Sentence examples for a consistent evolution of from inspiring English sources

For successful simulation, several physical mechanisms are accounted for in addition to conventional Kampmann Wagner-based precipitation modeling to achieve a consistent evolution of precipitation parameters.

Well-defined multicomponent systems that permit ultradiscretization are obtained using an approach that relies on a group defined by constraints imposed by the requirement of a consistent evolution of the systems.

We report on a consistent evolution of PM with temperature in the range of 40 °C to 250 °C, including natural samples, heated samples at 95 °C, and burial-like heated samples.

Despite some variability between individual animals, as also reported by other investigators [32], a consistent evolution of barrier formation was observed.

A low but consistent evolution of CO2 occurs for low dispersions in contrast to the high amount of CO2 during the initial few seconds of the rich phase for a high dispersion catalyst.

The consistent evolution of diversity in independent microcosms is notable, considering that any diversity within microcosms evolved de novo via mutations arising during the course of selection in a relatively simple, well mixed, two-resource environment, and indicates that diversification within microcosms was itself adaptive.

The present simulation follows the self-consistent evolution of a reconnection front that is initiated with an initial cross-tail extent of 24 d i.

Western spruce budworm trajectories appeared to show a consistent temporal evolution of long-duration spectral decline (loss of vegetation) followed by recovery, whereas mountain pine beetle plots exhibited both short- and long-duration spectral declines and variable recovery rates.

We next looked for those orthologous groups that did not show a consistent rate of evolution across the melanogaster species group.

The rise of the 625 nm kinetics and an observed isosbestic point at 660 nm thus are consistent with evolution of Lumi-Ff into a blue-shifted secondary photoproduct on a subnanosecond time scale.

It aims first to establish quantitatively that mobile handsets are a determinant of mobile network service evolution patterns, and second, to develop a consistent perspective capable of explaining the evolution of various mobile network services.