The phrase "ample nutrients" is correct and usable in written English.
It can be used when describing a food or substance that provides a sufficient or abundant amount of essential nutrients for health and well-being.
Example: "This smoothie is packed with ample nutrients, making it a great choice for a healthy breakfast."
Alternatives: "plenty of nutrients" or "sufficient nutrients".
The region's soils furnish ample nutrients for the pepper vines, supplemented by the small amounts of fertilizer applied to crops surrounding them.
Many carbohydrate-rich plants, such as rice, maize, lotus, and potato, are loaded with not only ample nutrients, but are also excellent sources of vitamins A and C and many other vitamins and minerals (Abbott 1999; Guillon and Champ 2002; De Vries and Toenniessen 2002).
Although the upstream reach had the lowest ambient N and P levels and was also the only not classified as a eutrophic system according to the criteria established by Dodds et al. (1998), ample nutrient content may still have been present for the short-term establishment of periphyton communities.
Research has shown that, under controlled conditions and ample nutrient supply, the yield response of plants follows the increased rate of photosynthesis.
These findings indicate that there must be a cost associated with the fusion of amphisomes and lysosomes, which is circumvented under conditions of ample nutrient availability.
The inability of stage 11 embryos to control infection could reflect either a faster bacterial growth in younger embryos attributable to ample nutrient availability or equally a difference in cellular and humoral resistance mechanisms employed by embryos at different developmental stages.
GCDM by itself is a rich medium, like GM17, that was designed to contain ample key nutrients and support high growth rates.
Under conditions of ample plant nutrient availability, the primary plant metabolism, responsible for growth processes, is generally emphasized.
We reduced the impact of feedbacks due to drought or nutrient limitation by providing ample water and nutrients.
Our hypothesis is that tumors are prone to develop where there is a high concentration of blood flow that can supply ample oxygen and nutrients to the tumor.
These microvessels would supply ample oxygen and nutrients to a budding tumor, as well as have receptors for factors that promote angiogenesis such as VEGF.
