AlpTherm3d is a Lagrangian downscaling algorithm driven by external fields from ICON-D2 or GFS. It allows to study convective processes in a changing atmosphere over complex terrain.
Extreme precipitation in the Greater Alpine Region: a CMIP6 and EURO-CORDEX model view
Different CMIP6 and EURO-CORDEX models are employed to calculate and analyse precipitation extreme events in the Greater Alpine Region.
Insights from two-decades of climate observations sustained collaboratively with near-surface sensors vertically embedded along a tropical Peruvian Andean slope
Andean sensors (20yrs) reveal faster warming at higher elevations, especially dry season nights, and decreased lapse rates. Humidity also increases with height, strongest in the wet season.
Integrating Sentinel-II NDVI data into eddy-covariance postprocessing
Integrating Sentinel2 NDVI data improves eddy covariance postprocessing in sites with complex topography and heterogenous land cover.
Carbon and water fluxes relationship with vegetation on high altitude habitat in the context of Climate change: a case study in the Northern Apennines
This study investigates the multi-faceted relationships between carbon and water fluxes and vegetation in alpine ecosystems under the influence of climate change.
Light-absorbing particles effect on the seasonal snowpack melt-out date at a high-altitude site in Central Himalaya
The sensitivity of the seasonal snow cover duration to changes in LAP at a high-altitude valley site in the Central Himalayas, India, is here investigated
Toward seasonal forecasting of snow depth, SWE and discharge in the Po River basin (Italy)
The SPHERE project uses Copernicus global seasonal forecasts and innovative snow-hydrological models to generate km-resolution seasonal predictions of snow water equivalent and river discharge, to sup
Twenty years of climate trends along a 5000 m elevational-transect across Kilimanjaro from savannah to ice-fields: evidence of elevation-dependent warming
Analysis of two decades of temperature trends (2004-2025) across Kilimanjaro based on 22 sites from 900 to 5800 m shows an intensification of warming rate with elevation
Impact of drought on the condition of forest ecosystems in the Western Sudetes, Poland
Global warming in the Sudetes has caused different growth responses of spruce depending on water availability: from optimum to growth reduction of up to -40% on the southern slopes of the massif.
Combining glaciological field surveys and high-resolution regional climate modelling to assess variability in accumulation and melt on glaciers of the Pamir mountains
The regional climate model MAR has been used to generate a high-resolution atmospheric reanalysis covering the last decades for the Pamir mountains.