FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1981773053> ?p ?o ?g. }

• W1981773053 endingPage "72" @default.
• W1981773053 startingPage "59" @default.
• W1981773053 abstract "Abstract Dissolved and particulate cadmium, copper, iron, lead, cobalt and nickel were analyzed in surface waters of the Wanquan River estuary and the Wenchang/Wenjiao River estuary in East-Hainan Island during the dry season (December 2006) and two wet seasons (August 2007 and July/August 2008). A major difference to other Chinese rivers was the very low concentration of suspended particles in these tropical Hainan estuaries. In the dissolved phase, a positive deviation from the theoretical dilution line was observed for Cd during different expeditions. Dissolved Cu and Ni essentially behaved conservatively, while Fe, Pb and partly also Co correlated in their negative deviation from simple mixing. Strong seasonal variability was observed only for dissolved Fe, Pb and Cd: sorption by the much higher loading with suspended particles during the dry season lead to a strong lowering of dissolved Fe and Pb, while the opposite was observed for dissolved Cd. In both estuaries all six metals in particulate form showed almost constant values with a tendency for slight decreases along the salinity profile. The normalization to particulate Al revealed some specific particle properties during the different expeditions. The dynamics of Fe chemistry dominated the distribution of Pb in all forms. The distribution coefficients K D showed a general decrease in the order Fe>Pb>Co>Ni>Cu≈Cd. There was no “particle concentration effect”; rather the K D ’s of Fe and Pb exhibited slightly positive correlations with the suspended particle loadings. Elevated concentrations levels in the Wenchang/Wenjiao river estuary, especially during the wet season 2008, were ascribed to diffuse inputs from aquaculture ponds which girdle the upper estuary. In comparison to major Chinese rivers, the tropical Hainan estuaries ( S >0) showed similar levels for Cd, Cu, Pb, Co and Ni in particles and solution, while Fe was enriched in both matrices. On a global scale, neither in the Wanquan river estuary nor in the Wenchang/Wenjiao river estuary significant trace metal contamination was observed." @default.
• W1981773053 created "2016-06-24" @default.
• W1981773053 creator A5010594755 @default.
• W1981773053 creator A5047822687 @default.
• W1981773053 creator A5062499328 @default.
• W1981773053 creator A5068719402 @default.
• W1981773053 date "2013-04-01" @default.
• W1981773053 modified "2023-09-27" @default.
• W1981773053 title "Estuarine modification of dissolved and particulate trace metals in major rivers of East-Hainan, China" @default.
• W1981773053 cites W1619952594 @default.
• W1981773053 cites W1963594377 @default.
• W1981773053 cites W1964106908 @default.
• W1981773053 cites W1965232511 @default.
• W1981773053 cites W1967828901 @default.
• W1981773053 cites W1967990870 @default.
• W1981773053 cites W1973794413 @default.
• W1981773053 cites W1974092648 @default.
• W1981773053 cites W1975357690 @default.
• W1981773053 cites W1975720807 @default.
• W1981773053 cites W1976055215 @default.
• W1981773053 cites W1976098956 @default.
• W1981773053 cites W1976945459 @default.
• W1981773053 cites W1977017535 @default.
• W1981773053 cites W1980454186 @default.
• W1981773053 cites W1981306159 @default.
• W1981773053 cites W1983397462 @default.
• W1981773053 cites W1983532148 @default.
• W1981773053 cites W1986305937 @default.
• W1981773053 cites W1989605162 @default.
• W1981773053 cites W1994089677 @default.
• W1981773053 cites W1995495601 @default.
• W1981773053 cites W1995680098 @default.
• W1981773053 cites W1996350167 @default.
• W1981773053 cites W1997083498 @default.
• W1981773053 cites W1999810247 @default.
• W1981773053 cites W2000288649 @default.
• W1981773053 cites W2004464053 @default.
• W1981773053 cites W2004802721 @default.
• W1981773053 cites W2007561813 @default.
• W1981773053 cites W2008055325 @default.
• W1981773053 cites W2008698399 @default.
• W1981773053 cites W2010829351 @default.
• W1981773053 cites W2014257123 @default.
• W1981773053 cites W2014702499 @default.
• W1981773053 cites W2021076835 @default.
• W1981773053 cites W2027478681 @default.
• W1981773053 cites W2039091335 @default.
• W1981773053 cites W2040242166 @default.
• W1981773053 cites W2042420689 @default.
• W1981773053 cites W2043136525 @default.
• W1981773053 cites W2044773460 @default.
• W1981773053 cites W2054270649 @default.
• W1981773053 cites W2059518161 @default.
• W1981773053 cites W2060426451 @default.
• W1981773053 cites W2064152944 @default.
• W1981773053 cites W2069483567 @default.
• W1981773053 cites W2071529309 @default.
• W1981773053 cites W2071588587 @default.
• W1981773053 cites W2072567968 @default.
• W1981773053 cites W2076322482 @default.
• W1981773053 cites W2078476253 @default.
• W1981773053 cites W2082714886 @default.
• W1981773053 cites W2085762268 @default.
• W1981773053 cites W2087014014 @default.
• W1981773053 cites W2087067181 @default.
• W1981773053 cites W2087593942 @default.
• W1981773053 cites W2089810824 @default.
• W1981773053 cites W2090723881 @default.
• W1981773053 cites W2090998118 @default.
• W1981773053 cites W2093220030 @default.
• W1981773053 cites W2093406662 @default.
• W1981773053 cites W2095051997 @default.
• W1981773053 cites W2103658315 @default.
• W1981773053 cites W2108875958 @default.
• W1981773053 cites W2112685686 @default.
• W1981773053 cites W2121169535 @default.
• W1981773053 cites W2122307906 @default.
• W1981773053 cites W2133578569 @default.
• W1981773053 cites W2134030172 @default.
• W1981773053 cites W2154182089 @default.
• W1981773053 cites W2155282396 @default.
• W1981773053 cites W2162328998 @default.
• W1981773053 cites W2172110645 @default.
• W1981773053 cites W2407238434 @default.
• W1981773053 cites W4246921430 @default.
• W1981773053 doi "https://doi.org/10.1016/j.csr.2012.06.015" @default.
• W1981773053 hasPublicationYear "2013" @default.
• W1981773053 type Work @default.
• W1981773053 sameAs 1981773053 @default.
• W1981773053 citedByCount "33" @default.
• W1981773053 countsByYear W19817730532014 @default.
• W1981773053 countsByYear W19817730532015 @default.
• W1981773053 countsByYear W19817730532016 @default.
• W1981773053 countsByYear W19817730532017 @default.
• W1981773053 countsByYear W19817730532018 @default.
• W1981773053 countsByYear W19817730532019 @default.
• W1981773053 countsByYear W19817730532020 @default.
• W1981773053 countsByYear W19817730532021 @default.

• next