The communities-in-places perspective show how strategic place-based planning ensuring citizens rights and favouring thriving communities can also lead to sustainable tourism models in low mountains.
OSL rock surface burial dating of megalith structures in the Dzhungar Mountains – Kazakhstan
The Dzhungar Mountains’ megalithic structures are dated using infrared-stimulated luminescence, establishing a chronological framework.
OSL rock surface dating in Mountain archaeology – principles, applications and frontiers
OSL rock surface burial and exposure dating are novel tools in Quaternary geochronology opening up new vistas in Mountain Archaeology
Inhabit the Andes of the South
The architectural and cultural heritage of mountain huts built in the 1930s by European migrants in Chile, serving as landmarks that symbolize human presence in the vast Andean landscape.
Snow-driven microclimate variability and climate change impacts in alpine and polar regions
Snow significantly influences microclimates in alpine and polar regions, affecting local rates of climate warming and introducing uncertainty in future biodiversity and productivity predictions.
Mountain-lowland research: Jack D. Ives’ legacy and Andean insights
Jack Ives examined the mountain-lowland interactions within the Asian regional context. My research was focussed on the Ecuadorian Sierra.
Enhancing data availability as a basis for adaptation solutions in global mountains: Contributions from GEO Mountains
GEO Mountains brings together mountain data experts to advance multi-thematic data discoverability, availability, and use to support research, policy, and practice – including local adaptation solutio
Alpine Resilience Multisensory Lab
The Alpine Resilience Multisensory Lab will explore inner resilience and urban-alpine transitions. Participants will experience how they shape flexibility to adapt to global challenges.
Using the adaptive waves model to explore plural understandings of resilience across mountain communities
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