Encyclopedia of Snow, Ice and Glaciers (Encyclopedia of Earth Sciences Series) - gebunden oder broschiert

EAN (ISBN-13): 9789048126439
ISBN (ISBN-10): 9048126436
Gebundene Ausgabe
Erscheinungsjahr: 2011
Herausgeber: Springer

Buch in der Datenbank seit 2010-05-13T18:08:17+02:00 (Berlin)
Detailseite zuletzt geändert am 2021-10-19T08:50:12+02:00 (Berlin)
ISBN/EAN: 9048126436

ISBN - alternative Schreibweisen:
90-481-2643-6, 978-90-481-2643-9
Alternative Schreibweisen und verwandte Suchbegriffe:
Autor des Buches: vijay singh, haeberli wilfried, häberli wilfried, john martyn, björnsson, vijay kumar, oerlemans, john bishop
Titel des Buches: ice, encyclopedia earth science, snow seen

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Daten vom Verlag:

Autor/in: Vijay P. Singh; Pratap Singh; Umesh K. Haritashya
Titel: Encyclopedia of Earth Sciences Series; Encyclopedia of Snow, Ice and Glaciers
Verlag: Springer; Springer Netherland
1253 Seiten
Erscheinungsjahr: 2011-06-29
Dordrecht; NL
Gedruckt / Hergestellt in Deutschland.
Sprache: Englisch
748,99 € (DE)
769,99 € (AT)
825,50 CHF (CH)
Not available, publisher indicates OP
XLVI, 1253 p. 659 illus., 428 illus. in color. Print + eReference.

SA; Book + Online Access; BB; EA; Hardcover, Softcover / Geowissenschaften/Sonstiges; Geologie und die Lithosphäre; Verstehen; Geowissenschaften; distribution of snow, ice and glaciers; glaciation, ice ages; glacier dynamics; mass balance; snowfall and snow cover; hydrogeology; climate change impacts; Forestry Management; A; Hydrogeology; Physical Geography; Climate Change/Climate Change Impacts; Forestry Management; Environmental Management; Geotechnical Engineering & Applied Earth Sciences; Geology; Physical Geography; Climate Sciences; Forestry; Environmental Management; Geotechnical Engineering and Applied Earth Sciences; Earth and Environmental Science; Physische Geographie und Topographie; Meteorologie und Klimatologie (Klimaforschung); Ökologie, Biosphäre; Forstwirtschaft und Waldbau: Praxis und Techniken; Umweltmanagement; Geowissenschaften; EA

