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• W2024797411 abstract "Three Ecopath with Ecosim models were constructed to represent the eutrophication gradient along the south arm of the Mondego estuary (Portugal). Sampling was conducted in three areas representative of different environmental situations along the gradient: (a) a non-eutrophic area (Zostera noltii meadows), (b) an intermediate eutrophic area (macrophyte absent, although residual roots can still be found in the sediment, and the occasional formation of abundant macroalgae mats) and (c) a strongly eutrophic area (macrophyte community totally absent for at least a decade and strong, regularly occurring, blooms of Ulva spp.). Field, laboratory and literature information were used to construct the models, as well as empirical ecological knowledge gained from years of work on this system. Approximately 76 trophic groups (e.g. Phytoplankton and Zooplankton species), species and genera were included. These species were grouped into 43, 36 and 34 model groups for Zostera sp. meadows, intermediate eutrophic area and strongly eutrophic area, respectively. The groups were arranged by trophic similarity and habitat preferences; special distinction is given to macrofauna. Biomass, production, consumption, and diet are among the parameters used to describe each group. The sum of consumptions, exports, respiration, production, flow to detritus, total system throughput and annual rate of net primary production was always higher in the Zostera sp. meadows, followed by the strongly eutrophic area and, finally, by the intermediate eutrophic area." @default.
• W2024797411 created "2016-06-24" @default.
• W2024797411 creator A5048691666 @default.
• W2024797411 creator A5062829649 @default.
• W2024797411 date "2006-08-01" @default.
• W2024797411 modified "2023-10-10" @default.
• W2024797411 title "Mass balanced models of the food web in three areas along a gradient of eutrophication symptoms in the south arm of the Mondego estuary (Portugal)" @default.
• W2024797411 cites W1963805497 @default.
• W2024797411 cites W1967049079 @default.
• W2024797411 cites W1968320474 @default.
• W2024797411 cites W1968995386 @default.
• W2024797411 cites W1969419700 @default.
• W2024797411 cites W1971392084 @default.
• W2024797411 cites W1971808955 @default.
• W2024797411 cites W1972501876 @default.
• W2024797411 cites W1974218057 @default.
• W2024797411 cites W1974646244 @default.
• W2024797411 cites W1975000618 @default.
• W2024797411 cites W1980739955 @default.
• W2024797411 cites W1981076217 @default.
• W2024797411 cites W1983246275 @default.
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• W2024797411 cites W1990011730 @default.
• W2024797411 cites W1992251051 @default.
• W2024797411 cites W1993805401 @default.
• W2024797411 cites W1994346695 @default.
• W2024797411 cites W1996271202 @default.
• W2024797411 cites W1997649950 @default.
• W2024797411 cites W1997923984 @default.
• W2024797411 cites W1998139164 @default.
• W2024797411 cites W1999402507 @default.
• W2024797411 cites W2002791920 @default.
• W2024797411 cites W2005699225 @default.
• W2024797411 cites W2008242803 @default.
• W2024797411 cites W2010791960 @default.
• W2024797411 cites W2015539382 @default.
• W2024797411 cites W2015832058 @default.
• W2024797411 cites W2016599466 @default.
• W2024797411 cites W2021735185 @default.
• W2024797411 cites W2024125439 @default.
• W2024797411 cites W2029069229 @default.
• W2024797411 cites W2033313451 @default.
• W2024797411 cites W2034926666 @default.
• W2024797411 cites W2036703283 @default.
• W2024797411 cites W2038628078 @default.
• W2024797411 cites W2039693363 @default.
• W2024797411 cites W2040601174 @default.
• W2024797411 cites W2051201942 @default.
• W2024797411 cites W2054203796 @default.
• W2024797411 cites W2054612169 @default.
• W2024797411 cites W2055197858 @default.
• W2024797411 cites W2057008825 @default.
• W2024797411 cites W2060366752 @default.
• W2024797411 cites W2064319679 @default.
• W2024797411 cites W2065051268 @default.
• W2024797411 cites W2066140750 @default.
• W2024797411 cites W2067007593 @default.
• W2024797411 cites W2067537602 @default.
• W2024797411 cites W2067888177 @default.
• W2024797411 cites W2069013622 @default.
• W2024797411 cites W2069872177 @default.
• W2024797411 cites W2069934534 @default.
• W2024797411 cites W2070650273 @default.
• W2024797411 cites W2073982724 @default.
• W2024797411 cites W2077870300 @default.
• W2024797411 cites W2087641521 @default.
• W2024797411 cites W2088395296 @default.
• W2024797411 cites W2088591325 @default.
• W2024797411 cites W2089045982 @default.
• W2024797411 cites W2089966929 @default.
• W2024797411 cites W2091774784 @default.
• W2024797411 cites W2094243994 @default.
• W2024797411 cites W2107707447 @default.
• W2024797411 cites W2108293309 @default.
• W2024797411 cites W2113708914 @default.
• W2024797411 cites W2121518140 @default.
• W2024797411 cites W2137298144 @default.
• W2024797411 cites W2138494006 @default.
• W2024797411 cites W2146762127 @default.
• W2024797411 cites W2164165897 @default.
• W2024797411 cites W2317845212 @default.
• W2024797411 cites W2490873322 @default.
• W2024797411 cites W2602335799 @default.
• W2024797411 cites W4230871231 @default.
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• W2024797411 doi "https://doi.org/10.1016/j.ecolmodel.2006.03.008" @default.
• W2024797411 hasPublicationYear "2006" @default.
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