Matches in SemOpenAlex for { <https://semopenalex.org/work/W3139013660> ?p ?o ?g. }
- W3139013660 endingPage "116998" @default.
- W3139013660 startingPage "116998" @default.
- W3139013660 abstract "Naturally present aquatic microorganisms play an important role in water purification systems, such as the self-purification of surface waters. In this study, two water sources representing polluted surface water (Olympic Green; OG) and unpolluted surface water (Jingmi river; JM), were used to explore the self-purification of surface water by bacteria under different environmental conditions. The dominant bacterial community of OG and JM waters (both are Firmicutes and Proteobacteria) were isolated, cultured, and then used to carry out flocculation tests. Results showed that the flocculation ability of the dominant bacteria and extracellular polymeric substances (EPS) obtained from OG isolation was significantly greater than that from JM. Further examination illustrated that the main components of EPS were polysaccharides, which played an important role in improving the flocculation ability of bacteria. EPS from dominant cultural bacteria strains (OG1 and JM3) isolated from the two different sources lacked hydrophilic groups (e.g. COOH) and had a networked structure which are the main reasons to enhance the flocculation ability. The bacterial diversity and redundancy analysis (RDA) results also showed that microbial community composition is determined by water quality (SS, TOC, and NH4+), and different Bacteroidetes, Actinobacteria and Proteobacteria community structures can improve the water body’s ability to remove environmental pollutants (such as SS, humic acid and fulvic acid). These findings provide new information showing how bacterial communities change with environmental factors while maintaining the purity of surface water." @default.
- W3139013660 created "2021-03-29" @default.
- W3139013660 creator A5005737144 @default.
- W3139013660 creator A5015001050 @default.
- W3139013660 creator A5030054664 @default.
- W3139013660 creator A5045411021 @default.
- W3139013660 creator A5052022256 @default.
- W3139013660 date "2021-07-01" @default.
- W3139013660 modified "2023-10-07" @default.
- W3139013660 title "Contribution of bacterial extracellular polymeric substances (EPS) in surface water purification" @default.
- W3139013660 cites W1828773736 @default.
- W3139013660 cites W1882450270 @default.
- W3139013660 cites W1939060006 @default.
- W3139013660 cites W1965908017 @default.
- W3139013660 cites W1966834409 @default.
- W3139013660 cites W1969537603 @default.
- W3139013660 cites W1981206423 @default.
- W3139013660 cites W1981473027 @default.
- W3139013660 cites W1983198336 @default.
- W3139013660 cites W1985590996 @default.
- W3139013660 cites W1987553057 @default.
- W3139013660 cites W1987739153 @default.
- W3139013660 cites W2003672769 @default.
- W3139013660 cites W2005168363 @default.
- W3139013660 cites W2006365556 @default.
- W3139013660 cites W2007373502 @default.
- W3139013660 cites W2010209286 @default.
- W3139013660 cites W2015400756 @default.
- W3139013660 cites W2016224107 @default.
- W3139013660 cites W2016452791 @default.
- W3139013660 cites W2022269454 @default.
- W3139013660 cites W2041250782 @default.
- W3139013660 cites W2044781364 @default.
- W3139013660 cites W2045267985 @default.
- W3139013660 cites W2045860048 @default.
- W3139013660 cites W2052147432 @default.
- W3139013660 cites W2053298042 @default.
- W3139013660 cites W2053769027 @default.
- W3139013660 cites W2058642659 @default.
- W3139013660 cites W2059983447 @default.
- W3139013660 cites W2068057970 @default.
- W3139013660 cites W2070300719 @default.
- W3139013660 cites W2075116430 @default.
- W3139013660 cites W2077307587 @default.
- W3139013660 cites W2080457457 @default.
- W3139013660 cites W2084362254 @default.
- W3139013660 cites W2084524312 @default.
- W3139013660 cites W2089811782 @default.
- W3139013660 cites W2109864877 @default.
- W3139013660 cites W2118355172 @default.
- W3139013660 cites W2120061656 @default.
- W3139013660 cites W2125376461 @default.
- W3139013660 cites W2128509875 @default.
- W3139013660 cites W2144465161 @default.
- W3139013660 cites W2149787911 @default.
- W3139013660 cites W2155567011 @default.
- W3139013660 cites W2163142510 @default.
- W3139013660 cites W2168542758 @default.
- W3139013660 cites W2170740397 @default.
- W3139013660 cites W2171780940 @default.
- W3139013660 cites W2258019494 @default.
- W3139013660 cites W2284885452 @default.
- W3139013660 cites W2325131787 @default.
- W3139013660 cites W2389648433 @default.
- W3139013660 cites W2409836349 @default.
- W3139013660 cites W2528865328 @default.
- W3139013660 cites W2584970773 @default.
- W3139013660 cites W2591777763 @default.
- W3139013660 cites W2603702233 @default.
- W3139013660 cites W2604286061 @default.
- W3139013660 cites W2616935735 @default.
- W3139013660 cites W2724130383 @default.
- W3139013660 cites W2755644123 @default.
- W3139013660 cites W2781567654 @default.
- W3139013660 cites W2790481264 @default.
- W3139013660 cites W2791386265 @default.
- W3139013660 cites W2889105540 @default.
- W3139013660 cites W2901180867 @default.
- W3139013660 cites W2916110976 @default.
- W3139013660 cites W2922443320 @default.
- W3139013660 cites W2946170715 @default.
- W3139013660 cites W2972915939 @default.
- W3139013660 cites W2983923176 @default.
- W3139013660 cites W3011339679 @default.
- W3139013660 cites W3036730184 @default.
- W3139013660 cites W3037557152 @default.
- W3139013660 cites W4237890846 @default.
- W3139013660 doi "https://doi.org/10.1016/j.envpol.2021.116998" @default.
- W3139013660 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/33780840" @default.
- W3139013660 hasPublicationYear "2021" @default.
- W3139013660 type Work @default.
- W3139013660 sameAs 3139013660 @default.
- W3139013660 citedByCount "13" @default.
- W3139013660 countsByYear W31390136602022 @default.
- W3139013660 countsByYear W31390136602023 @default.
- W3139013660 crossrefType "journal-article" @default.
- W3139013660 hasAuthorship W3139013660A5005737144 @default.
- W3139013660 hasAuthorship W3139013660A5015001050 @default.