In the Mediterranean Sea, crustose coralline algae form mesophotic reefs referred to as Coralligenous. They act as a sediment trap and may be considered as a potential source of geological information. Two coralligenous build-ups collected during the project FISR “CRESCIBLUREEF” at 36 and 37 m water depth off the coast of south-eastern Sicily reveal the presence of calcareous nannoplankton/ nannofossil specimens within the sediment infilling. This novel finding reveals the occurrence of a mixed modern and reworked nannoplankton assemblage derived from marine-snow sedimentation and land weathering, respectively. The quantitative analysis of the assemblages from both build-ups shows a difference in sedimentation exposure derived from the different local environments where the build-ups were collected, highlighting the potential role of coccolithophores as a sedimentation proxy for coastal settings.
Bazzicalupo, P., Cipriani, M., Guido, A., Bracchi, V., Rosso, A., Basso, D. (2024). Calcareous nannoplankton inside coralligenous build-ups: the case of Marzamemi (SE, Sicily). BOLLETTINO DELLA SOCIETÀ PALEONTOLOGICA ITALIANA, 63(1), 89-99 [10.4435/BSPI.2024.09].
Calcareous nannoplankton inside coralligenous build-ups: the case of Marzamemi (SE, Sicily)
Bazzicalupo P.
Primo
;Bracchi V. A.;Basso D.Ultimo
2024
Abstract
In the Mediterranean Sea, crustose coralline algae form mesophotic reefs referred to as Coralligenous. They act as a sediment trap and may be considered as a potential source of geological information. Two coralligenous build-ups collected during the project FISR “CRESCIBLUREEF” at 36 and 37 m water depth off the coast of south-eastern Sicily reveal the presence of calcareous nannoplankton/ nannofossil specimens within the sediment infilling. This novel finding reveals the occurrence of a mixed modern and reworked nannoplankton assemblage derived from marine-snow sedimentation and land weathering, respectively. The quantitative analysis of the assemblages from both build-ups shows a difference in sedimentation exposure derived from the different local environments where the build-ups were collected, highlighting the potential role of coccolithophores as a sedimentation proxy for coastal settings.File | Dimensione | Formato | |
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