Climate data at very-high resolution (1 km spatial resolution) for Sierra Nevada, the highest mountain region in the Iberian Peninsula located in southeastern Andalusia (Spain) https://smartecomountains.lifewatch.dev/.
Climate data at very-high resolution (1 km spatial resolution) for Sierra Nevada, the highest mountain region in the Iberian Peninsula located in southeastern Andalusia (Spain). Data obtained using the
Climate data at very-high resolution (1 km spatial resolution) for Sierra Nevada, the highest mountain region in the Iberian Peninsula located in southeastern Andalusia (Spain). Data obtained using the
Present climate data (1991-2022) at very-high spatial resolution (1 km) for Sierra Nevada, the highest mountain region in the Iberian Peninsula located in southeastern Andalusia (Spain). Data obtained
Pseudo-projected climate data (1991-2020 + climate change signal of a set of 24 CMIP6 GCMs for the period 2070-2099 under the SSP5-8.5) at very-high spatial resolution (1 km) for Sierra Nevada, the highest
hourly and daily climate variables, being the daily variables: temperature (maximum, mean, and minimum), precipitation, wind speed, relative humidity, surface pressure, and net radiation.
High-resolution Climate Data for a High-altitude Region in Southern Spain (Sierra Nevada): Pseudo-global warming (Version 2) - precipitation-hour extreme indices
High-resolution Climate Data for a High-altitude Region in Southern Spain (Sierra Nevada): Pseudo-global warming (Version 2) - primary climate variables
hourly and daily climate variables, being the daily variables: temperature (maximum, mean, and minimum), precipitation, wind speed, relative humidity, surface pressure, and net radiation.
Daily climate outputs for Sierra Nevada (southern Spain) for the period 2001-2020. This dataset was obtained from a simulation completed with the Weather Research and Forecasting model v4.3.3 driven by
Daily climate outputs for Sierra Nevada (southern Spain) for the period 2001-2020. This dataset was obtained from a simulation completed with the Weather Research and Forecasting model v4.3.3 driven by