Sentence examples for distributed evolution from inspiring English sources

This overview is essential to understand the distributed evolution of the project.

Lastly, development of a systematic instrumentation that evaluates the distributed, temporal evolution of snowpack drainage is vital for optimal understanding and management of cold-climate hydrologic systems.

using a distributed snowpack evolution model.

Sirtuins genes are widely distributed by evolution and have been found in eubacteria, archaea and eukaryotes.

It has subsequently been shown that the gene coding for this protein is very widely distributed in evolution and it has been characterized in many other species, including the popular model organism of plant biology Arabidopsis thaliana.

An axisymmetric unit-cell model of uniform and aligned particle distribution with various particle sizes is built to study thermal-induced non-uniformly distributed GNDs, their evolution and contributions to the stress strengthening under combined thermal and mechanical loading.

Simulation results demonstrate that the proposed scheme achieves an enhanced energy performance compared to the existing distributed long term evolution (LTE) RAN system.

In these analyses, the JTT model of amino acid substitution and four gamma distributed rates of evolution were applied.

By comparisons of the complete genomes of 17 taxa representing five of the six major eukaryotic groups [ 19] for 40 tethering factors and the SM proteins, we determined that both are widely distributed across eukaryotic evolution.

In the 1920s, Charles Lee Smith, the founder of the now defunct American Association for the Advancement of Atheism, made headlines after he was arrested for blasphemy in Arkansas for distributing pro-evolution, anti-Christian literature.

More recently applied multivariate pattern recognition analyses to fMRI may be more sensitive than traditional univariate analyses methods to study the evolution of distributed activation patterns across development and could be used to predict maturation in individual subjects [ 85].