Matches in SemOpenAlex for { <https://semopenalex.org/work/W2959360057> ?p ?o ?g. }
- W2959360057 endingPage "124364" @default.
- W2959360057 startingPage "124364" @default.
- W2959360057 abstract "Water is polluted by increasing activities of population and the necessity to provide them with goods and services that use water as a vital resource. The contamination of water due to heavy metals (HMs) is a big concern for humankind; however, global studies related to this topic are scarce. Thus, the current review assesses the content of HMs in surface water bodies throughout the world from 1994 to 2019. To achieve this goal, multivariate analyses were applied in order to determine the possible sources of HMs. Among the analyzed HMs in a total of 147 publications, the average content of Cr, Mn, Co, Ni, As and Cd exceeded the permissible limits suggested by WHO and USEPA. The results of the heavy metal pollution index, evaluation index, the degree of contamination, water pollution and toxicity load showed that the examined water bodies are highly polluted by HMs. The results of median lethal toxicity index showed maximum toxicity in As, Co, Cr and Ni in the surface water bodies. Results of ingestion and dermal pathways for adults and children in the current analyzed review showed that As is the major contaminant. Moreover, Cr, Ni, As and Cd showed values that could be considered as a high risk for cancer generation via the ingestion pathway as compared to the dermal route. It is recommended that remediation techniques such as the introduction of aquatic phytoremediation plant species and adsorbents should be included in land management plans in order to reduce human risks." @default.
- W2959360057 created "2019-07-23" @default.
- W2959360057 creator A5003956756 @default.
- W2959360057 creator A5024232182 @default.
- W2959360057 creator A5029421237 @default.
- W2959360057 creator A5031146945 @default.
- W2959360057 creator A5032910784 @default.
- W2959360057 creator A5047675088 @default.
- W2959360057 creator A5052142239 @default.
- W2959360057 creator A5059853471 @default.
- W2959360057 creator A5069084751 @default.
- W2959360057 creator A5071609103 @default.
- W2959360057 creator A5073231588 @default.
- W2959360057 date "2019-12-01" @default.
- W2959360057 modified "2023-10-14" @default.
- W2959360057 title "Global evaluation of heavy metal content in surface water bodies: A meta-analysis using heavy metal pollution indices and multivariate statistical analyses" @default.
- W2959360057 cites W1511021421 @default.
- W2959360057 cites W1963623661 @default.
- W2959360057 cites W1964833829 @default.
- W2959360057 cites W1967084150 @default.
- W2959360057 cites W1968049524 @default.
- W2959360057 cites W1972217088 @default.
- W2959360057 cites W1972479449 @default.
- W2959360057 cites W1972568665 @default.
- W2959360057 cites W1975252272 @default.
- W2959360057 cites W1975983855 @default.
- W2959360057 cites W1979860216 @default.
- W2959360057 cites W1981518291 @default.
- W2959360057 cites W1983039087 @default.
- W2959360057 cites W1992170605 @default.
- W2959360057 cites W1997329416 @default.
- W2959360057 cites W1998272823 @default.
- W2959360057 cites W2004866972 @default.
- W2959360057 cites W2012349162 @default.
- W2959360057 cites W2015115395 @default.
- W2959360057 cites W2017120852 @default.
- W2959360057 cites W2039268898 @default.
- W2959360057 cites W2044189482 @default.
- W2959360057 cites W2060409320 @default.
- W2959360057 cites W2062505559 @default.
- W2959360057 cites W2063034068 @default.
- W2959360057 cites W2077428433 @default.
- W2959360057 cites W2078601266 @default.
- W2959360057 cites W2082838616 @default.
- W2959360057 cites W2085703611 @default.
- W2959360057 cites W2085724215 @default.
- W2959360057 cites W2091515982 @default.
- W2959360057 cites W2094085686 @default.
- W2959360057 cites W2101278152 @default.
- W2959360057 cites W2108609540 @default.
- W2959360057 cites W2123160841 @default.
- W2959360057 cites W2132351957 @default.
- W2959360057 cites W2139625757 @default.
- W2959360057 cites W2151290387 @default.
- W2959360057 cites W2154447506 @default.
- W2959360057 cites W2159727241 @default.
- W2959360057 cites W2163335622 @default.
- W2959360057 cites W2163591650 @default.
- W2959360057 cites W2168682319 @default.
- W2959360057 cites W2169289018 @default.
- W2959360057 cites W2191191042 @default.
- W2959360057 cites W2262771847 @default.
- W2959360057 cites W2277026905 @default.
- W2959360057 cites W2279793756 @default.
- W2959360057 cites W2299999497 @default.
- W2959360057 cites W2325377731 @default.
- W2959360057 cites W2331861835 @default.
- W2959360057 cites W2338898177 @default.
- W2959360057 cites W2473801385 @default.
- W2959360057 cites W2530427338 @default.
- W2959360057 cites W2565419404 @default.
- W2959360057 cites W2580930337 @default.
- W2959360057 cites W2593209621 @default.
- W2959360057 cites W2593465615 @default.
- W2959360057 cites W2622151748 @default.
- W2959360057 cites W2624694073 @default.
- W2959360057 cites W2775126090 @default.
- W2959360057 cites W2785872868 @default.
- W2959360057 cites W2794219571 @default.
- W2959360057 cites W2794374564 @default.
- W2959360057 cites W2799935408 @default.
- W2959360057 cites W287112534 @default.
- W2959360057 cites W2889345218 @default.
- W2959360057 cites W2902628429 @default.
- W2959360057 cites W2902640654 @default.
- W2959360057 doi "https://doi.org/10.1016/j.chemosphere.2019.124364" @default.
- W2959360057 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/31326755" @default.
- W2959360057 hasPublicationYear "2019" @default.
- W2959360057 type Work @default.
- W2959360057 sameAs 2959360057 @default.
- W2959360057 citedByCount "398" @default.
- W2959360057 countsByYear W29593600572019 @default.
- W2959360057 countsByYear W29593600572020 @default.
- W2959360057 countsByYear W29593600572021 @default.
- W2959360057 countsByYear W29593600572022 @default.
- W2959360057 countsByYear W29593600572023 @default.
- W2959360057 crossrefType "journal-article" @default.
- W2959360057 hasAuthorship W2959360057A5003956756 @default.