The phrase "agronomic utilization" is correct and usable in written English.
It can be used in contexts related to agriculture, farming practices, or the effective use of agricultural resources.
Example: "The research focused on the agronomic utilization of cover crops to improve soil health and increase crop yields."
Alternatives: "agricultural use" or "farm management practices".
According to Cornell University (www.cals.cornell.edu/dept/compost.feas.study.html) composting is experiencing a resurgence of activity which is driven by increased understanding of the agronomic benefits of compost utilization, and rising disposal costs for municipal wastes.
A comprehensive genetic linkage map is fundamental to modern plant genetics and breeding because it allows the identification and utilization of agronomic trait loci, such as qualitative and quantitative trait loci, as well as the evaluation of genetic diversity and genomic structure of genetic resources.
In this context, improving our understanding of the genetic basis of Koshihikari's agronomic characteristics, followed by comprehensive utilization of this knowledge for genetic improvement, will be more important than ever before.
There are various ways for remediation and proper utilization of saline soils including agronomic practices, use of salt-tolerant crop varieties, and phytoremediation.
The model is then tested on real economic and agronomic data from pilot and experimental biomass production and utilization projects in the Czech Republic with a case study of biomass from poplar and willow short rotation coppice (SRC) and reed canary grass plantations.
Utilization of digestates may replace or at least reduce the use of mineral fertilizer in agronomic plant production.
To ensure China 's food security, it is necessary to promote water-saving agriculture, which is considered as an integrated system including four components: rational utilization of agricultural water resources, water-saving irrigation, agronomic water-saving techniques, and agricultural management.
These indices, together with N utilization efficiency (NUtE), N harvest index (NHI), N physiological efficiency (NPE), N agronomic efficiency (NAE) and N apparent recovery fraction (NRF) generally pointed to greater NUE for the WS rotation, and poor efficiency for wheat monoculture.
The lack of agronomic information on germplasm clones has been suggested as one of the reasons for their poor utilization and management.
In addition, leaf brittleness is an important agronomic trait for rice and other crops since it affects not only grain production but also the utilization of cereal straw as animal forage [ 74].
