Editor rating: 7 / 10Graciela Piñeiro –– This is an important contribution to the dinosaur reproductive behavior, and offers a pormenorized study of the evidence to suggest the presence of a cuticle-like layer in oviraptorid and alvarezsaurid dinosaur eggs.
Editor rating: 7 / 10Hans-Dieter Sues –– Important study on troodontid cranial structure.
Editor rating: 7 / 10Mark Young –– Gorgonopsians are an unstudied clade, which this paper helps to begin to rectify.
Editor rating: 8 / 10Andrew Farke –– Detailed description of an important taxon for sauropod workers.
Editor rating: 8 / 10Philip Cox –– This is a thorough study on an extensive dataset that will provide a model for other such macroevolutionary investigations.
Editor rating: 8 / 10Andrew Farke –– This study presents data applicable for many paleontologists in trying to establish life history information for snakes extant and extinct.
Editor rating: 7 / 10Kenneth De Baets –– Oldest best-preserved representatives of chalcid wasps which is relevant for entomologists, evolutionary biologist and paleontologists. The authors run a phylogenetic analysis to place them among their extant relatives.
Section Editor rating: 8 / 10Andrew Farke –– Excellent imagery and descriptions of an important taxon.
Editor rating: 7 / 10Laura Wilson –– Evaluates the impact of autapomorphies on the behaviour of tip-dating methods. The results are relevant for all future studies that employ tip-dating analyses.
Editor rating: 9 / 10Luis Eguiarte –– Gunnera is a genus of plants that have fascinated scientist for a long time, in particular for the very large leaves of some species and because its symbiotic relationship with the nitrogen fixing cyanobacteria Nostoc. For a many years, some botanists suspected it to be a very old, primitive genus, perhaps basal in the phylogeny of the Angiosperms. While latter molecular phylogenies did not support this position, this paper shows that indeed Gunnera is an old genus, with a complex evolutionary and phylogeographic history, and a recent radiation in the Andes. All these new results are relevant for understanding why the Neotropics have so many plant species, more than any other similar region in the planet.
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