The Unified Scale of Natural Waters by V.F. Nikolaev, L.E. Foss, B.F. Sulaiman, A.B. Agybay, A.Kh. Timirgalieva, R.B. Sultanova

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Study on the Hysteresis Effect of the Stability of Longyangxia Dam Bank Slope with the Fluctuation of Water Level by Guangxiang Yuan, Hu Wang, Zhiquan Huang, Luqing Zhang

“…The fluctuation of reservoir water level is an important factor that induces slope instability. …”
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Influence of the Three Gorges Reservoir Impoundment on Xiannvshan Fault Activity by Zhang Jiayu, Zhang Lili, Zhang Yaowen, Yao Yunsheng, Li Haoran, Dai Yiming, Wang Renlong, Hu Caixiong

“…From November 2010 to November 2013, during the permeation and saturation stage, the dominant factor of Xiannvshan fault activity changed from reservoir water load to reservoir water infiltration along the Xiannvshan fault. …”
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Dynamic response and phreatic line calculation model of groundwater in a reservoir landslide: Exemplified by the Shiliushubao landslide by Minggao TANG, Chuan WU, Huilong WU, He YANG

“…Reservoir water and rainfall directly lead to the change in groundwater levals, which is the main factor inducing landslide. …”
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Numerical simulation of concrete dam during heavy rain by Guo Lei, Shen Weiping, Guo Lixia, Wang Lunyan

“…In recent years, the frequent extreme weather has led to the rise of reservoir water level, and accordingly changed the reservoir water temperature. …”
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Microbial quality and phylogenetic diversity of fresh rainwater and tropical freshwater reservoir. by Rajni Kaushik, Rajasekhar Balasubramanian, Hugh Dunstan

“…There was no significant increase in the bacterial abundances observed in the reservoir water immediately following rainfall. However, the composite fresh rainwater and reservoir water samples exhibited broad phylogenetic diversity, including sequences representing Betaproteobacteria, Alphaproteobacteria, Gammaproteobacteria, Actinobacteria, Lentisphaerae and Bacteriodetes. …”
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Analysis of seepage stability of large-scale landslide under water-level fluctuation and rainfall by Junfeng Tang, Xuemei Tang, Peng Xiao, Hang Wang, Jiawu Li

“…Landslide is widely distributed on the bank of the reservoir, which is easy to cause instability under the condition of water level fluctuation and rainfall.Donglingxin landslide accumulation body of the Sanbanxi Hydropower Station has a maximum thickness of 150 m and a total volume of 2 000×104 m3.The slope began to show large deformation at the first impoundment of the hydropower station in 2006, and the deformation is accelerated at the annual rainy season.Firstly, based on the field geological investigation and over ten years of monitoring data, the geological conditions and deformation law of the landslide body were obtained.Secondly, the saturated-unsaturated flow was calculated with different reservoir water levels fluctuation rates and the measured reservoir water level together with rainfall in 2019 by SEEP/W, and SLOPE/W was used to calculate the stability factors at different time.Results show that the slope is a super-deep landslide, which deformation process was deeply affected by the rise and fall of the reservoir water level and rainfall; The slope has characteristics of stagnant water, and the seepage process is complex; The stability coefficient decreases continuously in the process of reservoir water level rising while increases gradually in the process of reservoir water level falling; The stability declines rapidly with the combined effect of rising reservoir water level and heavy rainfall, and reaches the lowest value about 10 days after the flood season.The research can be used to guide the stability evaluation of large-scale landslide under water-level fluctuation and rainfall.…”
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Modelling of human expert decision making in reservoir operation by Wan Ishak, Wan Hussain, Ku-Mahamud, Ku Ruhana, Md Norwawi, Norita

“…In contrast to less rainfall season, the reservoir needs to impound water for the water supply purposes.This study is aimed to model human expert decision making specifically on reservoir water release decision.Reservoir water release decision is crucial as reservoir serve multi purposes.The reservoir water release decision pattern that comprises of upstream rainfall and current reservoir water level has been form using sliding window technique.The computational intelligence method called artificial neural network was used to model the decision making.…”
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Modelling of human expert decision making in reservoir operation by Wan Ishak, Wan Hussain, Ku-Mahamud, Ku Ruhana, Md Norwawi, Norita

“…This study is aimed to model human expert decision making specifically on reservoir water release decision. Reservoir water release decision is crucial as reservoir serve multi purposes. …”
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Discussion on precise location, focal mechanism and seismogenic mechanism of Jiaokou reservoir earthquakes by Beilei Zhang, Xiao Peng

