Mickaël Lalande est doctorant en géosciences à l'Université Grenoble Alpes.
Il travaille sur la modélisation climatique. Cela ne vous dit rien ? Il s'agit de diviser la planète en cubes et de calculer les variables climatiques pour faire des projections, facile !
Snow cover strongly modulates the energy fluxes between the atmosphere and the Earth’s surface. Indeed, snow has generally a much higher albedo compared to other surfaces and therefore reduces the amount of solar radiation absorbed by the surface. …
With an average elevation of 4000 m, High Mountain Asia (HMA) and the Tibetan Plateau (TP) are hosting the third largest reservoir of glaciers and snow after the two polar ice caps, and trigger strong rates of orographic precipitation. Climate …
Snow cover strongly modulates the energy fluxes between the atmosphere and the Earth's surface. Indeed, snow has generally a much higher albedo compared to other surfaces and therefore reduces the amount of solar radiation absorbed by the surface. …
Snow cover strongly modulates the energy fluxes between the atmosphere and the Earth's surface. Indeed, snow has generally a much higher albedo compared to other surfaces and therefore reduces the amount of solar radiation absorbed by the surface. …
Suite à la sortie de mon premier article scientifique sur le changement climatique en Himalaya et sur le Plateau Tibétain (en utilisant la dernière génération de modèles CMIP6), voici un résumé grand public publié par mon laboratoire : https://www.
Following the release of my first scientific paper on climate change in the Himalayas and the Tibetan Plateau (using the latest generation of CMIP6 models), here is a general public summary published by my laboratory: https://hma.
Climate change over High Mountain Asia (HMA, including the Tibetan Plateau) is investigated over the period 1979–2014 and in future projections following the four Shared Socioeconomic Pathways: SSP1-2.6, SSP2-4.5, SSP3-7.0 and SSP5-8.5. The skill of …