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Water Resources Research
Scopus
ISSN 1944-7973 · Wiley · 2.467 artikel di indeks
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Artikel Jurnal
Linking Hydrological Connectivity to Wetland Vegetation Carbon Storage: Insights From the Largest Freshwater Lake in China
Abstract Wetlands, though covering only 2% of the Earth's surface, store over 20% of global organic carbon, making them vital reservoirs in the global carbon cycle. Despite this significance, the role of hydrological connectivity in wetland vegetation carbon storage remains poorly understood. This…
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Artikel Jurnal
Integrating Physical Parameterization and Attention Mechanisms in Recurrent Neural Networks for Hydrological Modeling: Quantification of Storage Layers Dynamics and Meteorological Responses Within the PRNN Model Framework
Abstract With the advancement of deep neural networks and physics‐data‐driven coupling methods, significant new opportunities have emerged for improving watershed hydrological simulations. Attention mechanisms (AM) and physical process‐wrapped recurrent neural networks (PRNN) enhance model…
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Artikel Jurnal
Pore‐Scale Rock‐Typing and Upscaling of Relative Permeability on a Laminated Sandstone Through Minkowski Measures
Abstract Understanding two‐phase flow in laminated sandstones is important for fluid migration control and operational strategy determination in underground energy and hydrology engineering projects. Digital core analysis provides unparalleled understanding of two‐phase flow in complex porous…
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Artikel Jurnal
Effects of Gravitational Settling and Riverbed‐Induced Mortality on the Transport of Drifting Fish Eggs in Rivers
Abstract Drifting fish eggs are a type of fish egg with a slightly higher density than water, requiring floating for successful hatching. While it is acknowledged that interaction with the riverbed surface can cause mortality of the eggs, the impact of this process on their downstream transport…
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Artikel Jurnal
Synchronized Multidisciplinary Observations in Large‐Scale Dam Breach Experiments to Enhance the Understanding of Dam Failure Evolution
Abstract Natural landslide dams pose severe hazards when they fail, and understanding their breach processes remain challenging because such events are rarely observed directly in the field. To address this gap, we conducted large‐scale overtopping experiments with compacted (CP) and non‐compacted…
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Artikel Jurnal
Spatiotemporal Contributions of Advected and Recycled Moisture to Water Resource Variability in China
Abstract Water security in China is challenged by pronounced spatial and temporal heterogeneity in water resources, driven by distinct moisture sources: advected (externally transported) and recycled (locally generated) moisture. However, the quantitative impacts of different moisture sources on…
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Artikel Jurnal
Predicting Rainfall Infiltration Losses: A Rainfall Simulation Study of Land Cover, Slope and Soil Type
Abstract Rainfall infiltration is a key hydrological process influencing agriculture, pollutant transport, and flood modeling. Accurate prediction of rainfall losses, defined as rainfall that does not contribute to surface runoff is critical in rainfall‐runoff models. Rainfall–runoff models are…
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Artikel Jurnal
A Century of Drought Research (1900–2023): Scientific Developments, Methodological Innovations, and Emerging Frontiers
Abstract Drought significantly affects water resources, agriculture, energy, and ecosystems, revealing enduring socio‐economic vulnerabilities over the centuries. This review synthesizes a century of development and recent advances in drought research (1900–2023), drawing on a bibliometric analysis…
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Artikel Jurnal
The Masked Role of Periphyton in Phosphorus Cycling: Mechanistic Insights Under Large‐Scale Hydrologic and Seasonal Variability
Abstract The role of periphyton in lake phosphorus cycling has long been overlooked or simplified, as water quality models often classify periphyton parameters as non‐sensitive, thereby masking their key roles in phosphorus cycling. Therefore, to quantify how periphyton influence phosphorus cycling…
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Artikel Jurnal
Spatial Covariability of Extreme Floods Over the Coterminous United States: Co‐Dependency Measures and Their Statistical Significance
