Author / Editor: Alexander Gelfan, Daqing Yang, Yeugeniy Gusev & Harald Kunstmann
Publication Number: 360
ISBN Number: 978-1-907161-38-4
Year: 2013
Pages: 184
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 by Alexander Gelfan et al. |
v-vi |
|
|
Tackling complexity in modelling mountain hydrology: where do we stand, where do we go? U. Strasser & H. Kunstmann |
3-12 |
|
|
Rainfallâ-runoff modelling as a tool for constraining the re-analysis of daily precipitation and temperature fields in mountainous regions Nicolas le Moine, Frederic Hendrickx & Joel Gailhard |
13-18 |
|
|
Over 100 years of climatic and hydrologic variability of a Mediterranean and mountainous watershed: the Durance River Anna Kuentz, Thibault Mathevet, Joel Gailhard, Christian Perret & Vazken Andreassian |
19-25 |
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|
Modelling current and future trends in water availability for agriculture on a semi-arid and mountainous Chilean catchment P. Hublart, D. Ruelland, A. Dezetter & H. Jourde |
26-32 |
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|
Water availability in a mountainous Andean watershed under CMIP5 climate change scenarios Ximena Vargas, Tomais Gomez, Felipe Ahumada, Eduardo Rubio, Mauricio Cartes & Maricel Gibbs |
33-38 |
|
|
Relevance of the uncertainty in evapotranspiration inferences for surface water balance projections in mountainous catchments Freddy Soria |
39-44 |
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|
Comparison of satellite-based and re-analysed precipitation as input to glacio-hydrological modelling for Beas River basin, northern India Lu Li, Markus Engelhardt, Chong-Yu Xu, Sharad K. Jain & V. P. Singh |
45-52 |
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|
Effects of distribution level of hydrological models in mountainous catchments Hong Li, Stein Beldring & Chong-Yu Xu |
53-58 |
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|
Niveograph interpolation to estimate peak accumulation at two mountain sites Steven R. Fassnacht & Glenn G. Patterson |
59-64 |
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|
The probability of precipitation as snow derived from daily air temperature for high elevation areas of Colorado, United States S. R. Fassnacht, N. B. H. Venable, J. Khishigbayar & M. L. Cherry |
65-70 |
|
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Differential recession of glaciers in Nanda Devi Biosphere Reserve, Garhwal Himalaya, India Suraj Mal & R. B. Singh |
71-76 |
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Hydrological impacts of mountain pine beetle infestation: potential for river channel changes Philip M. Marren, Marwan A. Hassan & Younes Alila |
77-82 |
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Changing surface water systems in the discontinuous permafrost zone: implications for streamflow William L. Quinton & Jennifer L. Baltzer |
85-92 |
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Modelling snowpack formation processes and meltwater runoff using the LSM SWAP under permafrost and highland conditions Yeugeniy M. Gusev & Olga N. Nasonova |
93-98 |
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Investigating the ability of a land surface model to simulate hydrological processes in cold and mountainous regions Olga N. Nasonova, Yeugeniy M. Gusev & Evgeny E. Kovalev |
99-104 |
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Assessing runoff sensitivity to climate change in the Arctic basin: empirical and modelling approaches Yu. G. Motovilov & A. N. Gelfan |
105-112 |
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Calculation and analysis of Yukon River heat flux Daqing Yang, Philip Marsh & Shaoqing Ge |
113-117 |
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Coupled modelling of soil thaw/freeze dynamics and runoff generation in permafrost landscapes, Upper Kolyma, Russia Lyudmila Lebedeva & Olga Semenova |
118-124 |
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Assessment of climate change impact on river discharge in cold and mountainous regions in Japan Yoshinobu Sato, Motohiro Honma, Yasushi Suzuki, Kenji Tanaka & Eiichi Nakakita |
125-130 |
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Exploring the relationship between polar motion and a natural river’s runoff based on Granger causality Sheng Wang & Suxia Liu |
131-140 |
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Numerical modelling of snowpack seasonal evolution in various climatic conditions Andrey B. Shmakin & Vasiliy S. Sokratov |
141-147 |
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Meteorological and climatic conditions of dynamics of the Anmangynda icing size V. R. Alekseev, M. V. Bolgov, Ye. L. Boyarintsev & N. G. Serbov |
148-154 |
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Changes in eco-hydrological systems under recent climate change in eastern Siberia Tetsuya Hiyama, Takeshi Ohta, Atsuko Sugimoto, Takeshi Yamazaki, Kazuhiro Oshima, Hitoshi Yonenobu, Kazukiyo Yamamoto, Ayumi Kotani, Hotaek Park, Yuji Kodama, Shigemi Hatt |
155-160 |
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Hydrological and geocryological controls on fluvial activity of rivers in cold environments Nikita I. Tananaev |
161-167 |
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Feature analysis and prediction of ice regime in the source region of the Yellow River Du Yi-Heng, Hao Zhen-Chun & Ju Qin |
168-174 |
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