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- W3020011352 abstract "Abstract This study presents two years of characterization of a warm temperate rhodolith bed in order to analyse how certain environmental changes influence the community ecology. The biomass of rhodoliths and associated species were analysed during this period and in situ experiments were conducted to evaluate the primary production, calcification and respiration of the dominant species of rhodoliths and epiphytes. The highest total biomass of rhodoliths occurred during austral winter. Lithothamnion crispatum was the most abundant rhodolith species in austral summer. Epiphytic macroalgae occurred only in January 2015, with Padina gymnospora being the most abundant. Considering associated fauna, the biomass of Mollusca increased from February 2015 to February 2016. Population densities of key reef fish species inside and around the rhodolith beds showed significant variations in time. The densities of grouper (carnivores/piscivores) increased in time, especially from 2015 to 2016. On the other hand, grunts (macroinvertebrate feeders) had a modest decrease over time (from 2014 to 2016). Other parameters such as primary production and calcification of L. crispatum were higher under enhanced irradiance, yet decreased in the presence of P. gymnospora . Community structure and physiological responses can be explained by the interaction of abiotic and biotic factors, which are driven by environmental changes over time. Biomass changes can indicate that herbivores play a role in limiting the growth of epiphytes, and this is beneficial to the rhodoliths because it decreases competition for environmental resources with fleshy algae." @default.
- W3020011352 created "2020-05-01" @default.
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- W3020011352 date "2020-04-24" @default.
- W3020011352 modified "2023-10-01" @default.
- W3020011352 title "When descriptive ecology meets physiology: a study in a South Atlantic rhodolith bed" @default.
- W3020011352 cites W1133088116 @default.
- W3020011352 cites W1583039696 @default.
- W3020011352 cites W1585414268 @default.
- W3020011352 cites W1586940400 @default.
- W3020011352 cites W1588773512 @default.
- W3020011352 cites W1964486884 @default.
- W3020011352 cites W1966842306 @default.
- W3020011352 cites W1969124258 @default.
- W3020011352 cites W1969510199 @default.
- W3020011352 cites W1972828675 @default.
- W3020011352 cites W1973415173 @default.
- W3020011352 cites W1974349650 @default.
- W3020011352 cites W1976625816 @default.
- W3020011352 cites W1978714128 @default.
- W3020011352 cites W1979082421 @default.
- W3020011352 cites W1980345143 @default.
- W3020011352 cites W1982366642 @default.
- W3020011352 cites W1988313961 @default.
- W3020011352 cites W1999497034 @default.
- W3020011352 cites W1999911042 @default.
- W3020011352 cites W2006893918 @default.
- W3020011352 cites W2007831487 @default.
- W3020011352 cites W2008103688 @default.
- W3020011352 cites W2011045139 @default.
- W3020011352 cites W2015799790 @default.
- W3020011352 cites W2016678460 @default.
- W3020011352 cites W2019763584 @default.
- W3020011352 cites W2023493166 @default.
- W3020011352 cites W2025474446 @default.
- W3020011352 cites W2031175736 @default.
- W3020011352 cites W2033920192 @default.
- W3020011352 cites W2035240561 @default.
- W3020011352 cites W2037193879 @default.
- W3020011352 cites W2037340081 @default.
- W3020011352 cites W2037465722 @default.
- W3020011352 cites W2038626885 @default.
- W3020011352 cites W2041423404 @default.
- W3020011352 cites W2042564230 @default.
- W3020011352 cites W2044497713 @default.
- W3020011352 cites W2047284516 @default.
- W3020011352 cites W2049483739 @default.
- W3020011352 cites W2051323117 @default.
- W3020011352 cites W2052888219 @default.
- W3020011352 cites W2054156370 @default.
- W3020011352 cites W2056028676 @default.
- W3020011352 cites W2056190684 @default.
- W3020011352 cites W2058102603 @default.
- W3020011352 cites W2060079224 @default.
- W3020011352 cites W2060455141 @default.
- W3020011352 cites W2067910389 @default.
- W3020011352 cites W2068059385 @default.
- W3020011352 cites W2070260656 @default.
- W3020011352 cites W2073010532 @default.
- W3020011352 cites W2074230142 @default.
- W3020011352 cites W2074588912 @default.
- W3020011352 cites W2076252057 @default.
- W3020011352 cites W2076289580 @default.
- W3020011352 cites W2077583382 @default.
- W3020011352 cites W2078032232 @default.
- W3020011352 cites W2079032822 @default.
- W3020011352 cites W2081183363 @default.
- W3020011352 cites W2088318302 @default.
- W3020011352 cites W2096390907 @default.
- W3020011352 cites W2100389451 @default.
- W3020011352 cites W2101119643 @default.
- W3020011352 cites W2102221861 @default.
- W3020011352 cites W2106098456 @default.
- W3020011352 cites W2110211712 @default.
- W3020011352 cites W2116001837 @default.
- W3020011352 cites W2116315165 @default.
- W3020011352 cites W2116801082 @default.
- W3020011352 cites W2119063528 @default.
- W3020011352 cites W2125120023 @default.
- W3020011352 cites W2127805926 @default.
- W3020011352 cites W2129843538 @default.
- W3020011352 cites W2130274082 @default.
- W3020011352 cites W2131651293 @default.
- W3020011352 cites W2132556874 @default.
- W3020011352 cites W2140979652 @default.
- W3020011352 cites W2147115127 @default.
- W3020011352 cites W2147773081 @default.