Influence Mechanism of Vermicompost with Different Maturity on Atrazine Catabolism and Bacterial Community by Luwen Zhang, Lixin Xu, Zunhao Zhang, Jiaolin Li, Limeng Ren, Zhichen Liu, Yan Zhang, Yuxiang Chen

“…Atrazine causes serious contamination of agricultural soils and groundwater. This study investigated the influence mechanism of sterilized soil (CKs), unsterilized soil (CKn), sterilized soil amended with 45 (SsV1), 60 (SsV2), 75 (SsV3) days of vermicompost (the maturity days of vermicompost), and unsterilized soil amended with 45 (SnV1), 60 (SnV2), 75 (SnV3) days of vermicompost on atrazine catabolism. …”
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A Fosmid Cloning Strategy for Detecting the Widest Possible Spectrum of Microbes from the International Space Station Drinking Water System by Sangdun Choi, Mi Sook Chang, Tara Stuecker, Christine Chung, David A. Newcombe, Kasthuri Venkateswaran

“…Sequences encoding specific genes from Burkholderia, a species abundant in the soil and groundwater, were found in both samples. Bradyrhizobium and Mesorhizobium, which belong to rhizobia, a large community of nitrogen fixers often found in association with plant roots, were present in the Prebiocide samples. …”
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Revealing joint evolutions and causal interactions in complex ecohydrological systems by a network-based framework by L. Wang, H. Gu, L. Liu, X. Liang, S. Chen, Y.-P. Xu

“…<p>There is evidence that climate change and human activities are changing ecohydrological systems, yet the complex relationships among ecological (normalized difference vegetation index, gross primary productivity, and water use efficiency) and hydrological variables (runoff, soil water storage, groundwater storage, etc.) remain understudied. This study develops a novel framework based on network analysis alongside satellite data and in situ observations to delineate the joint evolutions (phenomena) and causal interactions (mechanisms) in complex systems. …”
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Biotransformation of sludges from dairy and sugarcane industries through vermicomposting using the epigeic earthworm Eisenia fetida by Dayanand Sharma, Rajnikant Prasad, Bhavesh Patel, Chintak Kamalesh Parashar

“…Dairy and sugarcane industries produce end products as sludge which is directly dumped in open land which pollute the land and groundwater of the nearby areas. The present study was aimed to utilize the vermicomposting technique to treat the sludge generated from these two industries.Method The dairy sludge, sugarcane press mud were homogenously mixed with cattle manure to form five different proportions of waste mixture M1, M2, M3, M4, and M5. …”
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The Growth and Yield of Rice (Oryza sativa L.) with Organic and Inorganic Fertilizer Application by Cellulolytic Microbes in Peat by Atrisina Allamah, Hapsoh Hapsoh, Wawan Wawan, Isna Rahma Dini

“…One alternative for the agricultural development of peatlands associated with groundwater levels ≤0,4 m to do with the development of food crops, especially rice crops. …”
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Caustic recovery from caustic-containing polyethylene terephthalate (PET) washing wastewater generated during the recycling of plastic bottles by Aya Alterkaoui, Ozan Eskikaya, Bulent Keskinler, Nadir Dizge, Deepanraj Balakrishnan, Pavan Hiremath, Nithesh Naik

“…Abstract To prevent water scarcity, wastewater must be discharged to the surface or groundwater after being treated. Another method is to reuse wastewater in some areas after treatment and evaluate it as much as possible. …”
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ANALYSE ET MODÉLISATION DE LA VULNÉRABILITÉ AUX MALADIES À TRANSMISSION HYDRIQUE DANS L’ESPACE URBAIN DE LA VILLE DE BATNA – NORD-EST ALGERIEN by BAZIZ NAFISSA, KALLA MAHDI, DRIDI HADDA, BOUTRID MOHAMED LAMINE

“…Several methods have been developed for the assessment of vulnerability to pollution, among these the DRASTIC method, mostly used worldwide, has been identified as one of the vulnerability methods specific to appraising groundwater pollution. In this article we present a method for estimating the risk of vulnerability to waterborne diseases (WD) in a middle town of north-eastern Algeria. …”
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Assessing drywell designs for managed aquifer recharge via canals and repurposed wells by Salini Sasidharan, Scott A. Bradford

“…Simulations suggest that installing drywells every 70 m along canals could infiltrate 7.14 × 105 to 1.43 × 106 m3 of water per kilometer annually, significantly enhancing groundwater recharge in regions where traditional MAR methods are limited. …”
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Assessment of Nitrogen Ceilings for Dutch Agricultural Soils to Avoid Adverse Environmental Impacts by Wim de Vries, Hans Kros, Oene Oenema, Jan Willem Erisman

“…The N ceilings were calculated on the basis of critical limits for NO3 concentrations in groundwater, N concentrations in surface water, and ammonia (NH3) emission targets related to the protection of biodiversity of natural areas. …”
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Interstitial fauna of the Sava River in Eastern Slovenia by Simona Prevorčnik, Anja Remškar, Cene Fišer, Boris Sket, Gregor Bračko, Teo Delić, Nataša Mori, Anton Brancelj, Maja Zagmajster

