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• W3167471708 abstract "Marginal reefs are known for severe stress-inducible perturbations such as high sedimentation, eutrophication, ocean warming, and acidification from anthropogenic climate change. The corals striving in such stressful environments develop physiological adaptations induced by differential genomic expressions or association with thermal stress-tolerant algal symbionts (Symbiodiniaceae). Despite such adaptations, corals are threatened by other space competitors such as algae and sponges. Coral-eroding sponges belonging to the Cliona viridis complex are one such space competitors that also associate with Symbiodiniaceae algal photosymbiont. The diversity of Symbiodiniaceae associates with the coral and sponge from the same ecosystems is scarcely known. In the present study, Symbiodiniaceae community structure in the coral Turbinaria mesenterina , a newly described coral-eroding sponge Cliona thomasi , and their surrounding seawater was determined from the nearshore marginal reef along the central west coast of India. The results revealed a significantly higher relative abundance of Durusdinium and Gerakladium than Symbiodinium and Cladocopium in the seawater. Interestingly, both investigated host species showed differential Symbiodiniaceae association with significantly higher abundance of Durusdinium in coral and Gerakladium in sponge. The beta diversity analysis by Permutational multivariate analysis of variance (PERMANOVA) confirmed significant differences in Symbiodiniaceae profiles between sponge and coral. Durusdinium and Gerakladium are thermotolerant genera known to associate with different hosts in suboptimal conditions. Our field surveys suggested the bleaching resistance of the coral T. mesenterina despite the fact that the sea surface temperature reached the coral thermal threshold of 31°C during different periods of the years 2015, 2016, 2017, 2018, and 2019. Therefore, the thermal tolerance of the investigated coral and sponge species may be attributed to their respective thermotolerant photosymbiont associations. Furthermore, the results also indicated the host-specific photosymbiont selection from the local environment. Although these observations provide valuable biological insight, more research is needed to understand the tripartite association of sponge-coral-symbiont together to evaluate the competitive fitness of holobionts." @default.
• W3167471708 created "2021-06-22" @default.
• W3167471708 creator A5031560443 @default.
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• W3167471708 creator A5078476086 @default.
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• W3167471708 creator A5088467083 @default.
• W3167471708 date "2021-06-08" @default.
• W3167471708 modified "2023-10-01" @default.
• W3167471708 title "Differential Symbiodiniaceae Association With Coral and Coral-Eroding Sponge in a Bleaching Impacted Marginal Coral Reef Environment" @default.
• W3167471708 cites W1516346060 @default.
• W3167471708 cites W1787649028 @default.
• W3167471708 cites W1941812039 @default.
• W3167471708 cites W1985003772 @default.
• W3167471708 cites W1989359528 @default.
• W3167471708 cites W1994336715 @default.
• W3167471708 cites W1998425880 @default.
• W3167471708 cites W2005753879 @default.
• W3167471708 cites W2006295617 @default.
• W3167471708 cites W2007798068 @default.
• W3167471708 cites W2019358300 @default.
• W3167471708 cites W2036897871 @default.
• W3167471708 cites W2050110729 @default.
• W3167471708 cites W2050917193 @default.
• W3167471708 cites W2051629243 @default.
• W3167471708 cites W2054051806 @default.
• W3167471708 cites W2057120834 @default.
• W3167471708 cites W2057926356 @default.
• W3167471708 cites W2060945430 @default.
• W3167471708 cites W2061445114 @default.
• W3167471708 cites W2076642211 @default.
• W3167471708 cites W2082965350 @default.
• W3167471708 cites W2091561384 @default.
• W3167471708 cites W2102058094 @default.
• W3167471708 cites W2102787855 @default.
• W3167471708 cites W2118013021 @default.
• W3167471708 cites W2125176255 @default.
• W3167471708 cites W2126740791 @default.
• W3167471708 cites W2133603126 @default.
• W3167471708 cites W2136373440 @default.
• W3167471708 cites W2143253780 @default.
• W3167471708 cites W2144114664 @default.
• W3167471708 cites W2152885278 @default.
• W3167471708 cites W2153642688 @default.
• W3167471708 cites W2159792744 @default.
• W3167471708 cites W2165440048 @default.
• W3167471708 cites W2167249821 @default.
• W3167471708 cites W2200260928 @default.
• W3167471708 cites W2244321896 @default.
• W3167471708 cites W2286204194 @default.
• W3167471708 cites W2319411865 @default.
• W3167471708 cites W2328398786 @default.
• W3167471708 cites W2341274643 @default.
• W3167471708 cites W2401404581 @default.
• W3167471708 cites W2409045074 @default.
• W3167471708 cites W2410015087 @default.
• W3167471708 cites W2465287203 @default.
• W3167471708 cites W2469151472 @default.
• W3167471708 cites W2472693466 @default.
• W3167471708 cites W2562822551 @default.
• W3167471708 cites W2570706756 @default.
• W3167471708 cites W2586322019 @default.
• W3167471708 cites W2596630349 @default.
• W3167471708 cites W2606815563 @default.
• W3167471708 cites W2619437251 @default.
• W3167471708 cites W2725452362 @default.
• W3167471708 cites W2742370593 @default.
• W3167471708 cites W2746498488 @default.
• W3167471708 cites W2766798381 @default.
• W3167471708 cites W2769079555 @default.
• W3167471708 cites W2771391092 @default.
• W3167471708 cites W2772735920 @default.
• W3167471708 cites W2782456798 @default.
• W3167471708 cites W2786163689 @default.
• W3167471708 cites W2790578008 @default.
• W3167471708 cites W2790924554 @default.
• W3167471708 cites W2793465863 @default.
• W3167471708 cites W2794210022 @default.
• W3167471708 cites W2796254109 @default.
• W3167471708 cites W2800525562 @default.
• W3167471708 cites W2811293750 @default.
• W3167471708 cites W2887754912 @default.
• W3167471708 cites W2891676289 @default.
• W3167471708 cites W2901779882 @default.
• W3167471708 cites W2903376651 @default.
• W3167471708 cites W2913023911 @default.
• W3167471708 cites W2913322997 @default.
• W3167471708 cites W2934898772 @default.
• W3167471708 cites W2937500546 @default.
• W3167471708 cites W2945637374 @default.
• W3167471708 cites W2946959787 @default.
• W3167471708 cites W2948515078 @default.
• W3167471708 cites W2948877927 @default.
• W3167471708 cites W2954858506 @default.
• W3167471708 cites W2963093950 @default.
• W3167471708 cites W2980573554 @default.
• W3167471708 cites W2983991785 @default.
• W3167471708 cites W2988916756 @default.

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