huang, xin qiu, lin
Studying the response of runoff to climate change and land use/cover change has guiding significance for watershed land planning, water resource planning, and ecological environment protection. Especially in the Yellow River Basin, which has a variable climate and fragile ecology, such research is more important. This article takes the Huangfuchuan...
françois, mathurin de aguiar, terencio rebello mielke, marcelo schramm rousseau, alain n. faria, deborah mariano-neto, eduardo
The role of trees in watershed hydrology is governed by many environmental factors along with their inherent characteristics and not surprisingly has generated diverse debates in the literature. Herein, this conceptual meta-analysis provides an opportunity to propose a conceptual model for understanding the role of trees in watershed hydrology and ...
martínez-rodríguez, maría concepción domínguez-solís, diego campos-villegas, lorena elizabeth garcía-sánchez, zurizaday alvarado-cardona, miguel
Ecological flow refers to the minimum amount of water that must be maintained in a body of water to protect and preserve aquatic ecosystems. This article aims to analyze the function of ecological flow to address the reproduction of the natural hydrological regime of the San Rodrigo River, Coahuila, Mexico. A quantitative methodology was used where...
zhang, meng wei, chaoyang yang, fen lai, yujian wang, xuemei wang, menglu han, wei zhong, xinlian wang, jian hongbing, ji
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Phosphate has been proven to be effective in remediating soils contaminated with potentially toxic elements (PTEs); however, the potential release of phosphorus (P) through runoff and the impact on PTEs’ transport in this process have never been assessed. A rainfall simulation study was conducted to investigate P runoff loss and its impact on the s...
pan, dongzi ying, li
Tidal bore dynamics in estuarine environments are influenced by both natural hydrological changes and human activities, such as coastal reclamation. This study focuses on the Qiantang River estuary, assessing the impacts of runoff variations and reclamation on tidal bores over the past five decades. By employing statistical and time-frequency metho...
sseguya, fred jun, kyung-soo
Predicting flood events is complex due to uncertainties from limited gauge data, high data and computational demands of traditional physical models, and challenges in spatial and temporal scaling. This research innovatively uses only three remotely sensed and computed factors: rainfall, runoff and temperature. We also employ three deep learning mod...
yang, yuanyuan wang, ping deng, chunnuan liu, shiqi chen, dan wang, ruixin
The Arctic river basins, among the most sensitive regions to climate warming, are experiencing rapid temperature rise and permafrost thawing that profoundly affect their hydrological and hydrochemical systems. However, our understanding of chemical export from Arctic basins to oceans remains limited due to scarce data, particularly in permafrost-do...
Herbei, Mihai Valentin Bădăluță-Minda, Codruța Popescu, Cosmin Alin Horablaga, Adina Dragomir, Lucian Octavian Popescu, George Kader, Shuraik Sestras, Paul
Published in
Frontiers in Water
The Hydrologic Modeling System (HEC-HMS), designed to accurately simulate precipitation-runoff processes in various watershed types, was employed in our study to establish a model for a particular watershed. Consequently, we planned to create a rainfall-runoff model to investigate the specific characteristics of floods, assess some pre-diction mode...
kim, hwansuk sim, haein hong, seungwan geem, zong woo aksoy, hafzullah hong, yongseok yoon, jaeyoung
The use of green roofs, a low-impact development practice, can be an effective means of reducing direct runoff in urban centers. Green roof modeling can enable efficient design by preliminarily grasping the behavior of the green roof system according to specific configurations. In this study, we aimed to find appropriate evapotranspiration and para...
pachac-huerta, yenica lavado-casimiro, waldo zapana, melania peña, robinson
This study investigates the hydrological dynamics of the Pativilca Basin in the Southern Hemisphere using the SWAT (Soil and Water Assessment Tool) model. Seventy-seven watersheds across a mountainous region were analyzed using elevation data, land cover, soil type, and gridded meteorological products (RAIN4PE and PISCO) for hydrological simulation...
