Prato Valentino 2050 project fosters a sustainable transition through stakeholder co-creation, adapting tourism to climate change challenges.
The Evolution of Mountain Tourism: Impacts on Alpine Huts Management, Visitor Behaviour, and Food Waste Management
Mountain tourism has evolved significantly, with increased crowding of Alpine huts. How this shift impacts the management of various type of alpine huts, especially concerning food waste.
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.
Glacier-related hazard: the case of the proglacial Bossons lake and its artificial drainage during summer 2023
Investigations of the breaching of an ice dam from numerous field measurements and numerical modelling during an artificial drainage of a proglacial lake
Scaling-up diffusion of e-cooking solutions for businesses in mountain regions: A crucial component of Nepal’s energy transition
This study explores e-cooking adoption in rural Nepal’s SMEs, evaluating user acceptance, efficiency, and market fit through demonstrations and field testing to support Nepal’s clean energy transition
Glacier Dynamics in the Indus Basin, Northwestern Himalayas: A Multi-Temporal Satellite Analysis
This study analyzes glacier changes in the Indus Basin (1997–2023) using Landsat imagery, revealing surface area loss, snowline shifts, and glacial lake expansion, highlighting climate change impacts.
Developing Principles for Digitally-Enabled Uplands Research
Reviewing digitally-enabled uplands research, this offers a starting point for future development of research principles emphasising interdisciplinarity, local engagement, and ethical data practices.
Alpine dwarf shrubs growing on green roofs
Alpine dwarf shrubs may be appropriate species for green roofs due to their adaptation to windy, rocky, and nutrient-poor sites.
Validation of ICON-LES from HEFEX II field campaign observations
Data from HEFEXII (2023) campaign validated high-res ICON-LES models, improving simulation accuracy of atmosphere-glacier interactions. Results outline strengths and limitations of numerical modeling.
Challenges in monitoring snow topography using terrestrial LiDAR on a subarctic mountain snowpack (Yukon, Canada)
Our objective was to capture, hourly LiDAR data on snow height. However, the results revealed diurnal pattern in snow surface elevation, with nighttime decreases and daytime increases.