Abstract Understanding the spatial structure of extreme floods is critical both for reliable design flood estimation and for coordinated development of regional response and flood mitigation strategies. Yet, analysis of rare, high‐magnitude floods is challenged by the limited sample size. This…
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Artikel Jurnal
Unsupervised Characterization of Rain‐Induced Seismic Noise in Urban Fiber‐Optic Networks Using Deep Embedded Clustering
Abstract Distributed acoustic sensing (DAS) with preexisting telecommunication optical fibers (dark fibers) has shown its ability to record rain‐induced seismic noise with unprecedented high spatiotemporal resolution. This rain‐induced noise exhibits strong correlations with rainfall intensity and…
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Artikel Jurnal
Locally Relevant Streamflow by Integrating a Land Surface Model Ensemble With a Two‐Stage LSTM Post‐Processor
Abstract Process‐based land surface models (LSMs) are widely used for global water cycle and runoff assessments, but when integrated with hydrodynamic models, the streamflow simulations exhibit significant uncertainties in uncalibrated mode, limiting their effectiveness in local hydrology…
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Artikel Jurnal
An Automated Data Efficient Morphometric Approach to Define Global Lentic and Lotic Inland Waters
Abstract Defining lentic and lotic system types is critical for understanding hydrological, ecological, and biochemical processes. Traditional classification methods rely on non‐generalizable site‐specific parameters such as visual characteristics, historical inventory, and residence time. While…
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Artikel Jurnal
Swelling Potential of Fine‐Grained Soil: Theory, Determination, and Validation
Abstract Swelling potential (SP) has long been used as a terminology to describe a soil's expansibility. It is commonly defined in terms of pressure or deformation under certain constraints. However, fundamentally, SP originates from the soil‐water interactions in the interlayer space of expansive…
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Artikel Jurnal
Young Versus Old: Does Forest Age Regulate Water and Dissolved Carbon Processes Belowground?
Abstract Forest plantations are widespread globally. Young forest plantations (hereafter young forests) differ from natural old‐growth forests (hereafter old forests) in above‐ and below‐ground structures, shaping water and carbon cycling processes. While above‐ground differences are well studied…
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Artikel Jurnal
Mapping 1 April SWE in the Western US Using Standardized Anomalies and Quantiles From SWE Reanalysis and In Situ Stations
Abstract Real‐time estimates of peak snow water equivalent (SWE) are critical to spring runoff forecasts in snow‐dominated basins, but large uncertainties remain due to the high spatial and temporal variability of interannual peak SWE. Here we introduce new methods for calculating real‐time…
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Artikel Jurnal
Scales of Landscape Influence on Dissolved Organic Carbon Dynamics in Boreal Surface Water
Abstract Decadal trends in the concentration of dissolved organic carbon (DOC) in surface water have gained considerable attention due to their significance for aquatic ecology and drinking water quality. Spatial patterns in DOC dynamics hold clues to the causes of DOC variation. Recent…
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A Back‐Trace Numerical Method for Calculating the Numerical Solution of the True Total Contributing Area for Real‐World Terrains
Abstract Total Contributing Area (TCA) has been extensively accepted as a crucial terrain attribute in digital terrain analysis and geological simulations. However, existing flow direction algorithms work poorly in the accuracy of TCA estimation due to the irrationality of their empirically…
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Artikel Jurnal
Inertial Effects on Fluid Flow Through Natural Porous Media
Abstract We investigated the nonlinear effects of gravity‐driven fluid flow through a two‐dimensional, moderately low‐porosity, packed bed of stubby stone grains in Darcy, and post Darcy regimes. We focused on preferential channel formation, tortuosity, spatial distribution of kinetic energy, and…
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Artikel Jurnal
Multi‐Objective Urban Observational Strategies: A Risk‐Based Framework for Expanding Flood Sensor Networks
Abstract In coupled human and natural systems, developing an observation strategy which maximizes insight into both the natural system and the human system is a challenging multi‐objective optimization problem. In this article, we describe the expansion of a flood risk observation system in…
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