The Southern Andes Natural Laboratory aims to bring scientific knowledge into public policies to develop more effective adaptation strategies in mountain areas of southern Chile.
The impact of glacier retreat, greening and a changing sediment supply on debris flows in two monsoon-dominated Himalayan catchments
We study how change in land cover affects debris flows in supply- and transport-limited catchments in monsoon dominated High Mountain Asia
Historical forest fires in the high Catalan-Andorran-Occitan Pyrenees: the Desbosiguem! dataset
This contribution presents the Desbosiguem! dataset, a cross-border compilation of the historical forest fires in the high Catalan-Andorran-Occitan Pyrenees.
Multifunctional Forestry in Transition: Challenges and Opportunities for Small Enterprises in LAG MontagnAppennino.
The LAG MontagnAppennino, within the RUSTIK Living Lab framework, explores the role of SMEs in fostering sustainable forest management in the Garfagnana and Media Valle del Serchio regions.
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
Impacts of drought events on Mountain Forests: from individual tree responses to satellite-based assessment
We aim to assess the impact of drought on forests by linking and calibrating Remote Sensing observations to a unique intra-annual time-series of carbon fixation.
Low-cost system for real-time measurement of ground movements in remote areas
Presentation of a low-cost and realtime monitoring system for ground movement based on GNNS and IoT
Climate and plant traits are the primary drivers of soil multifunctionality across a pan-biome gradient of Kilimanjaro
Soil multifunctionality varies with climatic and functional composition of the community.
Towards improved understanding of spectral processes on the surface radiation balance in snow covered mountains
We want to show the importance of considering anisotropic reflection and multiple scattering in complex terrain when assessing surface radiation budgets and snowmelt processes.
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