FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2076289580> ?p ?o ?g. }

• W2076289580 endingPage "757" @default.
• W2076289580 startingPage "746" @default.
• W2076289580 abstract "Coralline algae are considered among the most sensitive species to near future ocean acidification. We tested the effects of elevated pCO2 on the metabolism of the free-living coralline alga Lithothamnion corallioides (maerl) and the interactions with changes in temperature. Specimens were collected in North Brittany (France) and grown for 3 months at pCO2 of 380 (ambient pCO2 ), 550, 750, and 1000 μatm (elevated pCO2 ) and at successive temperatures of 10°C (ambient temperature in winter), 16°C (ambient temperature in summer), and 19°C (ambient temperature in summer +3°C). At each temperature, gross primary production, respiration (oxygen flux), and calcification (alkalinity flux) rates were assessed in the light and dark. Pigments were determined by HPLC. Chl a, carotene, and zeaxanthin were the three major pigments found in L. corallioides thalli. Elevated pCO2 did not affect pigment content while temperature slightly decreased zeaxanthin and carotene content at 10°C. Gross production was not affected by temperature but was significantly affected by pCO2 with an increase between 380 and 550 μatm. Light, dark, and diel (24 h) calcification rates strongly decreased with increasing pCO2 regardless of the temperature. Although elevated pCO2 only slightly affected gross production in L. corallioides, diel net calcification was reduced by up to 80% under the 1,000 μatm treatment. Our findings suggested that near future levels of CO2 will have profound consequences for carbon and carbonate budgets in rhodolith beds and for the sustainability of these habitats." @default.
• W2076289580 created "2016-06-24" @default.
• W2076289580 creator A5005668808 @default.
• W2076289580 creator A5033431721 @default.
• W2076289580 creator A5044071192 @default.
• W2076289580 creator A5051178742 @default.
• W2076289580 creator A5069095519 @default.
• W2076289580 date "2013-06-28" @default.
• W2076289580 modified "2023-10-18" @default.
• W2076289580 title "Effects of elevated<i>p</i>CO₂on the metabolism of a temperate rhodolith<i>Lithothamnion corallioides</i>grown under different temperatures" @default.
• W2076289580 cites W1584946794 @default.
• W2076289580 cites W1588773512 @default.
• W2076289580 cites W1634062271 @default.
• W2076289580 cites W1914333365 @default.
• W2076289580 cites W1944910663 @default.
• W2076289580 cites W1959617828 @default.
• W2076289580 cites W1966842306 @default.
• W2076289580 cites W1970782434 @default.
• W2076289580 cites W1976533116 @default.
• W2076289580 cites W1977918184 @default.
• W2076289580 cites W1979082421 @default.
• W2076289580 cites W1980345143 @default.
• W2076289580 cites W1990486347 @default.
• W2076289580 cites W1997187212 @default.
• W2076289580 cites W2007245303 @default.
• W2076289580 cites W2009252081 @default.
• W2076289580 cites W2011045139 @default.
• W2076289580 cites W2012190712 @default.
• W2076289580 cites W2024891052 @default.
• W2076289580 cites W2025517669 @default.
• W2076289580 cites W2030604405 @default.
• W2076289580 cites W2035240561 @default.
• W2076289580 cites W2035598111 @default.
• W2076289580 cites W2035950583 @default.
• W2076289580 cites W2037193879 @default.
• W2076289580 cites W2038746245 @default.
• W2076289580 cites W2039800823 @default.
• W2076289580 cites W2042401777 @default.
• W2076289580 cites W2047569758 @default.
• W2076289580 cites W2049078437 @default.
• W2076289580 cites W2051323117 @default.
• W2076289580 cites W2060012482 @default.
• W2076289580 cites W2063509633 @default.
• W2076289580 cites W2063800592 @default.
• W2076289580 cites W2066244567 @default.
• W2076289580 cites W2067366627 @default.
• W2076289580 cites W2068375361 @default.
• W2076289580 cites W2079537616 @default.
• W2076289580 cites W2080644757 @default.
• W2076289580 cites W2082283307 @default.
• W2076289580 cites W2087612928 @default.
• W2076289580 cites W2088220716 @default.
• W2076289580 cites W2096390907 @default.
• W2076289580 cites W2096775770 @default.
• W2076289580 cites W2103086003 @default.
• W2076289580 cites W2111214866 @default.
• W2076289580 cites W2111901538 @default.
• W2076289580 cites W2113297575 @default.
• W2076289580 cites W2116315165 @default.
• W2076289580 cites W2117203497 @default.
• W2076289580 cites W2118428443 @default.
• W2076289580 cites W2120687862 @default.
• W2076289580 cites W2122938469 @default.
• W2076289580 cites W2125776675 @default.
• W2076289580 cites W2129450594 @default.
• W2076289580 cites W2130571652 @default.
• W2076289580 cites W2131651293 @default.
• W2076289580 cites W2132791458 @default.
• W2076289580 cites W2134126449 @default.
• W2076289580 cites W2138329568 @default.
• W2076289580 cites W2140137499 @default.
• W2076289580 cites W2144978151 @default.
• W2076289580 cites W2145406894 @default.
• W2076289580 cites W2153667471 @default.
• W2076289580 cites W2154044967 @default.
• W2076289580 cites W2155190015 @default.
• W2076289580 cites W2168062665 @default.
• W2076289580 cites W2170275218 @default.
• W2076289580 cites W2171252376 @default.
• W2076289580 cites W2173001546 @default.
• W2076289580 cites W4205683746 @default.
• W2076289580 cites W4237135018 @default.
• W2076289580 cites W4238974312 @default.
• W2076289580 cites W4256323980 @default.
• W2076289580 doi "https://doi.org/10.1111/jpy.12085" @default.
• W2076289580 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/27007207" @default.
• W2076289580 hasPublicationYear "2013" @default.
• W2076289580 type Work @default.
• W2076289580 sameAs 2076289580 @default.
• W2076289580 citedByCount "48" @default.
• W2076289580 countsByYear W20762895802013 @default.
• W2076289580 countsByYear W20762895802014 @default.
• W2076289580 countsByYear W20762895802015 @default.
• W2076289580 countsByYear W20762895802016 @default.
• W2076289580 countsByYear W20762895802017 @default.
• W2076289580 countsByYear W20762895802018 @default.
• W2076289580 countsByYear W20762895802019 @default.
• W2076289580 countsByYear W20762895802020 @default.

• next