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
Constraining a damage model from the artificial drainage of the Tête Rousse water-filled cavity
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
Spatio-temporal Degradation of Alpine Cold Firn in the 21st Century
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
A Remote-Only Approach to SEB Model Calibration: First Insights from Hintereisferner Glacier
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
The climatic imprint on recent glacier evolution in the Cordillera Darwin Icefield, Tierra del Fuego
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
Impact of surface liquid water retention on glacier mass balance: application to Mera Glacier (Nepal) using SURFEX-ISBA-Crocus
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
Revisiting Mercanton’s Visionary Experiment on the Rhône Glacier with a Numerical Model
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
Investigating firn density and accumulation history in the Aletsch glacier’s accumulation area using Ground Penetrating Radar
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
Global ice thickness inversions using deep learning
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