Foehn winds influence surface ablation on Glaciar Perito Moreno, southern Patagonian icefield - Minowa, Masahiro; Skvarca, Pedro; Fujita, Koji (Journal of glaciology, 2024)
Keywords: Ablation; Air masses; Annual variations; Atmospheric pressure; Atmospheric variability; Climate change; Climate science; Daily temperatures; Enthalpy; Foehn; Foehn winds; Fog; glacier mass balance; Glacier melting; Glaciers; Heat; Heat flux; Heat transfer; High humidity; Humidity; Ice; ice and climate; Ice fields; Influence; Interannual variations; Katabatic winds; Lapse rate; Latent heat; Local climates; melt-surface; Meteorological data; mountain glaciers; Radiation; Sensible heat; Sensible heat flux; Sensible heat transfer; Sensors; Short wave radiation; Temperature; Topography; Weather; Westerlies; Wind; Winds; Climate change; melt-surface; mountain glaciers; glacier mass balance; ice and climate