Lineament mapping using sig and optical and radar remote sensing: The case of the Tafilalet plain (Southeastern Morocco) by Mouzoun Ouafae, Iharzi Chaimae, Kassou Amina, Essahlaoui Ali, Khrabcha Abdelali

“…Statistical analysis of the orientations revealed six main directions: N-S, NE-SW, NW-SE, E-W, NNE-SSW, NNW-SSE, with a predominance of N-S to NE-SW orientations, corresponding to the hydrological dynamics of the region. This approach demonstrates the effectiveness of remote sensing techniques in providing precise information on geological structures, thereby facilitating understanding of the subsurface and hydrological characteristics of the area studied.…”
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Impacts of Climatic Change on Reference Crop Evapotranspiration across Different Climatic Zones of Ningxia at Multi-Time Scales from 1957 to 2018 by Ziyang Zhao, Hongrui Wang, Cheng Wang, Wangcheng Li, Hao Chen, Shuxin Gong

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Spatial and Temporal Distribution of Sand Mining in Poyang Lake and Its Impact on Lake Basin Morphology Based on Remote Sensing Images by LIU Jiahao

“…In this study, by using Landsat satellite remote sensing data and hydrological data statistics, we summarized the spatial and temporal distribution pattern of sand extracting vessels in Poyang Lake from 1999 to 2021, and analyzed the impacts of sand extracting activities on the hydrological sediment balance of Poyang Lake, as well as on the changes of lake basin morphology. …”
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Non-Stationary Extreme Runoff Prediction Model of Snowmelt Flood in Flood Season Based on VMD-NGO-LSTM and Its Application by ZHOU Xia, ZHOU Feng

“…It was applied to the extreme runoff prediction of the Bajiahu hydrological station in the Jingou River Basin from 1964 to 2016. …”
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Assessing the performance and interpretability of the CNN-LSTM-Attention model for daily streamflow forecasting in typical basins of the eastern Qinghai-Tibet Plateau by Chuchu Zhang, Yuyan Zhou, Fan Lu, Jianwei Liu, Jiayue Zhang, Zeying Yin, Mengyi Ji, Baoqi Li

“…Abstract Hydrological forecasting is of great significance to regional water resources management and reservoir operation. …”
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Raconter la crise : les extrêmes hydrologiques au prisme de la presse locale (Drôme) by Emeline Comby, Yves-François Le Lay

“…However, at the local watershed scale, various stakeholders express their disappointment at the difficulties of managing extreme hydrologic events, such as droughts or floods. The 1981 and 2008 editions of two local weekly newspapers were analyzed with the goal of studying attitudes toward the river, hydrological extremes and crisis management. …”
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The Role of Wetlands for Climate Change Mitigation and Biodiversity Conservation by T.T. Dinsa, D.O. Gemeda

“…Wetland is vulnerable to climate change through alterations of hydrological regimes that lead to changes in quantity and quality of water. …”
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Evaluation of Flood Impact of Waterway Project Based on One-Dimensional Hydrodynamic Model ——A Case Study of 2000-ton Laibin-Guiping Waterway Project of Datengxia Gorge by XIE Tianyun, WEI Lusi, LI Yi, ZHOU Shunxuan, LIN Xinyi

“…A one-dimensional hydrodynamic model is used to accurately and systematically evaluate the flood impact of the 2000-ton waterway project with a total length of 193.876 km from Laibin to Guiping.The model is calibrated and validated,and the changes in the water level of the channel are observed.On this basis,this study analyzes and evaluates the impact of waterway regulation and construction on the channel flood discharge,hydrological station observation,bridge operation,water intake,and other aspects.The results show that the project implementation leads to a drop in the water level in the project section,which has an adverse effect on the water level observation scheme of the hydrological station.Hence,it is necessary to take corresponding remedial measures such as supplementary monitoring.Moreover,the result indicates that it has no adverse impact on bridges,water intakes,flood discharge and drainage,and irrigation.The assessment results can provide a rich and detailed basis for the approval and management of the water administration department.…”
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Design of Urban Indicators to Optimize the Implementation of Low-Impact Techniques in Semi-Arid Cities by Valeria Volpi-León, Juan Carlos Seck-Tuoh-Mora, Carlos Alfredo Bigurra-Alzati, Alma Delia Juárez-Sedano, Liliana Lizárraga-Mendiola

“…Additionally, hydrological design conditions are defined to estimate the potential volumes of recoverable water. …”
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The Role of Wetlands for Climate Change Mitigation and Biodiversity Conservation by T.T. Dinsa, D.O. Gemeda

“…Wetland is vulnerable to climate change through alterations of hydrological regimes that lead to changes in quantity and quality of water. …”
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SPBO-ANFIS Model of Combined Monthly Runoff Forecasting Based on Singular Spectrum Analysis by ZHANG Yajie, CUI Dongwen