“…The reservoir water infiltrates through the fracture fracture zone, the pore water pressure diffuses, the reservoir water softens and weakens the rock for a long time, causing the fault plane and some weak parts in the deep part to become unstable areas, and finally triggering the earthquake under the loading and unloading stress field caused by the change of reservoir water.…”
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Occurrence of zooplankton in a perennial freshwater reservoir of Wadgaon Dam during monsoon season at Nagpur District by S. B. Zade, Shashikant R. Sitre, Rajendra V. Tijare

“…The  present  study  indicate the uncontaminated  nature   of reservoir water  due  to  absence of pollution  indicator  species  in  the reservoir water. …”
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Assessment of Effects of Turbidity Variation on Water Temperature and Evaporation of Gilgel Gibe I Reservoir, Omo-Gibe River Basin, Ethiopia by Aduna Bekele Birmachu, Tolera Abdissa Feyissa, Nasir Gebi Tukura

“…Turbidity has a significant impact on reservoir water by raising the temperature and evaporation rates. …”
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Source water microorganism assessment in three cities in China: A comparative study by Yang Liu, Yang Liu, Charlotte D. Smith, Hongxing Li, Duochun Wang

“…Bacterial contamination indicators testing showed that: total coliforms (TCs) and potential E. coli were not detected in groundwater, but both were detected in river and reservoir water. Total bacteria (TB) of rivers and Res-Ⅰ (sampling site Ⅰ of reservoir water) were greater than 100 CFU/ml, while less than 100 CFU/ml from Res-Ⅱ (sampling site Ⅱ of reservoir water) and groundwater. …”
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Creep Characteristics of Soil in the Sliding Zone of Huangtupo Landslide by Mingke Liao, Deshan Cui, Xun Bao, Zhuo Qiao, Chenxi Zhao

“…The reservoir water level in the Three Gorges Reservoir (TGR) of the Yangtze River is adjusted between 145 m and 175 m throughout the year. …”
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The impacts of water level fluctuations from paddy fields and aquaculture ponds on wetland habitats for wintering waterbirds: Implications for wetland management by Bo Cheng, Bo Cheng, Xiudi Zhu, Xiudi Zhu, Juha M. Alatalo, Jessica Gordon, Hongqing Li, Hongqing Li, Bo Jiang, Bo Jiang, Wei Yin, Wei Yin

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Geological Factor Causing Water Decrease of the Baturagung Reservoir, Based on ERT Geoelectric Application by Sari Kusumayudha, Muhammad Zakaria, Tuti Setyaningrum

“…Since 2019, there has been a decrease in the volume of reservoir water so that the reservoir is never fully filled with water. …”
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EVALUATE THE CAPABILITY OF LANDSAT8 OPERATIONAL LAND IMAGER FOR SHORELINE CHANGE DETECTION/INLAND WATER STUDIES by W. Pervez, S. A. Khan, E. Hussain, F. Amir, M. A. Maud

“…The OLI support vector machine (SVM) classified data was successfully classified with regard to all six test classes (i.e., open land, residential land, forest, scrub land, reservoir water and waterway). The OLI SVM-classified data for the four seasons (i.e. winter, spring, summer and autumn seasons) were used for change detection analysis of six situations; situation1: winter to spring seasonal change detection resulted reduction in reservoir water mapping and increases of scrub land; situation 2: winter to summer seasonal change detection resulted increase in dam water mapping and increase of scrub land. winter to summer which resulted reduction in dam water mapping and increase of vegetation; situation 3: winter to summer seasonal change detection resulted increase in increase in open land mapping; situation 4: spring to summer seasonal change detection resulted reduction of vegetation and shallow water and increase of open land and reservoir water; situation; 5: spring to autumn seasonal change detection resulted increase of reservoir water and open land; and Situation 6: summer to autumn seasonal change detection resulted increase of open land. …”
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Identifying driving factors of the runoff coefficient based on the geographic detector model in the upper reaches of Huaihe River Basin by Li Xinchuan, Niu Yun, He Qiaoning, Wang Huaijun

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Mining temporal reservoir data using sliding window technique by Wan Ishak, Wan Hussain, Ku-Mahamud, Ku Ruhana, Md Norwawi, Norita

“…Decision on reservoir water release is crucial during both intense and less intense rainfall seasons. …”
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Slope stability analysis considering seepage and stress coupling under water level fluctuation by YiLiang Zhou, Ming Li, ZiLong Li

“…The reservoir water level fluctuation is an important factor inducing the reaction of pore-water pressure, seepage and at last resulting in instability and failure of the slope. …”
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