In addition to taking existing resources, human technology and population size contribute large quantities of pollutants which lead to toxicity of remaining resources including air, water, land, soil, and prey.
At the large scale, total brain size contributes significantly to the variance in cognitive ability between individuals [ 4].
Similarly, the small sample size contributed to the large confidence intervals around significant point estimates in this study and may have precluded identification of weaker mediation effects.
Household size (p = 0.003) was associated with health service use, with a larger size contributing to higher service utilization.
Analysis of the C. savignyi genome found little evidence to support an elevated mutation rate, but rather points to a large population size contributing to the polymorphism level.
In the meta-analysis of all cause mortality, one study with a large sample size contributed to most of the observed heterogeneity.
Large breast size significantly contributes to dose inhomogeneity, hot spots and toxicity [ 7, 8].
The random markers assaying genetic variation largely in different non-genic genomic regions that contribute to large genome size [ 31] would be of little relevance to phenotypic selection exercised during variety development.
Cell size also contributed to caste differentiation; the larger queen cells resulted in lower methyltransferase enzyme activity, lower methyltransferase gene expression, and lower percentage of methylation in the gene dynactin p62, resulting in a significantly lower percentage of workers produced and 3).
Shortages of food and basic health services like vaccinations, prenatal care and family planning contribute to large family size and high child and maternal mortality.
