Sentence examples for biodiversity evolution from inspiring English sources
The "Evolution Canyon" model [32] [35] is a natural microscale laboratory investigating biodiversity evolution including phenotypic and genotypic adaptation to the environment.
"We're operating telescopes in space, preserving ancient languages, studying biodiversity, evolution and history — a vast distributed network of scholars and researchers active in over 100 countries," he said.
Biodiversity evolution, indeed, depends on the quantity and quality of spatial cohesion of natural areas.
These differences, exhibited in a very small sampled area of 7000 m2, are very useful for studying biodiversity, evolution and adaptive processes, especially adaptation to high solar radiation, oxidative stress and drought, as well as incipient sympatric speciation.
Biodiversity evolution across life needs expansion at the EC by adding diverse taxa and embracing all categories (individuals, genomes, populations, species, communities, and biota) and life cycles.
The EC microsite model is optimal for studying inter-slope biodiversity evolution, adaptive complexes [ 5], and incipient sympatric ecological speciation across life from viruses and bacteria through plants, fungi, and animals up to mammals [ 4, 9].
These results should give us cause for concern, for they indicate that our children know little of biodiversity and evolution in general, not just human evolution.
Insanely enthusiastic programming means you can dip into biodiversity, robotics, evolution and carbon capture before you've even had coffee.
On either side of these globes are the changing exhibitions; the two inaugural shows, still in place, are about global warming and about biodiversity and evolution.
The impression here, as in the other set of displays about biodiversity and evolution, is more of accumulated miscellaneous sensation than of a carefully constructed vision; the exhibition becomes a series of staccato details.
Biodiversity and evolution of human enterovirus genomes are shaped by frequent recombination events.
