FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2995602106> ?p ?o ?g. }

• W2995602106 endingPage "37" @default.
• W2995602106 startingPage "37" @default.
• W2995602106 abstract "Floodplain ecosystems in Africa are under threat due to direct anthropogenic pressure and climate change. The lower Phongolo River and associated floodplain is South Africa’s largest inland floodplain ecosystem and has been regulated by the Pongolapoort Dam since the 1970s. The last controlled flood release from the dam occurred in December 2014, after which a severe drought occurred and only a base flow was released. The central aims of this study were to determine the historic and present water quality state of the middle and lower Phongolo River and assess the possible effects of the most recent drought may have had. Historic water quality data (1970s to present) were obtained from monitoring stations within the Phongolo River catchment to assess the long-term water quality patterns. Using multivariate statistical analyses as well as the Physicochemical Driver Assessment Index (PAI), a water quality index developed for South African riverine ecosystems, various in situ and chemical water variables were analysed. Key findings included that the water quality of the middle and lower Phongolo River has degraded since the 1970s, due to increased salinity and nutrient inputs from surrounding irrigation schemes. The Pongolapoort Dam appears to be trapping nutrient-rich sediments leading to nutrient-depleted water entering the lower Phongolo River. The nutrient levels increase again as the river flows through the downstream floodplain through input from nutrient rich soils and fertilizers. The drought did not have any significant effect on water quality as the PAI remained similar to pre-drought conditions." @default.
• W2995602106 created "2019-12-26" @default.
• W2995602106 creator A5007882204 @default.
• W2995602106 creator A5013832364 @default.
• W2995602106 creator A5065754007 @default.
• W2995602106 creator A5069322755 @default.
• W2995602106 creator A5075429532 @default.
• W2995602106 creator A5076906546 @default.
• W2995602106 creator A5077913357 @default.
• W2995602106 date "2019-12-20" @default.
• W2995602106 modified "2023-10-06" @default.
• W2995602106 title "Long-Term Water Quality Patterns of a Flow Regulated Tropical Lowland River" @default.
• W2995602106 cites W105214097 @default.
• W2995602106 cites W1524229245 @default.
• W2995602106 cites W1547321683 @default.
• W2995602106 cites W1548495737 @default.
• W2995602106 cites W1932017639 @default.
• W2995602106 cites W1968111533 @default.
• W2995602106 cites W1971809144 @default.
• W2995602106 cites W1978811540 @default.
• W2995602106 cites W1980398255 @default.
• W2995602106 cites W1982901688 @default.
• W2995602106 cites W1983159915 @default.
• W2995602106 cites W2001663101 @default.
• W2995602106 cites W2004169947 @default.
• W2995602106 cites W2006726198 @default.
• W2995602106 cites W2008464211 @default.
• W2995602106 cites W2009513290 @default.
• W2995602106 cites W2015789609 @default.
• W2995602106 cites W2016912084 @default.
• W2995602106 cites W2026172409 @default.
• W2995602106 cites W2030660834 @default.
• W2995602106 cites W2032047304 @default.
• W2995602106 cites W2037004467 @default.
• W2995602106 cites W2040469824 @default.
• W2995602106 cites W2044300679 @default.
• W2995602106 cites W2047093552 @default.
• W2995602106 cites W2049834076 @default.
• W2995602106 cites W2050328275 @default.
• W2995602106 cites W2056036113 @default.
• W2995602106 cites W2064258102 @default.
• W2995602106 cites W2066719072 @default.
• W2995602106 cites W2067794143 @default.
• W2995602106 cites W2072848150 @default.
• W2995602106 cites W2075848333 @default.
• W2995602106 cites W2078245144 @default.
• W2995602106 cites W2088495314 @default.
• W2995602106 cites W2088633377 @default.
• W2995602106 cites W2092469353 @default.
• W2995602106 cites W2094582972 @default.
• W2995602106 cites W2096305306 @default.
• W2995602106 cites W2098827594 @default.
• W2995602106 cites W2105117855 @default.
• W2995602106 cites W2114967648 @default.
• W2995602106 cites W2120971106 @default.
• W2995602106 cites W2122781082 @default.
• W2995602106 cites W2125623572 @default.
• W2995602106 cites W2128993175 @default.
• W2995602106 cites W2129161539 @default.
• W2995602106 cites W2130894313 @default.
• W2995602106 cites W2131575422 @default.
• W2995602106 cites W2136946892 @default.
• W2995602106 cites W2144262173 @default.
• W2995602106 cites W2150542410 @default.
• W2995602106 cites W2152362458 @default.
• W2995602106 cites W2155750683 @default.
• W2995602106 cites W2163596425 @default.
• W2995602106 cites W2164509158 @default.
• W2995602106 cites W2169504955 @default.
• W2995602106 cites W2171190612 @default.
• W2995602106 cites W2177953321 @default.
• W2995602106 cites W2189789192 @default.
• W2995602106 cites W2196757375 @default.
• W2995602106 cites W2346817832 @default.
• W2995602106 cites W2509464886 @default.
• W2995602106 cites W2522116570 @default.
• W2995602106 cites W2560254428 @default.
• W2995602106 cites W2610503222 @default.
• W2995602106 cites W2615954088 @default.
• W2995602106 cites W2741673966 @default.
• W2995602106 cites W2753667596 @default.
• W2995602106 cites W2755379062 @default.
• W2995602106 cites W2764062668 @default.
• W2995602106 cites W2770588852 @default.
• W2995602106 cites W2787774311 @default.
• W2995602106 cites W2796214114 @default.
• W2995602106 cites W2845302506 @default.
• W2995602106 cites W434434909 @default.
• W2995602106 doi "https://doi.org/10.3390/w12010037" @default.
• W2995602106 hasPublicationYear "2019" @default.
• W2995602106 type Work @default.
• W2995602106 sameAs 2995602106 @default.
• W2995602106 citedByCount "10" @default.
• W2995602106 countsByYear W29956021062020 @default.
• W2995602106 countsByYear W29956021062021 @default.
• W2995602106 countsByYear W29956021062022 @default.
• W2995602106 countsByYear W29956021062023 @default.
• W2995602106 crossrefType "journal-article" @default.

• next