Grain Agronomy and Craft Malting ; Seed Quality, Triticale Genetics,
No-Till Practices, Fertilization Strategies, Nitrogen Management, Soil
pH Optimization, Lodging Prevention, Allelopathy, Fungal Alkaloids,
Ergot Control, Weather Impacts, Spring Rain Effects, Grain Harvest
Timing, Extension-Based Recommendations, Malting Floor
Operations, Steep Tank Aeration, Gibberellic Acid Signaling, Aleurone
Function, Amylase Activation, Kilning Stages, Maillard Reactions, Rye
and Wheat Handling, Flavor Profiling, Specialty Grain Sourcing,
Agronomic Assessment, Vernalization Requirements, Endosperm
Structure, Beta-Glucanase Activity, Ferulic Acid Distribution, Protein
Localization, Starch Mobilization, Hardness and Water Uptake,
Complex Starch Utilization, and Malt Quality Optimization Exam
Questions Verified and Provided with Complete A+ Graded Rationales
Latest Updated 2026
Which of the following is a fundamental principle of small grain agronomy?
A. Plant quality seed
B. Provide adequate plant nutrition
C. Control pests
D. Plan for the next production cycle.
, ***E. All of the above***
Much of what we know about growing other cereal grains was learned from growing ___,
because it is the number one grain crop in Oklahoma.
Wheat
Triticale is a cross between wheat and which grain?
Rye
No till farming is superior to plowing to prepare the seedbed because it ___.
A. Saves fuel
B. Controls erosion
C. Prevents weeds
***D. Both A) and B)***
E. All of the above
What is a reason that would prompt scientists to breed new wheat varieties?
To improve resistance to a new pest
Cowpox caused by cow manure is an indication that the ___.
Field is under-fertilized