Sentence examples for implications of nutrient from inspiring English sources

We agree that the implications of nutrient deprivation can be complex and therefore we have been cautious not to overinterpret the findings based on these experiments.

Thus, the evolutionary implications of nutrient change for life histories discussed here may apply most prominently to a subset of species favored in these conditions (Table 1: H16)—these species may form the basis of future diversification events (Tilman and Lehman 2001).

One paper discusses the implication of nutrients in genomic stability in cell cultures.

The accompanying changes in the frequency and timing of freeze thaw episodes and the evidence of their disruptive and selective influence upon soil microbial processes, when human induced, suggests there are wider implications for nutrient cycling and functioning of mountain ecosystems.

The presence of mycorrhiza in biofilters could have implications for nutrient and metal uptake in plants, and thus enhance removal of target pollutants.

The results presented challenge this belief, with important implications for nutrient management and the evaluation of its effectiveness.

A 12 month, laboratory-scale biofilter column experiment was conducted to investigate the response of Carex appressa to variations in biofilter design and implications for nutrient removal performance.

This behavior has important implications for nutrient release (i.e., bioaccessibility), which depends on the proportion of ruptured cells, relative to intact cells, in the plant tissue after mastication.

This article examines theoretically and empirically the implications of establishing alternative nutrient trading market designs (markets with and without credit stacking, a market for a bundled payment of nutrients, and separate markets for either nutrient) for total costs and achievement of stipulated nutrient reduction targets for the Baltic Sea.

In addition to impacting the data carried in nutrient databases, these new recommendations also have implications for the design of nutrient calculation programs.

This work provides a systems-level synthesis of N redistribution during animal decay and has significant implications for our understanding of nutrient turnover rates and dynamics in terrestrial ecosystems.