Using the High-Level Based Program Interface to Facilitate the Large Scale Scientific Computing by Yizi Shang, Ling Shang, Chuanchang Gao, Guiming Lu, Yuntao Ye, Dongdong Jia

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Efficient and accurate identification of maize rust disease using deep learning model by Pei Wang, Pei Wang, Jiajia Tan, Yuheng Yang, Yuheng Yang, Tong Zhang, Pengxin Wu, Xinglong Tang, Hui Li, Xiongkui He, Xinping Chen

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Counterfactual analysis of extreme events in urban flooding scenarios by Xiaolan Chen, Hongtao Li, Haijun Yu, Enguang Hou, Sulin Song, Hongjian Shi, Yikai Chai

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The hydraulic performance and clogging characteristics of a subsurface drip irrigation system operating for five years in the North China plain by Li Zaiyu, Mo Yan, Gao Hao, Gong Shihong, Zhang Yanqun, Li Guangyong, Wu Feng

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Environmental DNA-based assessment of multitrophic biodiversity in a typical river located in the Loess Plateau, China: Influence of PAHs and suspended sediments by Qian Li, Yulu Tian, Yongrong Hao, Chengkai Qu, Rungnapa Tagun, Hisato Iwata, Jiahua Guo

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Analysis of Runoff Change and Its Influencing Factors of Miju River Based on Morlet Wavelet Analysis by LI Hongyan, WANG Zhiping, YANG Hua, DONG Xiaohai

“…Since 2011,the annual runoff of the Miju River Basin has been relatively small for 8 consecutive years,and the Miju River is the largest major river into the Erhai Sea,with runoff area and natural runoff accounting for more than 40% of the total flow of the Erhai Sea.Therefore,analyzing the variation characteristics of the annual runoff of Miju River is of great significance to the study of the total water flowing into Erhai Sea.Based on the monitoring data such as flow,precipitation and evaporation of the Liancheng hydrologic station in the basin from 1954 to 2018,this paper studies the change law of runoff cycle and its influencing factors by wavelet analysis.The results show that:The natural annual runoff of Miju River basin in the nearly 65 a decreases with time,with an average annual runoff decrease of 14.35 million m³ per 10 a;The annual runoff is featured with periodic changes of about 9 a,14 a,19 a,and 54 a,which greatly affects the trend of abundance and dryness of annual runoff;There are multiple time scales nesting between the four-season runoff and annual runoff,and the first main period of the four-season and annual runoff is about 54 a;The change trend and fluctuation cycle of annual precipitation and annual runoff of Miju River are similar,with a positive correlation;The annual evaporation has various impact on the annual runoff;The influence of water consumption on runoff in the Miju River Basin is increasing,the conditions of the lower surface are changing more and more,and the relationship between precipitation and runoff varies accordingly,which is one of the main reasons for the significant decrease of runoff in the basin compared with that under same precipitation in the past.…”
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Opposing trends in the peak and low ozone concentrations in eastern China: anthropogenic and meteorological influences by Z. Wang, Z. Wang, C. Shi, C. Shi, H. Zhang, H. Zhang, X. Ji, Y. Zhu, C. Xia, X. Sun, X. Sun, X. Lin, S. Yan, S. Wang, Y. Zhou, Y. Zhou, C. Xing, Y. Chen, Y. Chen, C. Liu, C. Liu, C. Liu, C. Liu

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Runoff of the Lena Basin Rivers in the Trans-Baikal Territory and its Relationship with Atmospheric Precipitation by Natalia V. Rakhmanova, Elena V. Noskova, Irina L. Vakhnina

“…The objective of the article is assessment of many-year changes of the Lena River basin rivers’ runoff on the territory of Trans-Baikal Kray and its correlation with atmospheric precipitation as a leading factor of the water flow formation. …”

Les eaux transfrontalières fédératrices d’une hydro-diplomatie environnementale ? Analyse comparée du Danube et du Jourdain by Bastien Richard

“…We show that while these agreements do not directly resolve the obstacle of the territorial sovereignty of States and political issues as in the case of the Jordan River basin, nor that of the quantitative sharing of transboundary waters, they do create spaces for dialogue federated by environmental issues as shown in the case of the Danube River basin, tempering unilateral actions and contributing smoothly to a redistribution of roles towards non-state actors.…”
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Ultrasonic Testing Analysis of Concrete Structure Based on S Transform by Juncai Xu, Hai Wei

