Sentence examples for full range of environments from inspiring English sources

This chapter discusses protective coverings females provide their eggs, which reflect the full range of environments exploited by insects.

A full range of environments can be found in China, from humid areas to vast, dry desert regions.

As fish have a longer life cycle that typically encompasses multiple seasons and environments, it is logical to assume that the wild-type phenotype would have been selected for the highest overall fitness across the entire range of environments and the full life history of the animal, and our results suggest the temporal stability of this fitness is variable.

They are extremely diverse, representing a wide range of environments.

Environmentally controlled small and wide angle X-ray analysis showed a relatively featureless amorphous morphology over length scales less than 105 nm through a full range of humidity environments.

The world-class lineup will be showcased throughout What The Festival's eight stages, privately owned 250 acre venue offering a full range of music environments.

Of course, one school does not provide an adequate picture of how the lessons will work in the full range of school environments, and so a further advantage of asking colleagues to carry out remote tests of our lessons was that we were able to gain feedback from many different schools.

As pointed out by Devlin et al. (2006), there are limitations and difficulties associated with collecting the breadth of empirical data required to accurately represent the full range of genotype by environment interactions affecting fitness-related life history traits in the wild.

Documenting the full range of impacts on the environment and public health associated with the Bt Cry proteins biosynthesized inside Bt-transgenic plants remains a challenging and largely ignored task, especially given the recent move toward multiple Bt protein, stacked-trait events.

Asset-management techniques able to take account of the full range of factors in less stable environments require to link contributory variables including: dynamic user-needs analyses, life-cycle analysis, national design specifications, building codes, prefabrication opportunities, procurement routes, and project management tools towards re-build/retro-fitting.

The metagenomics approach provided valuable insight into a full range of microbial diversity in the environment, regardless of their cultivability.