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Quantitative effects of changes in agricultural irrigation on potential evaporation Hydrol. Process. (IF 3.256) Pub Date : 2021-01-22 Congying Han; Baozhong Zhang; Songjun Han
Evaporation is a key element to the basin’s water cycle. Agricultural irrigation has resulted in a significant variation of regional potential evaporation (Epen). The spatiotemporal variation of Epen and influencing factors in natural, agricultural, and desert areas in different developmental stages of irrigation in Heihe River Basin (HRB) from 1970 to 2017 were comparatively analyzed in this study
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Estimation of mass and energy balance of glaciers using a distributed energy balance model over the Chandra river basin (Western Himalaya) Hydrol. Process. (IF 3.256) Pub Date : 2021-01-21 Akansha Patel; Ajanta Goswami; Jaydeo K. Dharpure; Meloth Thamban; Parmanand Sharma; Anil V. Kulkarni; Sunil Oulkar
The ongoing glacier shrinking in the Himalayan region causes a significant threat to freshwater sustainability and associated future runoff. However, data on the spatial climatic contribution of glacier retreat is scanty in this region. To investigate the spatially distributed glacier surface energy and mass fluxes, a two‐dimensional mass balance model was developed and applied to the selected glaciers
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A field, laboratory, and literature review evaluation of the water retention curve of volcanic ash soils: How well do standard laboratory methods reflect field conditions? Hydrol. Process. (IF 3.256) Pub Date : 2020-12-15 Giovanny M. Mosquera; Marín Franklin; Feyen Jan; Célleri Rolando; Breuer Lutz; Windhorst David; Crespo Patricio
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Seasonal and short‐term controls of riparian oxygen dynamics and the implications for redox processes Hydrol. Process. (IF 3.256) Pub Date : 2021-01-20 Guilherme E. H. Nogueira; Christian Schmidt; Nico Trauth; Jan H. Fleckenstein
Riparian zones are highly‐dynamic transition zones between surface water (SW) and groundwater (GW) and function as key biogeochemical‐reactors for solutes transitioning between both compartments. Infiltration of SW rich in dissolved oxygen (DO) into the riparian aquifer can supress removal processes of redox sensitive compounds like NO3‐, a nutrient harmful for the aquatic ecosystem at high concentrations
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A detailed energy budget analysis of river supercooling and the importance of accurately quantifying net radiation to predict ice formation Hydrol. Process. (IF 3.256) Pub Date : 2021-01-20 Vincent McFarlane; Shawn P. Clark
River supercooling and ice formation is a regular occurrence throughout the winter in northern countries. The resulting frazil ice production can obstruct the flow through intakes along the river, causing major problems for hydropower and water treatment facilities, among others. Therefore, river ice modellers attempt to calculate the river energy budget and predict when supercooling will occur in
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Seasonal variation and controls of evapotranspiration measured by large‐scale weighing lysimeters in a humid alpine meadow, northeastern Qinghai‐Tibetan Plateau Hydrol. Process. (IF 3.256) Pub Date : 2021-01-20 Licong Dai; Ruiyu Fu; Xiaowei Guo; Xun Ke; Yangong Du; Fawei Zhang; Yikang Li; Dawen Qian; Huakun Zhou; Guangmin Cao
The accurate estimation of evapotranspiration (ET) is essential for assessing water availability and requirements of regional‐scale terrestrial ecosystems, and for understanding the hydrological cycle in alpine ecosystems. In this study, two large‐scale weighing lysimeters were employed to estimate the magnitude and dynamics of actual evapotranspiration in a humid alpine Kobresia meadow from January
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Quantifying suitable dynamic water levels in marsh wetlands based on hydrodynamic modeling Hydrol. Process. (IF 3.256) Pub Date : 2021-01-20 H. U. Peng; Zefan Yang; Qiande Zhu; Weize Wang; Qin Yang
The water level of marsh wetlands is a dominant force controlling the wetland ecosystem function, especially for aquatic habitat. For different species, water level requirements vary in time and space, and therefore ensuring suitable water levels in different periods is crucial for the maintenance of biodiversity in marsh wetlands. Based on hydrodynamic modeling and habitat suitability assessment,
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Coupled influence of flow velocity and water temperature on grass carp swimming behavior and gonad development Hydrol. Process. (IF 3.256) Pub Date : 2021-01-20 Hongrui Liu; Xin‐An Yin; Xintian Qiu; Jinglan Qin; Wei Yang; Jun Zhang
