number of observations Secchi depth, MIM SVDC on Rrs
SD_MIM_n_valid_obs = spatial distribution of number of valid observations Secchi depth, MIM SVDC on Rrs
SD_MIM_pc_below_annual_threshold = percentage of valid observations of Secchi depth below annual threshold
SD_MIM_pc_below_seasonal_threshold = number of valid observations of Secchi depth below seasonal threshold
SD_MIM_pc_cloud = spatial distribution of fraction of cloud affected observations Secchi depth, MIM SVDC on Rrs
SD_MIM_pc_valid_obs = spatial distribution of fraction of valid observations Secchi depth, MIM SVDC on Rrs
SD_MIM_stddev = spatial distribution of stddev of observed Secchi depth, MIM SVDC on Rrs
SD_MIM_variance = spatial distribution of variance of observed Secchi depth, MIM SVDC on Rrs
dR_MIM_maximum = spatial distribution of maximum of observed distance on optical closure, MIM SVDC on Rrs
dR_MIM_mean = spatial distribution of mean of observed distance on optical closure, MIM SVDC on Rrs
dR_MIM_median = spatial distribution of median of observed distance on optical closure, MIM SVDC on Rrs
dR_MIM_minimum = spatial distribution of minimum of observed distance on optical closure, MIM SVDC on Rrs
dR_MIM_n_cloud = spatial distribution of number of cloud affected observations distance on optical closure, MIM SVDC on Rrs
dR_MIM_n_obs = spatial distribution of number of observations distance on optical closure, MIM SVDC on Rrs
dR_MIM_n_valid_obs = spatial distribution of number of valid observations distance on optical closure, MIM SVDC on Rrs
dR_MIM_pc_cloud = spatial distribution of fraction of cloud affected observations distance on optical closure, MIM SVDC on Rrs
dR_MIM_pc_valid_obs = spatial distribution of fraction of valid observations distance on optical closure, MIM SVDC on Rrs
dR_MIM_stddev = spatial distribution of stddev of observed distance on optical closure, MIM SVDC on Rrs
dR_MIM_variance = spatial distribution of variance of observed distance on optical closure, MIM SVDC on Rrs
siop_MIM_maximum = spatial distribution of maximum of observed siop family, MIM SVDC on Rrs
siop_MIM_mean = spatial distribution of mean of observed siop family, MIM SVDC on Rrs
siop_MIM_median = spatial distribution of median of observed siop family, MIM SVDC on Rrs
siop_MIM_minimum = spatial distribution of minimum of observed siop family, MIM SVDC on Rrs
siop_MIM_n_cloud = spatial distribution of number of cloud affected observations siop family, MIM SVDC on Rrs
siop_MIM_n_obs = spatial distribution of number of observations siop family, MIM SVDC on Rrs
siop_MIM_n_valid_obs = spatial distribution of number of valid observations siop family, MIM SVDC on Rrs
siop_MIM_pc_cloud = spatial distribution of fraction of cloud affected observations siop family, MIM SVDC on Rrs
siop_MIM_pc_valid_obs = spatial distribution of fraction of valid observations siop family, MIM SVDC on Rrs
siop_MIM_stddev = spatial distribution of stddev of observed siop family, MIM SVDC on Rrs
siop_MIM_variance = spatial distribution of variance of observed siop family, MIM SVDC on Rrs