Laboratory investigation of water extraction effects on saltwater wedge displacement by S. Noorabadi, A.H. Nazemi, A.A. Sadraddini, R. Delirhasannia

“…There is a close connection between saltwater intrusion into aquifers and groundwater extraction. Freshwater extraction in coastal aquifers is one of the most important reasons for the saltwater intrusion into these aquifers. …”
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Treated wastewater reuse for recharge in agricultural fields: Retention dynamics and geochemical modeling of macronutrients in soils by Ajit Kumar, Basant Yadav

“…These findings support the reuse of TWW as a sustainable method for supplementing agricultural nutrients and ensuring safe groundwater recharge, while also offering a safe disposal solution for wastewater treatment plants…”
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A Typical Basalt Platform Landslide: Mechanism and Stability Prediction of Xiashan Landslide by Yongliang Huang, Zhiwei Sun, Chunyan Bao, Man Huang, Anyuan Li, Minghao Liu

“…On this basis, combined with the numerical analysis method, a finite element model of the slope considering rainfall and groundwater conditions is constructed to analyze the causes and failure mechanism of this landslide comprehensively. …”
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Improving ecological water diversion process to promote oasis restoration using a monthly conceptual lumped ecohydrological model: A case study of the Qingtu Oasis, China by Feng Huang, Yiping Li, Carlos G. Ochoa, Jisheng Li

“…This research developed a Monthly Conceptual Lumped Ecohydrological Model (MCLEM) by integrating the surface water and groundwater balance, ecological response, and evapotranspiration equations. …”
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PREDICTING SOIL WATER CONTENTS UNDER SEMI-ARID CLIMATE by Khalid Ahmed, Ahmed Saeed, Ghazwan Dahham, Mahmoud Rafik

“…One of the world’s critical challenges is the optimal use of water resources for agricultural production. Groundwater scarcity in semiarid conditions and still using traditional tillage systems without prior knowledge affect these tools on water consumption, tillage practices change many soil properties one of its void spaces which plays a significant role in the ability of soil water content, so the aim of this paper to study the effect of tillage methods on soil water content throughout growing season. …”
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The use of wheatgrass (<i>Thinopyrum intermedium</i>) in breeding by I. V. Pototskaya, V. P. Shamanin, A. N. Aydarov, A. I. Morgounov

“…Many publications show the advantages of growing the Kernza variety compared to annual crops in reducing groundwater nitrate contamination, increasing soil carbon sequestration, and reducing energy and economic costs. …”
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Potential of Controlled Irrigation and Drainage for Reducing Nitrogen Emission from Rice Paddies in Southern China by Guang-cheng Shao, Ming-hui Wang, Shuang-en Yu, Na Liu, Meng-hua Xiao, Min Yuan

“…The concentrations of NH4+-N and NO3--N in surface water increased at first and then decreased after fertilization, while the concentrations of NH4+-N and TN in groundwater kept on being relatively stable. Compared to CK, CID significantly increased the concentration of NH4+-N in surface water at four stages. …”
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Cropping System Intensification: An Approach to Increase Yield, Water Productivity, and Profitability in North-West Bangladesh by Md. Belal Hossain, Md. Towfiqul Islam, Debjit Roy, Mir Nurul Hasan Mahmud, Priya Lal Chandra Paul, Mst. Shetara Yesmin, Palash Kumar Kundu, Nazmun Nahar Karim, Md. Abdul Kader, Md. Humayoun Kabir

“…Adoption of these water-efficient cropping patterns may reduce groundwater irrigation in the water-scarce areas of Bangladesh.…”
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Automatic monitoring of treated water released from wastewater treatment plants using model-based clustering with density estimation by Sheik Faritha Begum, K Lokeshwaran

“…The objective of this paper is to propose an integrated approach for continuously evaluating the performance of wastewater treatment plants (WWTPs), with a focus on treated wastewater quality assessment and reuse of treated water for beneficial purposes like irrigation, aquarium, groundwater recharge, and in river water discharge based on pollution level in treated water. …”
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New insights from an enhancement of hydrogeological archives of a French karst watershed over the last 50 years by Labat, David, Guilloteau, Thomas, Lamagnère, Sébastien, Dumareau, Thaïs, Haryouli, Gabin, Béranger, Sandra, Granouillac, Franck, Sivelle, Vianney

“…To be able to identify the effects of these changes, in particular on the variability of groundwater flows, we have endeavored to produce one of the longest hourly spring discharge time series available for a French karst watershed. …”
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A Study of Composite Salt Erosion Resistance of Nano-Modified Cement Mortar in Early Ages by Jia Guo, Tao Zheng, Fei Mou, Yang Qin, Zhi Wang, Shiyi Zhang, Hui Li

