Matches in SemOpenAlex for { <https://semopenalex.org/work/W3035382912> ?p ?o ?g. }
- W3035382912 endingPage "114961" @default.
- W3035382912 startingPage "114961" @default.
- W3035382912 abstract "In this study we systematically reviewed 1203 research papers published between 2008 and 2018 in China and recorded related data on eight kinds of soil heavy metals (Cr, Pb, Cd, Hg, As, Cu, Zn, and Ni). Based on that, the pollution levels, ecological risk and health risk caused by soil heavy metals were evaluated and the pollution hot spots and potential driving factors of different heavy metals in different provinces were also identified. Results indicated accumulation of heavy metals in soils of most provinces in China compared with background values. Consistent with previous findings, the most prevalent polluted heavy metals were Cd and Hg. Polluted regions are mainly located in central, southern and southwestern China. Hunan, Guangxi, Yunnan, and Guangdong provinces were the most polluted provinces. For the potential health risk caused by heavy metals pollution, children are more likely confront with non-carcinogenic risk than adults and seniors. And children in Hunan and Guangxi province were experiencing relatively larger non-carcinogenic risk. In addition, children in part of provinces were undergoing potentially carcinogenic risks due to soil heavy metals exposure. Furthermore, in our study the 31 provinces in mainland China were divided into six subsets according to corresponding potential driving factors for heavy metal accumulation. Our study provide more comprehensive and updated information for contributing to better soil management, soil remediation, and soil contamination control in China." @default.
- W3035382912 created "2020-06-19" @default.
- W3035382912 creator A5014396113 @default.
- W3035382912 creator A5016449371 @default.
- W3035382912 creator A5036169699 @default.
- W3035382912 creator A5038218327 @default.
- W3035382912 creator A5044227556 @default.
- W3035382912 creator A5058480306 @default.
- W3035382912 creator A5060887583 @default.
- W3035382912 creator A5071386168 @default.
- W3035382912 creator A5072835739 @default.
- W3035382912 creator A5076004536 @default.
- W3035382912 creator A5080056117 @default.
- W3035382912 creator A5084017348 @default.
- W3035382912 creator A5085203079 @default.
- W3035382912 date "2020-11-01" @default.
- W3035382912 modified "2023-10-11" @default.
- W3035382912 title "Current status, spatial features, health risks, and potential driving factors of soil heavy metal pollution in China at province level" @default.
- W3035382912 cites W1972568665 @default.
- W3035382912 cites W1974285157 @default.
- W3035382912 cites W1975411835 @default.
- W3035382912 cites W1983318079 @default.
- W3035382912 cites W1999648232 @default.
- W3035382912 cites W2016487358 @default.
- W3035382912 cites W2028400289 @default.
- W3035382912 cites W2037299400 @default.
- W3035382912 cites W2071533702 @default.
- W3035382912 cites W2091575974 @default.
- W3035382912 cites W2106427389 @default.
- W3035382912 cites W2123616687 @default.
- W3035382912 cites W2147330627 @default.
- W3035382912 cites W2236897395 @default.
- W3035382912 cites W2253030359 @default.
- W3035382912 cites W2280472255 @default.
- W3035382912 cites W2317200742 @default.
- W3035382912 cites W2338447461 @default.
- W3035382912 cites W2400682768 @default.
- W3035382912 cites W2460565181 @default.
- W3035382912 cites W2518966908 @default.
- W3035382912 cites W2550555953 @default.
- W3035382912 cites W2557037927 @default.
- W3035382912 cites W2559967234 @default.
- W3035382912 cites W2560392987 @default.
- W3035382912 cites W2587922416 @default.
- W3035382912 cites W2593947955 @default.
- W3035382912 cites W2605898067 @default.
- W3035382912 cites W2606475517 @default.
- W3035382912 cites W2610592636 @default.
- W3035382912 cites W2726382703 @default.
- W3035382912 cites W2753449839 @default.
- W3035382912 cites W2755905524 @default.
- W3035382912 cites W2761451291 @default.
- W3035382912 cites W2765587886 @default.
- W3035382912 cites W2772214402 @default.
- W3035382912 cites W2783516604 @default.
- W3035382912 cites W2789194434 @default.
- W3035382912 cites W2789344803 @default.
- W3035382912 cites W2790855506 @default.
- W3035382912 cites W2797109476 @default.
- W3035382912 cites W2800088770 @default.
- W3035382912 cites W2800481741 @default.
- W3035382912 cites W2803613144 @default.
- W3035382912 cites W2808187500 @default.
- W3035382912 cites W2808616224 @default.
- W3035382912 cites W2810065594 @default.
- W3035382912 cites W2811445226 @default.
- W3035382912 cites W2888178295 @default.
- W3035382912 cites W2888890732 @default.
- W3035382912 cites W2897312312 @default.
- W3035382912 cites W2899025789 @default.
- W3035382912 cites W2901557903 @default.
- W3035382912 cites W2904699764 @default.
- W3035382912 cites W2904894397 @default.
- W3035382912 cites W2908994269 @default.
- W3035382912 cites W2909254694 @default.
- W3035382912 cites W2909711122 @default.
- W3035382912 cites W2910438767 @default.
- W3035382912 cites W2912799455 @default.
- W3035382912 cites W2939928047 @default.
- W3035382912 cites W2953488586 @default.
- W3035382912 cites W2966066887 @default.
- W3035382912 cites W2995221111 @default.
- W3035382912 cites W3006868064 @default.
- W3035382912 cites W3010435708 @default.
- W3035382912 cites W3015559370 @default.
- W3035382912 cites W3020060337 @default.
- W3035382912 doi "https://doi.org/10.1016/j.envpol.2020.114961" @default.
- W3035382912 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/32622003" @default.
- W3035382912 hasPublicationYear "2020" @default.
- W3035382912 type Work @default.
- W3035382912 sameAs 3035382912 @default.
- W3035382912 citedByCount "201" @default.
- W3035382912 countsByYear W30353829122020 @default.
- W3035382912 countsByYear W30353829122021 @default.
- W3035382912 countsByYear W30353829122022 @default.
- W3035382912 countsByYear W30353829122023 @default.
- W3035382912 crossrefType "journal-article" @default.
- W3035382912 hasAuthorship W3035382912A5014396113 @default.