The phrase "nutrient characteristics" is correct and usable in written English.
You can use it when discussing the nutritional content of food or the characteristics of a nutrient. For example, "Vitamin C is an essential nutrient with many beneficial characteristics."
But whether such differences in soil nutrient characteristics are directly attributable to Conyza abundance also remains to be seen.
Very few data are available on the nutrient characteristics of rain forest tree species and the influence of environmental factors especially for subtropical climates.
Table 1 Nutrient characteristics of different agricultural-by products used as substrate for solid state fermentation Substrate Carbon Nitrogen C/N Wheat bran 53.4 2.74 19.49 Rice husk 57.35 2.53 22.67 Pigeon pea husk 26.24 6.53 4.0 Urad husk 25.42 6.05 4.2 Pongamia seed cake 41.5 15.75 2.63 Jatropha seed cake 46.08 18.73 2.46 Tea leaf waste 37.35 3.23 11.56.
This was supported by Kale (1998), Edwards and Bohlen (1996), Suthar (2007a, b) who reported that the factors relating to the growth, reproduction and compost production of earthworms may also be considered in terms of physico-chemical and nutrient characteristics of waste feed stocks.
The composition and nutrient characteristics of the experimental diets are described in Table 5.
Soil nutrient characteristics varied significantly (P < 0.05) among the seven different treatments corresponding to the seven ratios of the two species (Table 3).
More than on single dietary aspects, however, the interest of this study has to be related to the strong inverse relationship between pancreatic cancer and the combination of various food items into a priori-defined scores that take into consideration the synergistic effects or interactions of foods and nutrients characteristic of the Mediterranean diet.
The model used an individual-based patch choice mechanism, whereby herbivores move from patch to patch seeking food with the highest nutrient intake characteristics.
To address this issue, we compared nitrate removal, hydraulic and nutrient leaching characteristics of nine different carbon substrates in 0.2 m3 barrels, at 14 and 23.5 °C over a 23-month period.
By substituting the nutrient enrichment characteristics of the human-impacted river discharges with those of the undisturbed northern rivers, we provide a means to compare the short-term enriching 'footprint' for existing runoff intrusions with those that are likely to have occurred under pre-European catchment conditions.
Water treated by filtering through the CaO-based WTR exhibited nutrient ratios characteristic of potential P-limitation with no potential N- or Si-limitation with respect to growth of aquatic biota, indicating that treatment of nutrient-rich water using the CaO-based WTR may result in conditions less favorable for cyanobacterial growth and more favorable for growth of diatoms.
