Sentence examples for extent adaptation from inspiring English sources

SDCC integrates existing algorithms designed to address view maintenance subproblems, such as view extent maintenance after IS data updates, view definition evolution after IS schema changes, and view extent adaptation after view definition changes, into one system by providing protocols that enable them to correctly co-exist and collaborate.

This study examines what and how major factors influence the adaptive capacity of rural communities in the Afar region of Ethiopia, including to what extent adaptation methods are applied and which adaptation methods contribute to household income.

By relying on real differences in climate and income rather than extrapolations, this approach has the advantage of taking into account (although implicitly and only up to a certain extent) adaptation practices carried out at different levels.

Prominent controversies around this subject included the questions whether phenotypic evolution proceeds by punctuated or gradual phenotypic change (Eldredge and Gould 1972; Gould and Eldredge 1977), and to what extent adaptation alone can explain the phenotypes we observe (Gould and Lewontin 1979; Riedl 1978).

Long-term studies of wild animal populations under field conditions can also be used to assess adaptive genetic variation and the extent of adaptation to environmental change (Grueber and Jamieson 2008; Kruuk et al. 2008; Charmantier et al. 2009; Ozgul et al. 2009) although this approach has limitations (Hadfield et al. 2010).

The extent of adaptation in bullfrog saccular hair cells.

(1) To what extent can adaptation reduce impacts of climate change?

It emerged that reading on a tablet induced this movement, which could explain, to a certain extent, the adaptation we observed in the first experiment.

To that extent, her adaptation is of a piece with such Shared Experience ventures as "Anna Karenina," which earned warm reviews during its visit to the Brooklyn Academy of Music in 1998.

We identify constitutive parameters that optimally match biaxial data from a mouse vena cava, then numerically subject the vein to altered pressure conditions and quantify the extent of adaptation for a biologically reasonable set of bounds for G&R parameters.

To this extent, the adaptation strategies of DIAS are dynamic.