Sentence examples for evolution of the higher from inspiring English sources

For ministries, caring about the evolution of the higher education sector on national scale more than about the evolution of each individual institution, it might be compelling to view the SG as being populated not by the individuals possessing superior knowledge but by individuals possessing superior power.

As evolution of the higher plants have progressed, some species have acquired further SWEET genes (Fig.  1).

Although members of the D genome clade do not make spinnable fiber, genetic mapping has shown that the majority of fiber QTLs mapped in tetraploid cotton fall on D genome (G. raimondii-derived) chromosomes, suggesting that the D genome has been crucial to the evolution of the higher fiber quality and yield of cultivated tetraploid cottons [ 76].

The systematic study on two parameters of biaxial-stretching technique, i.e., stretching rate and draw ratio, allows us understanding the development of microstructure, especially the crystalline phase, the regular chain packing in the crystal lattice, and the evolution of the higher-order structure.

The evolution of the highest-order human brain center, the "pallium" or "cortex," remains enigmatic.

The evolution of the high-temperature flame has been followed based on chemiluminescence imaging of the excited-state hydroxyl radical (OH*), and PLIF of ground-state OH.

However, our studies show that glaciation and particularly deglaciation is important in controlling the deposition of thick valley fills and the landscape evolution of the high mountain environments.

Rafael Viñoly said he designed 20 Fenchurch Street "to respect the city's historic character, following the contour of the river and the medieval streets that bound the site, while further contributing to the evolution of the high-rise building type".

This approach allows for accurate focusing of wave groups and in-detail examination of the individual evolution of the high order terms, as well as identifying the source of discrepancies between experiments and numerical models.

We examine this issue by integrating oxygen isotope-based paleoelevation reconstructions of the Zada basin in southwestern Tibet with information on the structural evolution of the High and Tibetan Himalaya between 79°E and 84°30′E.

This book differs from all other contributions in the field in its comparative ecological approach and in the fact that the main emphasis is throughout on the evolution of the high altitude ecosystem as an integral part of the orogeny.