Sentence examples for nutrient usage from inspiring English sources

The modelling approach has the potential to inform holistic decision making with respect to nutrient usage, efficiency and the related environmental impact in the design of a local system for meeting the demand for food, energy and water.

Biochar's effects on water when mixed with soils are important to understand because it may be the most influential aspect of biochar in regards to microbial activity, plant growth, and nutrient usage.

Further detailed analysis of expressed genes and associated gene networks may provide new insights into the molecular mechanism of nutrient usage with direct ramifications in the growth and development of the rice plant.

orchids have very unique biological features such as crassulacean acid metabolism (CAM) photosynthesis that uptake CO2 at night (Guo and Lee 2006), epiphytic habitat with high water and nutrient usage efficiency, unique flower pattern formation (Su et al. 2013b), symbiosis with mycorrhizae (Yumiko et al. 2007), immature embryos (seeds without endosperm) in mature capsules (Yu and Goh 2001).

Although it remains unclear if the protein kinase genes associated with module 6 directly and/or indirectly regulate the transporters via the phosphorylation machinery, the coexistence of many protein kinases and transporter genes in the same coexpression module provides new insights into the nutrient usage mechanism under nutrient deprivation conditions.

The maximum rate of nutrient usage occurred from 14 d pre-anthesis to 7 d post-anthesis.

The higher food intake of female flies is presumably related to their high nutrient-usage in egg-production [31].

Nutrient allocation and usage plays an important part in regulating the onset and progression of age-related functional declines.

To identify food group predictors of higher acrylamide intake, the 255 food items in the FFQ were grouped into 19 food groups based on nutrient profiles, culinary usage, or known acrylamide levels.

In wetland soils, changes in oxygen (O2) level in the rhizosphere are believed to influence the behaviour of nutrients and their usage by plants.

As these naturally associated microbes are likely to vary across time and substrate and as they may also differ in their ability to grow on the standard nutrient-rich laboratory growth media, usage of such nutrient-rich media could lead to a substantial change in microbial composition and in turn nematode abundance.