Analysis of Landscape Fragmentation Evolution Characteristics and Driving Factors in the Wei River Basin, China by Changzheng Gao, Qisen Dang, Chu Li, Yongming Fan

“…Historically, the Wei River has served as part of the Yongji Canal section of the Grand Canal, playing a crucial role in connecting northern and southern China. …”
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Regional Frequency Analysis of Extreme Dry Spells during Rainy Season in the Wei River Basin, China by Dunxian She, Jun Xia, Yanjun Zhang, Lijie Shan

“…Our research analyzes the regional changes of extreme dry spell, represented by the annual maximum dry spell length (noted as AMDSL) during the rainy season in the Wei River Basin (WRB) of China for 1960–2014 using the L-moments method. …”
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Analysis of water resources carrying capacity and obstacle factors in Gansu section of the Wei River basin using combined weighting TOPSIS model by Kelong Duan, Zuirong Niu, Liang Cui

“…This study takes the Gansu section of Wei River mainstream basin (GWRB) as a case study and constructs a three-dimensional WRCC evaluation system and status standards. …”
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An investigation into hydrological response to urbanization in the Loess Plateau, China: Does urban expansion only boost flow? by Congcong Yao, Hongbo Zhang, Vijay P. Singh, Xiaowei Zhao, Fengguang Lyu, Yu Zhang, Shangdong Liu, Chiheng Dang

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Analysis of spatiotemporal changes of carbon storage by land use change in the Weihe River Basin based on InVEST model by Yang Xiaoyang, Jiang Jing, Wang Jiarong, Zhao Hui, Zhang Linxaun

“…The findings indicate that (1) The primary land use types in the Wei River Basin are arable land and grassland, collectively occupying approximately 80% of the basin's total area. …”
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Integrating landsat NDVI data with climate and anthropogenic factors reveals drivers of vegetation dynamics in the semi-arid Basin of Western China by Lina Li, Rui Xia, Ming Dou, Minhua Ling, Guiqiu Li, Cai Wang, Qingbin Mi

“…Abstract In remote sensing research, vegetation dynamics are often used as indicators of ecosystem conditions, especially in semi-arid areas. The Wei River Basin (WRB) is a semi-arid region in western China prone to climate change and sensitive to the environment. …”
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A Noise Reduction Method for Signal Reconstruction and Error Compensation of a Maglev Gyroscope Under Persistent External Interference by Di Liu, Zhen Shi, Ziyi Yang, Chenxi Zou

“…On-site experiments were conducted on the high-precision GNSS baseline of the Xianyang Yuan Tunnel in the second phase of the project to divert water from the Han River to the Wei River, where this method was applied to process and analyze multiple sets of rotor signals. …”
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Research on the response characteristics and operation control of unsteady water transport in Huangchigou water distribution hub by Shanshan Li, Shuang Wu, Xinhong Wang, Guodong Li, Haichao Li, Jiali Lv, Jiancang Xie

“…This article is based on the RNG k-ε turbulence model to construct a three-dimensional mathematical model of the water flow passing through the gate of the North-Line of the Huangchigou water distribution hub of the water diversion from the Han to the Wei River. Combined with the physical model experiment,  the influence of the unsteady flow process of the North-line of the Huangchigou water distribution hub on the hydraulic response in its water distribution tank and tunnel is investigated. …”
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Characteristics of benthic macroinvertebrate communities in a typical high sediment-loaded river in China by Shiyun Chi, Jinxiu Zheng, Jun Hu, Ming Li, Mi Wei, Yuping Su, Juxiang Hu

“…As a high sediment-loaded river, unlike the Yellow River and the Wei River, oligochaetes are not commonly found in the upper reaches of the Jinsha River, and no mollusks were collected. …”
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Application of intelligent water dissection technology in sculpting the lateral surface of putamen during insular glioma surgery by WU Dong⁃dong, SHU Xu⁃jun, ZHAO Kai, CONG Xiao⁃jun, ZHOU Xing⁃yu, XIA Ying, SUN Guo⁃chen

“…Conclusions For low⁃grade insular gliomas without putamen involvement characterized by "Jing⁃Wei River sign", water dissection effectively delineates the tumor⁃putamen surface, reduces surgical difficulty, shortens the learning curve, and enhances safety and efficiency.…”
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Assessing spatially-compounding drought probabilities in inter-basin water diversion: Insights from the Tao River water diversion project in China by Wan Zhou, Dedi Liu, Yufei Cheng, Junde Wang

“…Study regionsThe water-donating (Tao River Basin, TRB) and water-receiving (Zuli River Basin, ZRB, and Wei River Basin, WRB) regions of the Tao River Water Diversion Project (TRWDP) in Gansu Province, China.Study focusInter-basin water diversion projects are critical for mitigating water shortages in arid and semi-arid regions. …”
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Exploring the potential processes controlling changes in precipitation–runoff relationships in non-stationary environments by T. Lan, T. Lan, T. Lan, T. Lan, T. Lan, T. Li, H. Zhang, H. Zhang, H. Zhang, J. Wu, J. Wu, J. Wu, Y. D. Chen, Y. D. Chen, C.-Y. Xu

“…This framework is validated across five sub-basins in the Wei River basin. Moreover, non-stationary hydrological processes were initially detected, and the nonlinear correlations among the factors were assessed. …”
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