Reproductive migration is an essential phase in the life of many fish. During this process, swimming behavior and gonad development are key factors related to the migration quality, and both factors are strongly influenced by water temperature and flow velocity. Many studies have explored the separate effects of these variables on fish swimming ability or gonad development, but researchers have seldom
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Forestal Arauco experimental research catchments; daily rainfall‐runoff for 10 catchments with different forest types in Central‐Southern Chile Hydrol. Process. (IF 3.256) Pub Date : 2021-01-18 Francisco Balocchi; Don A. White; Richard P. Silberstein; Pablo Ramírez de Arellano
Forestal Arauco (FA), a global manufacturer of forest products, manages more than one million hectares of forest plantations and oversees the conservation of more than half a million hectares of native forest and vegetation in Brazil, Argentina and Chile. In 2008, FA responded to local concerns about the effect of plantations on water resources and commenced streamflow monitoring in catchments in the
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Direct and indirect effects of rainfall and vegetation coverage on runoff, soil loss, and nutrient loss in a semi‐humid climate Hydrol. Process. (IF 3.256) Pub Date : 2020-11-20 Jiayi Huo; Changjun Liu; Xinxiao Yu; Lihua Chen; Wenge Zheng; Yuanhui Yang; Changwen Yin
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The role of landscape morphology on soil moisture variability in semi‐arid ecosystems Hydrol. Process. (IF 3.256) Pub Date : 2020-11-25 Ankur Srivastava; Patricia M. Saco; Jose F. Rodriguez; Nikul Kumari; Kwok Pan Chun; Omer Yetemen
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A parameter allocation approach for flow simulation using the WetSpa‐Python model Hydrol. Process. (IF 3.256) Pub Date : 2020-11-24 Abdolreza Bahremand; Sajad Ahmadyousefi; Vahedberdi Sheikh; Chooghi Bairam Komaki
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Effects of bedrock groundwater discharge on spatial variability of dissolved carbon, nitrogen, and phosphorous concentrations in stream water within a forest headwater catchment Hydrol. Process. (IF 3.256) Pub Date : 2020-11-26 Tomohiro Egusa; Tomo'omi Kumagai; Tomoki Oda; Nobuhito Ohte
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Impact of cascade reservoirs on continuity of river water temperature: A temperature trend hypothesis in river Hydrol. Process. (IF 3.256) Pub Date : 2020-11-26 You Xu; Xiaojuan Guo; Yong Dan; Zhengjian Yang; Jun Ma; Defu Liu; Yaqian Xu
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Spatial and temporal distributions of stable isotopes in precipitation over Thailand Hydrol. Process. (IF 3.256) Pub Date : 2020-11-26 Jeerapong Laonamsai; Kimpei Ichiyanagi; Kiattipong Kamdee; Aksara Putthividhya; Masahiro Tanoue
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Predicting quantiles of water quality from catchment characteristics Hydrol. Process. (IF 3.256) Pub Date : 2020-11-28 Danlu Guo; Shuci Liu; Dhananjay Singh; Andrew W. Western
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Climate change and other trends in streamflow observations in Australian forested catchments since 1970 Hydrol. Process. (IF 3.256) Pub Date : 2020-12-04 R. Willem Vervoort; Michaela M. Dolk; Floris F. van Ogtrop
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Predicting high‐frequency variation in stream solute concentrations with water quality sensors and machine learning Hydrol. Process. (IF 3.256) Pub Date : 2020-12-03 Mark B. Green; Linda H. Pardo; Scott W. Bailey; John L. Campbell; William H. McDowell; Emily S. Bernhardt; Emma J. Rosi
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Water quality and spatio‐temporal hot spots in an effluent‐dominated urban river Hydrol. Process. (IF 3.256) Pub Date : 2020-12-03 Sarah A. Schliemann; Nels Grevstad; Randi H. Brazeau
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Stable isotope dynamics of groundwater interactions with Ganges river Hydrol. Process. (IF 3.256) Pub Date : 2020-12-09 Prerona Das; Abhijit Mukherjee; Syed Aaquib Hussain; Md. Shahid Jamal; Kousik Das; Ashok Shaw; Mrinal K. Layek; Probal Sengupta
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Tree water deficit and dynamic source water partitioning Hydrol. Process. (IF 3.256) Pub Date : 2020-12-09 Magali F. Nehemy; Paolo Benettin; Mitra Asadollahi; Dyan Pratt; Andrea Rinaldo; Jeffrey J. McDonnell
