Cause Analysis and Countermeasures of Through Shakes in Foamed Concrete Subgrade by Xianbin Huang, Chenyang Liu, Yahong Wangren, Mingxing Wang, Yujiao Mei, Zongrong Xie, Man Liao

“…To avert cracks on the top of foamed concrete in high groundwater table, the antibuoyancy measures should be adopted prior to construction of the upper bearing stratum. …”
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The Promotion Mechanism of Frozen Stagnant Water on the Sliding in the Loess Landslide Zone of Heifangtai by Mingli Zhang, Guang Li, Dekai Wang, Weilin Ye, Zhixiong Zhou, Zhao Ma, Kai Xia

“…The maximum difference in the groundwater level between February and August could reach nearly 1 m. …”
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Hydrochemical Characteristics and Formation of the Madeng Hot Spring in Yunnan, China by Ren Zhenhua, Zhou Xun, Yang Miaolin, Wang Xiaocui, Zheng Yuhui, Li Xiaolu, Shen Ye

“…It is estimated that the elevation of the recharge area of the hot spring is approximately 3800 m, the age of the hot water is some 140 years, the temperature of the geothermal reservoir is 75°C–80°C, the mixture ratio of cold water is approximately 80%, and the circulation depth of the thermal groundwater is 1870 m. After receiving recharge from infiltration of precipitation in the mountainous recharge areas, the groundwater undergoes a deep circulation, obtains heat from the heat flow, flows upward along the fractured zone, and emerges as an upflow spring through the Quaternary sand and gravel in the central low-lying river valley.…”
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Comprehensive analysis of naturally occurring radionuclides in well water: Isotopic ratios, mitigation, and dose assessment by Francisco Piñero-García, Rimon Thomas, Eva Forssell-Aronsson, Mats Isaksson

“…In Sweden, around 20 % of the potable water comes from groundwater sources and about one million people drink water from their private wells. …”
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Characterization of Origin and Evolution of Formation Water in Buried Hill of Jizhong Depression, China, Using Multivariate Statistical Analysis of Geochemical Data by Fei Li, Jianhui Zeng

“…Groundwater samples from buried hill of Jizhong Depression were evaluated using two statistical analyses: hierarchical cluster analysis (HCA) and principal component analysis (PCA). …”
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Preserving History: Assessments and Climate Adaptations at the House of the Seven Gables in Salem, Massachusetts, USA by Paul Wright, Susan Baker, Stephen S. Young

“…Strategies for adapting to storm surges, increasing groundwater, and intense surface water runoff were evaluated for their effectiveness and appropriateness for the historic site. …”
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Study of the impact of drought on the runoff system and the dam on Oued Za using romote sensing techniques (Eastern Morocco) by Karboub Abdelaziz, Ghzal Mohammed, Sbai Abdelkader, Mouadili Omar

“…This is directly reflected in the general water supply, whether surface runoff, which remains low in the region, or groundwater, which is directly affected by prevailing climatic conditions. …”
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MAIN FACTORS OF INFLUENCE ON GEOECOSYSTEMS OF WATER BASINS AND RISKS OF THEIR DESTRUCTION by V.O. Iemelianov, P.O. Kiriakov, O.M. Rybak, O.O. Paryshev, L.V. Stupina

“…Ukraine, aquatic subsystems of water basins, as well as the geo-ecological state of groundwater. waters. The impact of submarine discharge of groundwater on the geo-ecosystems of open water basins and aquatic subsystems, determined the risks of destruction of their resources in modern conditions. …”
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Effects of No-tillage of Rice on Blue and Green Water at Basin Scale by LUO Kaisheng

