R: Multiple linear regression coefficients for global daily air...
tregcoef
R Documentation
Multiple linear regression coefficients for global daily air temperatures
Description
Multiple linear regression coefficients for mean, min., max. daily temperature on geometric temperature trend, MODIS LST, elevation, and topographic wetness index. The models is computed from GSOD and ECA&D and GHCN-Daily data.
Usage
data(tregcoef)
Format
A list of 8 multiple linear regression coefficients for daily air temperatures.
tmeanGSODECAD
Multiple linear regression coefficients of mean daily temperature on geometric temperature trend, MODIS LST, elevation, and topographic wetness index, data used: GSOD and ECA&D
tmeanGSODECAD_noMODIS
Multiple linear regression coefficients of mean daily temperature on geometric temperature trend, elevation, and topographic wetness index, data used: GSOD and ECA&D
tminGSODECAD
Multiple linear regression coefficients of min. daily temperature on geometric temperature trend, MODIS LST, elevation, and topographic wetness index, data used: GSOD and ECA&D
tminGHCND
Multiple linear regression coefficients of min. daily temperature on geometric temperature trend, MODIS LST, elevation, and topographic wetness index, data used: GHCN-Daily
tminGSODECAD_noMODIS
Multiple linear regression coefficients of min. daily temperature on geometric temperature trend, elevation, and topographic wetness index, data used: GSOD and ECA&D
tmaxGSODECAD
Multiple linear regression coefficients of max. daily temperature on geometric temperature trend, MODIS LST, elevation, and topographic wetness index, data used: GSOD and ECA&D
tmaxGHCND
Multiple linear regression coefficients of max. daily temperature on geometric temperature trend, MODIS LST, elevation, and topographic wetness index, data used: GHCN-Daily
tmaxGSODECAD_noMODIS
Multiple linear regression coefficients of max. daily temperature on geometric temperature trend, elevation, and topographic wetness index, data used: GSOD and ECA&D
Author(s)
Milan Kilibarda
References
Kilibarda, M., T. Hengl, G. B. M. Heuvelink, B. Graeler, E. Pebesma, M. Percec Tadic, and B. Bajat (2014), Spatio-temporal interpolation of daily temperatures for global land areas at 1 km resolution, J. Geophys. Res. Atmos., 119, 2294-2313, doi:10.1002/2013JD020803.
Examples
data(tregcoef)
tregcoef[[1]] # model for mean daily temp.