Sentence examples for tolerance to changes from inspiring English sources

However, ecosystems consist of individual organisms that vary in their inherent natural tolerance to changes in climate, in particular to thermal resilience.

These systems generally have long design times, no tolerance to changes in application or standard, and hence very high system costs.

Indeed, plants have demonstrated a high degree of tolerance to changes in PTM pathways allowing recombinant proteins to be modified in a specific and controlled manner, frequently resulting in a homogeneity of product which is currently unrivalled by alternative expression platforms.

This descriptor quantizes the space domain, allowing some slight shifts and rotations to be flattened and also presents good tolerance to changes in lighting conditions and hue variations because it represents each block by calculating the dominant colour, thus indirectly quantizing the colour space as well.

The findings here, however, suggest that important differences between species, representing coniferous and deciduous trees, should be expected as a consequence of varying tolerance to changes in the nutrient supply.

Given its superior tolerance to changes in the nutrient supply, lesser response to the +ND treatment and moderate stress reactions, the interpretation for spruce is slightly different with GDBH ≥ CNBH > PCM.

This is the temperature at which the organs function normally and there is little tolerance to change.

We address one of these and describe a generic method for constructing a system design space in which qualitatively distinct phenotypes can be identified and counted, their relative fitness analyzed and compared, and their tolerance to change measured.

Moreover, due to the quantization of the colour space, SCD presents good tolerance to change of lighting conditions and hue variations.

This descriptor, just as the EHD, presents rotation invariance of 45°, and due to the quantized colour space that it uses, it presents also tolerance to change in lighting conditions and hue variations.

The variability of amino acid replacement for each gene product may reflect the biological tolerance to change as selected by function.