排序方式: 共有68条查询结果,搜索用时 349 毫秒
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Gholipour Sahar Hosseini Mona Nikaeen Mahnaz Hadi Mahdi Sarmadi Mahdieh Saderi Horieh Hassanzadeh Akbar 《Environmental science and pollution research international》2022,29(36):54561-54570
Environmental Science and Pollution Research - Because of health concerns regarding the presence of enteric viruses in wastewater effluents, this study was designed to investigate the occurrence of... 相似文献
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Climate change vulnerability and adaptation strategies in Egypt’s agricultural sector 总被引:2,自引:0,他引:2
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Taha Mona M. Shahy Eman M. Mahdy-Abdallah Heba Ibrahim Khadiga S. El Tahlawy Eman M. 《Environmental science and pollution research international》2021,28(2):1619-1626
Environmental Science and Pollution Research - Cadmium (Cd) as nephrotoxicant metal exerts its potent effect mainly on renal tubules disturbing its functions. A cross-sectional study was conducted... 相似文献
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Panghal Vishal Sharma Pawan Mona Sharma Bhateria Rachna 《Environmental geochemistry and health》2022,44(10):3581-3595
Environmental Geochemistry and Health - Water is the most important component for human survival and often the most misused one. The present study deals with the assessment of groundwater quality... 相似文献
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Mona Mohamed H. El-Khodary Gihan M. Abdel-Halim Khaled Y. Omran Nahla E. Abd El-Aziz Karolin K. El-Saidy Salwa A. 《Environmental science and pollution research international》2022,29(7):9971-9989
Environmental Science and Pollution Research - Bivalves are considered a main consumed matrix for coastal communities worldwide and classified as hyperaccumulators of pollutants. The present study... 相似文献
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This paper presents an analysis of present and future hydrological conditions at the Forsmark site in Sweden, which has been proposed as the site for a geological repository for spent nuclear fuel. Forsmark is a coastal site that changes in response to shoreline displacement. In the considered time frame (until year 10 000 ad), the hydrological system will be affected by landscape succession associated with shoreline displacement and changes in vegetation, regolith stratigraphy, and climate. Based on extensive site investigations and modeling of present hydrological conditions, the effects of different processes on future site hydrology are quantified. As expected, shoreline displacement has a strong effect on local hydrology (e.g., groundwater flow) in areas that change from sea to land. The comparison between present and future land areas emphasizes the importance of climate variables relative to other factors for main hydrological features such as water balances. 相似文献
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