HIGHLIGHTS
- who: Dunn et al. from the University of have published the research work: Science Journals — AAAS, in the Journal: (JOURNAL) of 23/07/2021
- what: The authors attempt to leverage greater insight into the biology and phylogenetic affinity of Rangeomorpha (and thereby early animal evolution) by analyzing community assemblages that preserve a range of individuals of the iconic rangeomorph Charnia masoni at different sizes, interpreted as reflecting different developmental stages. The authors characterize the development of Charnia masoni and establish the affinity of rangeomorphs, among the oldest and most enigmatic components of the Ediacaran macrobiota . . .
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