Sentence examples for capture of nutrients from inspiring English sources

In arid ecosystems, widely spaced vegetation and prolonged dry periods may enhance canopy capture of nutrients from dry deposition.

Additionally, because alfalfa is a perennial crop, it provides numerous agro-ecological advantages including reduced soil erosion, improved soil carbon sequestration, and increased capture of nutrients from annual cropping fields to protect surface and ground water resources.

If the whole-plant biomass is considered as a target trait, we need to understand how different organs of a plant coordinate and interact to optimize the capture of nutrients, light, water, and carbon dioxide in a manner that maximizes plant growth rate through a specific developmental program because plant biomass growth is not simply the addition of biomass to various organs.

Plant-microbial interactions, such as those between maize and arbuscular mycorrhiza or growth promoting rhizobacteria, can mediate a plant's capture of soil nutrients and drought tolerance.

Sites were selected to capture a range of nutrient conditions, with 136 sites distributed over five study areas.

The observations discussed suggest that S. pseudintermedius may use the highly conserved SitA metal-binding residues to capture and transport a range of nutrients, likely with a preference for Mn2+ ions for which it displayed the canonical commonly observed geometry and bond lengths [ 49, 50].

The productivity of most forest plantations is less than their physiological potential as defined by the prevailing climate, because the supply or capture of light, water and nutrients is less than optimal.

Assessing dietary quality by dietary patterns has the advantage of capturing the high inter-correlation of nutrients within a diet, as well as integrating complex interactive effects of many dietary exposures.

The high cost of fertilizers use and adverse environmental impact underscore the importance of improving the efficiency of plants to capture these nutrients from soil.

The choice of a methodology will depend on many factors, but perhaps the most important is the ability of the methodology to capture a particular nutrient or nutrients in the population of interest [ 16].

The production and turnover of fine roots play a critical role in regulating underground carbon (C) cycling of terrestrial ecosystems, which are a biological feature in regulating the capacity of plant to capture soil nutrients.