Ablation Depression.-Ablatometer.-Acidity of Glacier Ice.-Active Ice Wedge.-Adfreeze.-Aerial Photogrammetry for Glacial Monitoring.-Alaskan Glaciers.-Albedo.-Alps.-Altai-Sayan Glaciers.-Anabatic Winds: In Relation with Snow/Glacier Basin.-Anchor Ice.-Andean Glaciers.-Anisotropic Ice Flow.-Antarctica.-Anti-Icing.-Anti-Syngenetic Ice Wedge.-Appalachian Glacier Complex in Maritime Canada.-Arctic Hydroclimatology.-Artificial Ground Freezing.-Artificial Production of Snow.-Atmosphere-Snow/Ice Interactions.-Atmospheric Circulation and Glaciochemical Records.-Automated Glacier Mapping.-Basal Sediment Evacuation by Subglacial Drainage Systems.-Base Flow/Groundwater Flow.-Bed (Bottom) Topography.-Bed Forms (Fluvial).-Bed Roughness.-Bed Strength.-Benchmark Glacier.-Biogeochemistry of Sea Ice.-Blue Ice.-Bottom Melting or Undermelt (Ice Shelf).-Brash Ice.-Calving Glaciers.-Canadian Rockies and Coast Mountains of Canada.-Cascade Mountains, USA.-Cascade System.-Catastrophic Flooding.-Catastrophic Rock Slope Failures and Mountain Glaciers.-Catchment Glacier.-Caucasus Mountains.-Characteristics of Snow and Glacier Fed Rivers in Mountainous Regions with Special Reference to Himalayan Basins.-Chemical Composition of Snow, Ice, and Glaciers.-Chemical and Microbe Records in Snow and Ice.-Chemical Processes in Snow and Ice.-Circulation and Mixing in Ice-Covered Lakes.-Cirque Glaciers.-Temperature and Precipitation.-Cloudburst.-Cohesion.-Cold-Based Glaciers.-Condensation Nuclei.-Confluence of Rivers.-Congelation Ice.-Crack.-Creep.-Crevasses.-Critical Temperature.-Crush.-Crust.-Cryoconite.-Cryodessication.-Cryofront.-Cryogenesis.-Cryogenic Aquiclude.-Cryogenic Fabric.-Cryolithology.-Cryopeg.-Cryosol.-Cryostatic Pressure.-Cryostructure.-Cryoturbation.-Dating Glacial Landforms.-Dead Ice.-Debris.-Debris Thermal Properties and Impact on Ice Ablation.-Debris-Covered Glaciers.-Deglaciation.-Degree-Days.-Depletion of Snow Cover.-Deposition from Debris-Rich Ice.-Digital Elevation Model Generation over Glacierized Region.-Digital Image Information Extraction Techniques for Snow Cover Mapping from Remote Sensing Data.-Direct Surface Runoff.-Discharge/Streamflow.-Distributary Channels.-Diurnal Cycle of Runoff.-Diverging Ice Flow.-Drift Glacier/Ice/Snow.-Dry and Wet Snow Line/Zone.-Dry Snow.-Dye Tracer Investigations of Glacier Hydrology.-Dynamics of Glaciers.-Elongation Ratio.-Englacial Conduit.-Englacial Processes.-.Environmental Isotopes.-Epigenetic Ice.-Epiglacial Morphology.-Equilibrium-Line Altitude (ELA).-Erosion of Hard Rock Bed.-Erosion Rate.-Estimation of Glacier Volume and Volume Change by Scaling Methods.-Estuary Ice Cover.-Fast Ice.-Finger Rafting.-Firn.-Fjords.-Foliation.-Forbes Band.-Formation and Deformation of Basal Ice.-Frazil.-Freezing Bottom (Ice Shelf).-Freezing Meltwater.-Freezing and Thawing Index.-Frequency Analysis of Snow Storms.-Fresh Water Storage.-Frictional Melting.-Frost.-Frozen Soil Hydrology.-Frozen Toe (Outer Zone of Glacier Snout).-Gelisols.-Geochemistry of Snow and Ice.-Geocryology.-GIS in Glaciology.-Glacial Drainage Characteristics.-Glacial Ecosystems.-Glacial Erosion.-Glacial Erratic.-Glacial Geomorphology and Landforms Evolution.-Glacial Grooves.-Glacial Overdeepening.-Glacial Striations.-Glacial Trough.-Glacial/Interglacial Cycles.-Glaciation During Times of Enhanced/Reduced Atmospheric Carbon Dioxide.-Glaciations and Groundwater Flow Systems.-Glacier.-Glacier Bird of the Andes.-Glacier Cave.-Glacier Field Studies: Important Things to Notice.-Glacier Hydrology.-Glacier Lake Outburst Floods.-Glacier Mass Balance.-Glacier Motion/Ice Velocity.-Glacier Pothole.-Glacier Sliding.-Glacier Surging.-Glacier System.-Glacier Toe.-Glaciers of the Karakoram Himalaya.-Glacieret.-Glacierization.-Glacioeustasy.-Glaciofluvial.-Glaciogenic Deposits.-Glaciohydraulic Supercooling.-Glacioisostasy.-Glaciolacustrine.-Glaciology.-Glaciomarine.-Glaciostatic Pressure/Stress.-Glaciotectonic Structures, Landforms, and Processes.