作者
Katrin Heindel, Daniel Birgel, Benjamin Brunner, Volker Thiel, Hildegard Westphal, Eberhard Gischler, Simone B Ziegenbalg, Guy Cabioch, Peter Sjövall, Jörn Peckmann
发表日期
2012/4/18
期刊
Chemical Geology
卷号
304
页码范围
117-130
出版商
Elsevier
简介
The occurrence of microbialites in post-glacial coral reefs has been interpreted to reflect an ecosystem response to environmental change. The greater thickness of microbialites in reefs with a volcanic hinterland compared to thinner microbial crusts in reefs with a non-volcanic hinterland led to the suggestion that fertilization of the reefal environment by chemical weathering of volcanic rocks stimulated primary productivity and microbialite formation. Using a molecular and isotopic approach on reef-microbialites from Tahiti (Pacific Ocean), it was recently shown that sulfate-reducing bacteria favored the formation of microbial carbonates. To test if similar mechanisms induced microbialite formation in other reefs as well, the Tahitian microbialites are compared with similar microbialites from coral reefs off Vanuatu (Pacific Ocean), Belize (Caribbean Sea, Atlantic Ocean), and the Maldives (Indian Ocean) in this study. The …
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