This study examines ozone and nitrogen dioxide levels in the Pyrenees using data from 20 monitoring stations and Sentinel 5P, highlighting higher O3 during summer heatwaves and increased NO2 in winter
Overcoming disciplinary barriers in glacier studies: integration of methodologies and scientific cooperation
TROPIPOLAR-GLASCLIM Project integrates regional models, ML, and field data, while CryoCloud enables advanced simulations, enhancing glacier mass balance research.
Variation in soil CO2 fluxes through forest management
CO2 emissions from mediterranean mountain forest soils depend on the presence or absence of organic remains from various forest management processes and/or microclimatic conditions.
Bioaerosol monitoring and research at the Sonnblick Observatory (3106 m asl)
We present first results of continuous bioaerosol measurements at the Sonnblick Observatory with an automatic aerosol monitor, the SwisensPoleno Jupiter.
Enhancing mountain precipitation insights via crowdsourcing and regional models
Validating precipitation in high-resolution climate models is challenged by insufficient spatial and temporal observations.
The Role of the European Center for Cloud Ambient Intercomparison (ECCINT) within ACTRIS and the Topical Center for Cloud In Situ Measurements (CIS)
ECCINT advances cloud research by intercomparing in situ measurements at Sonnblick Observatory, improving our understanding of cloud properties and their role in climate and weather systems.
Hectometer Scale Dynamic Downscaling over the Himalaya for Improved Snowcover Estimates
Using the HICAR model, we perform dynamic downscaling over the Himalaya, comparing modeled snowcover to existing estimates
The influence of westerly moisture transport events on mountain regions in Eastern Africa
We investigate the role of westerly moisture transport events as drivers of sub-seasonal precipitation variability in high elevation regions in Eastern Africa
Seasonal variability of aerosol properties at Testa Grigia Observatory (3480 m), in the western Italian Alps
First observations at the Testa Grigia Observatory, at 3480 m in the Italian Alps, are reported. Data reveal distinct aerosol regimes affected by meteorological factors and air mass origins.
Elevation-dependent changes in temperature extremes and possible driving mechanisms in the Greater Alpine Region
The study explores the elevational stratification of temperature extremes trends across the Greater Alpine Region (ERA5 and E-OBS data), revealing distinct elevational patterns and assessing drivers.