Author / Editor: Daqing Yang, Philip Marsh & Alexander Gelfan
Publication Number: 346
ISBN Numer: 978-1-907161-21-6
Year: 2011
Pages: 208
In cold regions, changes in hydrology related to changing climate, such as in frozen soils, snowfall/rainfall ratio, snow cover, river and lake ice, glacier cover and vegetation, are not well understood. The contributions here report new research results based on field observations, modelling and remote sensing in geographical regions ranging from Chile to the Arctic. Collectively they highlight recent progress in cold regions hydrology research and its linkage with climate change at various space and time scales, but also identify gaps and needs for future research. They cover a broad domain, including snow cover, glaciers, permafrost, streamflow, temperature, precipitation, groundwater and ecosystems. Contents for Cold Regions Hydrology in a Changing Climate.
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Title |
Pages |
File |
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Preface of Volume 346 |
v |
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Precipitation trends contribute to streamflow regime shifts in northern Canada - C. Spence et al. |
3-8 |
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Streamflow responses and trends between permafrost and glacierized regimes in northwestern Canada - J. R. Janowicz |
9-14 |
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Yukon River hydrological and climatic changes, 1977-2006 - Shaoqing Ge et al. |
15-20 |
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Distinguishing human and climate influences on the Columbia River: changes in the disturbance processes - P. K. Naik & D. A. Jay |
21-26 |
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Effect of streamflow regulation on mean annual discharge variability of the Yenisei River - S. Stuefer et al. |
27-32 |
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Hydrological process change with air temperature over the Lena Basin in Siberia - B. Ye et al. |
33-38 |
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Streamflow analysis for the Yana Basin in eastern Siberia - I. Majhi & D. Yang |
39-43 |
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Temperature effects on seasonal streamflow and variation at different spatial scales in cold regions - Genxu Wang et al. |
44-49 |
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Impact of human activity on streamflow in the Huaihe River basin, China: analysis and simulation - Chuanguo Yang et al. |
50-56 |
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Distributed modelling of snow- and ice-melt in the Lhasa River basin from 1971 - 2080 - M. Prasch et al. |
57-64 |
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Simulating discharge time series in regions with contrasting seasons using duration curves - V. Smakhtin & N. Eriyagama |
65-70 |
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Siberian Lena River heat flow regime and change - Baozhong Liu & Daqing Yang |
71-76 |
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Changes in North American snow packs for 1979–2004 detected from the snow water equivalent data of SMMR and SSM/I passive microwave, and related climatic factors - Thian Yew Gan et al. |
79-85 |
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Temporal variation in acidity and ion concentration of snowmelt water in light and heavy snow years - Y. Asaoka et al. |
86-91 |
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Modelling hydrological consequences of climate change in the permafrost region and assessment of their uncertainty - A. N. Gelfan |
92-97 |
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Permafrost loss and a new approach to the study of subarctic ecosystems in transition - W. L. Quinton et al. |
98-102 |
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Monte Carlo experiments for uncertainty investigation of glacier melt discharge predictions through surface energy balance analysis - F. Soria & So Kazama |
103-108 |
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Fluvial response to climate change: a case study of northern Russian rivers - S. Chalov & G. Ermakova |
111-119 |
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Local understanding of hydro-climatic changes in Mongolia - S. R. Fassnacht et al. |
120-129 |
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Water cycle changes during the past 50 years over the Tibetan Plateau: review and synthesis - Yinsheng Zhang & Y. Guo |
130-135 |
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Spatial-temporal variation of temperature over China during 1961-2009 - Sun Le-qiang et al. |
136-143 |
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Evaluation of IPCC AR4 global climate model simulation over the Yangtze River Basin - Qin Ju et al. |
144-150 |
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Stopping runaway wells in permafrost: the cryogenic freezeback method - D. M. Filler & R. Peterson |
153-163 |
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Numerical simulation of seepage processes in permafrost near a hydro unit - S. Milanovskiy et al. |
164-170 |
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Modelling the impact of climatic variability on groundwater and surface flows from a mountainous catchment in the Chilean Andes - D. Ruelland et al. |
171-179 |
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Relative contribution of groundwater and surface water fluxes in response to climate variability over a mountainous catchment in the Chilean Andes - H. Jourde et al. |
180-188 |
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Man-made oasis change and its effects on the hydrological regime of the Aksu River basin - Suxia Liu et al. |
191-197 |
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Stream guiding algorithm for deriving flow direction from DEM and location of main streams - Jiahu Wang et al. |
198-206 |
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