Data-Driven-Based Attribution of Runoff Changes in Tuwei River Basin in the Northern Windy-Sandy Region of Shaanxi by YU Huanghao, LI Binquan

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Study on the effect of underlying surface changes on runoff generation in the urbanized watershed by Yunqiu Jiang, Lichun Wang, Tianning Xie, Runxi Li, Kejia Wen, Chengshuai Liu, Caihong Hu

“…(b) The percentage of excess surface runoff (R s) in the central city increased significantly from 22 to 67%, and showed a trend of expansion from the central city to the suburbs. …”
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Motivating conservation action in the Upper Midwest: Source attention, information seeking and sharing, and farmers' land management decisions by Dara M. Wald, Miguel Diaz‐Manrique, Laura Witzling, Jaqueline Comito

“…Abstract Adoption of on‐farm conservation strategies, such as edge‐of‐field practices, has the potential to reduce nutrient runoff, promote greater biodiversity, and improve water quality. …”
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Analysis of Sediment Variation in Important Tributaries of the Yellow River in the Sandy and Coarse Sediment Area Based on Detrital Zircons and Hydrological Observations by Ting BAI, Niannian FAN, Yuanjian WANG, Ruihua NIE, Xingnian LIU

“…In the Kuye River, abrupt change points in runoff occurred in 1979, 1997, and 2011. The first two points showed significant decreases, while the last point indicated a significant increase. …”
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Water Discharge Change in the Rivers of the South of the Boreal Forest Zone of Eastern European Russia at the End of the Late Holocene and in the Anthropocene: The Vyatka River by Artyom V. Gusarov, Achim A. Beylich

“…A gradual increase in the share of the so-called normal annual WD and a decrease in the abnormal (including extreme) annual WD were noted from 1878–1929 to 1978–2018 in the predominantly northern half of the river basin. …”
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Water and Sediment Effects of Soil and Water Conservation in Qingshui River Basin, Ningxia by YANG Jun, XU Jing-hua, ZENG Chen-jun, LIU Chang-hui

“…Annual runoff and sediment transport in Guyuan showed a significant downward trend. …”
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Evaluation of Urban Flood Susceptibility Under the Influence of Urbanization Based on Shared Socioeconomic Pathways by Xiaoping Fu, Fangyan Xue, Yunan Liu, Furong Chen, Hao Yang

“…Consequently, urban flood susceptibility is projected to increase across all three scenarios, albeit at varying rates. …”
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Geospatial Land cover change analysis using the CA-Markov Chain Model in Chikwawa District, Malawi by Japhet Khendlo, Rajeshwar Goodary, Roodheer Beeharry

“…This ongoing deforestation will exacerbate the absorption of runoff and increase flood severity in the district. …”
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Vostok Bay: interseasonal changes in hydrological, hydrochemical and microbiological properties by N. K. Khristoforova, A. Yu. Lazaryuk, E. V. Zhuravel, T. V. Boychenko, A. A. Emelyanov

“…The summer monsoon in spring and summer with southeastern winds increases the river runoff and simultaneously the inflow of fresh water from the open sea, so causes a sharp difference in the water properties between parts of the Vostok Bay. …”
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Landscape fragmentation reduces but shape complexity enhances soil loss: Evidence from the plain grain-producing area along the Yangtze River in China by Shunqian Gao, Wenyi Yang, Xingyu Tan, Shumi Liu, Yangbiao Li, Xingzi Yu, Zhen Wang, Zhanhang Zhou, Chen Zeng

“…The results showed that: (1) A decrease in total soil loss from 2005 to 2015, associated with rapid farmland decline due to intensified anthropogenic activities, followed by a sharp increase from 2015 to 2019, largely driven by extensive farmland reclamation projects. (2) Contrary to conventional understanding, patch density (PD) was found to be negatively correlated with soil loss, attributed to human interventions such as agricultural facility construction and ecological ridges that disrupt runoff pathways and increase surface roughness. …”
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Sediment Particle Size Distribution behind the Check Dams of the Lashkaran Watershed, Salmas, West Azerbaijan by Afsaneh Jafari, Habib Nazarnejad, Saeed Najafi, farrokh asadzadeh

“…Along with approaching the outlet, the amount of coarse particles decreases due to the presence of check dams and the accumulation of sediments behind the dams. …”
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Hydrological and chemical water regime in the catchments of Bystra and Sucha Woda, in the Tatra National Park by Monika Sajdak, Joanna Siwek, Anna Bojarczuk, Mirosław Żelazny

“…In all the tested waters, the highest values of total mineralization, electrical conductivity and concentration of main ions occurred during the winter low discharge, which resulted from the predominance of underground feed in the river’s runoff. In all the studied waters, a clear decrease in NO3– concentration was observed during the summer and autumn months. …”
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Long-term development of a perennial firn aquifer on the Lomonosovfonna ice cap, Svalbard by T. van den Akker, T. van den Akker, W. van Pelt, R. Petterson, V. A. Pohjola

“…We find that the aquifer was present in 1957 and that it steadily grew over the modeled period with a relative increase of about 15 % in water table depth. On an annual basis, the aquifer exhibits sharp water table increases during the melt season, followed by slow seepage through the cold season.…”
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Measuring community resilience of flash floods using a multilevel interpretive structure model: Quantification and time-varying responses by Ming Zhong, Feng Ling, Weichen Zhong, Qian Zhang

“…With the expansion of inundation, the resilience of all three types of communities shows a consistent trend of “sharp decrease − rapid increase − slow decrease”. …”
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Historical water environment changes in Chagan Lake (mid-19th to mid-20th century) inferred from sedimentary diatom records by Fengyang Sui, Fengyang Sui, Xinxin Du, Henglin Xiao, Henglin Xiao, Shuying Zang, Hongkuan Hui, Qi Lv, Yan Liu, Nannan Zhang, Yawen Fan

“…Hierarchical clustering and principal component analysis confirmed that significant changes occurred in the diatom community around the 1950s, associated with population growth, increased agricultural runoff, and altered hydrological conditions. …”
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Climate change impacts on flood risks in the Abou Ali River Basin, Lebanon: A hydrological modeling approach by Fouadi AlZaatiti, Jalal Halwani, Mohamed R. Soliman

“…The findings show an overall decrease in precipitation of -10.8 % (ACCESS-CM2) and -13.2 % (MIROC6) under SSP5–85, respectively, aligning with broader regional trends. …”
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Spatiotemporal Variation Characteristics and Influencing Factors of Water Transparency in the Pilot Zone of Yangtze River Delta by WANG Yu, ZHOU Wei-qi, BAI Meng-yu, SU Han, HU Wei

“…The negative correlation between TP and SD was particularly significant in lake water (R=-0.71), and the C3 component (humic-like substances) of dissolved organic matter (DOM) shared a common origin with TP (R=0.64), indicating that TP in lake water mainly originated from soil erosion and surface runoff input. …”
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