-Global Climate Modeling in Cryospheric Assessment.-Global Outlook of Snowcover, Sea Ice, and Glaciers.-Global Warming and its Effect on Snow/Ice/Glaciers.-GPS in Glaciology, Applications.-GRACE in Glaciology.-Granulometry.-Gravel Sheet.-Gravitational Mass Movement Deposits.-Gravity Flow (Mass Flow).-Gray-White Ice.-Greenland Glaciers Outside the Ice Sheet.-Greenland Ice Sheet.-Ground Ice.-Ground Penetrating Radar Measurements over Glaciers.-Heat and Mass Transfer in Sea Ice.-High Elevation Glacio-Climatology.-Himalaya.-Himalayan Glaciers in 2010 and 2035.-Hindu Kush.-Holocene Glacier Fluctuations.-Horizontal Component of Ablation.-Horizontal Component of Velocity.-Hummocks (Peat).-Hydrochemical Characteristics of Snow, Ice, and Glaciers.-Hydrogen Isotopes.-Hydrographs.-Hydrologic Cycle and Snow.-Hydrological Response in Glacierized Basins.-Hydrology of Jökulhlaups.-Hydropower: Hydroelectric Power Generation from Alpine Glacier Melt.-Hypsometry.-Hysteresis.-Ice.-Ice Age.-Ice Age Cycles: Data, Models, and Uncertainties.-Ice Age Development Theory.-Ice Apron.-Ice Caps.-Ice Caves.-Ice Core.-Ice Covered Lakes.-Ice Dams.-Ice Sheet.-Ice Sheet Mass Balance.-Ice Shelf.-Ice-Cored Moraines.-Ice-Dammed Lakes.-Ice-Marginal Deposition.-Ice-Marginal Processes.-Ice-Volcano Interactions.-Icefall.-Iceland Glaciers.-ICESat Data in Glaciological Studies.-Icicle.-Icing.-Impacts of Snow and Glaciers on Runoff.-Interception of Snow.-Interflow.-International Polar Year 2007–2008.-Interstitial Ice.-Intrusive Ice.-Inventory of Glaciers.-Inverse Methods in Glaciology.-Inversion Layers.-Inverted Cup Depth Hoar Crystals.-Irreducible Water.-Isotope Analysis.-Isotopic Characteristics of Ice, Snow, and Glaciers.-Isotopic Fractionation of Freezing Water.-Isotopic Signatures.-Kame and Kettle Topography.-Katabatic Wind: In Relation with Snow and Glaciers.-Kilimanjaro.-Kunlun Mountains.-Lake Ellsworth.-Lake Ice.-Lake Vostok.-Laminated Sediments.-Landforms of Glacial Deposition.-Landforms of Glacial Erosion.-Landforms of Glacial Transportation.-Landscapes of Glacial Erosion.-Last Glacial Maximum Glaciation (LGM/LGP) in High Asia (Tibet and Surrounding Mountains).-Latent Heat of Condensation.-Latent Heat of Fusion/Freezing.-Latent Heat of Sublimation.-Latent Heat of Vaporization/Condensation.-Lateroglacial.-Lateroglacial Landform Systems.-Laurentide Ice Sheet.-Layering of Snow.-LIDAR in Glaciology.-Little Ice Age.-Lobe.-Mapping of Internal Glacial Layers.-Marginal Channel (Lateral Meltwater Channel).-Marginal Ice Zones.-Marine Glaciers.-Marine Ice Sheet.-Mechanical Weathering.-Median Elevation of Glaciers.-Mediterranean Glaciers and Glaciation.-Melt Runoff Modeling.-Melting Processes.-Meltwater Channels.-Meltwater Conduit.-Meltwater Erosion.-Meltwater Pressure.-Meltwater Storage.-Microorganisms Associated with Glaciers.-Monitoring and Warning Systems.-Monsoonal Records Observed from Snow/Ice/Glacier.-Moraine.-Moulins.-Mount Everest.-Mount Kenya.-Mountain Geomorphology.-Natural Hazards Associated with Glaciers and Permafrost.-Negative Temperature Gradient (in Ice).-Neoglaciation.-Network of Stakes.-New Zealand Glaciers.-Niche Glacier.-Normalized-Difference Snow Index (NDSI).-Nye (N) Channels.-Ogives.-Optical Remote Sensing of Alpine Glaciers.-Orographic Precipitation.-Outlet Glacier.-Overburden Pressure.-Oxygen Isotopes.-Palaeo Glaciofluvial Sediment Systems.-Palaeo-Channel.-Palaeo-Ice Stream.-Palaeoclimate and Past Glaciations.-Palaeohydrology.-Pamirs.-Pancake Ice.-Papua.-Paraglacial Landscape Transformations.-Patagonia.-Paternoster Lakes.-Peak Flood Glacier Discharge.-Percolation Zone.-Perennially Frozen Ground.-Periglacial.-Permacrete.-Permafrost.-Permafrost on Asteroids.-Permafrost and Climate Interactions.-Permafrost Modeling.-Permanent/Perpetual Snow Line.-Physical Properties of Snow.-Piedmont Glaciers.-Pingo.-Plastic Deformation.-Plastic Flow.-Pleistocene Epoch.-Plucking.-Polythermal Glaciers.-Precipitation.-Proglacial Lakes.-Quaternary Glaciation.