Matches in SemOpenAlex for { <https://semopenalex.org/work/W2078385110> ?p ?o ?g. }
- W2078385110 endingPage "313" @default.
- W2078385110 startingPage "300" @default.
- W2078385110 abstract "Water quality and quantity problems in the Guadiana estuary due to a recently built dam have been predicted, including an enhancement of cyanobacteria blooms. The main goal of this work was thus to describe the present phytoplankton dynamics in relation to its environmental drivers and to evaluate the effects of damming on phytoplankton in the Guadiana estuary. Sampling campaigns were conducted during 2007–2009 in 4 locations of the Guadiana estuary, covering the salinity gradient. Phytoplankton-related and physical–chemical variables were analyzed. Throughout our study, light availability was mainly controlled by suspended sediments and it was much lower than saturating intensities described for phytoplankton growth. Therefore, light was probably limiting to phytoplankton growth throughout the year, especially in the middle and upper estuarine zones. Nitrogen limitation of phytoplankton growth occurred occasionally throughout the study period, especially during spring and summer. Overall, light and nutrient availability were mainly controlled by river flow; anthropogenic sources of nutrients to the estuary were negligible. Phytoplankton showed a unimodal cycle with biomass maximum in late spring/early summer, and the typical seasonal succession of freshwater phytoplankton (diatoms, green algae, cyanobacteria) was observed. Diatoms were the main component of the phytoplankton community and their variability closely followed nitrate and river flow variability. The relative abundance of the main phytoplankton groups changed in relation to the period before dam construction, with a decrease on cyanobacteria contribution to total abundance. The environmental perturbation induced by dam construction has now stabilized and resulted in an overall decrease in nutrient concentrations, an increase in light availability and a decrease in cyanobacteria abundance." @default.
- W2078385110 created "2016-06-24" @default.
- W2078385110 creator A5010400247 @default.
- W2078385110 creator A5020564736 @default.
- W2078385110 creator A5080012366 @default.
- W2078385110 creator A5084685080 @default.
- W2078385110 date "2012-02-01" @default.
- W2078385110 modified "2023-10-15" @default.
- W2078385110 title "Phytoplankton composition, growth and production in the Guadiana estuary (SW Iberia): Unraveling changes induced after dam construction" @default.
- W2078385110 cites W139976942 @default.
- W2078385110 cites W1969235470 @default.
- W2078385110 cites W1969701061 @default.
- W2078385110 cites W1972100328 @default.
- W2078385110 cites W1974236217 @default.
- W2078385110 cites W1977643399 @default.
- W2078385110 cites W1983822088 @default.
- W2078385110 cites W1985007335 @default.
- W2078385110 cites W1986079133 @default.
- W2078385110 cites W1988108340 @default.
- W2078385110 cites W1989761045 @default.
- W2078385110 cites W1998678720 @default.
- W2078385110 cites W2003105216 @default.
- W2078385110 cites W2013042202 @default.
- W2078385110 cites W2013056995 @default.
- W2078385110 cites W2014040394 @default.
- W2078385110 cites W2019427036 @default.
- W2078385110 cites W2020624512 @default.
- W2078385110 cites W2021636135 @default.
- W2078385110 cites W2021885955 @default.
- W2078385110 cites W2028648007 @default.
- W2078385110 cites W2033052941 @default.
- W2078385110 cites W2038050383 @default.
- W2078385110 cites W2038518986 @default.
- W2078385110 cites W2050035566 @default.
- W2078385110 cites W2057302552 @default.
- W2078385110 cites W2057397827 @default.
- W2078385110 cites W2062540354 @default.
- W2078385110 cites W2065843564 @default.
- W2078385110 cites W2067908525 @default.
- W2078385110 cites W2069155998 @default.
- W2078385110 cites W2074935375 @default.
- W2078385110 cites W2077923388 @default.
- W2078385110 cites W2083386596 @default.
- W2078385110 cites W2084028441 @default.
- W2078385110 cites W2084549990 @default.
- W2078385110 cites W2085651548 @default.
- W2078385110 cites W2088747689 @default.
- W2078385110 cites W2089386611 @default.
- W2078385110 cites W2090797855 @default.
- W2078385110 cites W2092129923 @default.
- W2078385110 cites W2094922595 @default.
- W2078385110 cites W2098902157 @default.
- W2078385110 cites W2114628556 @default.
- W2078385110 cites W2114675441 @default.
- W2078385110 cites W2116584096 @default.
- W2078385110 cites W2118390255 @default.
- W2078385110 cites W2122446360 @default.
- W2078385110 cites W2122871421 @default.
- W2078385110 cites W2123624542 @default.
- W2078385110 cites W2124546426 @default.
- W2078385110 cites W2129351365 @default.
- W2078385110 cites W2133593268 @default.
- W2078385110 cites W2136858883 @default.
- W2078385110 cites W2139316755 @default.
- W2078385110 cites W2140395028 @default.
- W2078385110 cites W2141570994 @default.
- W2078385110 cites W2141644443 @default.
- W2078385110 cites W2143182887 @default.
- W2078385110 cites W2145893032 @default.
- W2078385110 cites W2153691588 @default.
- W2078385110 cites W2154002561 @default.
- W2078385110 cites W2155597445 @default.
- W2078385110 cites W2156840965 @default.
- W2078385110 cites W2156920608 @default.
- W2078385110 cites W2161180267 @default.
- W2078385110 cites W2164172454 @default.
- W2078385110 cites W2164387037 @default.
- W2078385110 cites W2167598246 @default.
- W2078385110 cites W2169858974 @default.
- W2078385110 cites W2170563701 @default.
- W2078385110 cites W2256326939 @default.
- W2078385110 cites W4247920653 @default.
- W2078385110 doi "https://doi.org/10.1016/j.scitotenv.2011.11.043" @default.
- W2078385110 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/22172662" @default.
- W2078385110 hasPublicationYear "2012" @default.
- W2078385110 type Work @default.
- W2078385110 sameAs 2078385110 @default.
- W2078385110 citedByCount "65" @default.
- W2078385110 countsByYear W20783851102013 @default.
- W2078385110 countsByYear W20783851102014 @default.
- W2078385110 countsByYear W20783851102015 @default.
- W2078385110 countsByYear W20783851102016 @default.
- W2078385110 countsByYear W20783851102017 @default.
- W2078385110 countsByYear W20783851102018 @default.
- W2078385110 countsByYear W20783851102019 @default.
- W2078385110 countsByYear W20783851102020 @default.
- W2078385110 countsByYear W20783851102021 @default.
- W2078385110 countsByYear W20783851102022 @default.