“…In view of the multi-scale non-stationarity and other characteristics of monthly runoff in hydrological time series,this paper proposes a singular spectrum decomposition (SSD)-based model of combined monthly runoff forecasting that integrates the student psychology based optimization (SPBO) algorithm with the adaptive network based fuzzy inference system (ANFIS),namely the SSD-SPBO-ANFIS model.This model is then applied to the monthly runoff forecasting at a hydrological station in Yunnan Province.Specifically,time series data of sample monthly runoff are decomposed into various independent sub-series components through SSD to reduce the complexity of the time series data;then,the principle of the SPBO algorithm is outlined,and eight standard functions are selected for simulation verification and comparison of the SPBO algorithm;finally,the SPBO algorithm is employed to optimize the ANFIS condition and conclusion parameters.The SSD-SPBO-ANFIS model is built to forecast each sub-series,which is then superimposed to obtain the final monthly runoff forecasting result.In addition,the results of the proposed model are compared with those of the ensemble empirical mode decomposition (EEMD)-based EEMD-SPBO-ANFIS model and the SPBO-ANFIS model without decomposition.The following observations can be made from the results:The SPBO algorithm has favorable optimization accuracy;with a mean absolute percentage error of 5.57%,a mean absolute error of 0.20 m³/s,a Nash coefficient of 0.994 8,and a pass rate of 96.7%,the SSD-SPBO-ANFIS model has an effect better than that of the EEMD-SPBO-ANFIS model and far better than that of the SPBO-ANFIS model in forecasting sample monthly runoff.The proposed model and method can provide references for related research on hydrological time series forecasting.…”
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Exploration of Use of Copulas in Analysing the Relationship between Precipitation and Meteorological Drought in Beijing, China by Linlin Fan, Hongrui Wang, Cheng Wang, Wenli Lai, Yong Zhao

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Developing Flood Extent Map by using Numerical Models and Determination of Areas under Flood Risk: Türkköse Stream Case by Sezar Gülbaz

“…The hydrological model was calibrated by using rainfall and flow rate data previously measured in the watershed. …”
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Effects of “Grain for Green” program on soil hydraulic properties: A meta-analysis by Jiao Yang, Huan Ma, Rongfei Zhang, Wei Ji

“…Soil hydrologic functions are important for landscapes where soil water loss is significant. …”
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Synthesized Attributes of Water Use by Regional Vegetation: A Key to Cognition of “Water Pump” Viewpoint by Xin-hui Huang, Fu-ke Yu, Xiao-ying Li, Yuan Zheng, Hua Yuan, Jian-gang Ma, Yan-xia Wang, Dan-hui Qi, Hong-bo Shao

“…However, such viewpoint just focused on water consumption from vegetation transpiration and its ecoenvironment impacts, which had not considered other attributes of vegetation, namely, water saving and drought resistance, and hydrological regulation (water conservation) into consideration. …”
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Water Security in the Context of Sustainable Management of Transboundary Water Resources in the Caspian Region by R. A. Aliev

“…The paper discusses the idea of desalination as a means to tackle water shortages but underscores its limitations in the closed hydrological system of the Caspian Sea.The primary focus lies in establishing effective management strategies for shared water resources. …”
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Stochastic simulation of soil moisture dynamics in farmland in the eastern region of the Songnen Plain. by Bo Meng, Jin Wang, Fanxiang Meng, Ennan Zheng, Tianxiao Li, Bowen Tang

“…Soil moisture is the core of the hydrological cycle in agroecosystems, and most of the studies on soil moisture dynamics modeling adopt deterministic research methods, which are not well suited to study the hydrological processes in agricultural fields under changing conditions. …”
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Research on River Health Assessment of Hanjiang River Basin by ZHANG Yajuan, ZHAO Xiaochen, CHEN Jipei

“…Health assessment of rivers and lakes is an important means of their health management.To meet the requirements of ecological civilization construction and river chief system in the new circumstances,this paper performs the classified assessment and comprehensive evaluation of the Hanjiang River Basin from five aspects:hydrological integrity,morphological and structural integrity,chemical integrity,biological integrity,and the sustainability of social service function according to the relevant methods in the Technical Guidelines for River and Lake Health Assessment (SL/T 793—2020).The assessment results show that the Hanjiang River Basin is in a state of health overall,and the score of the main stream of the Hanjiang River is slightly higher than that of its tributaries.The hydrological integrity and biological integrity of the sub-criterion layer are weak,which leads to the ecological conditions in a state ranging from sub-health to health.The social service function of the sub-criterion layer is sustainable,and the functional status is in the state of health.The health assessment of rivers and lakes in the Hanjiang River Basin is of great significance to promote its water resources protection and water environment management and ensure the sustainable utilization of its water resources.…”
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Water cycle modelling strengthened by probabilistic integration of field data for groundwater management of a quite unknown tropical volcanic hydrosystem by Dumont, Marc, Plagnes, Valérie, Lachassagne, Patrick, Guérin, Roger, Nugraha, Bayu, Mohamad, Febriwan, Oudin, Ludovic, Fadillah, Arif, Valdès, Danièle, Brocard, Gilles, Bonjour, Jean-Luc, Saadi, Mohamed, Esneu, Anne-Sophie, Muhammad, Aswar, Hendarmawan, Dörfliger, Nathalie

“…The development of robust and easy-to-implement methodologies to conceptualize and quantify the water cycle components becomes a prerequisite for their sustainable management.We developed a lumped hydrological model to mimic the structure and functioning of a previously unknown hydrosystem located on the flanks of the Salak volcano (West Java). …”
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Methodology for forecasting precipitation related to El Niño when historical meteorological data are incomplete by María Felicia Jiménez-Lavie, Cecilia Martín-del-Campo, José Luis Lezama-Campos, Edgar Gerardo Mendoza-Baldwin, Rodolfo Silva-Casarín

“… The interactions between the ocean and the atmosphere produce various climatic phenomena, such as the El Niño-Southern Oscillation (ENSO), that influence hydrological systems. This study serves as a basis for water resource management and planning in reservoirs and hydroelectric generation, in both the short and long term. …”
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