-Radar Application in Snow, Ice, and Glaciers.-Radiative Transfer Modeling.-Radioactive Fallout.-Radioactive Isotopes.-Radioactivity.-Rain-Induced Snowmelt.-Ram Resistance.-Rating Curve.-Recession Coefficient.-Recession of Discharge.-Reconstruction of the Last Glaciations in the Whole of Asia.-Recrystallization of Ice.-Refreezing of Meltwater.-Regelation.-Remobilization (of Debris).-Resedimentation.-Retreat/Advance of Glaciers.-Rime Ice.-River Ice Hydrology.-Roche Moutonnees.-Rock Glaciers.-Rocky Mountains.-Röthlisberger (R)-Channels.-Runoff Coefficient.-Runoff Generation.-Runoff Observations.-Runout Distance.-Salinity.-Saltation.-Scandinavian Glaciers.-Sea Ice.-Sea-Level.-Seasonal Frost.-Seasonal Snow Cover.-Sediment Budgets.-Sediment Core and Glacial Environment Reconstruction.-Sediment Entrainment, Transport, and Deposition.-Sediment Flux Source-To-Sink.-Sediment Gravity Flow.-Sediment Routing.-Sediment Transfer Modeling.-Sediment Yield.-SEM Analysis of Glacial Sediments.-Septa of Englacial Debris.-Serac.-Siberia.-Slush and Sleet of Snow.-Snow.-Snow Bed/Snow Bed Vegetation.-Snow Course.-Snow Cover and Snowmelt in Forest Regions.-Snow Cover Changes in the Alps.-Snow Crystal Structure.-Snow Deformation.-Snow Density.-Snow Depth.-Snow Drift.-Snow Gauge.-Snow Grains.-Snow Hydrology.-Snow Layer.-Snow Load.-Snow Metamorphism.-Snow Microstructure.-Snow Pellet.-Snow Pillow.-Snow Pit.-Snow Ripening.-Snow Skating.-Snow Skiing.-Snow Storm.-Snow and Vegetation Interaction.-Snow Water Equivalent.-Snowboard.-Solifluction.-Solute in Glacial Meltwaters.-Solutes in Glacier Ice.-Specific Melt Rate.-Stable Isotopes.-Stage-Discharge Relationship.-Stationary Glacier.-Stratigraphy of Snowpacks.-Streamflow Trends in Mountainous Regions.-Structural Glaciology.-Subglacial Borehole Instrumentation.-Subglacial Drainage System.-Subglacial Lakes, Antarctic.-Subglacial Processes.-Subglacial Volcanism.-Subglacial Weathering.-Sublimation from Snow and Ice.-Summer Accumulation Type Glaciers.-Super Cooling Clouds.-Supercooled Water.-Supra-Glacial Debris Entrainments.-Surface Energy Balance.-Surface Temperature of Snow and Ice.-Suspended Sediment Concentration.-Suspended Sediment Dynamics.-Suspended Sediment Load.-Synthetic Aperture Radar (SAR) Interferometry for Glacier Movement Studies.-Talik.-Tarn.-Temperate Glaciers.-Temperature Lapse Rates in Glacierized Basins.-Temperature Profile of Snowpack.-Terminus.-Terraces.-Thaw Weakening.-Thermal Infrared Sensors.-Thermal Regime of Ice-Covered Lakes.-Thermokarst.-Thinning of Arctic Sea Ice.-Thinning of Glaciers.-Tibetan Plateau.-Tidewater Glaciers.-Tien Shan Glaciers.-Till.-Topographic Normalization of Multispectral Satellite Imagery.-Transformations of Snow at the Earth’s Surface and its Climatic and Environmental Consequences.-Transient Snowline.-Tree-Ring Indicators of Glacier Fluctuations.-Tributary Glaciers.-Urban Snow.-U-Shape Valley.-Vein Ice.-V-Shaped Valley.-Water Balance in the Glacierized Region.-Westerlies and their Effects on Maritime Ice Caps and Glaciers.-WGMS (World Glacier Monitoring Service).-Winter Accumulation Glacier.-Year-Round Ablation Pattern.-Younger Dryas 
The Earth’s cryosphere includes snow, glaciers, ice caps, ice sheets, ice shelves, sea ice, river ice, lake ice and frozen ground. It also contains seventy-five percent of the world’s fresh water. Because it plays a vital role in controlling the global climate system, and because it provides direct visible evidence of the effect of climate change, it is crucial that we understand its complex dynamics. This reference not only focuses on various aspects of snow, ice and glaciers; it also covers other cryospheric branches, offering the latest information and basic concepts on all relevant fields. The array of topics it covers is as vast and comprehensive as the audience it’s intended to serve, everyone from geologists and geographers to climatologists and hydrologists as well as a broad spectrum of civil, agricultural and environmental engineers.