“…It is of great significance to study the hydrological effect of no-tillage of rice for the popularization of no-tillage technology and the sustainable development of agriculture.However,previous studies were mainly conducted at station scale,and the effect of no-tillage of rice on blue-green water at basin scale is still unclear.Taking the Xiangjiang River Basin as the test area,based on the land use data,digital elevation data,soil data,agricultural management data in 2000 and meteorological data-driven SWAT model,this paper simulates the effect of no-tillage of rice on blue water (water yield+deep groundwater recharge) and green water (actual evapotranspiration+soil moisture content) in the basin.The results show that:Compared with traditional tillage,no-tillage of rice had a greater influence on recharge of deep groundwater,resulting in a decrease of 5.62%,which was 5.35% higher than that of water yield.However,the change of blue water was mainly attributed to the change of water yield,whose contribution was 72.46%.The green water flow (actual evapotranspiration) decreased by 8.460×10⁷ m³ due to no-tillage of rice,but the increase of green water reservoir (soil moisture content) offset these and eventually resulted in the increase of green water.Therefore,the change of blue-green water distribution under no-tillage of rice was mainly achieved by changing water yield and soil moisture content.The water yield mainly caused the change of blue water,while the soil moisture content mainly resulted in the change of green water.Due to the mutual offset of hydrological factors,there was no significant final effect of no-tillage rice on the blue-green water of the whole basin,but large spatial differences within the basin.No-tillage of rice increased the proportion of green water in the total water resources,and increased the ecological water available in the farmland ecosystem,so it played a positive role.…”
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The impact of temporary occupation and hostilities on the water conditions of the North Crimean and Kakhovka Main Canals by K. Borovyk, S. Gapon, I. Pyshnograiev

“…These events caused erosion and lowering of groundwater levels, negatively affecting agriculture due to reduced irrigated areas…”
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Assessment of Heavy Metals in Water Samples of Certain Locations Situated Around Tumkur, Karnataka, India by C. Vijaya Bhaskar, Kiran Kumar, G. Nagendrappa

“…The conductivity was in the range of 0.20-0.68 mS/cm and 0.34-2.44 mS/cm for surface and groundwaters respectively. High EC value of Kallambella groundwater accounts for its salinity. …”
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Impact of climate change and human activities on the sustainable development of Xinjiang Aksu Oasis (China) by Duan Zhengrong, Ni Mingxia, Tao Ya, Marcin Sobota, Xia Jianxin

“…The regional water resources have obviously changed, and the average groundwater depth in the oasis area was between 3.55 and 4.35 meters, showing an increasing trend, while the groundwater level was decreasing. …”
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Spatial Variation of Arsenic in Soil, Irrigation Water, and Plant Parts: A Microlevel Study by M. S. Kabir, M. A. Salam, D. N. R. Paul, M. I. Hossain, N. M. F. Rahman, Abdullah Aziz, M. A. Latif

“…The average arsenic content in grain was 0.08–0.45 mg/kg while in groundwater arsenic level it ranged from 138.0 to 191.3 ppb.…”
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Metals contamination of Aquifer in Warri and Port- Harcourt (Niger – Delta Region) by Monday O. Edwards

“…The results from this study show that there is high level of contamination of the aquifer (groundwater) in the studied areas. The long-term effect of continuous consumption of this groundwater can be of pose a threat to the health of the people.…”
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Homeowner Best Management Practices for the Home Lawn by Laurie E. Trenholm

“…Trenholm, provides easy-to-follow tips for maintaining a healthy, Florida-Friendly lawn without polluting surface or groundwater resources. Published by the UF Department of Environmental Horticulture, June 2009. …”
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Nonlinear Fractional Jaulent-Miodek and Whitham-Broer-Kaup Equations within Sumudu Transform by Abdon Atangana, Dumitru Baleanu

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Protecting Water Resources from Agricultural Pesticides by O. Norman Nesheim, Frederick M. Fishel

“…Fishel, describes practices that help protect groundwater and surface water from pesticide contamination. …”
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Homeowner Best Management Practices for the Home Lawn by Laurie E. Trenholm

“…Trenholm, provides easy-to-follow tips for maintaining a healthy, Florida-Friendly lawn without polluting surface or groundwater resources. Published by the UF Department of Environmental Horticulture, June 2009. …”
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Protecting Water Resources from Agricultural Pesticides by O. Norman Nesheim, Frederick M. Fishel

“…Fishel, describes practices that help protect groundwater and surface water from pesticide contamination. …”
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Water's Journey through natural and human systems by Martha Monroe, Gabriela Sullivan

“… Residents, farmers, and businesses in southwestern Georgia and northern and central Florida depend on the groundwater from the Floridan Aquifer. The availability of this clean water is important for natural ecosystems, agriculture, the economy, tourists, and the people who call Florida and Georgia home. …”
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