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Statistics and Analysis of the Relations between Rainstorm Floods and Earthquakes by Baodeng Hou, Yongxiang Wu, Jianhua Wang, Kai Wu, Weihua Xiao

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Temperature Control Measures and Temperature Stress of Mass Concrete during Construction Period in High-Altitude Regions by Zhenhong Wang, Li Tao, Yi Liu, Jiang Yunhui

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Characteristics of the macroinvertebrate community structure and their habitat suitability conditions in the Chishui River by Xinyu Li, Long Yan, Xu Zhi, Peng Hu, Chongju Shang, Baolong Zhao

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Assessing national exposure to and impact of glacial lake outburst floods considering uncertainty under data sparsity by H. Chen, Q. Liang, J. Zhao, S. B. Maharjan

“…One unnamed lake in the Trishuli River basin, two unnamed lakes in the Tamor River basin, and three unnamed lakes in the Dudh River basin have the potential to impact more than 200 buildings. …”
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Morphological properties of two-dimensional and three-dimensional bedforms in open channel flow: A flume experiments study by Wenhong Cao, Xu Geng, Chunjing Liu, Lingfeng Zhang

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Long-term nitrogen fertilization alters the partitioning of amino acids between citrus leaves and fruits by Yuanlai Zhao, Huaye Xiong, Yayin Luo, Bin Hu, Jie Wang, Xiaodong Tang, Yuehong Wang, Xiaojun Shi, Xiaojun Shi, Yueqiang Zhang, Yueqiang Zhang, Heinz Rennenberg, Heinz Rennenberg

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Performance Evaluation of Reducing Consumption of Energy in the Yangtze River Delta under the Background of Low-Carbon Economy by Chenguang Sun, Bo Miao

“…It is conducive to achieving low carbon and energy conservation in the Yangtze River Basin provinces. In order to comprehensively examine and evaluate the consumption reduction performance of the Yangtze River Basin provinces, promote the scientific management of consumption reduction performance, and promote consumption reduction, this paper integrates the concept of low-carbon economy into the evaluation of consumption reduction performance of the Yangtze River Basin provinces. …”
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Estimation of Soil Erosion Caused by Flash Floods Using MUSLE Method: The Case of Igneada (Kırklareli) Flash Flood (5.9.2023) by Emre Özşahin, Mikayil Öztürk

“…A catastrophic flood occurred on 5.9.2023 due to extremely heavy rainfall in the river basins on the Black Sea catchment area of the Istranca Region in the Thracian Peninsula of Türkiye. …”
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Spatial-temporal Evolution Rule Analysis of Runoff of Hanjiang River under Changing Environment by ZHONG Huayu, HUANG Qiang, YANG Yuanyuan, LIU Dengfeng, MING Bo, REN Kang

“…Therefore, it has great significance tostudy the runoff evolution rule in Hanjiang River Basin for ensuring the water resources securityand improving the carrying capacity of regional water resources. …”
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Spatial Downscaling and Simulation of TRMM Data at High Altitudes — A Case Study of Lhasa River by DAWA Ciren, ZHAO Keke, GU Yu, LUO Xiaoyu, CIWANG Dunzhu

“…As measured precipitation data are often lacking at high altitudes,remote sensing data by satellites could compensate for the shortage of traditional observation.This paper takes the Lhasa River basin as the study area and makes an in-depth analysis of the relationship between precipitation,vegetation,and temperature in this basin.On this basis,the multiple linear regression,residual analysis,and inverse distance weighting (IDW) of spatial interpolation are employed to spatially downscale the TRMM 3B43V7 data that overestimates the precipitation in the study area by about 29% and has a spatial resolution of 0.25°×0.25° to 0.05°×0.05°.Given the measured data of stations,the downscaled data is further revised.The accuracy of the final high-quality precipitation dataset is greatly improved in most regions of the Lhasa River basin,and the dataset can provide basic statistical support for research on hydrology and water resources at high altitudes.…”
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