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Impact assessment of reservoir operation in the context of climate change adaptation in the Chao Phraya River basin Hydrol. Process. (IF 3.256) Pub Date : 2020-12-12 Saritha Padiyedath Gopalan; Naota Hanasaki; Adisorn Champathong; Taichi Tebakari
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Woody buffer effects on water temperature: The role of spatial configuration and daily temperature fluctuations Hydrol. Process. (IF 3.256) Pub Date : 2020-12-13 Jochem Kail; Martin Palt; Armin Lorenz; Daniel Hering
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Regional crop water use assessment using Landsat‐derived evapotranspiration Hydrol. Process. (IF 3.256) Pub Date : 2020-12-18 Arun Bawa; Gabriel B. Senay; Sandeep Kumar
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Analysis of seasonal snowmelt contribution using a distributed energy balance model for a river basin in the Altai Mountains of northwestern China Hydrol. Process. (IF 3.256) Pub Date : 2021-01-18 Xuejiao Wu; Wei Zhang; Hongyi Li; Yinping Long; Xiaoduo Pan; Yongping Shen
Snowmelt water is a vital freshwater resource in the Altai Mountains of northwestern China. Yet its seasonal hydrological cycle characteristics could change under a warming climate and more rapid spring snowmelt. Here we simulated snowmelt runoff dynamics in the Kayiertesi River catchment, from 2000 to 2016, by using an improved hydrological distribution model that relied on high‐resolution meteorological
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Sources and biodegradability of dissolved organic matter in two headwater peatland catchments at the Marcell Experimental Forest, northern Minnesota, USA Hydrol. Process. (IF 3.256) Pub Date : 2021-01-17 Stephen D. Sebestyen; Meghan Funke; James B. Cotner
Where they are present in catchments, peatlands are a dominant source of dissolved organic matter (DOM) to surrounding waterways due, in part, to high production rates. Despite the preponderance of peatlands in northern latitudes and expected peatland vulnerability to climate change, little is known about peatland DOM degradation relative to a more comprehensive understanding of degradation when DOM
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Estimating snow water equivalent using cosmic‐ray neutron sensors from the COSMOS‐UK network Hydrol. Process. (IF 3.256) Pub Date : 2021-01-17 J. R. Wallbank; S. J. Cole; R. J. Moore; S. R. Anderson; E. J. Mellor
The intensity of cosmic ray neutrons is inversely correlated with the amount of water present in the surrounding environment. This effect is already employed by around 50 neutron sensors in the COSMOS‐UK network to provide daily estimates of soil moisture across the UK. Here, these same sensors are used to automatically provide estimates of Snow Water Equivalent (SWE). Lying snow is typically ephemeral
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Choosing an arbitrary calibration period for hydrologic models: How much does it influence water balance simulations? Hydrol. Process. (IF 3.256) Pub Date : 2021-01-13 Daniel T. Myers; Darren L. Ficklin; Scott M. Robeson; Ram P. Neupane; Alejandra Botero‐Acosta; Pedro M. Avellaneda
The selection of calibration and validation time periods in hydrologic modeling is often done arbitrarily. Nonstationarity can lead to an optimal parameter set for one period which may not accurately simulate another. However, there is still much to be learned about the responses of hydrologic models to nonstationary conditions. We investigated how the selection of calibration and validation periods
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Increased colluvial hollow discharge and subsequent recovery after a low intensity wildfire in the Blue Ridge Mountains, USA Hydrol. Process. (IF 3.256) Pub Date : 2020-11-13 Liam C. Stiefel; Susannah C. Cooley; Bradley G. Johnson
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Connectivity of post‐fire runoff and sediment from nested hillslopes and watersheds Hydrol. Process. (IF 3.256) Pub Date : 2020-11-13 Codie Wilson; Stephanie K. Kampf; Sandra Ryan; Tim Covino; Lee H. MacDonald; Hunter Gleason
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An analytical solution for rapidly predicting post‐fire peak streamflow for small watersheds in southern California Hydrol. Process. (IF 3.256) Pub Date : 2020-11-13 Brenton A. Wilder; Jeremy T. Lancaster; Peter H. Cafferata; Drew B. R. Coe; Brian J. Swanson; Donald N. Lindsay; William R. Short; Alicia M. Kinoshita
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Factors affecting connectivity and sediment yields following wildfire and post‐fire salvage logging in California's Sierra Nevada Hydrol. Process. (IF 3.256) Pub Date : 2020-11-20 Will H. Olsen; Joseph W. Wagenbrenner; Peter R. Robichaud
