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Exam (elaborations)

Illinois Field Crop Protection & Pest Management Exam – 120 Questions and Answers on IPM, Herbicides, Crop Pests

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This document contains approximately 120 exam questions and verified answers designed to support preparation for Illinois Field Crop Protection and Pest Management examinations commonly associated with agricultural science and crop management programs at the University of Illinois and similar agricultural training institutions. The material is structured in a clear multiple-choice question-and-answer format, allowing students to quickly review key agronomy, pest management, and pesticide application principles relevant to field crop production. The content focuses on core topics in Integrated Pest Management (IPM), crop protection strategies, herbicide application techniques, and agricultural pest identification. Early sections review fundamental IPM concepts such as economic thresholds, pest population monitoring, environmental considerations, and the role of pest biology and technology in reducing crop damage. The material also addresses issues such as herbicide resistance, environmental safety, and the ecological impact of pesticide overuse on non-target organisms. A major portion of the document focuses on pesticide application technology and calibration, including sprayer configuration, nozzle selection, droplet size, spray drift management, wind speed considerations, and weather conditions that influence pesticide application. Several practical calculation problems are included that train students to determine herbicide quantities, sprayer speeds, gallons per acre (GPA), tank loads, and application rates for agricultural fields. The document also provides detailed review questions related to crop pests, weeds, and plant diseases affecting major field crops such as corn, soybeans, cotton, and grasses. Topics include identification of insects such as corn rootworms, armyworms, Japanese beetles, aphids, and cutworms, as well as common plant diseases such as soybean rust and northern corn leaf spot. Additional sections examine weed classification, herbicide modes of action, and environmental factors that influence herbicide absorption and translocation within plants. Further topics include pesticide formulation types, chemical safety considerations, buffer zones near water bodies, environmental hazards of pesticides, fungicide classifications, plant disease resistance categories, and the interaction between environmental conditions and herbicide performance. These topics are essential for students preparing for agricultural certification exams or professional licensing in crop protection and pesticide application. The material closely aligns with concepts presented in widely used agricultural science textbooks such as “Weeds of the Midwest” by Charles T. Bryson and Michael S. DeFelice, “Introduction to Crop Protection” by George W. Norton, and University of Illinois Extension Crop Protection Guides, which cover integrated pest management, pesticide application technology, and crop pest identification. This document may be particularly useful for courses such as: Field Crop Protection Integrated Pest Management (IPM) Agronomy and Crop Science Pesticide Applicator Certification Training Agricultural Pest Management It may also benefit students enrolled in programs including: Agriculture and Agronomy Crop Science Plant Science Agricultural Technology Environmental and Pest Management Studies Overall, this study resource functions as a comprehensive exam preparation guide that compiles essential agronomic knowledge into structured exam-style questions. It helps students reinforce practical skills in pest identification, pesticide application calculations, integrated pest management strategies, and crop protection principles used in modern field crop production systems. Keywords integrated pest management IPM agriculture, economic threshold pest control, herbicide resistance weed management, pesticide application calibration GPA calculations, agricultural spray nozzle types drift control, crop pests corn rootworm armyworm aphids, soybean pests japanese beetle soybean aphid, herbicide formulation EC DF pesticide labels, crop protection agronomy exam questions, weed identification field crops, plant disease corn rust soybean rust, pesticide environmental safety buffer zones, fungicide types contact systemic local penetrant, agricultural sprayer calibration speed pressure, field crop protection study guide

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Illinois Field Crop Test 2026
Exam Questions and Answers |
A+ Score Assured



Integraded Pest Management utilizes which of the following to prevent

unacceptable levels of damage?




a. Use of pest biology

b. Environmental information

,c. Available technology


d. All of the above - 🧠 ANSWER ✔✔d. All of the above


Which best describes the pest density at which some control tactic should

be used to prevent a pest population from increasing and causing

economic loss?




a. Plant equilibrium

b. Aesthetic injury level

c. Economic threshold


d. Economic injury level - 🧠 ANSWER ✔✔c. Economic threshold


What is one suggestion to slow the development of herbicide resistant

weeds?




a. Soil compaction

b. Use of GIS systems

c. Herbicide rotation

, d. Abiotic agents - 🧠 ANSWER ✔✔c. Hericide rotation


What is a concern with the overuse of insecticides in field crop situations?




a. Negative effects on non-target arthropods

b. Large insect populations increase the local property values

c. Non-taget pest density will not be affected

d. Crop growth utilizes available nutrients and therby purifies the water for

drinking - 🧠 ANSWER ✔✔a. Negative effects on non-target arthropods


Which of the following nozzel types presents the greatest risk of spray drift?




a. Hollow-cone nozzle

b. Pre-orifice flat-fan nozzles

c. Turbo flooding nozzles


d. Air-induction nozzles - 🧠 ANSWER ✔✔a. Hollow-cone nozzle


Monitoring weather conditions during an application is important. realitive

humidity, wind speed, direction and which of these all affect the risk of drift?


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