R/derivaadc.R
derivaadcfiles.RdThis function loads the latest cache of stored files for these products, which are available from http://webdav.data.aad.gov.au/data/environmental/derived/antarctic/
derivaadcfiles(products, ...)which derived product
reserved for future use, currently ignored
data.frame of file and date
(prods <- derivaadcproducts())
#> [1] "bathymetry"
#> [2] "bathymetry_slope"
#> [3] "benthic_regionalisation"
#> [4] "caisom_floor_current_speed"
#> [5] "caisom_floor_salinity"
#> [6] "caisom_floor_temperature"
#> [7] "caisom_floor_vertical_velocity"
#> [8] "caisom_surface_current_speed"
#> [9] "chl_summer_climatology"
#> [10] "distance_antarctica"
#> [11] "distance_colony"
#> [12] "distance_max_ice_edge"
#> [13] "distance_shelf"
#> [14] "distance_subantarctic_islands"
#> [15] "distance_to_canyon"
#> [16] "distance_to_fast_ice"
#> [17] "distance_to_polynya"
#> [18] "distance_upper_slope"
#> [19] "fast_ice"
#> [20] "floor_nitrate_cars2009a_mean"
#> [21] "floor_oxygen_cars2009a_mean"
#> [22] "floor_phosphate_cars2009a_mean"
#> [23] "floor_salinity_cars2009a_mean"
#> [24] "floor_silicate_cars2009a_mean"
#> [25] "floor_temperature"
#> [26] "floor_temperature_cars2009a_mean"
#> [27] "floor_temperature_interpolated"
#> [28] "geomorphology"
#> [29] "gridcell_area"
#> [30] "light_budget"
#> [31] "mixed_layer_depth_summer_climatology"
#> [32] "mixed_layer_depth_summer_climatology_interpolated"
#> [33] "nox_0_interpolated_summer_climatology"
#> [34] "nox_0_interpolated_winter_climatology"
#> [35] "nox_0_summer_climatology"
#> [36] "nox_0_winter_climatology"
#> [37] "nox_200_interpolated_summer_climatology"
#> [38] "nox_200_interpolated_winter_climatology"
#> [39] "nox_200_summer_climatology"
#> [40] "nox_200_winter_climatology"
#> [41] "nox_500_interpolated_summer_climatology"
#> [42] "nox_500_interpolated_winter_climatology"
#> [43] "nox_500_summer_climatology"
#> [44] "nox_500_winter_climatology"
#> [45] "nox_50_interpolated_summer_climatology"
#> [46] "nox_50_interpolated_winter_climatology"
#> [47] "nox_50_summer_climatology"
#> [48] "nox_50_winter_climatology"
#> [49] "oxygen_0_interpolated_summer_climatology"
#> [50] "oxygen_0_interpolated_winter_climatology"
#> [51] "oxygen_0_summer_climatology"
#> [52] "oxygen_0_winter_climatology"
#> [53] "oxygen_200_interpolated_summer_climatology"
#> [54] "oxygen_200_interpolated_winter_climatology"
#> [55] "oxygen_200_summer_climatology"
#> [56] "oxygen_200_winter_climatology"
#> [57] "oxygen_500_interpolated_summer_climatology"
#> [58] "oxygen_500_interpolated_winter_climatology"
#> [59] "oxygen_500_summer_climatology"
#> [60] "oxygen_500_winter_climatology"
#> [61] "oxygen_50_interpolated_summer_climatology"
#> [62] "oxygen_50_interpolated_winter_climatology"
#> [63] "oxygen_50_summer_climatology"
#> [64] "oxygen_50_winter_climatology"
#> [65] "pelagic_regionalisation"
#> [66] "salinity_0_interpolated_summer_climatology"
#> [67] "salinity_0_interpolated_winter_climatology"
#> [68] "salinity_0_summer_climatology"
#> [69] "salinity_0_winter_climatology"
#> [70] "salinity_200_interpolated_summer_climatology"
#> [71] "salinity_200_interpolated_winter_climatology"
#> [72] "salinity_200_summer_climatology"
#> [73] "salinity_200_winter_climatology"
#> [74] "salinity_500_interpolated_summer_climatology"
#> [75] "salinity_500_interpolated_winter_climatology"
#> [76] "salinity_500_summer_climatology"
#> [77] "salinity_500_winter_climatology"
#> [78] "salinity_50_interpolated_summer_climatology"
#> [79] "salinity_50_interpolated_winter_climatology"
#> [80] "salinity_50_summer_climatology"
#> [81] "salinity_50_winter_climatology"
#> [82] "seaice_gt85"
#> [83] "seaice_gt85_mean_cv_ratio"
#> [84] "si_0_interpolated_summer_climatology"
#> [85] "si_0_interpolated_winter_climatology"
#> [86] "si_0_summer_climatology"
#> [87] "si_0_winter_climatology"
#> [88] "si_200_interpolated_summer_climatology"
#> [89] "si_200_interpolated_winter_climatology"
#> [90] "si_200_summer_climatology"
#> [91] "si_200_winter_climatology"
#> [92] "si_500_interpolated_summer_climatology"
#> [93] "si_500_interpolated_winter_climatology"
#> [94] "si_500_summer_climatology"
#> [95] "si_500_winter_climatology"
#> [96] "si_50_interpolated_summer_climatology"
#> [97] "si_50_interpolated_winter_climatology"
#> [98] "si_50_summer_climatology"
#> [99] "si_50_winter_climatology"
#> [100] "ssh"
#> [101] "ssh_spatial_gradient"
#> [102] "ssha_variability"
#> [103] "sst_spatial_gradient"
#> [104] "sst_summer_climatology"
#> [105] "surface_meridional_wind_annual"
#> [106] "surface_meridional_wind_summer"
#> [107] "surface_meridional_wind_winter"
#> [108] "surface_wind_annual"
#> [109] "surface_zonal_wind_annual"
#> [110] "surface_zonal_wind_summer"
#> [111] "surface_zonal_wind_winter"
#> [112] "t_0_interpolated_summer_climatology"
#> [113] "t_0_interpolated_winter_climatology"
#> [114] "t_0_summer_climatology"
#> [115] "t_0_winter_climatology"
#> [116] "t_200_interpolated_summer_climatology"
#> [117] "t_200_interpolated_winter_climatology"
#> [118] "t_200_summer_climatology"
#> [119] "t_200_winter_climatology"
#> [120] "t_500_interpolated_summer_climatology"
#> [121] "t_500_interpolated_winter_climatology"
#> [122] "t_500_summer_climatology"
#> [123] "t_500_winter_climatology"
#> [124] "t_50_interpolated_summer_climatology"
#> [125] "t_50_interpolated_winter_climatology"
#> [126] "t_50_summer_climatology"
#> [127] "t_50_winter_climatology"
#> [128] "vertical_velocity_250"
#> [129] "vertical_velocity_500"
readderivaadc(sample(prods, 1L))
#> class : RasterLayer
#> dimensions : 501, 3601, 1804101 (nrow, ncol, ncell)
#> resolution : 0.1, 0.1 (x, y)
#> extent : -180.05, 180.05, -80.05, -29.95 (xmin, xmax, ymin, ymax)
#> crs : +proj=longlat +datum=WGS84 +no_defs
#> source : pelagic_regionalisation.nc
#> names : rdsiPUBLICraaddatawebdav.data.aad.gov.audataenvironmentalderivedantarcticnetcdfpelagic_regionalisation
#> zvar : bioregion_number
#>