MountResilience enhances mountain communities’ climate resilience by engaging multi-level stakeholders, integrating local knowledge in revisited European frameworks, and co-creating solutions.
Investigating transitional rock glaciers through ERT and IP measurements
We aim to provide further knowledge on the how cryological and hydrological processes works and explain degraded periglacial landforms activity using combined ERT and IP measurements.
Assessing forest landscape naturalness under future climate change and disturbances in the Italian Alps
We assessed forest naturalness and disturbances vulnerability in the Italian Alps, revealing that naturalness may not ensure lower vulnerability, suggesting strategic management for future resilience
Implementation of a real-time monitoring on Austrian mass balance glaciers
Here we present a strategy for implementing a real-time monitoring on all Austrian mass balance glaciers, by completing and expanding already existing instrumentation and data assimilation procedures.
Modelling Switzerland’s water fluxes under recent droughts: Impacts on runoff, vegetation and the cryosphere
We assess the impact of two recent meteorological summer droughts ‒ 2018 and 2022 ‒ on the hydrology of Swiss catchments using a detailed numerical simulation of Switzerland’s hydrological cycle.
Towards Decolonizing Disaster Risk Communication and Resilience Building; Indigenous Knowledge Insights from High Mountain Asia
Mountain-top bird species face extreme conditions, shaping breeding site selection. We monitored alpine nests in temperate Andes. Rock cavities buffer temperatures, potentially enhancing breeding success and adaptation to harsh weather
High-mountain risks and climate litigation: experiences, challenges and perspectives
On the example of the court case around glacial lake Palcacocha, Peru, this contribution analyzes challenges and perspectives of high mountain hazard science to support climate litigation cases
Frequency-dependent Climate Signals of Tree-ring Oxygen Isotopes in the western Kunlun and Karakoram Mountains
Tree-ring oxygen isotopes reveal frequency-dependent climate signals, with unexpected warmth during the Little Ice Age, possibly linked to Polar Vortex shifts and strengthened mid-latitude Westerlies
Impacts of long-term climate trends and elevation on ant diversity
Impacts of long-term climate trends, elevation and vegetation on ant diversity along an altitudinal gradient of a Fynbos Mountain, Cederberg Wilderness Area.
Understanding mobility patterns in the Spanish Pyrinees: a spatiotemporal analysis of ski resort areas and weather conditions
This study analyzes mobility patterns in Spanish Pyrenees ski resorts, exploring the impact of weather and snow availability on travel behavior using spatiotemporal data