The catalog as a data frame, for display in documentation or the app's covariate reference tab.
Value
a data frame with name, label, units, variable, dataset,
spatial, temporal, and description columns
Examples
covariate_info()[, c("name", "label", "units")]
#> name label
#> 1 SST Sea surface temperature
#> 2 SSS Sea surface salinity
#> 3 BOTT Bottom temperature
#> 4 BOTS Bottom salinity
#> 5 UO Eastward current velocity
#> 6 VO Northward current velocity
#> 7 SSH Sea surface height
#> 8 MLD Mixed layer depth
#> 9 SIC Sea ice concentration
#> 10 CHL Chlorophyll-a concentration (satellite)
#> 11 PP Primary production (satellite)
#> 12 DIATO Diatom chlorophyll-a concentration
#> 13 DINO Dinophyte chlorophyll-a concentration
#> 14 NO3 Nitrate concentration
#> 15 PO4 Phosphate concentration
#> 16 O2 Dissolved oxygen
#> 17 PH pH
#> 18 CHL_MODEL Chlorophyll-a concentration (model)
#> 19 NPP_MODEL Net primary production (model)
#> 20 WSPD Wind speed
#> 21 UWND Eastward wind
#> 22 VWND Northward wind
#> 23 TAUX Eastward wind stress
#> 24 TAUY Northward wind stress
#> 25 TAU Wind stress magnitude
#> 26 DEPTH Water depth
#> 27 SLOPE Bottom slope
#> 28 ASPECT Bottom aspect
#> 29 TPI Topographic position index
#> 30 jday Day of year
#> 31 horizontal_gradient Horizontal gradient
#> 32 vertical_gradient Vertical gradient
#> 33 temporal_gradient Temporal gradient
#> 34 lag_covariate Lagged covariate
#> 35 integrate_covariate Integrated covariate
#> 36 current_speed Current speed
#> 37 eke Eddy kinetic energy
#> 38 ftle Finite-time Lyapunov exponent
#> 39 fsle Finite-size Lyapunov exponent
#> 40 distance_to_front Distance to front
#> 41 distance_to_contour Distance to a contour
#> 42 distance_to_isobath Distance to isobath
#> 43 distance_to_shore Distance to shore
#> units
#> 1 degrees C
#> 2 PSU
#> 3 degrees C
#> 4 PSU
#> 5 m/s
#> 6 m/s
#> 7 m
#> 8 m
#> 9 fraction
#> 10 mg/m3
#> 11 mg/m2/day
#> 12 mg/m3
#> 13 mg/m3
#> 14 mmol/m3
#> 15 mmol/m3
#> 16 mmol/m3
#> 17 unitless
#> 18 mg/m3
#> 19 mg/m3/day
#> 20 m/s
#> 21 m/s
#> 22 m/s
#> 23 N/m2
#> 24 N/m2
#> 25 N/m2
#> 26 m
#> 27 degrees
#> 28 degrees
#> 29 m
#> 30 day (1-366)
#> 31 source units per km
#> 32 source units, or per m when `depth` is given
#> 33 source units per step, day, or month
#> 34 source units
#> 35 source units, accumulated over the window
#> 36 m/s
#> 37 m2/s2
#> 38 day^-1 (a rate)
#> 39 day^-1 (a rate)
#> 40 km
#> 41 km
#> 42 km
#> 43 km
covariate_info()[, c("name", "spatial", "temporal")]
#> name spatial temporal
#> 1 SST 0.083° (~9 km) monthly
#> 2 SSS 0.083° (~9 km) monthly
#> 3 BOTT 0.083° (~9 km) monthly
#> 4 BOTS 0.083° (~9 km) monthly
#> 5 UO 0.083° (~9 km) monthly
#> 6 VO 0.083° (~9 km) monthly
#> 7 SSH 0.083° (~9 km) monthly
#> 8 MLD 0.083° (~9 km) monthly
#> 9 SIC 0.083° (~9 km) monthly
#> 10 CHL 4 km (~0.036°) monthly
#> 11 PP 4 km (~0.036°) monthly
#> 12 DIATO 4 km (~0.036°) monthly
#> 13 DINO 4 km (~0.036°) monthly
#> 14 NO3 0.25° (~28 km) monthly
#> 15 PO4 0.25° (~28 km) monthly
#> 16 O2 0.25° (~28 km) monthly
#> 17 PH 0.25° (~28 km) monthly
#> 18 CHL_MODEL 0.25° (~28 km) monthly
#> 19 NPP_MODEL 0.25° (~28 km) monthly
#> 20 WSPD unknown monthly
#> 21 UWND unknown monthly
#> 22 VWND unknown monthly
#> 23 TAUX unknown monthly
#> 24 TAUY unknown monthly
#> 25 TAU unknown monthly
#> 26 DEPTH 4 arc-min (~7 km), default static
#> 27 SLOPE 4 arc-min (~7 km), default static
#> 28 ASPECT 4 arc-min (~7 km), default static
#> 29 TPI 4 arc-min (~7 km), default static
#> 30 jday n/a per observation
#> 31 horizontal_gradient as its inputs as its inputs
#> 32 vertical_gradient as its inputs as its inputs
#> 33 temporal_gradient as its inputs as its inputs
#> 34 lag_covariate as its inputs as its inputs
#> 35 integrate_covariate as its inputs as its inputs
#> 36 current_speed as its inputs as its inputs
#> 37 eke as its inputs as its inputs
#> 38 ftle as its inputs as its inputs
#> 39 fsle as its inputs as its inputs
#> 40 distance_to_front as its inputs as its inputs
#> 41 distance_to_contour as its inputs as its inputs
#> 42 distance_to_isobath as its inputs as its inputs
#> 43 distance_to_shore as its inputs as its inputs