We show that AI weather prediction models, combined with climate simulations, can be used to estimate the influence of human-made climate change on heatwaves.
👉 tinyurl.com/a5b5ndby
@csic.es @igeociencias.bsky.social
#ClimateChange #AI #Heatwaves
We show that AI weather prediction models, combined with climate simulations, can be used to estimate the influence of human-made climate change on heatwaves.
👉 tinyurl.com/a5b5ndby
@csic.es @igeociencias.bsky.social
#ClimateChange #AI #Heatwaves
We show that AI weather prediction models, combined with climate simulations, can be used to estimate the influence of human-made climate change on heatwaves.
👉 tinyurl.com/a5b5ndby
@csic.es @igeociencias.bsky.social
#ClimateChange #AI #Heatwaves
👩💻El modelo del @igeociencias.bsky.social determina la intensidad de estos eventos extremos, días antes de que ocurran
🌏También muestra la influencia del cambio climático en su severidad
➡️http://tiny.cc/b1xq001
👩💻El modelo del @igeociencias.bsky.social determina la intensidad de estos eventos extremos, días antes de que ocurran
🌏También muestra la influencia del cambio climático en su severidad
➡️http://tiny.cc/b1xq001
igeo.ucm-csic.es/pronosticos-...
#IGEOinvestiga
@bernat-jimenez.bsky.social
igeo.ucm-csic.es/pronosticos-...
#IGEOinvestiga
@bernat-jimenez.bsky.social
Abrimos 🧵
igeo.ucm-csic.es/aum...
#IGEOinvestiga
(autor desconocido)
(autor desconocido)
🌦️ Western and Central Europe: Below-average precipitation
💧 U.S. and Australia: Wetter-than-average
☀️ South America: Drought in several regions, wetter-than-average in others
All details: climate.copernicus.eu/precipitatio...
🌦️ Western and Central Europe: Below-average precipitation
💧 U.S. and Australia: Wetter-than-average
☀️ South America: Drought in several regions, wetter-than-average in others
All details: climate.copernicus.eu/precipitatio...