RIVER

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Microplastic transport from a wastewater treatment plant into Qiantang River,an estuarine river
《Journal of Oceanology and Limnology》2025年第2期346-359,共14页Yuntao ZHANG Huijun LIU Luyi ZHANG Yuan GAO Yong LIU Wenzhou FAN Xiaoying ZHOU Wei HUANG Zhiheng LI Wenlu ZHAO 
Supported by the National Natural Science Foundation of China(No.42107268);the“Digital+”Discipline Construction Management Project of Zhejiang Gongshang University(No.SZJ2022A008)。
Microplastics(MPs)have garnered increasing research attentions due to their ubiquitous presence in the environment and consequential impacts on both ecosystems and human health.Wastewater treatment plants(WWTPs)are id...
关键词：microplastic(MP) wastewater treatment plant(WWTP) TRANSPORT numerical simulation Qiantang River 
Characterization of Spatial-temporal Evolution of Landscape Ecological Risk in the Three-River Source Region
《Journal of Resources and Ecology》2025年第2期326-339,共14页LI Hui ZHOU Bin WU Xiaoying 
The National Natural Science Foundation of China (42171223);The National Social Science Foundation of China (19BJY205);The Department of Education Youth Science and Technology Talent Growth Fund of Guizhou ([2022]107);The Mountain Discipline Construction Project of Minzu Normal University of Xingyi (XKJS202332)。
The Three-River Source Region is an important ecological security barrier in China.Revealing the spati-otemporal evolution characteristics of its landscape types and ecological risks is of great significance for promo...
关键词：landscape pattern ecological risk spatial-temporal evolution Three-River Source Region 
New Gold延长了 NewAfton、Rainy River矿山的寿命
《中国贵金属》2025年第3期56-57,共2页
NewGold近年来投资了新的技术增长项目,延长了其位于不列颠哥伦比亚省的NewAfton矿和位于安大略省的RainyRiver矿的寿命。与2024年底相比,新雅富顿的铜和金储量分别增加了15%和13%。这一增长归因于C区的吨位增加了27%,以及东部延伸区的...
关键词：RainyRiver矿 C区 NewAfton矿 铜和金储量 NewGold 
An integrative analysis of hydroclimatic elements in the three-river source region for historical and future periods:Shift toward an intensified hydrological cycle
《International Soil and Water Conservation Research》2025年第1期43-66,共24页Rashid Mahmood Shaofeng Jia Aifeng Lv Mukand S.Babel 
financially supported by Qinghai Provincial Natural Science Foundation(2019-ZJ-7020);the Scientific Research and Promotion Projects of the Second Phase Project of Ecological Protection and Construction of the Three Rivers Headwater Region in Qinghai Province(2018-S-3);the Alliance International Sceince Organaizations(ANSO)Collaborative Research Project(ANSO-CR-PP-2022-06).
The Three-River Source Region(TRSR),China's water tower and an important ecological barrier in China,provides a considerable amount of water to the downstream regions,home to more than 500 million people.The present s...
关键词：Climate change Water resources assessment Hydrological cycle Hydrological Modeling Three-River Source Region 
The effectiveness of alluvial gully remediation in Great Barrier Reef catchments
《International Soil and Water Conservation Research》2025年第1期102-121,共20页Andrew P.Brooks John Spencer Nicholas J.C.Doriean Robin Thwaites James Daley Tim Pietsch Jorg Hacker Justin Stout 
funded through NESP Project 3.1.7;funded by the Queensland Government,Greening Australia's Reef Aid Program;the Australian Government's Reef Trust Program.
This study presents data from a large-scale Before After Control Impact(BACI)design field experiment that measured the sediment reduction achieved by remediating large alluvial gullies.The study was carried out on Bon...
关键词：Great Barrier Reef catchments alluvial gully alluvial gully remediation Burdekin River remediating large alluvial gulliesthe control impact BACI design Bonnie Doon Creek bonnie doon creek 
Spatial distribution and transport characteristics of river and sediment pollen in the middle and lower reaches of the Yellow River
《Journal of Geographical Sciences》2025年第3期552-576,共25页LIU Dexin PAN Yanfang HE Xueli WU Pengfei MA Jianhua GU Lei 
National Natural Science Foundation of China,No.41907382;China Postdoctoral Science Foundation,No.2019M652520;Henan Postdoctoral Science Foundation,No.201902025。
This paper selects sampling sections for the mainstream and tributaries of the middle and lower reaches of the Yellow River,collects river water and sediment samples during the flood season for pollen analysis,and use...
关键词：river pollen sediment pollen spatial distribution transmission mechanism middle and lower reaches of the Yellow River 
Restoration Success Assessment of Mediterranean River Copses Based on Orthopteran Diversity
《Open Journal of Ecology》2025年第2期174-193,共20页Ana M. Cárdenas Juan M. Hidalgo 
There is evidence that the development of plant communities determines the composition and structure of the orthoptera assemblages. This is the reason for using the orthoptera biodiversity as an indicator of environme...
关键词：Breña Caeliferous Ensiferous Environmental Restoration Hornachuelos Natural Park ORTHOPTERA River Copses 
Carbon Emission Effects of Land Use Structure Changes and Their Driving Factors:A Case Study of Urban Agglomeration in the Middle Reaches of the Yangtze River,China
《Journal of Resources and Ecology》2025年第1期132-147,共16页YIN Chuanbin ZENG Si LIU Dan 
The National Social Science Foundation of China(20CJY011);The Humanities and Social Sciences Research Projects of Jiangxi Provincial Universities(JJ19208)。
Land use structure is an important factor affecting carbon emissions.Taking the Urban Agglomeration in the Middle Reaches of the Yangtze River(MRYRUA)as an example,this study uses transfer matrix,the carbon emission c...
关键词：carbon emissions land use structure driving factors MRYRUA 
One River,One Family Chinese New Year cultural series launched in Laos
《China Report ASEAN》2025年第2期56-57,共2页Guo Xixian 
On January 15,the launch ceremony of 2025“One River,One Family”Spring Festival cultural series in Laos was held in the Lao capital of Vientiane.Distinguished guests present at and addressing the ceremony included Vi...
关键词：ONE EDITOR MOUNT 
In an Ocean or a River:Bilinear Auto-Backlund Transformations and Similarity Reductions on an Extended Time-Dependent(3+1)-Dimensional Shallow Water Wave Equation
《China Ocean Engineering》2025年第1期160-165,共6页GAO Xin-yi 
financially supported by the Scientific Research Foundation of North China University of Technology(Grant Nos.11005136024XN147-87 and 110051360024XN151-86).
With respect to oceanic fluid dynamics,certain models have appeared,e.g.,an extended time-dependent(3+1)-dimensional shallow water wave equation in an ocean or a river,which we investigate in this paper.Using symbolic...
关键词：OCEAN RIVER extended time-dependent(3+1)-dimensional shallow water wave equation bilinear auto-Bäcklund transformation similarity reduction symbolic computation 
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