Free CA Branch 2 FR Exam Flashcards

The interview identifies where and when activity occurs, what evidence was seen, prior treatments, and occupant concerns. Those facts direct the inspection and monitoring plan; they do not replace physical verification of the pest and conducive conditions.

A sign is evidence that a pest is or was present, such as droppings, cast skins, damage, tracks, or live insects. A conducive condition—such as moisture, food residue, clutter, or an entry gap—supports entry, survival, or reproduction but does not by itself prove infestation.

Check door sweeps, window and screen gaps, utility penetrations, pipe chases, vents, roofline openings, foundation cracks, and joints between unlike materials. Compare opening size and location with the suspected pest rather than treating every gap as equally important.

Accessible food, water or moisture, harborage, and entry routes. An inspection should locate each resource and connect it to observed pest behavior so exclusion and sanitation can become part of the control plan.

Open or overflowing containers, food residue, infrequent pickup, leaks, and dumpsters placed against a structure can feed and shelter pests outdoors. Those populations can then enter through nearby doors, drains, cracks, and utility lines.

Eggs, larvae or nymphs, pupae, and adults may occupy different sites and respond differently to control. Temperature, moisture, daylight, and season also change development and activity, so a quiet inspection can reflect timing rather than elimination.

Match the device to the target species, its movement and feeding behavior, the site, safety constraints, and the information needed. A device used to confirm presence may differ from one used to map distribution or measure a trend over time.

Check placement along travel routes, lure or bait suitability, competing food, device condition, environmental interference, and the inspection interval. Move or supplement the monitor when evidence shows the sampling location is not representative.

Different pests can leave similar damage or fecal material. Combine body features, life stage, droppings, cast skins, nests, feeding damage, location, and behavior; use an identification key or authoritative reference when the evidence is incomplete.

Fresh droppings are generally darker, shinier, and softer than older droppings, which become dull, hard, and crumbly. Condition can help estimate recency, but humidity and the environment affect aging; species and current activity require additional evidence. Never handle droppings bare-handed.

Egg, larval, pupal, and adult stages look and behave differently and may occupy separate habitats. Finding adults does not reveal every development site, so inspection must also target larval food, pupation sites, and protected egg locations.

A small tan to light-brown adult with two dark, parallel longitudinal stripes on the pronotum behind the head. Confirm with size, habitat, behavior, and other evidence because color alone is not a reliable identification.

Roof rats commonly travel and nest above ground in trees, rooflines, attics, and elevated voids. Norway rats more often use ground-level routes and burrows near foundations, rubbish, or dense cover. Tracks, gnawing, droppings, rub marks, and trap results should confirm the pattern.

Correctly identify the pest, inspect and monitor, define an action threshold, correct conducive conditions, choose effective lower-risk controls, apply them correctly, then evaluate results and document what changed. IPM is a decision process, not simply avoiding pesticides.

It defines the pest level or evidence that triggers action for that site. The threshold depends on health risk, customer tolerance, facility type, and potential damage; one sighting may demand action in a hospital food area but not in every outdoor setting.

Corrective work suppresses an active infestation. Preventive work reduces future entry, food, moisture, harborage, or reproduction. A durable plan often combines immediate population reduction with exclusion, sanitation, and monitoring.

First assess exposure routes and site constraints, then prefer exclusion, sanitation, trapping, targeted placements, or the least hazardous effective product allowed by the label. Protect people, pets, beneficial organisms, plants, and wildlife without assuming that a 'natural' product is automatically safe.

The target pest, application site, method, rate, and intended surface must all be permitted. Also review hazards, ventilation, moisture, temperature, weather limits, residue or odor concerns, and any restrictions protecting occupants or the environment.

Movement also depends on the label, application location, soil, slope, drainage, irrigation, rain, formulation, and persistence. Near water or a groundwater-protection area, use only a permitted method and prevent runoff, drift, spills, and movement through drains or permeable soil.

Baits can provide targeted exposure through pest feeding or transfer while limiting treated surface area. Success requires a palatable bait placed on active routes, removal of competing food, and protection from contamination; repellent residues near bait can reduce acceptance.

Rotate among effective products with different modes of action, not merely different brand names. Combine that rotation with sanitation, exclusion, monitoring, and correct rates so survivors are not repeatedly selected by the same control pressure.

They influence output, droplet size, pattern, reach, drift, and surface coverage. Select components for the label-approved application, operate within equipment limits, and avoid increasing pressure as a shortcut for a worn or blocked nozzle.

Calibration measures the equipment's actual output under the intended nozzle, pressure, speed, formulation, and site conditions. Compare that output with the label rate, adjust as needed, and verify again so the treatment is neither underapplied nor overapplied.

Inspect the tank or hopper, hoses, fittings, seals, valves, wand, nozzle, guards, and power source for wear, leaks, blockage, or damage. Test operation safely, repair defects before loading pesticide, and clean and store the equipment according to its instructions.

The label gives legally enforceable directions for where, how, and at what rate the pesticide may be used, plus required precautions and first aid. The SDS expands hazard, handling, storage, and emergency information; it never authorizes a use prohibited by the label.

