Matches in SemOpenAlex for { <https://semopenalex.org/work/W3023430683> ?p ?o ?g. }
- W3023430683 endingPage "101906" @default.
- W3023430683 startingPage "101906" @default.
- W3023430683 abstract "Although negative responses of tropical calcifying organisms to ocean acidification have been widely reported, the modulating potential of irradiance combined with elevated pCO2 has not been well studied. In this study, the interactive effects of elevated pCO2 and irradiance availability on the physiology of calcifying macroalgae Halimeda cylindracea and Halimeda lacunalis were investigated using a fully factorial, 28-day aquaria coupling experiment. The results of the present study demonstrate that elevated pCO2 negatively influences growth, photosynthesis, calcification and other physiological processes of both Halimeda species. However, these negative effects could be mitigated to some extent by increased irradiance availability. Specific growth rate (SGR), net calcification rates (Gnet) and maximum quantum yield (Fv/Fm) decreased significantly by 6.84%–86.70%, 51.78%–62.29% and 2.37%–28.91% in elevated pCO2 treatments. However, SGR, Gnet and Fv/Fm increased by 3.39%–84.78%, 29.61%–40.68% and 1.68%–6.92% in high irradiance conditions, respectively. Chl-a in elevated pCO2 treatments was 7.75%–61.25% lower than ambient pCO2 conditions, while the carotenoid content increased by 12.12%–57.45% in low irradiance conditions from day 20–28. Malondialdehyde (MDA) content was higher in elevated pCO2 treatments. However, there was also a two- to four-fold increase in proline content in elevated pCO2 treatments. Tissue total organic carbon (TCorg) and nitrogen (TN) were positively correlated to CO2 enrichment. The results of the current study suggested that elevated pCO2 negatively influenced the physiological responses of Halimeda, while increased irradiance availability may enhance the metabolic performance in response to ocean acidification." @default.
- W3023430683 created "2020-05-13" @default.
- W3023430683 creator A5013981119 @default.
- W3023430683 creator A5019066456 @default.
- W3023430683 creator A5069044624 @default.
- W3023430683 creator A5074378639 @default.
- W3023430683 creator A5075473919 @default.
- W3023430683 creator A5088858663 @default.
- W3023430683 date "2020-06-01" @default.
- W3023430683 modified "2023-10-02" @default.
- W3023430683 title "Increased irradiance availability mitigates the physiological performance of species of the calcifying green macroalga Halimeda in response to ocean acidification" @default.
- W3023430683 cites W1525011490 @default.
- W3023430683 cites W1584946794 @default.
- W3023430683 cites W1636092099 @default.
- W3023430683 cites W1965879701 @default.
- W3023430683 cites W1977918184 @default.
- W3023430683 cites W1981147106 @default.
- W3023430683 cites W1984423219 @default.
- W3023430683 cites W1985781089 @default.
- W3023430683 cites W1992067712 @default.
- W3023430683 cites W2015393920 @default.
- W3023430683 cites W2024493740 @default.
- W3023430683 cites W2024891052 @default.
- W3023430683 cites W2025517669 @default.
- W3023430683 cites W2027005365 @default.
- W3023430683 cites W2032537513 @default.
- W3023430683 cites W2038791949 @default.
- W3023430683 cites W2042410852 @default.
- W3023430683 cites W2042852984 @default.
- W3023430683 cites W2043650771 @default.
- W3023430683 cites W2048625806 @default.
- W3023430683 cites W2050103984 @default.
- W3023430683 cites W2051309773 @default.
- W3023430683 cites W2051323117 @default.
- W3023430683 cites W2052426872 @default.
- W3023430683 cites W2052743829 @default.
- W3023430683 cites W2055339672 @default.
- W3023430683 cites W2058215982 @default.
- W3023430683 cites W2078446604 @default.
- W3023430683 cites W2082910169 @default.
- W3023430683 cites W2083298007 @default.
- W3023430683 cites W2084886540 @default.
- W3023430683 cites W2086844764 @default.
- W3023430683 cites W2087612928 @default.
- W3023430683 cites W2087653801 @default.
- W3023430683 cites W2095811247 @default.
- W3023430683 cites W2098759916 @default.
- W3023430683 cites W2102654325 @default.
- W3023430683 cites W2104476270 @default.
- W3023430683 cites W2111901538 @default.
- W3023430683 cites W2113297575 @default.
- W3023430683 cites W2115028193 @default.
- W3023430683 cites W2117203497 @default.
- W3023430683 cites W2119189004 @default.
- W3023430683 cites W2123920115 @default.
- W3023430683 cites W2127684360 @default.
- W3023430683 cites W2130571652 @default.
- W3023430683 cites W2131655276 @default.
- W3023430683 cites W2132791458 @default.
- W3023430683 cites W2133885321 @default.
- W3023430683 cites W2135274467 @default.
- W3023430683 cites W2145406894 @default.
- W3023430683 cites W2150035291 @default.
- W3023430683 cites W2155975378 @default.
- W3023430683 cites W2168417416 @default.
- W3023430683 cites W2169558027 @default.
- W3023430683 cites W2179763036 @default.
- W3023430683 cites W2231955245 @default.
- W3023430683 cites W2318412871 @default.
- W3023430683 cites W2326628344 @default.
- W3023430683 cites W2479952122 @default.
- W3023430683 cites W2531669333 @default.
- W3023430683 cites W2577496423 @default.
- W3023430683 cites W2601014194 @default.
- W3023430683 cites W2755969986 @default.
- W3023430683 cites W2759784212 @default.
- W3023430683 cites W2908850480 @default.
- W3023430683 cites W4240494564 @default.
- W3023430683 doi "https://doi.org/10.1016/j.algal.2020.101906" @default.
- W3023430683 hasPublicationYear "2020" @default.
- W3023430683 type Work @default.
- W3023430683 sameAs 3023430683 @default.
- W3023430683 citedByCount "9" @default.
- W3023430683 countsByYear W30234306832020 @default.
- W3023430683 countsByYear W30234306832021 @default.
- W3023430683 countsByYear W30234306832022 @default.
- W3023430683 countsByYear W30234306832023 @default.
- W3023430683 crossrefType "journal-article" @default.
- W3023430683 hasAuthorship W3023430683A5013981119 @default.
- W3023430683 hasAuthorship W3023430683A5019066456 @default.
- W3023430683 hasAuthorship W3023430683A5069044624 @default.
- W3023430683 hasAuthorship W3023430683A5074378639 @default.
- W3023430683 hasAuthorship W3023430683A5075473919 @default.
- W3023430683 hasAuthorship W3023430683A5088858663 @default.
- W3023430683 hasConcept C121332964 @default.
- W3023430683 hasConcept C140793950 @default.
- W3023430683 hasConcept C145597803 @default.
- W3023430683 hasConcept C183688256 @default.