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An example of mechanical control
Using barriers to prevent pests from getting into an area
An example of physical/environmental control
Lowering the humidity of stored grains and other food products to reduce damage from mold
An example of biological control
Modifying the environment to enhance natural enemies
Exclusion
Sealing cracks, crevices, and small openings in buildings
Cultural control practices
Alter the environment, the condition of the host, or the behavior of the pest to prevent or suppress an infestation
Airports and ocean ports
The ports that are monitored by pest quarantine regulatory agencies
The main goal of pest management strategies in IPM
Maintaining pest damage at economically acceptable levels
An example of a preventative pest strategy
Planting weed and disease-free seed/sod
The lowest level an action threshold may be set at
Zero pest population density
Something that would increase the likelihood of pesticide resistance
Continual use of the same pesticides from the same chemical class
The federal agency responsible for registering or licensing pesticide products for use in the US
Environmental Protection Agency (EPA)
The federal law that governs the establishment of pesticide tolerances for food and feed products
Federal Food, Drug, and Cosmetic Act (FFDCA)
The federal law that requires that all pesticides meet new safety standards
Food Quality Protection Act (FQPA)
Four facts about the Federal Insecticide, Fungicide, and Rodenticide Act (FIFRA)
State restrictions on pesticides may be more strict than those of FIFRA
Approved pesticide labels have the force of law
The EPA has the authority to remove pesticide products from the market
FIFRA regulates the registration and licensing of pesticide products
The minimum sizes of sites for experimental use permits required under section 5 of FIFRA when conducting experimental field tests on new pesticides or new use pesticides
10 or more acres of land, or 1 or more acres of water
The two categories of penalties that may be assessed for FIFRA violations
Civil and criminal penalties
A requirement of the Food Quality Protection Act (FQPA)
Testing of pesticides for endocrine-disruption potential
What must be on pesticide products that might adversely affect endangered species, under the federal Endangered Species Protection Program
A label statement advising applicators to consult a county bulletin to determine if they must take any special precautionary measures when using the product
What is needed to apply a pesticide legally when a pest problem arises for which a food or feed commodity is not on the registered pesticide label, or a tolerance has not yet been established
An emergency registration
The section under FIFRA that exempts pesticides considered to pose minimum risk from registration
Section 24(c)
The trade name from the following pesticide label info:
Mectinite®, Emamectine Benzoate: A mixture of (4"R)-4"-deoxy-4"-(methylamino)avermectin B1 benzoate (MAB1 benzoate)
Mectinite
The common name from the following pesticide label info:
Mectinite®, Emamectine Benzoate: A mixture of (4"R)-4"-deoxy-4"-(methylamino)avermectin B1 benzoate (MAB1 benzoate)
Emamectin benzoate
The chemical name from the following pesticide label info:
Mectinite®, Emamectine Benzoate: A mixture of (4"R)-4"-deoxy-4"-(methylamino)avermectin B1 benzoate (MAB1 benzoate)
A mixture of (4"R)-4"-deoxy-4"-(methylamino)avermectin B1 benzoate (MAB1 benzoate)
Which statement about pesticide label names and ingredients is true?
Various manufacturers use different trade names even though the products contain the same active ingredient.
Signal words
Give the user an indication of the relative acute toxicity of the product to humans and animals
The signal word most likely to appear with the following route of entry statement:
"Extremely hazardous by skin contact—rapidly absorbed through the skin"
DANGER
An example of a specific action statement
"Do not breathe vapors or spray mist"
Something all DANGER labels contain
A note to physicians, describing appropriate medical procedures
Directions for mixing and loading a pesticide
Usually found under the directions for use
The party responsible for developing Safety Data Sheets (SDSs) on specific chemicals- and providing them on request
The product manufacturer
What "Sevin 5G" means
A granular pesticide with 5 percent active ingredients
Suspension
The pesticide formulations processed by dispersing solid particles in a liquid
Ready-to-use (low-concentrate) solutions (RTUs)
The liquid pesticide formulations consisting of a small amount of active ingredient (often 1% or less per unit volume) dissolved in an organic solvent
Ultra-low volume (ULV)
The liquid pesticide formulations that may approach 100% active ingredient
A disadvantage of both EC and ULV formulations
Solvents may cause rubber or plastic hoses, gaskets, and pump parts and surfaces to deteriorate
Water-dispersable granules (WDG) or dry flowables (DF)
The dry/solid pesticide formulations that are mixed in water and reduce the risk of inhalation exposure during mixing and loading
Pellets
The dry/solid pesticide formulations consisting of particles that are the same weight and shape
An advantage of microencapsulated materials
Delayed or slow release of the active ingredients prolongs their effectiveness
Surfactants
The adjuvant that functions as wetting agents and spreaders
Thickeners
The type of adjuvant that increases the viscosity of spray mixtures
Toxicity
The capacity of a pesticide to cause short-term (acute) or long-term (chronic) injury
Three harmful effects of pesticides
Fumigants can cause severe blisters
Asthma-like symptoms may be caused by allergies to pesticides
Many herbicides and fungicides cause dermatitis
Absorption through the skin
The most common route for pesticides to enter the body
DANGER is associated with
The signal word associated with Hazard Class I and chemicals that have severe corrosive properties, but do not necessarily have low oral LD50 values
Acute or delayed cholinesterase inhibition
Effects due to exposure to organophosphate or carbamate insecticides
Routine or emergency cholinesterase monitoring
Enables a physician to recognize the occurrence of excessive exposure to organophosphate or carbamate insecticides
Baseline cholinesterase blood testing
Should be done during the time of year when pesticides are not being used, or at least 30 days from the most recent exposure
Pesticides that cause systemic injury
May be as toxic when absorbed through the skin as when they are swallowed
First-aid response for pesticide exposure to the eye
Hold the eye open and immediately begin gently washing the eye with drips of clean water
