Water in the Cryosphere of Tibetan Plateau and the Himalayas
Yutaka Ageta
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Characteristic Seismic Waves Associated with Cryosphere Dynamics in Eastern Dronning Maud Land, East Antarctica [PDF]
Masaki Kanao+2 more
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The Negative Elevation‐Dependent Pattern of Non‐Growing Season CO2 Loss From Alpine Frozen Ground
Abstract Substantial organic carbon stores in the soil of high‐elevation regions are vulnerable to rapid warming. The “Third Pole”, encompassing the Tibetan Plateau and adjacent regions, is home to the largest alpine permafrost on the Earth. Through analysis of 118 eddy covariance and chamber observations in the non‐growing season—a unique time window ...
Zhaoheng Deng+7 more
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The Global Cryosphere, Past, Present and Future. By Roger Barry and Thian Yew Gan [PDF]
Stephen F. Ackley
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Cyclic Effective Pressure Loading Impacts Glacial Slip Over Deformable Beds
Abstract Tidal fluctuations at the grounding zones of marine‐terminating glaciers induce oscillations in effective pressure at the glacier bed, altering ice‐till coupling and glacial slip. Glaciers slipping atop deformable beds with oscillatory pressure fluctuations can generate a transient porewater pressure feedback within the underlying till ...
N. Morgan‐Witts+3 more
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Surface Contribution to Planetary Albedo Variability in Cryosphere Regions
Xin Qu, Alex Hall
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Corrigendum to "The impact of a seasonally ice free Arctic Ocean on the temperature, precipitation and surface mass balance of Svalbard" published in The Cryosphere, 6, 35–50, 2012 [PDF]
Jonathan J. Day+3 more
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Abstract Future changes in the Beaufort Gyre liquid freshwater content (LFWC) are important for the local and global climate. However, traditional climate models cannot resolve oceanic and atmospheric eddies that are critical to the LFWC variations.
Xuan Shan+3 more
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River Avulsion Precursors Encoded in Alluvial Ridge Geometry
Abstract River avulsions generate catastrophic floods that threaten communities, ecosystems, and infrastructure worldwide. Alluvial ridges—elevated regions of near‐channel topography—are thought to precede avulsions, yet their spatial patterns and relationship to avulsion impact remain poorly understood. We analyzed pre‐event topographic cross‐sections
J. H. Gearon, D. A. Edmonds
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Abstract Snow thermal insulation is a critical factor influencing ground thermal dynamics and associated biogeochemical processes. We analyzed the spatiotemporal variability of snow accumulation, melting, and thermal insulation dynamics using spatially dense, collocated snow depth and ground interface temperature time series over two consecutive years.
Chen Wang+8 more
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