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Compaction and cover effects on runoff and erosion in post‐fire salvage logged areas in the Valley Fire, California Hydrol. Process. (IF 3.256) Pub Date : 2020-11-30 Sergio A. Prats; Maruxa C. Malvar; Joseph W. Wagenbrenner
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Optimizing environmental flow and macrophyte management for restoring a large eutrophic lake‐marsh system Hydrol. Process. (IF 3.256) Pub Date : 2020-11-04 Zhihao Xu; Ying Yang; Chunxue Yu; Zhifeng Yang
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Quantitative analysis of the driving factors for groundwater resource changes in arid irrigated areas Hydrol. Process. (IF 3.256) Pub Date : 2020-11-07 Chenyu Guo; Tie Liu; Yaxuan Niu; Zhibin Liu; Xiaohui Pan; Philippe De Maeyer
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A biodiversity evaluation framework for restoration of aquatic macrophyte communities in shallow lakes driven by hydrological process management Hydrol. Process. (IF 3.256) Pub Date : 2020-11-19 Shuhan Li; Tao Sun; Wei Yang; Baoshan Cui; Xinan Yin
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The resilience of logjams to floods Hydrol. Process. (IF 3.256) Pub Date : 2020-11-10 Ellen Wohl; Julianne E. Scamardo
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Fingerprinting hydrological and biogeochemical drivers of freshwater quality Hydrol. Process. (IF 3.256) Pub Date : 2020-11-12 Ann Louise Heathwaite; Magdalena Bieroza
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An experimental investigation of the effects of thawed soil depth on rill flow velocity Hydrol. Process. (IF 3.256) Pub Date : 2021-01-12 Xiaofeng Gao; Xiaonan Shi; Tingwu Lei; Huaqing Liu; Jiahui Yang
Water flow velocity is an important hydraulic variable in hydrological and soil erosion models, and is greatly affected by freezing and thawing of the surface soil layer in cold high‐altitude regions. The accurate measurement of rill flow velocity when impacted by the thawing process is critical to simulate runoff and sediment transport processes. In this study, an electrolyte tracer modeling method
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Long term high frequency sediment observatory in an alpine catchment: the Arc‐Isère rivers, France Hydrol. Process. (IF 3.256) Pub Date : 2021-01-11 F. Thollet; C. Rousseau; B. Camenen; S. Boubkraoui; F. Branger; F. Lauters; J. Némery
We present a dataset on to the Arc‐Isère long‐term environmental research observatory, which is part of the Rhône Basin Long Term Environmental Research Observatory. This alpine catchment located in the French Alps is characterized by high Suspended Particulate Matter (SPM) in anthropogenized valleys. Suspended Sediment Concentrations (SSC) naturally observed in the river are very high, ranging from
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Acceleration of vegetation dynamics in hydrologically connected wetlands caused by dam operation Hydrol. Process. (IF 3.256) Pub Date : 2020-12-30 Lilin Zheng; Jinying Xu; Dandan Wang; Guoyu Xu; Zhiqiang Tan; Ligang Xu; Xiaolong Wang
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Urban stream temperature patterns: Spatial and temporal heterogeneity in the Philadelphia region, Pennsylvania, USA Hydrol. Process. (IF 3.256) Pub Date : 2021-01-09 Sarah Beganskas; Laura Toran
Stream temperature is a critical water quality parameter that is not fully understood, particularly in urban areas. This study explores drivers contributing to stream temperature variability within an urban system, at 21 sites within the Philadelphia region, Pennsylvania, USA. A comprehensive set of temperature metrics were evaluated, including temperature sensitivity, daily maximum temperatures, time
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The Baker Creek Research Watershed: Streamflow data highlighting the behaviour of an intermittent Canadian Shield stream through a wet‐dry‐wet cycle Hydrol. Process. (IF 3.256) Pub Date : 2021-01-09 Christopher Spence; Newell Hedstrom
Baker Creek drains water from subarctic Canadian Shield terrain comprised of a mix of exposed Precambrian bedrock, lakes, open black spruce forest and peat filled depressions. Research in the catchment has focused on hydrological processes at the hillslope and catchment scales. Streamflow is gauged from several diverse sub‐catchments ranging in size from 9 to 155 km2. The period of record (2003 – 2019)
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Phosphorus retention in constructed wetlands enhanced by zeolite‐ and clinopyroxene‐dominated lava sand Hydrol. Process. (IF 3.256) Pub Date : 2021-01-09 Christine Alewell; Jen‐How Huang; Timothy I. McLaren; Lea Huber; Else K. Bünemann
