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Calibrating the temporal and spatial dynamics of the Ediacaran-Cambrian radiation of animals
Abstract The Ediacaran-Cambrian transition, which incorporates the radiation of animals,
lacks a robust global temporal and spatial framework, resulting in major uncertainty in the …
lacks a robust global temporal and spatial framework, resulting in major uncertainty in the …
Biosilicification drives a decline of dissolved Si in the oceans through geologic time
Biosilicification has driven variation in the global Si cycle over geologic time. The evolution
of different eukaryotic lineages that convert dissolved Si (DSi) into mineralized structures …
of different eukaryotic lineages that convert dissolved Si (DSi) into mineralized structures …
Extensive marine anoxia during the terminal Ediacaran Period
F Zhang, S **-Cai/publication/331416998_Diverse_biomineralizing_animals_in_the_terminal_Ediacaran_Period_herald_the_Cambrian_explosion/links/5c9209efa6fdccd4602c10d3/Diverse-biomineralizing-animals-in-the-terminal-Ediacaran-Period-herald-the-Cambrian-explosion.pdf" data-clk="hl=fa&sa=T&oi=gga&ct=gga&cd=7&d=16142919885771272475&ei=ACK9Z_v9D5-bieoPq73r0Qw" data-clk-atid="G3H8dBssB-AJ" target="_blank">[PDF] researchgate.net
Diverse biomineralizing animals in the terminal Ediacaran Period herald the Cambrian explosion
The origin and radiation of biomineralizing metazoans represents an important evolutionary
innovation in the history of life. The earliest known skeletal metazoans are dominated by four …
innovation in the history of life. The earliest known skeletal metazoans are dominated by four …
Controls on the evolution of Ediacaran metazoan ecosystems: a redox perspective
A growing number of detailed geochemical studies of Ediacaran (635–541 Ma) marine
successions have provided snapshots into the redox environments that played host to the …
successions have provided snapshots into the redox environments that played host to the …
Innovation not recovery: dynamic redox promotes metazoan radiations
Environmental fluctuations in redox may reinforce rather than hinder evolutionary transitions,
such that variability in near‐surface oceanic oxygenation can promote morphological …
such that variability in near‐surface oceanic oxygenation can promote morphological …