The phrase "agronomic engineer" is correct and usable in written English.
It can be used to refer to a professional who specializes in the science of soil management and crop production.
Example: "After completing her degree, she secured a position as an agronomic engineer, focusing on sustainable farming practices."
Alternatives: "agricultural engineer" or "crop production specialist".
Sitting under an umbrella on Balcarce, a street brimming with snazzy cafes and night spots, a local agronomic engineer, Lucas Norris, talked one midmorning in May about how the city and the province have grown.
Two teachers an agronomic engineer and an applied linguist, together with around 20 master students, analyzed a patent document by contrasting it with a 'twin' research article written by the same authors on the same technology and examining their differing contexts and textual and social outcomes.
In Argentina, many peasants, neighbors, environmental activists, as well as rural physicians, scientists, agronomic engineers and lawyers have asked for a ban or strict limits on the use of glyphosate-based herbicides.
Pesticide applicators eligible for participating in the study were identified and recruited by agronomic engineers working in Majes Valley.
This paper examines the enabling factors for the adoption of no-tillage cropping systems including the demand-induced innovation by farmers and agricultural engineers, enabling agronomic technologies such as herbicides and crop disease resistance, extension processes, and economic influences.
In the genomic era and in the absence of efficient tools for homologous recombination, TILLING has become an obligate technology to dissect gene function as well as to engineer alleles of agronomic importance in crops.
The introduction of herbicide and insect resistance as "first-generation engineered crops" offered agronomic benefits in terms of high yield and low pesticide dependency.
We provide an overview of the literature and discuss the evidence on expected agronomic and consumer benefits of genetically engineered rice.
However, the chloroplast genome has also been smartly engineered to confer valuable agronomic traits and/or serve as bioreactors for the production of industrial enzymes, biopharmaceuticals, bioproducts, or vaccines.
Understanding these diverse aspects of flavonoid metabolism is crucial for efforts to engineer this system for horticultural, nutritional, and agronomic improvement of plants.
To transform those gargantuan sets of numbers into useful and accessible agronomic models, the company assembled scores of mathematicians, software engineers, climatologists, agronomists, statisticians, and economists.
