Sentence examples for evolution of the seed from inspiring English sources

Following the evolution of the seed habit, seed plants diversified, giving rise to a number of now-extinct groups, including seed ferns, as well as the modern gymnosperms and angiosperms.

These rates of heterogeneity were used by rose to model the evolution of the seed sequences along the T60 tree.

On the other hand, the miRNA genes may be evolutionary young and since they overlap with microsatellites, rapid evolution of the "seed" sequences may still occur.

Several issues need to be addressed regarding the evolution of the seed plant genome, and that of the plant genome predating the gymnosperm-angiosperm (GA) divergence.

The stelar feature and leaf trace production of Yiduxylon indicate transitional anatomical traits in the evolution of the seed plants from the Middle to Late Devonian aneurophytes, although the latter group is currently unknown in South China.

Thus the stage is set to further determine the role of these genes during the development of ancillary structures found between Ginkgo, cycads and other gymnosperms with higher plants as well as the role of those in structures that are unique to gymnosperms and/or the non-seed plants as a step to understand the evolution of the seed plant habit.

In constructing a tight storyline without unpacking the details the video took liberties with specific aspects of evolution creating a misconception around the evolution of the process of seed dispersal.

These results suggest that during the evolution of the Streptophyta towards seed plants there was a progressive increase in the amplitude of red forms relative to bulk Chl absorption and a wavelength shift towards lower energy.

Because of the many genetic tools available for manipulating A. thaliana, it is an excellent system for studying the mechanisms of the evolution of seed oil composition and also for breeding seed oil crops especially the Brassica species.

The great promise offered by recent developments in remote sensing, geo-referencing, telemetry and spatially-explicit modelling suggest that this types of approaches are likely to become valuable tools for the study of the ecology and evolution of seed dispersal and the assessment of conservation projects in the future.

In this study, we use measures of branch support to identify proteins and characters that may have functional significance in the evolution of seed plants based on the direction of their support from the concatenated hypothesis obtained in a seed plant phylogenomic tree, constructed from 2,557 orthologous genes spanning 16 species.