Constructed wetlands (CWs) are engineered systems for treating wastewater by sequestering nutrients and contaminants. Our aim was to assess the main P binding states in operating CWs to assess P saturation and indications on P recycling potential of filter materials, which might be necessary under future peak P scenarios. The investigated vertical flow CWs (operation time up to 16 years) are based
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Nitrate removal processes in the riverbed during a single‐peak flood event Hydrol. Process. (IF 3.256) Pub Date : 2021-01-09 Qihao Jiang; Guangqiu Jin; Hongwu Tang; Junzeng Xu; Qi Wei; Ling Li
The effect of the interplay between unsteady flow and bedform in a flood event on nitrogen cycling in the hyporheic zone (HZ) remains poorly understood. In this study, a reactive transport groundwater model with different flood hydrographs was proposed to investigate the effect of modified hyporheic flow on nitrate dynamics in the hyporheic zone, including nitrate source‐sink function, response to
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An overview of hydrometeorological datasets from a small agricultural catchment (Nučice) in the Czech Republic Hydrol. Process. (IF 3.256) Pub Date : 2021-01-09 Tailin Li; Jakub Jeřábek; Nina Noreika; Tomáš Dostál; David Zumr
We introduce the freely‐available web‐based WALNUD dataset (Water in Agricultural Landscape – NUčice Database) that includes both hydrological and meteorological records at the Nučice experimental catchment (0.53 km2), which is representative of an intensively farmed landscape in the Czech Republic. The Nučice experimental catchment was established in 2011 for the observation of rainfall‐runoff processes
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Quantification of surface water and groundwater salinity sources in irrigated lowland area of North China Plain Hydrol. Process. (IF 3.256) Pub Date : 2021-01-07 Xiaole Kong; Shiqin Wang; Yan‐Jun Shen; Zhuping Sheng; Xiaojing Liu; Fei Ding
Seasonally variation of water salinity is observed worldwide, the mechanisms of water salinity are not well understood due to natural factors and anthropogenic activities. Quantification water salinity source are challenging since complex influence factors, especially in agricultural regions irrigated with multi‐water sources. In the lowland area of North China Plain, transferred water, brackish shallow
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Evaluating soil water routing approaches in watershed‐scale, ecohydrologic modeling Hydrol. Process. (IF 3.256) Pub Date : 2021-01-06 Garett Pignotti; Indrajeet Chaubey; Keith Cherkauer; Mark Williams; Melba Crawford
Soil water dynamics are central in linking and regulating natural cycles in ecohydrology, however, mathematical representation of soil water processes in models is challenging given the complexity of these interactions. To assess the impacts of soil water simulation approaches on various model outputs, the Soil and Water Assessment Tool was modified to accommodate an alternative soil water percolation
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Major ion chemistry of two cratonic rivers in the Tropics: Weathering rates and their controlling factors Hydrol. Process. (IF 3.256) Pub Date : 2021-01-06 Anupam Samanta; Gyana Ranjan Tripathy; T. Aswin Pradeep; Anirban Mandal
Continental weathering plays a dominant role in regulating the global carbon cycle, soil chemistry, and nutrient supply to oceans. The CO2‐mediated silicate weathering acts as a major CO2 sink, whereas sulfuric acid‐mediated carbonate dissolution releases CO2 to the atmosphere‐ocean system. In this study, dissolved major ions and silica concentrations of two tropical (Damodar and Subarnarekha) river
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Analytical investigation of the exact groundwater divide between rivers beyond the Dupuit–Forchheimer approximation Hydrol. Process. (IF 3.256) Pub Date : 2021-01-06 Ruoyi Li; Xu‐Sheng Wang
The groundwater divide is a key feature of river basins and significantly influenced by subsurface hydrological processes. For an unconfined aquifer between two parallel rivers or ditches, it has long been defined as the top of the water table based on the Dupuit–Forchheimer approximation. However, the exact groundwater divide is subject to the interface between two local flow systems transporting
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Growing season evapotranspiration in boreal fens in the Athabasca Oil Sands Region: Variability and environmental controls Hydrol. Process. (IF 3.256) Pub Date : 2020-12-23 Olena Volik; Eric Kessel; Adam Green; Richard Petrone; Jonathan Price
