The phrase "agronomic development" is correct and usable in written English.
It can be used in contexts related to agriculture, farming practices, and the advancement of agricultural techniques or technologies.
Example: "The conference focused on the latest trends in agronomic development and sustainable farming practices."
Alternatives: "agricultural advancement" or "farming innovation".
Recent progress in genomics has enhanced understanding of the genetic basis of agronomic traits, and development of crops with the desired traits could enhance adaptation to climate change or mitigate its effects (Yamamoto et al. 2009; Abberton et al. 2016; Kole et al. 2015).
Isolation of candidate genes of agronomic interest and development of specific molecular markers for application in molecular genotyping and marker-assisted selection (MAS) allow for both accelerated conventional breeding and gene-transfer programmes as strategies for genetic improvement.
Thus, from the perspective of the GM crop developer, safety assessment begins at the conceptual or design phase, continues through development and agronomic selection cycles, and is confirmed by compositional analysis once a new product has been selected for commercialization.
For regulators, risk assessment begins at the completion of the commercialization of a new GM crop, whereas for GM crop developers, safety assessment begins at the conceptual or design phase, continues through development and agronomic selection cycles, and is confirmed by compositional analysis once a new product has been selected for commercialization.
Furthermore, a larger number of differentially expressed genes in hybrid, which serves as a major reservoir for generating novel phenotypes that exhibit heterosis of certain agronomic traits during early development and differentiation of maize ear.
The developing understanding of the factors that contribute to flavor quality provides a basis for shifting the focus of horticultural development from agronomic and commercial concerns to one of flavor quality.
The ability to link sequence and diversity information to physiological functions, plant development and agronomic traits in rice will encourage a new generation of highly qualified and competent young scientists to the field of rice research and will simultaneously expand the foundation for comparative genomics using rice as a pivotal reference genome.
(1) Agronomic engineering in rural development (B.Sc. programme).
These lines were selected in the field for their FHB resistance and agronomic performance for cultivar development.
· the development of agronomic methods to improve the bioavailable micronutrient content of major crops, including staples, with such efforts directed towards crops that are widely consumed.
