Stromatolite framework builders: ecosystems in a Cryogenian interglacial reef

A convergence of climate, paleolatitude, basin evolution, water depth and seawater chemistry conditions, favourable for carbonate precipitation and preservation, facilitated initiation and sustained growth of the ∼350 m-thick Arkaroola carbonate reef, part of the Balcanoona Formation, during the Cry...

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Bibliographic Details
Published in:	Australian journal of earth sciences Vol. 67; no. 6; pp. 833 - 856
Main Authors:	Corkeron, M. L., Slezak, P. R.
Format:	Journal Article
Language:	English
Published:	Hoboken Taylor & Francis 17-08-2020 Wiley Subscription Services, Inc
Subjects:	Adaptation Aggradation Allochthonous deposits Bioherms Biological control carbonate Carbonates Chemical precipitation Climax communities Coastal inlets Colonization Cyanobacteria Cyrogenian reef Distribution Ecological adaptation Ecological succession Ecology ecosystem Ecosystems framework Frameworks Growth Interglacial periods Lagoons microbial Microorganisms Mudstone Niches northern Flinders Ranges Paleolatitude Precambrian Reefs Sandstone Sea level Seawater Seawater chemistry Sedimentary rocks Stability Stratigraphy stromatolite Stromatolites Substrates Temporal variability Temporal variations Water depth Wave energy
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