Matches in SemOpenAlex for { <https://semopenalex.org/work/W2038674818> ?p ?o ?g. }
- W2038674818 endingPage "342" @default.
- W2038674818 startingPage "333" @default.
- W2038674818 abstract "Population growth and unpredictable climate changes will pose high demands on water resources in the future. Even at present, surface water is certainly not enough to cope with the water requirement for agricultural, industrial, recreational and drinking purposes. In this context, the usage of ground water has become essential, therefore, their quality and quantity has to be carefully managed. Regarding quantity, artificial recharge can guarantee a sustainable level of ground water, whilst the strict quality control of the waters intended for recharge will minimize contamination of both the ground water and aquifer area. However, all water resources in the planet are threatened by multiple sources of contamination coming from the extended use of chemicals worldwide. In this respect, the environmental occurrence of organic micropollutants such as pesticides, pharmaceuticals, industrial chemicals and their metabolites has experienced fast growing interest. In this paper an overview of the priority and emerging organic micropollutants in the different source waters used for artificial aquifer recharge purposes and in the recovered water is presented. Besides, some considerations regarding fate and removal of such compounds are also addressed." @default.
- W2038674818 created "2016-06-24" @default.
- W2038674818 creator A5003866204 @default.
- W2038674818 creator A5038199785 @default.
- W2038674818 date "2008-06-01" @default.
- W2038674818 modified "2023-10-15" @default.
- W2038674818 title "Trace organic chemicals contamination in ground water recharge" @default.
- W2038674818 cites W1608583522 @default.
- W2038674818 cites W165309799 @default.
- W2038674818 cites W184671227 @default.
- W2038674818 cites W1937198640 @default.
- W2038674818 cites W1964654214 @default.
- W2038674818 cites W1973002354 @default.
- W2038674818 cites W1980058743 @default.
- W2038674818 cites W1985243601 @default.
- W2038674818 cites W1987268018 @default.
- W2038674818 cites W1993661922 @default.
- W2038674818 cites W1993926520 @default.
- W2038674818 cites W1994221839 @default.
- W2038674818 cites W2005206215 @default.
- W2038674818 cites W2011934852 @default.
- W2038674818 cites W2013422567 @default.
- W2038674818 cites W2029349673 @default.
- W2038674818 cites W2029716971 @default.
- W2038674818 cites W2033024237 @default.
- W2038674818 cites W2034482533 @default.
- W2038674818 cites W2035995761 @default.
- W2038674818 cites W2036889458 @default.
- W2038674818 cites W2037337680 @default.
- W2038674818 cites W2037766564 @default.
- W2038674818 cites W2040325138 @default.
- W2038674818 cites W2041077995 @default.
- W2038674818 cites W2046689307 @default.
- W2038674818 cites W2048498825 @default.
- W2038674818 cites W2049254450 @default.
- W2038674818 cites W2050590731 @default.
- W2038674818 cites W2053124347 @default.
- W2038674818 cites W2053322034 @default.
- W2038674818 cites W2057632121 @default.
- W2038674818 cites W2059647195 @default.
- W2038674818 cites W2066716643 @default.
- W2038674818 cites W2067955380 @default.
- W2038674818 cites W2068784508 @default.
- W2038674818 cites W2071547180 @default.
- W2038674818 cites W2075760623 @default.
- W2038674818 cites W2076257793 @default.
- W2038674818 cites W2088488549 @default.
- W2038674818 cites W2100667239 @default.
- W2038674818 cites W2111592327 @default.
- W2038674818 cites W2130817953 @default.
- W2038674818 cites W2137462519 @default.
- W2038674818 cites W2337873149 @default.
- W2038674818 cites W2341608484 @default.
- W2038674818 cites W2404595578 @default.
- W2038674818 cites W2480469695 @default.
- W2038674818 cites W2529630008 @default.
- W2038674818 cites W2803633293 @default.
- W2038674818 cites W4211136976 @default.
- W2038674818 cites W607395184 @default.
- W2038674818 doi "https://doi.org/10.1016/j.chemosphere.2008.02.031" @default.
- W2038674818 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/18378277" @default.
- W2038674818 hasPublicationYear "2008" @default.
- W2038674818 type Work @default.
- W2038674818 sameAs 2038674818 @default.
- W2038674818 citedByCount "169" @default.
- W2038674818 countsByYear W20386748182012 @default.
- W2038674818 countsByYear W20386748182013 @default.
- W2038674818 countsByYear W20386748182014 @default.
- W2038674818 countsByYear W20386748182015 @default.
- W2038674818 countsByYear W20386748182016 @default.
- W2038674818 countsByYear W20386748182017 @default.
- W2038674818 countsByYear W20386748182018 @default.
- W2038674818 countsByYear W20386748182019 @default.
- W2038674818 countsByYear W20386748182020 @default.
- W2038674818 countsByYear W20386748182021 @default.
- W2038674818 countsByYear W20386748182022 @default.
- W2038674818 countsByYear W20386748182023 @default.
- W2038674818 crossrefType "journal-article" @default.
- W2038674818 hasAuthorship W2038674818A5003866204 @default.
- W2038674818 hasAuthorship W2038674818A5038199785 @default.
- W2038674818 hasConcept C112570922 @default.
- W2038674818 hasConcept C127413603 @default.
- W2038674818 hasConcept C153823671 @default.
- W2038674818 hasConcept C166957645 @default.
- W2038674818 hasConcept C174091901 @default.
- W2038674818 hasConcept C187320778 @default.
- W2038674818 hasConcept C18903297 @default.
- W2038674818 hasConcept C205649164 @default.
- W2038674818 hasConcept C2779343474 @default.
- W2038674818 hasConcept C2780797713 @default.
- W2038674818 hasConcept C39432304 @default.
- W2038674818 hasConcept C524765639 @default.
- W2038674818 hasConcept C526734887 @default.
- W2038674818 hasConcept C75622301 @default.
- W2038674818 hasConcept C76177295 @default.
- W2038674818 hasConcept C8625798 @default.
- W2038674818 hasConcept C86803240 @default.
- W2038674818 hasConcept C87717796 @default.