Sentence examples for comprehensive whole from inspiring English sources
Doubtless, Euclid must be credited with particular aspects of this work, certainly with its editing as a comprehensive whole.
Kent acknowledges that this ability to go places the cameras can't, and to crystallise the "dribs and drabs" of a daily newspaper report into a comprehensive whole, has proved a more powerful medium than he initially expected.
The method is based on results obtained from a comprehensive whole building energy simulation analysis.
By compiling obtained omics (proteomics, glycomics, and lipidomics), for different organelles, comprehensive whole cell omics can be generated both under native and altered conditions [23 26].
Here again, I would argue that this image reflects the objective to reassemble scattered genomics information into a comprehensive whole, a phylogenetic pantheon if you like, in order to assess what we have learned during the obliteration stage (Fig. 7).
A synthetic cell diagram reflects the archetypal form of a mandala and may serve as a visual aid allowing researchers to envision and synthesise the various biochemical, biomolecular and bio-computational fragments into a comprehensive whole.
As the nation approaches the end of its longest war, in Afghanistan, we suggest a historic (and long overdue) action: crafting and institutionalizing a coordinated, comprehensive, whole-of-the-nation National Veterans Strategy.
As long as English football governance lacks a comprehensive whole-game regulatory approach aimed at securing both the sustainable development of the game and its clubs, and supporter community engagement in the running of clubs, the unlevel playing field that puts sustainably run clubs at a disadvantage will endure.
Fourth, the current plans fall short of the comprehensive whole-of-landscape, multiple-ownership approach needed to support long-term sustainable forestry and biodiversity conservation.
Our study is the first to observe forest phenology in a spatially comprehensive, whole-ecosystem way, yet with fine enough spatial resolution to describe organism-level correlates and scaling phenomena.
In many regions agricultural fields are just one component of a complex landscape matrix and understanding the interactions between agricultural fields and other landscape components such as wetlands is crucial for comprehensive, whole-landscape accounting of soil organic carbon (SOC) change.
