FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2911678893> ?p ?o ?g. }

• W2911678893 abstract "Coastal lagoons are among the marine habitats with the highest biological productivity, and supports a great variety of human activities and pressures that makes them especially vulnerable to trophic imbalances. While dystrophic crises are common in many lagoons, others like the Mar Menor show homeostatic mechanisms, high resilience and clear waters. This paper analyses the water column descriptors dynamic during the last 22 years in this lagoon, in the context of a eutrophication process produced by an increase in nutrient inputs, mainly derived from agriculture. Despite the increase in nitrate loads, the lagoon maintained two decades of homeostatic regulation, keeping the water transparency and relatively low levels of nutrients and chlorophyll a (Prebreak phase), followed by a sudden change of state in 2016 with an abrupt increase in nutrients and chlorophyll a concentration and loss of water transparency (Break phase), and a relatively rapid recovery after the reduction of nutrient discharges (Recovery phase). The activation of the regulation mechanisms is manifested by an ammonium production, as a consequence of the trophic web activity. The low relationship between chlorophyll and nutrients, mainly at small spatio-temporal scales, disagrees with the eutrophication traditional models, suggesting a rapid response of primary producers to nutrient inputs and a zooplankton control in the short-term, which in turn is controlled by the rest of the trophic web components. Homeostatic properties that provide resistance to the Mar Menor lagoon to deal with eutrophication are based on several mechanisms: channelling its production towards the benthic system (maintaining high biomasses of primary producers, filter feeders and detritivores), a top-down control of the pelagic trophic web exerted by ichthyoplankton and jellyfish, and exporting surplus production outside the system. Resilience of the system would be based on the high turnover in the species composition related to the restricted connectivity with the sea, the spatio-temporal variability of the environmental conditions, and the multiplicity of spatial-temporal scales involved in lagoon processes. TRIX index was sensitive to the water quality changes. However, in our study, its current score does not allow to anticipate or alert the eutrophication risk and the trophic breakpoint of the system." @default.
• W2911678893 created "2019-02-21" @default.
• W2911678893 creator A5002092429 @default.
• W2911678893 creator A5004435932 @default.
• W2911678893 creator A5006169516 @default.
• W2911678893 creator A5021587007 @default.
• W2911678893 creator A5028726643 @default.
• W2911678893 creator A5040383425 @default.
• W2911678893 creator A5044625591 @default.
• W2911678893 creator A5045797141 @default.
• W2911678893 creator A5050612015 @default.
• W2911678893 creator A5058222965 @default.
• W2911678893 creator A5067699350 @default.
• W2911678893 creator A5071564089 @default.
• W2911678893 creator A5077428317 @default.
• W2911678893 date "2019-02-11" @default.
• W2911678893 modified "2023-10-11" @default.
• W2911678893 title "Long-Term Dynamic in Nutrients, Chlorophyll a, and Water Quality Parameters in a Coastal Lagoon During a Process of Eutrophication for Decades, a Sudden Break and a Relatively Rapid Recovery" @default.
• W2911678893 cites W1964822126 @default.
• W2911678893 cites W1966468398 @default.
• W2911678893 cites W1970299485 @default.
• W2911678893 cites W1971699472 @default.
• W2911678893 cites W1978029468 @default.
• W2911678893 cites W1983103067 @default.
• W2911678893 cites W1986916520 @default.
• W2911678893 cites W1987165082 @default.
• W2911678893 cites W1987626202 @default.
• W2911678893 cites W1990139999 @default.
• W2911678893 cites W1992816477 @default.
• W2911678893 cites W1994552281 @default.
• W2911678893 cites W1998465873 @default.
• W2911678893 cites W1999452801 @default.
• W2911678893 cites W2004570616 @default.
• W2911678893 cites W2008259918 @default.
• W2911678893 cites W2008294682 @default.
• W2911678893 cites W2008837756 @default.
• W2911678893 cites W2010004505 @default.
• W2911678893 cites W2011004912 @default.
• W2911678893 cites W2013954313 @default.
• W2911678893 cites W2017518449 @default.
• W2911678893 cites W2022835608 @default.
• W2911678893 cites W2026559481 @default.
• W2911678893 cites W2028468196 @default.
• W2911678893 cites W2029188194 @default.
• W2911678893 cites W2035379888 @default.
• W2911678893 cites W2035503922 @default.
• W2911678893 cites W2040823492 @default.
• W2911678893 cites W2040935231 @default.
• W2911678893 cites W2043544053 @default.
• W2911678893 cites W2044600522 @default.
• W2911678893 cites W2046829941 @default.
• W2911678893 cites W2047948601 @default.
• W2911678893 cites W2048099788 @default.
• W2911678893 cites W2050205170 @default.
• W2911678893 cites W2052407571 @default.
• W2911678893 cites W2052781388 @default.
• W2911678893 cites W2053815728 @default.
• W2911678893 cites W2063005887 @default.
• W2911678893 cites W2064359817 @default.
• W2911678893 cites W2065155794 @default.
• W2911678893 cites W2067372480 @default.
• W2911678893 cites W2068366537 @default.
• W2911678893 cites W2082873895 @default.
• W2911678893 cites W2084403148 @default.
• W2911678893 cites W2085009046 @default.
• W2911678893 cites W2092988831 @default.
• W2911678893 cites W2094587922 @default.
• W2911678893 cites W2117885393 @default.
• W2911678893 cites W2121462613 @default.
• W2911678893 cites W2122172546 @default.
• W2911678893 cites W2128854214 @default.
• W2911678893 cites W2131535704 @default.
• W2911678893 cites W2134671146 @default.
• W2911678893 cites W2137276325 @default.
• W2911678893 cites W2140238300 @default.
• W2911678893 cites W2150268733 @default.
• W2911678893 cites W2150957293 @default.
• W2911678893 cites W2155389566 @default.
• W2911678893 cites W2155668340 @default.
• W2911678893 cites W2159666820 @default.
• W2911678893 cites W2160855382 @default.
• W2911678893 cites W2168311588 @default.
• W2911678893 cites W2188679279 @default.
• W2911678893 cites W2283682732 @default.
• W2911678893 cites W2292112264 @default.
• W2911678893 cites W2421054310 @default.
• W2911678893 cites W2437656165 @default.
• W2911678893 cites W2491382239 @default.
• W2911678893 cites W2499251753 @default.
• W2911678893 cites W2535865954 @default.
• W2911678893 cites W2586163487 @default.
• W2911678893 cites W2630447407 @default.
• W2911678893 cites W2768272080 @default.
• W2911678893 cites W2772236465 @default.
• W2911678893 cites W2792635232 @default.
• W2911678893 cites W2793892273 @default.
• W2911678893 cites W2794420229 @default.
• W2911678893 cites W2801278363 @default.
• W2911678893 cites W2801753748 @default.
• W2911678893 cites W2809404511 @default.

• next