Les recompositions de l’action publique en contexte transfrontalier by Helga-Jane Scarwell, Richard Laganier

Subjects: Get full text

Geo-Ecological Analysis of the Causes and Consequences of Flooding in the Western Region of Kazakhstan by Shakhislam Laiskhanov, Zhanerke Sharapkhanova, Akhan Myrzakhmetov, Eugene Levin, Omirzhan Taukebayev, Zhanbolat Nurmagambetuly, Sarkytkan Kaster

Subjects: “…Zhem River basin…”
Get full text

An optimized approach for predicting water quality features and a performance evaluation for mapping surface water potential zones based on Discriminant Analysis (DA), Geographical Information System (GIS) and Machine Learning (ML) models in Baitarani River Basin, Odisha by Abhijeet Das

Get full text

Comprehensive Evaluation of Coordinated Water and Socio-economic Development Based on the Material-element Extension Model by XIAO Bingqi, YU Sen, WANG Zhenchang, DI Suchuang, LI Fengxia

Subjects: Get full text

A systematic review of the transformation of Lake Beseka from brine to nearly fresh lake water by Yosef Abebe, Taye Alemayehu, Bizuneh Asfaw Abebe, Tena Alamirew, Beteley Teckola, Esayas Alemayehu

Subjects: Get full text

Water Quality Analysis and Evaluation of Five Rivers in Poyang Lake Based on Three Water Quality Index Methods by YE Fangqi, JI Yong, HUI Yuan, ZHANG Chenhui, CHENG Yuxiang

Subjects: Get full text

Forgotten antiquities of the Ugam River valley by O.A. Kashchey, L.F. Nedashkovsky

Subjects: Get full text

INTERNATIONAL COOPERATION OF NNGASU - THE PROJECTS REGARDLESS OF TIME AND POLITICS by Yuriy V. Philippov

Subjects: Get full text

Mechanism of Photocatalytic Degradation of Diclofenac in Water by a Novel Carbon Nitride by LIU Zi’ang, GAO Yifang, LIU Chao, LI Wenjun, LIU Xiaona, LI Bo, QIAN Tianwei

Get full text

Drought characteristics and propagation under anthropogenic impacts: A regional-scale modelling analysis in four Large Basins of China by Haoran Hao, Ningpeng Dong, Mingxiang Yang, Xin Huang, Hejia Wang, Hao Wang

“…Study region: The Songhua River Basin, the Yellow River basin, the Yangtze River basin, and the Pearl River Basin in China. …”
Get full text

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

Get full text

Research on Historical and Future Spatial-Temporal Variability of Precipitation in China by Jun Yin, Denghua Yan, Zhiyong Yang, Zhe Yuan, Yong Yuan, Hao Wang, Xiaoliang Shi

“…Results indicated the following. (1) During 1961–2011, annual precipitation in Haihe River Basin decreased significantly while the annual precipitation in river basins in the northwest increased significantly. …”
Get full text

Analysis of the Hydrological Regime in Small Basins within the Three Gorges Reservoir Area During the Impoundment Period by YIN Siwei, HU Huiling, WANG Yuefeng, LEI Chaogui

“…Hydrological regime is an important problem brought about by the Three Gorges Project and directly influences the development and utilization of water resources and ecological sustainable development in the Three Gorges Reservoir Area.Existing studies mainly focus on the influence of water storage on the main stream of the Yangtze River,with little attention to the runoff variations in small basins of the reservoir area.Based on the daily hydrological data of three typical small basins (Daning River,Pengxi River,and Modaoxi River) in this area from 2003 to 2017,by adopting the methods of trend analysis,runoff concentration degree, and runoff concentration period,the multi-time scale change characteristics of runoff are identified from the aspects of runoff and dispersion degree.Meanwhile,the runoff characteristics before and after 175 m water storage (2003—2008,2009—2017) are revealed,and the influencing factors of runoff variations are discussed.The results are as follows.① The average annual runoff of the Daning River Basin and Pengxi River Basin shows a downward trend,but there are no obvious variations in the Modaoxi River Basin.The monthly average runoff in the three basins varies greatly.The runoff of the Daning River Basin and Pengxi River Basin has a significant decrease in the flood season (July),while that of the Modaoxi River Basin has significant increases in the non-flood season (February),and the extreme value of runoff mainly shows a non-significant downward trend.② The runoff concentration degree and runoff concentration period of each basin show a non-significant decrease or increase respectively.③ After water storage,the runoff concentration period of each basin obviously lags behind the precipitation,the annual runoff distribution tended to be uniform,and the precipitation-runoff correlation decreases.The correlation coefficient of monthly average runoff decreases about 2%~6%,while that of annual extreme value decreases about 3%~12%.The research results can provide a scientific basis for hydrological and water resources management in small basins in the Three Gorges Reservoir Area.…”
Get full text

Hydrologic response and prediction of future water level changes in Qinghai Lake of Tibet Plateau, China by Haibin Wang, Jiahong Liu, Zhuoran Luo, Sana Nazli, Lu Shi

Get full text

Corrosion Characteristics of Anchor Cables in Electrolytic Corrosion Test and the Applicability of the Test Method in Study of Anchor Cable Corrosion by Tao Yin, Xingsong Sun, Yujie Wang, Yufei Zhao, Shuangjing Wang, Lipeng Liu, Hongjie Chen

Get full text

Study on the Annual Variation Characteristics of Runoff in Yunnan by GU Guihua, LI Xuehui, YU Shoulong, DUAN Lusong

“…To study the annual variation characteristics of runoff in Yunnan Province and analyze the main influencing factors,based on the observed monthly and annual rainfall and runoff data of 9 representative hydrological stations in 6 major river basins in Yunnan from 1956 to 2016,this paper analyzes the annual runoff distribution in terms of the uniformity,concentration and relative variation range.The research shows that:①The uniformity coefficient (C_u) of runoff distribution in many years ranges from 0.55 to 1.21,and the concentration (C_n) ranges from 0.23 to 0.66,so the runoff is unevenly distributed in the whole province.②The C_u and C_n decrease in general.Especially after 2000,the annual distribution of runoff shows a trend of uniformity.③The runoff concentration is relatively high in the Yangtze River Basin and the Honghe River Basin,and the annual runoff distribution is flat in the Lancang River Basin and the Zhujiang River Basin.④The uniformity trend of annual runoff distribution is closely related to human activities in the basin.…”
Get full text

Spatiotemporal characteristics of future precipitation variability in the Tianshan Mountain region of China by Xianglin Lyu, Junkai Du, Yaqin Qiu, Yangwen Jia, Chunfeng Hao, Hao Dong

Get full text

Correction of TRMM 3B42V7 Based on Linear Regression Models over China by Shaohua Liu, Denghua Yan, Tianling Qin, Baisha Weng, Meng Li

Get full text

Analysis of runoff and sediment evolution and attribution in the source regions of the Yangtze and Yellow Rivers by Shu Xu, Tianling Qin, Xizhi Lv, Jie Lu, Jianming Feng, Haoyue Gao, Hanxiao Liu, Yuhui Yang

Get full text

Heavy Metals Pollution and Pb Isotopic Signatures in Surface Sediments Collected from Bohai Bay, North China by Bo Gao, Jin Lu, Hong Hao, Shuhua Yin, Xiao Yu, Qiwen Wang, Ke Sun

Get full text