Increasing atmospheric methane pose a climate challenge. We perform WRF-Chem simulations over the Alpine region analyzing CH₄ transport and validate against TROPOMI and ICOS data to improve monitoring
Investigating surface water loss in southern Italian Apennines: validation of the IASI-based Water Deficit Index with ground-stations measurements
Drought threatens Mediterranean woodlands, especially in southern Italy. In this study, the Water Deficit Index from IASI satellite data is used to monitor surface water loss for the period 2015-2023.
Understory eddy covariance measurements in a mountain forest
Understory eddy covariance helps partition forest CO2 exchange among its components. Results using refined data processing from a Tyrolean mountain forest are presented.
Upward migration of snowline in the Alps and impact on Elevation-Dependent Warming in MAR simulations over 1961-2100
In three MAR simulations under different climate scenarios, the snow-albedo feedback and energy used to melt snow are found to be drivers of Elevation-Dependent-Warming in the Alps.
On the impact of secondary aerosols over the elevation dependent climate change in the Western Himalayas
This study aims to examine the complex roles of secondary aerosols in elevation dependent climate change of the Western Himalayas
Exploring the potential of seasonal predictions for winter hazard assessment – a glimpse into the near future
As seasonal forecasting is currently of great interest we investigate in this study the potential for winter season natural hazard forecasting as well as the potential for water resource management.
A High-Impact Precipitation Event database for the Alps (1961-2023)
We developed a high-impact precipitation event (HIPE) database for the Alps (1961–2023), integrating precipitation records, flood impact data, and atmospheric patterns to improve risk assessment.
Evaluation and Correction of Precipitation Types measure by PARSIVEL2 Disdrometer in a Tropical Glacier Environment
The correction of precipitation considering the types of hydrometeors and the limit determination of the optical disdrometer to classify precipitation types in the Huaytapallana tropical glacier
Assessment of the elevation-dependent climate change in the Extended European Alpine Region over 1961-2020 based on the EEAR-Clim dataset
Assessment of the elevation-dependent climate change for key-climate variables in the Extended European Alpine Region over 1961-2020 based on the EEAR-Clim dataset
Existing observations and new transects for elevation-dependent climate change detection in the Pyrenees
As part of the LIFE-SIP project Pyrenees4Clima (2024–2032), detection and analysis of Elevation-Dependent Climate Change will be carried out via existing data and new elevational transects.