FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W331246151> ?p ?o ?g. }

• W331246151 endingPage "81" @default.
• W331246151 startingPage "72" @default.
• W331246151 abstract "The influence of vegetation and soil texture on the concentration and character of dissolved organic matter (DOM) present in runoff from the surface and sub-surface of zero order catchments of the Myponga Reservoir-catchment (South Australia) was investigated to determine the impacts of catchment characteristics and land management practices on the quality of waters used for domestic supply. Catchments selected have distinct vegetative cover (grass, native vegetation or pine) and contrasting texture of the surface soil horizon (sand or clay loam/clay). Water samples were collected from three slope positions (upper, middle, and lower) at soil depths of ~30 cm and ~60 cm in addition to overland flows. Filtered (0.45 μm) water samples were analyzed for dissolved organic carbon (DOC) and UV-visible absorbance and by F-EEM and HPSEC with UV and fluorescence detection to characterize the DOM. Surface and sub-surface runoff from catchments with clay soils and native vegetation or grass had lower DOC concentrations and lower relative abundances of aromatic, humic-like and high molecular weight organics than runoff from sandy soils with these vegetative types. Sub-surface flows from two catchments with Pinus radiata had similar DOC concentrations and DOM character, regardless of marked variation in surface soil texture. Runoff from catchments under native vegetation and grass on clay soils resulted in lower DOC concentrations and hence would be expected to have lower coagulant demand in conventional treatment for potable water supply than runoff from corresponding sandy soil catchments. However, organics in runoff from clay catchments would be more difficult to remove by coagulation. Surface waters from the native vegetation and grass catchments were generally found to have higher relative abundance of organic compounds amenable to removal by coagulation compared with sub-surface waters. Biophysical and land management practices combine to have a marked influence on the quality of source water used for domestic supply." @default.
• W331246151 created "2016-06-24" @default.
• W331246151 creator A5000598413 @default.
• W331246151 creator A5011923486 @default.
• W331246151 creator A5020800375 @default.
• W331246151 creator A5046358448 @default.
• W331246151 creator A5047848210 @default.
• W331246151 creator A5064246101 @default.
• W331246151 creator A5068097372 @default.
• W331246151 creator A5079065276 @default.
• W331246151 creator A5080389150 @default.
• W331246151 creator A5088679531 @default.
• W331246151 date "2015-10-01" @default.
• W331246151 modified "2023-09-27" @default.
• W331246151 title "The effect of vegetation and soil texture on the nature of organics in runoff from a catchment supplying water for domestic consumption" @default.
• W331246151 cites W1555606649 @default.
• W331246151 cites W1583352587 @default.
• W331246151 cites W1648603950 @default.
• W331246151 cites W1962383569 @default.
• W331246151 cites W1964451382 @default.
• W331246151 cites W1970801056 @default.
• W331246151 cites W1974051878 @default.
• W331246151 cites W1977078320 @default.
• W331246151 cites W1979025655 @default.
• W331246151 cites W1983154220 @default.
• W331246151 cites W1983367361 @default.
• W331246151 cites W1985506825 @default.
• W331246151 cites W1991731392 @default.
• W331246151 cites W1994455602 @default.
• W331246151 cites W1996911944 @default.
• W331246151 cites W2004104118 @default.
• W331246151 cites W2006342326 @default.
• W331246151 cites W2011671875 @default.
• W331246151 cites W2013287479 @default.
• W331246151 cites W2014252764 @default.
• W331246151 cites W2014787734 @default.
• W331246151 cites W2015485920 @default.
• W331246151 cites W2018225259 @default.
• W331246151 cites W2021197984 @default.
• W331246151 cites W2021668238 @default.
• W331246151 cites W2023674396 @default.
• W331246151 cites W2024787549 @default.
• W331246151 cites W2025939314 @default.
• W331246151 cites W2026775168 @default.
• W331246151 cites W2030369736 @default.
• W331246151 cites W2031047453 @default.
• W331246151 cites W2031778813 @default.
• W331246151 cites W2034112725 @default.
• W331246151 cites W2035550773 @default.
• W331246151 cites W2035735964 @default.
• W331246151 cites W2038415929 @default.
• W331246151 cites W2038705371 @default.
• W331246151 cites W2038932933 @default.
• W331246151 cites W2042533040 @default.
• W331246151 cites W2042947098 @default.
• W331246151 cites W2049070397 @default.
• W331246151 cites W2054896221 @default.
• W331246151 cites W2056969588 @default.
• W331246151 cites W2063901241 @default.
• W331246151 cites W2064911832 @default.
• W331246151 cites W2065180529 @default.
• W331246151 cites W2065660208 @default.
• W331246151 cites W2072323030 @default.
• W331246151 cites W2073199198 @default.
• W331246151 cites W2074481633 @default.
• W331246151 cites W2074560576 @default.
• W331246151 cites W2077329198 @default.
• W331246151 cites W2077970024 @default.
• W331246151 cites W2084449921 @default.
• W331246151 cites W2089538016 @default.
• W331246151 cites W2091821744 @default.
• W331246151 cites W2092246666 @default.
• W331246151 cites W2092266488 @default.
• W331246151 cites W2093257889 @default.
• W331246151 cites W2093653116 @default.
• W331246151 cites W2102428318 @default.
• W331246151 cites W2108035379 @default.
• W331246151 cites W2115602804 @default.
• W331246151 cites W2120321951 @default.
• W331246151 cites W2120441014 @default.
• W331246151 cites W2147940259 @default.
• W331246151 cites W2151689423 @default.
• W331246151 cites W2151908039 @default.
• W331246151 cites W2161310275 @default.
• W331246151 cites W216432526 @default.
• W331246151 cites W2249643895 @default.
• W331246151 cites W2319012036 @default.
• W331246151 cites W4237607561 @default.
• W331246151 cites W4240549087 @default.
• W331246151 doi "https://doi.org/10.1016/j.scitotenv.2015.05.037" @default.
• W331246151 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/26005751" @default.
• W331246151 hasPublicationYear "2015" @default.
• W331246151 type Work @default.
• W331246151 sameAs 331246151 @default.
• W331246151 citedByCount "13" @default.
• W331246151 countsByYear W3312461512016 @default.
• W331246151 countsByYear W3312461512017 @default.
• W331246151 countsByYear W3312461512018 @default.

• next