@Placeb0Mad @SerranoIsmael Lo dijo en 2011. Hemos avanzado bastante en la dirección contraria desde entonces. https://t.co/aQEjySp7mJ
RT @TucsonPeck: Why higher elevation mountain regions are warming faster than surrounding terrain. https://t.co/tuRu72U2r0
RT @TucsonPeck: Why higher elevation mountain regions are warming faster than surrounding terrain. https://t.co/tuRu72U2r0
RT @TucsonPeck: Why higher elevation mountain regions are warming faster than surrounding terrain. https://t.co/tuRu72U2r0
RT @TucsonPeck: Why higher elevation mountain regions are warming faster than surrounding terrain. https://t.co/tuRu72U2r0
Why higher elevation mountain regions are warming faster than surrounding terrain. https://t.co/tuRu72U2r0
RT @eli_palaz: Elevation-dependent warming in the Rockies, Alps and Himalayas seen by high-resolution global climate models. Our new paper,…
Elevation-dependent warming in global climate model simulations at high spatial resolution (open access) https://t.co/0VsUK1kVZg
Elevation-dependent warming in the Rockies, Alps and Himalayas seen by high-resolution global climate models. Our new paper, just published and open access. Available at this link: https://t.co/5i7KdsCpFH
#Climate CD: Elevation-dependent warming in global climate model simulations at high spatial resolution https://t.co/MEUo2mTIbK