Matches in SemOpenAlex for { <https://semopenalex.org/work/W2466882561> ?p ?o ?g. }
- W2466882561 abstract "Abstract Terrestrial runoff after heavy rainfall can increase nutrient concentrations in waters overlying coral reefs that otherwise experience low nutrient levels. Field measurements during a runoff event showed a sharp increase in nitrate (75-fold), phosphate (31-fold) and ammonium concentrations (3-fold) in waters overlying a fringing reef at the island of Curaçao (Southern Caribbean). To understand how benthic reef organisms make use of such nutrient pulses, we determined ammonium, nitrate and phosphate uptake rates for one abundant coral species, turf algae, six macroalgal and two benthic cyanobacterial species in a series of laboratory experiments. Nutrient uptake rates differed among benthic functional groups. The filamentous macroalga Cladophora spp., turf algae and the benthic cyanobacterium Lyngbya majuscula had the highest uptake rates per unit biomass, whereas the coral Madracis mirabilis had the lowest. Combining nutrient uptake rates with the standing biomass of each functional group on the reef, we estimated that the ammonium and phosphate delivered during runoff events is mostly taken up by turf algae and the two macroalgae Lobophora variegata and Dictyota pulchella . Our results support the often proposed, but rarely tested, assumption that turf algae and opportunistic macroalgae primarily benefit from episodic inputs of nutrients to coral reefs." @default.
- W2466882561 created "2016-07-22" @default.
- W2466882561 creator A5006044518 @default.
- W2466882561 creator A5020399979 @default.
- W2466882561 creator A5025073569 @default.
- W2466882561 creator A5036713872 @default.
- W2466882561 creator A5040098560 @default.
- W2466882561 creator A5048846998 @default.
- W2466882561 creator A5051304041 @default.
- W2466882561 creator A5054981363 @default.
- W2466882561 creator A5063740595 @default.
- W2466882561 creator A5070190670 @default.
- W2466882561 creator A5083015595 @default.
- W2466882561 creator A5083244806 @default.
- W2466882561 creator A5089039816 @default.
- W2466882561 date "2016-06-29" @default.
- W2466882561 modified "2023-10-12" @default.
- W2466882561 title "Nitrogen and phosphorus uptake rates of different species from a coral reef community after a nutrient pulse" @default.
- W2466882561 cites W14044139 @default.
- W2466882561 cites W1524363389 @default.
- W2466882561 cites W1529336438 @default.
- W2466882561 cites W1566050962 @default.
- W2466882561 cites W1963576412 @default.
- W2466882561 cites W1971669415 @default.
- W2466882561 cites W1972810154 @default.
- W2466882561 cites W1974182285 @default.
- W2466882561 cites W1980716921 @default.
- W2466882561 cites W1982810728 @default.
- W2466882561 cites W1986413835 @default.
- W2466882561 cites W1986635336 @default.
- W2466882561 cites W1987432871 @default.
- W2466882561 cites W1992143008 @default.
- W2466882561 cites W1992563135 @default.
- W2466882561 cites W1995495601 @default.
- W2466882561 cites W2001408098 @default.
- W2466882561 cites W2005250364 @default.
- W2466882561 cites W2006101114 @default.
- W2466882561 cites W2008063391 @default.
- W2466882561 cites W2009165110 @default.
- W2466882561 cites W2010930395 @default.
- W2466882561 cites W2011435702 @default.
- W2466882561 cites W2014728762 @default.
- W2466882561 cites W2015352087 @default.
- W2466882561 cites W2016445221 @default.
- W2466882561 cites W2016748830 @default.
- W2466882561 cites W2018001287 @default.
- W2466882561 cites W2018438586 @default.
- W2466882561 cites W2027924108 @default.
- W2466882561 cites W2029689500 @default.
- W2466882561 cites W2036786769 @default.
- W2466882561 cites W2041834529 @default.
- W2466882561 cites W2043286035 @default.
- W2466882561 cites W2048358240 @default.
- W2466882561 cites W2049520998 @default.
- W2466882561 cites W2050816571 @default.
- W2466882561 cites W2054780509 @default.
- W2466882561 cites W2063598137 @default.
- W2466882561 cites W2065335220 @default.
- W2466882561 cites W2069340079 @default.
- W2466882561 cites W2072543959 @default.
- W2466882561 cites W2075435443 @default.
- W2466882561 cites W2077161621 @default.
- W2466882561 cites W2079755478 @default.
- W2466882561 cites W2079905572 @default.
- W2466882561 cites W2094119534 @default.
- W2466882561 cites W2096086077 @default.
- W2466882561 cites W2097675284 @default.
- W2466882561 cites W2098661932 @default.
- W2466882561 cites W2102213433 @default.
- W2466882561 cites W2103047954 @default.
- W2466882561 cites W2104026660 @default.
- W2466882561 cites W2105082791 @default.
- W2466882561 cites W2106882078 @default.
- W2466882561 cites W2118796825 @default.
- W2466882561 cites W2123034112 @default.
- W2466882561 cites W2123889043 @default.
- W2466882561 cites W2130235129 @default.
- W2466882561 cites W2131059459 @default.
- W2466882561 cites W2142765693 @default.
- W2466882561 cites W2152904629 @default.
- W2466882561 cites W2164207834 @default.
- W2466882561 cites W2164337693 @default.
- W2466882561 cites W2177111031 @default.
- W2466882561 cites W2327524161 @default.
- W2466882561 cites W266903640 @default.
- W2466882561 doi "https://doi.org/10.1038/srep28821" @default.
- W2466882561 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/4926277" @default.
- W2466882561 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/27353576" @default.
- W2466882561 hasPublicationYear "2016" @default.
- W2466882561 type Work @default.
- W2466882561 sameAs 2466882561 @default.
- W2466882561 citedByCount "55" @default.
- W2466882561 countsByYear W24668825612017 @default.
- W2466882561 countsByYear W24668825612018 @default.
- W2466882561 countsByYear W24668825612019 @default.
- W2466882561 countsByYear W24668825612020 @default.
- W2466882561 countsByYear W24668825612021 @default.
- W2466882561 countsByYear W24668825612022 @default.
- W2466882561 countsByYear W24668825612023 @default.
- W2466882561 crossrefType "journal-article" @default.