Copernicus期刊
期刊
会议
图书
作者:Nikolas O. Aksamit , John W. Pomeroy
来源:[J].The Cryosphere, 2016, Vol.10 (6), pp.3043-3062Copernicus Publications
摘要:Many blowing snow conceptual and predictive models have been basedon simplified two-phase flow dynamics derived from time-averagedobservations of bulk flow conditions in blowing snow storms. Measurementsfrom the first outdoor application of particle tracking velocimetry (PTV) ofn...
作者:... Anna Kontu , Richard Laffin , John W. Pomeroy
来源:[J].The Cryosphere, 2017, Vol.11 (1), pp.101-116Copernicus Publications
摘要:During the World Meteorological Organization (WMO) Solid PrecipitationIntercomparison Experiment (SPICE), automated measurements of snow waterequivalent (SWE) were made at the Sodankylä (Finland), Weissfluhjoch(Switzerland) and Caribou Creek (Canada) SPICE sites during the n...
作者:John W. Pomeroy , Xing Fang
来源:[J].Hydrology and Earth System Sciences, 2017, Vol.21 (7), pp.3483-3506Copernicus Publications
摘要:Etrophication and flooding are perennial problems in agricultural watershedsof the northern Great Plains. A high proportion of annual runoff and nutrienttransport occurs with snowmelt in this region. Extensive surface drainagemodification, frozen soils, and frequent backwate...
作者:Sebastian A. Krogh , John W. Pomeroy
来源:[J].Hydrology and Earth System Sciences, 2018, Vol.22 (7), pp.3993-4014Copernicus Publications
摘要:The impact of transient changes in climate and vegetation on the hydrology ofsmall Arctic headwater basins has not been investigated before, particularly in thetundra–taiga transition region. This study uses weather and land coverobservations and a hydrological model suitabl...
作者:... Paul Vaquer , Ronald E. Stewart , John W. Pomeroy
来源:[J].Hydrology and Earth System Sciences, 2018, Vol.22 (8), pp.4491-4512Copernicus Publications
摘要:Precipitation events that bring rain and snow to theBanff–Calgary area of Alberta are a critical aspect of the region's watercycle and can lead to major flooding events such as the June 2013 event thatwas the second most costly natural disaster in Canadian history. Beca...
作者:John W. Pomeroy , J. Richard Janowicz ...
来源:[J].Earth System Science Data, 2019, Vol.11 (1), pp.89-100Copernicus Publications
摘要:A set of hydrometeorological data is presented in this paper,which can be used to characterize the hydrometeorology and climate of asubarctic mountain basin and has proven particularly useful for forcinghydrological models and assessing their performance in capturinghydrological ...
作者:John W. Pomeroy , Chris M. DeBeer ...
来源:[J].Earth System Science Data, 2019, Vol.11 (2), pp.455-471Copernicus Publications
摘要:Meteorological, snow survey, streamflow, and groundwater data are presentedfrom Marmot Creek Research Basin, Alberta, Canada. The basin is a9.4 km 2 , alpine–montane forest headwater catchment of the SaskatchewanRiver basin that provides vital water supplie...
作者:Robert N. Armstrong , John W. Pomeroy , Lawrence W. Martz
来源:[J].Hydrology and Earth System Sciences, 2019, Vol.23 (12), pp.4891-4907Copernicus Publications
摘要:Land surface evaporation has considerable spatial variability thatis not captured by point-scale estimates calculated from meteorological dataalone. Knowing how evaporation varies spatially remains an important issuefor improving parameterisations of land surface schemes and...
作者:Kabir Rasouli , John W. Pomeroy , Paul H. Whitfield
来源:[J].Hydrology and Earth System Sciences, 2019, Vol.23 (12), pp.4933-4954Copernicus Publications
摘要:Hydrological processes are widely understood to besensitive to changes in climate, but the effects of concomitant changes invegetation and soils have seldom been considered in snow-dominated mountainbasins. The response of mountain hydrology to vegetation/soil changes in the...
作者:Michael Schirmer , John W. Pomeroy
来源:[J].Hydrology and Earth System Sciences, 2020, Vol.24 (1), pp.143-157Copernicus Publications
摘要:The spatial distribution of snow water equivalent (SWE) and melt areimportant for estimating areal melt rates and snow-cover depletion (SCD) dynamicsbut are rarely measured in detail during the late ablation period. Thisstudy contributes results from high-resolution observations ...

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