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A meteorological‐based crop coefficient model for estimation of daily evapotranspiration Hydrol. Process. (IF 3.256) Pub Date : 2020-12-30 Arman Varmaghani; William E. Eichinger; John H. Prueger
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Observations of canopy storage capacity and wet canopy evaporation in a humid boreal forest Hydrol. Process. (IF 3.256) Pub Date : 2020-12-23 Bram Hadiwijaya; Pierre‐Erik Isabelle; Daniel F. Nadeau; Steeve Pepin
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Effect of leaf distribution pattern on the interception storage capacity of leaf litter under simulated rainfall conditions Hydrol. Process. (IF 3.256) Pub Date : 2020-12-23 Kaifeng Li; Longshan Zhao; Rui Hou; Qian Fang; Chunhua Fan
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Seasonal connections between meteoric water and streamflow generation along a mountain headwater stream Hydrol. Process. (IF 3.256) Pub Date : 2021-01-02 Sam J. Leuthold; Stephanie A. Ewing; Robert A. Payn; Florence R. Miller; Stephan G. Custer
In snowmelt‐driven mountain watersheds, the hydrologic connectivity between meteoric waters and stream flow generation varies strongly with the season, reflecting variable connection to soil and groundwater storage within the watershed. This variable connectivity regulates how streamflow generation mechanisms transform the seasonal and elevational variation in oxygen and hydrogen isotopic composition
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Improved understanding of dynamic water and mass budgets of high alpine karst systems obtained from studying a well‐defined catchment area Hydrol. Process. (IF 3.256) Pub Date : 2021-01-02 Simon Frank; Nadine Goeppert; Nico Goldscheider
Large areas of Europe, especially in the Alps, are covered by carbonate rocks and in many alpine regions, karst springs are important sources for drinking water supply. Because of their high variability and heterogeneity, the understanding of the hydrogeological functioning of karst aquifers is of particular importance for their protection and utilization. Climate change and heavy rainfall events are
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Effects of riverbed incision on the hydrology of the Vietnamese Mekong Delta Hydrol. Process. (IF 3.256) Pub Date : 2021-01-02 Binh Van Doan; Sameh Kantoush; Tetsuya Sumi; Nguyen Phuong Mai; Ngoc Anh Trieu; Trung Vinh La; An Dang Tran
The hydrogeomorphology of the Vietnamese Mekong Delta (VMD) has been significantly altered by natural and anthropogenic drivers. In this study, the spatiotemporal changes of the flow regime were examined by analysing the long‐term daily, monthly, annual, and extreme discharges and water levels from 1980 to 2018, supported by further investigation of the long‐term annual sediment load (from the 1960s
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Long‐term Research Catchments to Investigate Shrub Encroachment in the Sonoran and Chihuahuan Deserts: Santa Rita and Jornada Experimental Ranges Hydrol. Process. (IF 3.256) Pub Date : 2021-01-02 Enrique R. Vivoni; Eli R. Pérez‐Ruiz; Zachary T. Keller; Eric A. Escoto; Ryan C. Templeton; Nolie P. Templeton; Cody A. Anderson; Adam P. Schreiner‐McGraw; Luis A. Méndez‐Barroso; Agustin Robles‐Morua; Russell L. Scott; Steven R. Archer; Debra P. C. Peters
Woody plant encroachment is a global phenomenon whereby shrubs or trees replace grasses. The hydrological consequences of this ecological shift are of broad interest in ecohydrology, yet little is known of how plant and intercanopy patch dynamics, distributions, and connectivity influence catchment‐scale responses. To address this gap, we established research catchments in the Sonoran and Chihuahuan
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A dynamic prediction model for time‐to‐peak Hydrol. Process. (IF 3.256) Pub Date : 2021-01-02 Mistaya Langridge; Ed McBean; Hossein Bonakdari; Bahram Gharabaghi
A simplified empirical equation is developed for widespread prediction of dynamic catchment response time. This model allows for time‐to‐peak prediction to evolve from static, lumped models, thereby providing a single value for any storm within a given catchment, using a single set of input parameters, that can be applied to a dynamic model, thus accounting for the variability between storm sizes and
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Beaver dams attenuate flow: A multi‐site study Hydrol. Process. (IF 3.256) Pub Date : 2020-12-21 Alan Puttock; Hugh A. Graham; Josie Ashe; David J. Luscombe; Richard E. Brazier
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