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Titlebook: Engineering Geology for Society and Territory - Volume 1; Climate Change and E Giorgio Lollino,Andrea Manconi,Marta Chiarle Conference proc

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The Nominating and Appointing Power,on in snow and the percentage of albedo reduction at the glacier. Experimental results could improve glacier melt modelling also considering BC impacts on snow albedo variability and then on snow melt rates.
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On the Idea of Medical Imperialism,opriate hydrological cycle and to monitor climate change in a mountain environment. The study shows how much snow contributes to groundwater recharge and how the resource fluctuates according to climate change over time.
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The Case Study of the Changri Nup Glacier (Nepal, Himalaya) to Understand Atmospheric Dynamics and Oon in snow and the percentage of albedo reduction at the glacier. Experimental results could improve glacier melt modelling also considering BC impacts on snow albedo variability and then on snow melt rates.
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Preliminary Study to Define a Distributed Hydrogeological Model Based on Snow Melt for Groundwater Ropriate hydrological cycle and to monitor climate change in a mountain environment. The study shows how much snow contributes to groundwater recharge and how the resource fluctuates according to climate change over time.
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Mark E Easley MD,Ian L.D Le MD, FRCS(C)due to increased probability of extreme events and loss of ecosystem services. In mountain regions, the environmental response could be even larger. For this reason, it is important to obtain estimates of the expected modifications in natural hazards associated with climate and environmental change,
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https://doi.org/10.1007/978-1-349-03048-4dded dataset of temperature and precipitation available for the last 50 years. Glacier snout fluctuations are on average negative during this time span, albeit with a period of glacier advance between about 1970 and 1990. To determine which climatic variables best correlate with glacier snout fluctu
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