Matches in SemOpenAlex for { <https://semopenalex.org/work/W2024954760> ?p ?o ?g. }
- W2024954760 endingPage "1586" @default.
- W2024954760 startingPage "1577" @default.
- W2024954760 abstract "To investigate the importance of symbiont-derived nutrition to host sponges, we coupled manipulative shading experiments with stable isotope analyses of isolated symbiont and host cell fractions. Experiments were conducted with four common reef sponges: Aplysina cauliformis, A. fulva, Neopetrosia subtriangularis, and Niphates erecta. The sponge N. erecta lacks photosymbionts, had a higher growth rate under shaded conditions, and displayed no difference in chlorophyll a (Chl a) concentrations across treatments. Isotope values suggested that this sponge obtains nutrition from particulate organic matter in the water column. In contrast, sponges hosting cyanobacterial symbionts (Aplysina spp. and Neopetrosia) had lower growth rates and lower Chl a concentrations under shaded conditions, suggesting that these hosts rely on photosymbiont nutrition. δ15N and δ13C values of sponge and microbial cell fractions demonstrated that, while both carbon and nitrogen are transferred from symbionts to host cells in A. cauliformis, only carbon is transferred in N. subtriangularis, and only nitrogen is transferred in A. fulva. Under shaded conditions, shifts in symbiont δ13C values were coupled to shifts in host δ13C values in some, but not all, host species, suggesting that the stability of these interactions varies across host species. Symbiont-derived nutrients are transferred to the cells of host sponges, and the variability observed among host species indicates that these interactions are more complex than originally hypothesized." @default.
- W2024954760 created "2016-06-24" @default.
- W2024954760 creator A5005063815 @default.
- W2024954760 creator A5040670058 @default.
- W2024954760 date "2011-07-28" @default.
- W2024954760 modified "2023-10-07" @default.
- W2024954760 title "Complex interactions between marine sponges and their symbiotic microbial communities" @default.
- W2024954760 cites W124005890 @default.
- W2024954760 cites W130350197 @default.
- W2024954760 cites W1483054590 @default.
- W2024954760 cites W1486602731 @default.
- W2024954760 cites W1503066550 @default.
- W2024954760 cites W1506910355 @default.
- W2024954760 cites W1512818934 @default.
- W2024954760 cites W1521209834 @default.
- W2024954760 cites W1539227095 @default.
- W2024954760 cites W1553056762 @default.
- W2024954760 cites W1598844091 @default.
- W2024954760 cites W1894947715 @default.
- W2024954760 cites W1900899030 @default.
- W2024954760 cites W1912335325 @default.
- W2024954760 cites W1937295978 @default.
- W2024954760 cites W195404222 @default.
- W2024954760 cites W1960469604 @default.
- W2024954760 cites W1961219979 @default.
- W2024954760 cites W1964317701 @default.
- W2024954760 cites W1971970374 @default.
- W2024954760 cites W1977763794 @default.
- W2024954760 cites W1980392563 @default.
- W2024954760 cites W1984438138 @default.
- W2024954760 cites W1985191483 @default.
- W2024954760 cites W1990454578 @default.
- W2024954760 cites W1993477042 @default.
- W2024954760 cites W1994122751 @default.
- W2024954760 cites W2000746029 @default.
- W2024954760 cites W2001888471 @default.
- W2024954760 cites W2003286407 @default.
- W2024954760 cites W2005340545 @default.
- W2024954760 cites W2006295617 @default.
- W2024954760 cites W2007025784 @default.
- W2024954760 cites W2008289319 @default.
- W2024954760 cites W2010951292 @default.
- W2024954760 cites W2011318746 @default.
- W2024954760 cites W2013347243 @default.
- W2024954760 cites W2015332408 @default.
- W2024954760 cites W2015828055 @default.
- W2024954760 cites W2019159344 @default.
- W2024954760 cites W2020610479 @default.
- W2024954760 cites W2021273689 @default.
- W2024954760 cites W2023936862 @default.
- W2024954760 cites W2024279911 @default.
- W2024954760 cites W2028206384 @default.
- W2024954760 cites W2029580299 @default.
- W2024954760 cites W2030373364 @default.
- W2024954760 cites W2030730645 @default.
- W2024954760 cites W2034796375 @default.
- W2024954760 cites W2035371668 @default.
- W2024954760 cites W2040439966 @default.
- W2024954760 cites W2043140708 @default.
- W2024954760 cites W2046050366 @default.
- W2024954760 cites W2050153642 @default.
- W2024954760 cites W2050906111 @default.
- W2024954760 cites W2054063230 @default.
- W2024954760 cites W2058245658 @default.
- W2024954760 cites W2063316768 @default.
- W2024954760 cites W2063764670 @default.
- W2024954760 cites W2068119717 @default.
- W2024954760 cites W2072406897 @default.
- W2024954760 cites W2072564606 @default.
- W2024954760 cites W2074621919 @default.
- W2024954760 cites W2076642211 @default.
- W2024954760 cites W2077401682 @default.
- W2024954760 cites W2080523684 @default.
- W2024954760 cites W2083580668 @default.
- W2024954760 cites W2088581333 @default.
- W2024954760 cites W2090289492 @default.
- W2024954760 cites W2096329730 @default.
- W2024954760 cites W2098128580 @default.
- W2024954760 cites W2099612020 @default.
- W2024954760 cites W2102424000 @default.
- W2024954760 cites W2104216223 @default.
- W2024954760 cites W2104507869 @default.
- W2024954760 cites W2109683558 @default.
- W2024954760 cites W2109806121 @default.
- W2024954760 cites W2110117799 @default.
- W2024954760 cites W2110683314 @default.
- W2024954760 cites W2111505121 @default.
- W2024954760 cites W2114133472 @default.
- W2024954760 cites W2115382578 @default.
- W2024954760 cites W2117347497 @default.
- W2024954760 cites W2118168441 @default.
- W2024954760 cites W2118718983 @default.
- W2024954760 cites W2123546480 @default.
- W2024954760 cites W2126822109 @default.
- W2024954760 cites W2126854509 @default.
- W2024954760 cites W2128569550 @default.
- W2024954760 cites W2131535785 @default.
- W2024954760 cites W2132127428 @default.