A Matlab function to calculate Palmer Drought Severity Index (PDSI) using monthly temperature and precipitation data. Can determine values for multiple sites simultaneously.
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Updated
Mar 18, 2021 - MATLAB
A Matlab function to calculate Palmer Drought Severity Index (PDSI) using monthly temperature and precipitation data. Can determine values for multiple sites simultaneously.
Ficheiros de apoio e resoluções de exercícios do Mestrado Integrado em Engenharia Eletrotécnica e de Computadores, @FEUP
Example code that calculates the Hybrid Precipitation Index described in Chelton and Risien, 2020.
GMT (Generic Mapping Tools) shell scripts mapping ten TerraClimate climate variables over Mongolia for 2019 (min/max temperature, precipitation, soil moisture, wind, solar radiation, SWE, vapour pressure, VPD, PDSI drought index) from NetCDF grids with DCW country clipping. Figures for Lemenkova, Geosciences 2022, 12(3):140.
GMT shell scripts mapping eleven TerraClimate climate variables over Botswana (temperature, precipitation, soil moisture, PET/AET, radiation, vapour pressure, VPD, wind, PDSI) from NetCDF grids, plus a topographic base map. Figures for Lemenkova, ISPRS Int. J. Geo-Inf. 2022, 11(9):473.
Over 80 GMT (Generic Mapping Tools) shell scripts mapping TerraClimate climate variables per country (temperature extremes, precipitation, PDSI drought index, soil moisture, PET/AET, runoff, shortwave radiation, snow-water equivalent, vapour pressure/deficit, wind) from NetCDF grids, with DCW country clipping, contours and cartographic layout.
GMT and R scripts mapping topography (GEBCO), climate (TerraClimate soil moisture, PDSI, water deficit) and SRTM geomorphometry (slope, aspect, hillshade) of Ghana, West Africa. Figures for Lemenkova, Geodesy and Cartography 2022, 71(1):e16.
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