Matches in SemOpenAlex for { <https://semopenalex.org/work/W3160992877> ?p ?o ?g. }
- W3160992877 endingPage "126414" @default.
- W3160992877 startingPage "126414" @default.
- W3160992877 abstract "A floodplain lake system can be described as a water conveyance-type lake system that is subject to high water-level fluctuations (WLFs). This study investigated the effects of WLF on the nutrient status and the gross primary productivity (GPP) of phytoplankton in Lake Poyang, a large floodplain-lake system in China. This study hypothesized that WLF is the key controlling regulator of the lake’s nutrient status, phytoplankton growth and GPP, driven by its influence on the lake’s hydrological connectivity in combination with water-flow velocity as well as other environmental parameters. The results showed that the intra-annual water levels in this lake varied from 7.61 m to 20.82 m while inter-annual water levels significantly decreased throughout 1989–2018 (P < 0.05). Except for pH, most environmental variables and nutrients differed significantly each season. Mean GPP and chlorophyll a (Chl a) concentration during the water rising period was clearly higher compared to the dry season, wet season and falling period. Moreover, nutrient concentration was the main determining factor of phytoplankton growth and GPP during different periods, while water temperature (WT) also played a key role in influencing phytoplankton biomass and GPP during the water rising period. There was also a direct correlation between WLF and GPP during the water rising period, and WLF significantly affected nutrient concentration, subsequently impacting GPP. This study can benefit our overall knowledge of hydrological and ecological dynamics in floodplain-lake systems, while providing an important reference for policymakers in the management of dams and water quality in floodplain-lake systems globally." @default.
- W3160992877 created "2021-05-24" @default.
- W3160992877 creator A5003098041 @default.
- W3160992877 creator A5011278359 @default.
- W3160992877 creator A5020576909 @default.
- W3160992877 creator A5032548770 @default.
- W3160992877 creator A5052099130 @default.
- W3160992877 creator A5066729949 @default.
- W3160992877 creator A5081405024 @default.
- W3160992877 creator A5091884455 @default.
- W3160992877 date "2021-08-01" @default.
- W3160992877 modified "2023-10-18" @default.
- W3160992877 title "Water level as the key controlling regulator associated with nutrient and gross primary productivity changes in a large floodplain-lake system (Lake Poyang), China" @default.
- W3160992877 cites W1024024925 @default.
- W3160992877 cites W1270006159 @default.
- W3160992877 cites W1691834725 @default.
- W3160992877 cites W1881654663 @default.
- W3160992877 cites W1966339776 @default.
- W3160992877 cites W1966808625 @default.
- W3160992877 cites W1966936685 @default.
- W3160992877 cites W1973078867 @default.
- W3160992877 cites W1976651767 @default.
- W3160992877 cites W1980461457 @default.
- W3160992877 cites W1984506656 @default.
- W3160992877 cites W1985257784 @default.
- W3160992877 cites W1988384764 @default.
- W3160992877 cites W1992978326 @default.
- W3160992877 cites W1998186289 @default.
- W3160992877 cites W2013079290 @default.
- W3160992877 cites W2017460846 @default.
- W3160992877 cites W2018300640 @default.
- W3160992877 cites W2021202134 @default.
- W3160992877 cites W2022217278 @default.
- W3160992877 cites W2038474814 @default.
- W3160992877 cites W2039892381 @default.
- W3160992877 cites W2048938399 @default.
- W3160992877 cites W2050804150 @default.
- W3160992877 cites W2058730781 @default.
- W3160992877 cites W2081670526 @default.
- W3160992877 cites W2085489916 @default.
- W3160992877 cites W2087355168 @default.
- W3160992877 cites W2089077387 @default.
- W3160992877 cites W2091110590 @default.
- W3160992877 cites W2098599350 @default.
- W3160992877 cites W2117540262 @default.
- W3160992877 cites W2125919225 @default.
- W3160992877 cites W2127316340 @default.
- W3160992877 cites W2128400330 @default.
- W3160992877 cites W2137187107 @default.
- W3160992877 cites W2169337432 @default.
- W3160992877 cites W2171554326 @default.
- W3160992877 cites W2282673269 @default.
- W3160992877 cites W2317827024 @default.
- W3160992877 cites W2318680928 @default.
- W3160992877 cites W2337705198 @default.
- W3160992877 cites W2412057728 @default.
- W3160992877 cites W2503149084 @default.
- W3160992877 cites W2516687613 @default.
- W3160992877 cites W2521738692 @default.
- W3160992877 cites W2590028515 @default.
- W3160992877 cites W2647686643 @default.
- W3160992877 cites W2761122303 @default.
- W3160992877 cites W2766090940 @default.
- W3160992877 cites W2766369213 @default.
- W3160992877 cites W2774233635 @default.
- W3160992877 cites W2792970065 @default.
- W3160992877 cites W2891320163 @default.
- W3160992877 cites W2895017710 @default.
- W3160992877 cites W2903275409 @default.
- W3160992877 cites W2905936281 @default.
- W3160992877 cites W2942854102 @default.
- W3160992877 cites W2946572392 @default.
- W3160992877 cites W2950555512 @default.
- W3160992877 cites W2954089444 @default.
- W3160992877 cites W2955690319 @default.
- W3160992877 cites W2970893300 @default.
- W3160992877 cites W2971307112 @default.
- W3160992877 cites W2972604354 @default.
- W3160992877 cites W2988565680 @default.
- W3160992877 cites W3004321127 @default.
- W3160992877 cites W3014249200 @default.
- W3160992877 cites W3020275922 @default.
- W3160992877 cites W3113856864 @default.
- W3160992877 cites W3117526636 @default.
- W3160992877 doi "https://doi.org/10.1016/j.jhydrol.2021.126414" @default.
- W3160992877 hasPublicationYear "2021" @default.
- W3160992877 type Work @default.
- W3160992877 sameAs 3160992877 @default.
- W3160992877 citedByCount "27" @default.
- W3160992877 countsByYear W31609928772021 @default.
- W3160992877 countsByYear W31609928772022 @default.
- W3160992877 countsByYear W31609928772023 @default.
- W3160992877 crossrefType "journal-article" @default.
- W3160992877 hasAuthorship W3160992877A5003098041 @default.
- W3160992877 hasAuthorship W3160992877A5011278359 @default.
- W3160992877 hasAuthorship W3160992877A5020576909 @default.
- W3160992877 hasAuthorship W3160992877A5032548770 @default.
- W3160992877 hasAuthorship W3160992877A5052099130 @default.