“…In this study, we used nano-metakaolin to enhance the physical and mechanical properties of cement mortar in the early aging stages, simulating groundwater corrosion by a compound salt solution in the karst region. …”
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An extended discontinuous deformation analysis for simulation of grouting reinforcement in a water-rich fractured rock tunnel by Jingyao Gao, Siyu Peng, Guangqi Chen, Hongyun Fan

“…Grouting has been the most effective approach to mitigate water inrush disasters in underground engineering due to its ability to plug groundwater and enhance rock strength. Nevertheless, there is a lack of potent numerical tools for assessing the grouting effectiveness in water-rich fractured strata. …”
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Géographie et hydrologie de la ville de Reims/Durocortorum et de ses environs by Alain Devos, Claire Pichard, Gilles Fronteau, Sébastien Laratte

“…The historic heart of the city is located on the right bank of the river, atop an alluvial terrace that protects it from flooding, is responsible the flatness of the terrain and provides it with good access to groundwater (chalk vadose zone). The Vesle, which is about ten meters lower than the ancient city, is in fact a low-energy river, fed by aquifer drainage, with no significant runoff. …”
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Creep Energy Evolution of Red-Bed Soft Rocks in South China under Chemical-Stress-Seepage Coupling by Shuguang Zhang, Fanyao Peng, Yingbo Li, Zhifeng Liu, Wenbo Liu

“…The red-bed soft rocks in South China have obvious creep characteristics and are prone to engineering geological disasters such as landslide and foundation settlement under the action of rainfall, groundwater, and load. In order to reveal its creep characteristics and mechanism under complex conditions, a step-loading creep test was carried out under chemical-stress-seepage coupling, and the energy evolution law of the whole creep process was analyzed based on linear energy storage and energy dissipation theory. …”
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Composite solid sand reinforcement grouting material preparation and diffusion characteristics of slurry-water replacement grouting by Xianxiang Zhu, Qi Zhang, Dongxiang Hu, Linhua Zhong, Zixu Li, Lei Jin

“…The complexities of geological conditions and the intensifying disturbances from mining in deep mines present significant challenges to safety and stability, particularly in controlling groundwater disasters and ensuring rock mass stability. …”
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Bipolar membrane/hydrophobic gas permeable membrane electrochemical systems for highly efficient removal of ammonium nitrogen in wastewater by YAN Zhang, KUANG Wenjie, JIANG Zhuwu, FENG Chunhua*

“…Ammonia nitrogen is one of the primary pollutants found in both surface water and groundwater, and its predominant form is heavily influenced by the pH of the aquatic environment. …”
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On the Behavior of Newly Synthesized Functionalized Imidazolium-Based Ionic Liquids for Highly Efficient Extraction and Separation of Pirimicarb from Orchard Real Wastewater by Sana Zulfiqar, Uzaira Rafique, M. Javed Akhtar, Hesham Hamad

“…It not only contaminates fruit, but it also leaches into the soil and contaminates groundwater. However, there is little data on the effective removal of pirimicarb from orchard wastewater. …”
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Ditch rotation irrigation coupled with multi-scale ecological reservoir operation by Linhui Mu, Tao Bai, Dong Liu, Hongwei Ji, Mingjiang Deng, LiangPeng Hong

“…Results indicate that (1) DRI created a planar water delivery effect in the core area of riverbank vegetation, with a maximum irrigation area of 0.97 million m2 and water use efficiency of 84.9 %, to improve irrigation effect. (2) Through DRI implementation, the groundwater level in the experimental area rose by 0–0.97 m, and the vegetation coverage increased year by year. …”
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Experimental study on the influencing factors of permeability of sand media by Zongjun GAO, Ziqi DING, Jiutan LIU, Wenyue LIU

“…The test findings provide valuable information for the acquisition and application of hydraulic conductivity in the future, and also provide a basis for the selection of hydrogeological parameters such as groundwater evaluation and geological disaster prevention.…”
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Optimizing water resource management in tropical drought-prone regions through hybrid MCDM techniques: A water-stress mapping approach by Suman Mukherjee, Suman Paul, Subhasis Bhattacharya, Aznarul Islam, Sadik Mahammad, Edris Alam

“…Therefore, the eastern Chotonagpur region, one of the drought-prone areas of the world with mounting temperature and heat waves in the summer, is examined in the context of uncertainty of rainfall and a precarious agrarian economy. Groundwater resources of the region are also limited due to the composition of hard rock geology and the low yield prospects of hard aquifers. …”
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