Identify drains and water sources, gas and water lines and shutoffs, electrical sources, pilot lights or open flames, HVAC intakes, and sprinkler controls. The product label and treatment method determine what must be shut down, isolated, or protected.

They can collect residues and create oral or dermal exposure to people or animals. Follow the label for removal, covering, cleaning, and re-entry, and keep occupants and pets out for the required period.

It should identify the planned treatment and precautions clearly enough for the customer to prepare the site, protect people and pets, and follow any required absence or re-entry instructions. The notice must contain all information and timing required by applicable law and the label.

Use the pesticide only on a listed site for a permitted target and method, at the allowed rate, with required PPE, setbacks, precautions, and re-entry controls. If the proposed treatment conflicts with the label, change the plan rather than improvising.

The material is placed directly into narrow openings, joints, or voids where pests hide or travel, using equipment that limits deposition outside the opening. It is not permission to coat the surrounding exposed surface; the product label must allow the placement.

Verify lawful placement and station labeling, security against children and nontarget animals, anchoring where required, bait condition and consumption, pest evidence, damage, and contamination. Replace or replenish only as the product label permits and document the service.

Divide it into simple shapes, calculate each area, subtract untreated openings when relevant, and add the results. Keep units consistent; for example, rectangle area is length × width and triangle area is one-half × base × height.

Concentrate volume = (desired finished concentration ÷ concentrate concentration) × final spray volume. Example: to make 5 gallons at 2% from a 20% concentrate, (2 ÷ 20) × 5 = 0.5 gallon of concentrate, then add diluent to reach 5 gallons. The label controls the actual mixing directions.

When wind, rain, temperature, humidity, or saturated ground could violate the label, reduce efficacy, cause drift or runoff, or expose nontargets. Use a label-approved alternative method or wait for acceptable conditions rather than compensating with extra product.

Use the product label and applicable law, starting from the relevant application time and meeting any ventilation, drying, or other stated condition. Odor, appearance, or a technician's customary interval cannot shorten a label-required restriction.

Review customer observations and prior records, inspect and read monitors, identify remaining activity and conducive conditions, then adjust the method only if evidence supports it. Record the site, pest, product and application details, results, recommendations, and follow-up action.

Protect people and put on appropriate PPE, stop the source if it can be done safely, contain the material, keep it out of drains and water, then collect and manage contaminated material as directed. Follow the label, SDS, company plan, and legal reporting requirements; summon emergency help when needed.

Move away from exposure, remove the contaminated clothing promptly, wash exposed skin as the label directs, and obtain medical or poison-control help when indicated. Isolate the clothing and follow label and employer procedures for laundering or disposal instead of mixing it with household laundry.

Keep the pesticide in an approved container that is labeled with all information required by law and never in a food, drink, or household container. The service label must remain legible and match the product actually inside.

Carry the current product label, Safety Data Sheet, and required emergency medical information for the pesticides transported or used, along with any records required by law. Workers must know where the documents are and be able to retrieve them without entering a contaminated area.

Keep containers upright, closed, labeled, protected from damage and temperature extremes, and secured against movement or unauthorized access. Separate pesticides from people, food, feed, clothing, and personal items, and prevent equipment residues or leaks from contaminating the vehicle.

Loose loads, damaged containers, leaking hoses, missing caps, or unsecured tools can cause spills, exposure, crashes, and environmental release. Correct defects before travel and verify that emergency supplies, PPE, and required paperwork are present.

No. Follow the specific label and applicable disposal rules. Triple or pressure rinsing commonly applies to certain rigid, nonrefillable containers that held dilutable products; aerosols, baits, bags, refillable containers, and other packages may require different handling. Never reuse an empty pesticide container.

Dermal absorption through skin, ocular exposure through eyes, inhalation into the respiratory system, and oral ingestion. Preventing hand-to-mouth and contaminated-glove transfer is important because a pesticide can move from one body area to another.

Acute effects follow a single or short-term exposure and may appear quickly. Chronic effects develop after repeated or long-term exposure and may be delayed. Absence of immediate symptoms does not prove that an exposure was harmless.

Use the product label's first-aid and precautionary statements, then obtain emergency medical or poison-control assistance as directed. Bring the label or product information for responders; do not induce vomiting or give anything by mouth unless instructed.

Start with the product label for the task being performed, then apply any more protective federal, California, employer, or site requirement. PPE must fit, be compatible with the pesticide and other equipment, and be inspected before use; personal preference cannot reduce a requirement.

The worker needs the required medical evaluation, fit testing for the exact make, model, style, and size, and training before use. The worker must also perform the prescribed seal check each time, use the correct cartridge or filter, and complete recurring fit testing and training as required.

Keep it separate from family laundry, follow the label and employer instructions, tell the person laundering it that pesticides are involved, use an appropriate full wash cycle, and clean the washer afterward as directed. Heavily contaminated or pesticide-soaked clothing may require disposal rather than laundering.

For no more than 90 days from the date of employment, and only under direct supervision that keeps a licensed field representative or operator employed by the company physically present at all times. The 90-day training period cannot be extended.