“…The best studied of all interstitial habitats is the hyporheic zone, an interface between surface water and groundwater (phreatic zone) environments. The Sava River in central Slovenia (i.e., at the Ljubljana alluvial plain) readily qualifies as one of the global hotspots of interstitial biodiversity, while data from other river sections are lacking. …”
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Improving the hydrological consistency of a process-based solute-transport model by simultaneous calibration of streamflow and stream concentrations by J. Salmon-Monviola, O. Fovet, M. Hrachowitz

“…The approach significantly improved the representation of groundwater storage and to a lesser extent soil moisture in the upslope zone but not in the riparian zone. …”
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Lena River biogeochemistry captured by a 4.5-year high-frequency sampling program by B. Juhls, A. Morgenstern, J. Hölemann, A. Eulenburg, B. Heim, F. Miesner, F. Miesner, H. Grotheer, H. Grotheer, G. Mollenhauer, G. Mollenhauer, H. Meyer, E. Erkens, E. Erkens, F. Y. Gehde, S. Antonova, S. Chalov, S. Chalov, M. Tereshina, O. Erina, E. Fingert, E. Abramova, T. Sanders, L. Lebedeva, N. Torgovkin, G. Maksimov, V. Povazhnyi, R. Gonçalves-Araujo, U. Wünsch, A. Chetverova, A. Chetverova, S. Opfergelt, P. P. Overduin

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Irrigation Management of HLB-Affected Trees by Davie Mayeso Kadyampakeni, Kelly T. Morgan, Mongi Zekri, Rhuanito Ferrarezi, Arnold W. Schumann

“…Other benefits of proper irrigation scheduling include reduced loss of nutrients from leaching as a result of excess water applications and reduced pollution of groundwater or surface waters from the leaching of nutrients. …”
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Risk Assessments of Water Inrush from Coal Seam Floor during Deep Mining Using a Data Fusion Approach Based on Grey System Theory by Yaru Guo, Shuning Dong, Yonghong Hao, Zaibin Liu, Tian-Chyi Jim Yeh, Wenke Wang, Yaoquan Gao, Pei Li, Ming Zhang

“…For the safety of coal mining, horizontal directional drilling and grouting techniques have been implemented to detect and plug the fractures and conduits that deliver high-pressure groundwater to coal mine. Taking the grouting engineering performed at Xingdong coal mine at 980 m below sea level as an example, we collected the data of grouting quantity, the loss of drilling fluid, gamma value, water temperature, average water absorption, distance between grouting loss points, water pressure on coal seam floor, and aquifuge thickness at 90 boreholes in the mine to conduct grey relational analysis, first. …”
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Preferential flow in soils is key to the development of nebkhas in water limited regions by Weicheng Luo, Wenzhi Zhao, Ning An, Chengpeng Sun, Hong Zhou

“…However, water use strategies and infiltration characteristics of nebkhas change with their development stages in regions with low precipitation and deep groundwater, and those changes are not well known. Here, we investigated changes in soil properties and quantified preferential flow characteristics with a dye tracer experiment in nebkhas at different development stages including bare sand dunes (BD), and small (SN) and large nebkha (LN) in different precipitation conditions. …”
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Assessing the Geological Environment Resilience Under Seawater Intrusion Hazards: A Case Study of the Coastal Area of Shenzhen City by Dong Su, Jinwei Zhou, Maolong Huang, Wenlong Han, Aiguo Li, Enzhi Wang, Xiangsheng Chen

“…Revealing geological environment resilience (GER) under seawater intrusion (SWI) hazards is a prerequisite for solving groundwater resource depletion, land salinization, and ecological degradation in coastal cities. …”
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Irrigation Management of HLB-Affected Trees by Davie Mayeso Kadyampakeni, Kelly T. Morgan, Mongi Zekri, Rhuanito Ferrarezi, Arnold W. Schumann

“…Other benefits of proper irrigation scheduling include reduced loss of nutrients from leaching as a result of excess water applications and reduced pollution of groundwater or surface waters from the leaching of nutrients. …”
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Analyzing water uptake of apple trees using isotopic techniques in the Shandong Peninsula, China by Tianze Pang, Ying Zhao, María Poca, Jianjun Wang, Hongchen Li, Jinzhao Liu

“…Notably, the isotopic compositions of the xylem water leaned more towards signatures of soil water, rather than immediate irrigation water or groundwater. Given the irrigation water used to be the dominant water source recharging into soil, the weak contribution of irrigation water to plant would be attributed to the high soil evaporation rates during the growth phase, which strongly alter the isotopic composition of irrigation water in shallow soil layers. …”
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Experimental Investigation of the Deformation Characteristics of Tianjin Clays under Coupled Dynamic Stress and Seepage Fields by Huayang Lei, Shuangxi Feng, Rui Jia, Mingjing Jiang

“…Soft soil ground not only bears the vibration load during operation and construction but also receives seepage effects caused by the bursting of pipelines and variations in groundwater levels. Under the coupling action of dynamic and seepage loads, large settlement can occur in soft soil since the deformation is related to both cyclic stress and seepage. …”
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Mechanisms linking river flow regime and riparian hardwood establishment by Steven F. Railsback, John H. Bair

“…A more complete conceptual model of hardwood establishment considers that seeds need to be deposited where soil is moist long enough to develop roots but far enough from the water's edge to avoid mortality in flow fluctuations; for soil moisture to remain within reach of roots, which could require unusually steady flows, a high capillary fringe, or favorable groundwater gradients; and to avoid mortality due to scour or inundation in winter high flows. …”
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