Time series of glacier surface classifications in the Alps and Karakoram from Sentinel-2 data enhance our understanding of a changing climate and its impacts on glaciers across various climate zones.
Machine Learning-Based Analysis of Rheological Properties of Debris Flow and Their Impact on Pipeline Infrastructure: A Case Study in Cameron Highlands
This case study investigates the impact of debris flow on pipelines using rheological properties and machine learning models to enhance infrastructure resilience in mountainous regions.
Does Generative AI Enhance Pressure on Tourism Recruitment in Mountain Regions?
How are employers and working conditions in tourism perceived during the generative AI shift? The researcher will collaborate with a large-language-model (LLM) for the purpose of a literature review.
The Impact of Climate Change on Mountaineering and Adaptation Strategies in Northern Areas of Pakistan
Rising temperatures in Pakistan’s northern mountains, including the Karakoram and Himalayas, are accelerating glacial melt, increasing rockfall hazards, and destabilizing climbing routes.
Synergizing Hydrological Data Assimilation with Deep Learning across scales
To overcome computational unfeasibility of complex Snow Data assimilation framework in operational context we developed a Deep Learning based solution, tested across scales.
Everest and climate change: Problems and Prospects
The usage of renewable energy in the Everest region can help in the reduction of emission of greenhouse gas to fight against the global warming and climate change.
Promoting sustainable agriculture in mountain regions: the case of “Carciofo di Malegno” (Cynara cardunculus subsp. scolymus L. Hayek)
“Carciofo di Malegno,” a unique alpine artichoke from Italy, thrives in mountain regions, offering sustainable food, medicinal uses, and economic opportunities, contributing to agrobiodiversity.
Rockfall Protection by Disturbed Mountain Forests: Examining and Comparing Roughness Effects of Lying Deadwood Under Varying Conditions
This study analyses the effect of horizontal deadwood on rockfall protection under different conditions, in aim to improve the management of protective forests in the Alps after natural disturbances.
Assessing climate variability with a high resolution reanalysis over High Mountain Asia
A high-resolution, century-long reanalysis over High Mountain Asia has been generated using the Modèle Atmosphérique Régional (MAR) to investigate climate variability and long term trends.
InSAR-based Modelling and Monitoring of Permafrost-induced Deformation in Indian Himalayas
Monitoring of permafrost degradation in Indian Himalayas using InSAR, revealing seasonal freeze-thaw and annual deformation trends, showing ongoing changes and need for long term monitoring.