The phrase "application of the plant" is correct and usable in written English.
It can be used in contexts discussing the use or implementation of a specific plant, whether in agriculture, industry, or research.
Example: "The application of the plant in sustainable agriculture has shown promising results in improving soil health."
Alternatives: "use of the plant" or "utilization of the plant".
Moreover, a simple economical comparison with incineration is carried out and subsequently in-depth works are also proposed for further promoting the commercial application of the plant.
Should the British climate become conducive to the plant's possible introduction and survival, our study, prior to a very large increase in temperature, can provide valuable data and information which could be used for comparison with the performance and application of the plant should the climate in the UK change significantly.
This concerns in particular details on the application of the plant protection product (rate, timing, instructions for use, etc)., information on the toxicological profile including potential metabolites and data on the efficacy of the product including resistance risks.
After application of the plant mixture on the DMBA-treated rats, there was also no significant difference in monocyte percentage (p > 0.05), eosinophil percentage (p > 0.05), or basophil percentage (p > 0.05) between "carrier" rat group and "DMBA with plants" rat subgroup (Figs. 6, 7, and 8).
An important aspect of the application of the plant diversity indicator is the transformation from calculated NO3 concentrations in soil solution, as calculated in SMART2, towards nitrogen content per kilogram of soil as used in the plant diversity indicator (see Additional file 1 Eq. (72)).
Indeed, the only ecological application of the plant DNA barcoding program thus far is the study of Jurado-Riviera et al. (2009), who have used the trnL intron to explore the diet of leaf beetles in the Chrysomelinae subfamily [58].
Another important application of the plants is to repair soil that is contaminated by heavy metals.
The breadth of application of the plant-based low-carbohydrate diet, however, remains to be determined, but it may provide an option for some individuals for whom LDL-C reduction is an equal concern to weight loss.
These findings make future applications of the plant microbial fuel cell technology more feasible due to costs reduction per kWh.
These present findings also justify the ethnobotanical applications of the plant in the indigenous system of medicine.
So, the present study adds further support to the antioxidant properties of G. tenera extracts [9] and unveils new potential applications of the plant in long term protection against UV-related cellular damaging.
