Toward mountains without permanent snow and ice - Huss, M.; Bookhagen, B.; Huggel, C.; Jacobsen, D.; Bradley, R.S.; Clague, J.J.; Vuille, M.; Buytaert, W.; Cayan, D.R.; Greenwood, G.; Mark, B.G.; Milner, A.M.; et al. (Earth's future, 2017)
Keywords: 20-1ST CENTURY; Adaptation; Agriculture; Agronomy; Air temperature; ALPINE GLACIER; AMERICAN MONSOON SYSTEM; Anthropogenic climate changes; Anthropogenic factors; Aquatic habitats; Biogeochemistry; Biosphere; Climate; Climate change; CLIMATE-CHANGE IMPACTS; COMMUNITY STRUCTURE; Cryosphere; Deglaciation; Drinking water; ecological changes in mountain streams; Ecosystems; Elevation; Erosion; Erosion rates; Floods; Frozen ground; future mountain hydrology; Glacial lake outburst floods; Glacier melting; GLACIER-FED STREAM; Glaciers; Growing season; Human influences; Hydroelectric power; Hydrology; Hydrosphere; Ice; impacts of climate change; Irrigation; Irrigation water; Lakes; Latitude; Meltwater; Minimum streamflow; Mining; Mountain regions; Mountains; Permafrost; POTENTIAL IMPACTS; Radiative forcing; Rainfall; Recreation; RIVER SYSTEMS; Rivers; Snow; snow and glacier melt; Snow and ice; Societal adaptation to glacier change; Stream discharge; Stream flow; Thawing; TROPICAL ANDES; Water quality; Water supply; WATER-RESOURCES