Continuously rinse the eye for 15 minutes
Flush under the eyelid with water to remove debris
Get the victim to fresh air
The first thing you should do to help a victim of inhalation exposure
Lack of sweat
A symptom of heat stroke
Pesticide handlers and early-entry workers
Labels may have different PPE requirements for these workers
PPE chemical resistance
Is dependent on the type of solvent used to formulate the pesticide
Barrier laminate or butyl rubber
The material for gloves that provide the best protection against pesticides in Chemical Resistance Category "D"
The hands and forearms
The parts of the body most likely to be exposed to pesticides
An eyewash dispenser
What a pesticide handler must have access to if the label requires goggles for eye protection, according to the Worker Protection Standard
NIOSH-approved respirator with an organic vapor (OV) cartridge or canister with any N, R, P, or 100 series prefilter
The type of respirator that must be worn when applying liquid pesticides from Toxicity Class I, according to EPA criteria
Fit check
The purpose is to ensure you have a tight-fitting seal with no leaks each time you use a respirator
When washing contaminated PPE
After washing items, run the washer through at least one additional entire cycle without clothing
Storage of respirator cartridges
Cartridges must be stored in an air-tight bag, or they lose their effectiveness
High solubility
Increases the likelihood of pesticide runoff
Runoff and erosion
Two sources of surface water contamination by pesticides
Pesticides that dissolve and leach through the soil after it rains
An example of non-point-source groundwater contamination
A sandy soil, low in organic matter, where groundwater is shallow
The soil conditions where pesticides are more likely to leech
Terrace and conservation tillage practices
A recommended best-management practice for preventing the contamination of surface and groundwater by pesticides
Droplet size, and wind speed/direction
The two main things applicators should be most aware of, to avoid spray drift
Applying pesticides in the evening or during early morning
A way to protect bees from pesticide injury
Enclosed cargo boxes
Offer the best protection for transporting pesticides, though they are not always practical
Carefully consider soil and land surface characteristics
When selecting a storage site for pesticides, to prevent potential contamination of water sources
Transparent tape, or a coating of lacquer or polyurethane
Will prevent damage to pesticide labels
Immediately putting on PPE
The first thing you should do if you notice a damaged pesticide container
Three good practices for minimizing pesticide storage problems
Keep records of previous usage to make good estimates of future needs
Mark each pesticide container with the purchase date, and keep an inventory of all pesticides in storage
Be sure to note if the product has an effective shelf life listed on the label
Risk assessment
The first step a business should take to develop a sound pesticide security program
Three good security practices
Instructing employees on pesticide inventory control
Preventing access to equipment used in mixing, loading, or applying pesticides
Reporting suspicious behavior to the FBI
Outlining the sequence of actions to take in a crisis
The backbone of an emergency response plan
Recommended actions to take in the event of a fire involving pesticides
Construct dikes to contain contaminated runoff water
Notify the fire department and inform the firefighters of the nature of the pesticides involved
Contain small fires with fog, foam, or dry powder
Actions to take in the event of a pesticide spill
Rope off the contaminated area, keeping people at least 30 feet from the spill
Contain liquid spills by spreading absorbent material such as fine sand, vermiculite, clay, or pet litter over the entire spill
Use absorbent pillows or tubes to dike around the area
Sweep up the absorbed chemical and place it in a steel or fiber drum lined with a heavy-duty plastic bag
The proper cleanup procedure after a pesticide spill
The life cycle of the pest and the weather conditions
A consideration for deciding when to apply a pesticide
The various crops or areas on which the pesticide may legally be used
What the directions for use on a pesticide label indicate
Physical incompatability
When two or more pesticides mixed together form a putty or paste, separate into layers, or look like cottage cheese
Fill tank one-fifth to one-half full with carrier, add compatibility agent (if needed), add suspension products, add solution products, add surfactants (if needed), add emulsion products
The usual order for mixing pesticides
Use a sharp knife of scissors to open paper or cardboard boxes
The proper technique for opening pesticide containers
Disposed of in accordance with label directions and federal, state, and local laws and regulations
How empty pesticide containers must be disposed of
Non-hazardous waste containers
What both triple-rinsed and pressure-rinsed containers are considered
At or below labeled rates to target sites
The level of rinsate that may be applied
Four facts about pesticide equipment cleanup
Several commercial pesticide tank-cleaning compounds are available
Sprayers should be thoroughly rinsed with a water-detergent solution for several minutes
When getting ready to store your sprayer, add some lightweight oil to the tank before the final flushing
Remove pesticide residues from the spray tank when changing products
Spot application
Application of a pesticide to a small area
Foliar application
Application directly onto the leaves of plants
Space treatment
Application of a pesticide in an enclosed area
Soil incorporation
The use of tillage, rainfall, or irrigation equipment to move pesticide into the soil
Band application
Applying a pesticide in parallel strips or bands, such as between or over rows of crops
Crack and crevice application
Application of pesticide into cracks and crevices in buildings to control structural pests
Tree/stem injection
Application of pesticides under the bark of trees
Nozzle material should be selected based on
Selected based on pesticide formulation
Formula for calculating the area of a trapezoid
(base 1 + base 2) / 2 x height
Formula for calculating the area of a rectangle
base x height
Formula for calculating the area of a triangle
(base x height) / 2
Formula for calculating the area of a circle
(radius x radius) x pi
The minimum standard for direct supervision of a pesticide application by uncertified individuals, according to FIFRA
The application is done by a competent person acting under the instruction and control of a certified applicator who is available if and when needed