Chapter 8 · Quiz
Chapter 8 Quiz: Keeping Bees Healthy
51 questions from lessons 53–69. Answer from memory first, then check the lesson if you're unsure. This quiz is for your own practice; nothing is graded.
Lesson 53: Prevention First: Pest Management Basics, a Clean Bee Yard, Replacing Old Comb ★
- What does "IPM" mean in beekeeping, in your own words?
- Why should you never feed bees store-bought honey?
- How often should brood comb be replaced, according to Penn State Extension?
Lesson 54: Varroa Mites: What They Are and Why They Matter
- Why is varroa so dangerous, beyond feeding on bees?
- Why do mites prefer drone brood?
- When in the year is controlling mites most critical, and why?
Lesson 55: Counting Mites: Alcohol Wash, Sugar Shake, Sticky Board
- How many bees are in a standard mite sample, and about how much is that?
- You count 9 mites in a 300-bee alcohol wash. What's the mite level?
- Why shouldn't you do a sugar shake during a strong nectar flow?
Lesson 56: Treatment Thresholds and Choices
- Your August alcohol wash shows 2.5 mites per 100 bees. Is that over threshold?
- Why does oxalic acid work best when there's little or no brood?
- Why rotate between different treatments?
Lesson 57: Using Mite Treatments Legally and Safely
- Why can't you just buy cleaning-grade oxalic acid and use it in your hives?
- Is it legal to use a registered miticide at a higher dose than the label says?
- Name two things the label will tell you that affect your honey.
Lesson 58: American Foulbrood, and Calling the State Inspector ★
- What makes AFB so hard to get rid of?
- Describe a positive rope test.
- You think you've found AFB. What are your first three steps?
Lesson 59: European Foulbrood ★
- When does EFB usually kill a larva, compared with AFB?
- What does an EFB-infected larva typically look like?
- Name two ways to help a colony recover from EFB.
Lesson 60: Chalkbrood and Sacbrood ★
- You find hard, white and black pellets on the landing board. What's the likely cause?
- What does a larva killed by sacbrood look like when lifted out?
- Name two ways to reduce chalkbrood.
Lesson 61: Nosema
- How does Nosema spread inside a colony?
- You see brown streaks on the front of your hive after a long cold spell. Is it definitely Nosema?
- What does fumagillin not do?
Lesson 62: Viruses
- You see several young bees with crumpled wings. What should you do first?
- Name three signs of parasitic mite syndrome.
- Why can bees with paralysis virus be confused with robbing?
Lesson 63: Tracheal Mites
- Where on the bee does the tracheal mite live?
- Why can't you diagnose tracheal mites from the crawling bees in front of the hive?
- How does a grease patty help?
Lesson 64: Small Hive Beetle
- Where do small hive beetle larvae go to pupate?
- How can you tell a beetle larva from a wax moth larva?
- Why shouldn't you leave full honey supers sitting for a week before extracting?
Lesson 65: Wax Moths and Storing Comb
- You find wax moth larvae in a live colony. What does that usually tell you?
- How long should you freeze comb to kill wax moths?
- Why must you never use ordinary naphthalene mothballs on stored comb?
Lesson 66: Other Pests and Predators: Ants, Mice, Skunks, Bears and More
- Why are mice mainly a problem in fall and winter?
- How does putting hives on stands help against skunks?
- What's the standard defense against bears?
Lesson 67: Not a Disease: Chilled Brood, Starvation, Overheating, Spotty Brood ★
- Where in the brood nest is chilled brood usually found?
- You find a dead colony with many bees head-first in cells and no honey nearby. What happened?
- Name three possible causes of a spotty brood pattern.
Lesson 68: Pesticides and Your Bees
- You find thousands of dead and twitching bees at the entrance one morning. What's the likely cause, and what should you do?
- What's a systemic insecticide, and why does it matter to bees?
- A neighbor is spraying a long-lasting insecticide on a crop your bees are visiting. What are your options?
Lesson 69: Look-alikes: Honey Bees vs. Wasps, Hornets, Carpenter Bees, Flower Flies, Cicada Killers; the Yellow-Legged Hornet ★
- A neighbor shows you a big black-and-yellow "bee" drilling a round hole in their porch rail. What is it, and is it one of your honey bees?
- How can you tell a drone fly from a honey bee?
- Name two features of the yellow-legged hornet.
Answers
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- Managing pests by monitoring, acting at thresholds, using gentle non-chemical methods first and labeled chemicals only when needed, rotating them, and checking results.
- It can carry American foulbrood spores.
- Replace the oldest 3–4 frames in each box every year, renewing all comb about every three years.
- It spreads deadly viruses such as deformed wing virus.
- Drone cells stay capped longer, so mites raise more offspring in them.
- Late summer into fall: mites peak and concentrate on the bees just as the colony raises its long-lived winter bees.
- About 300 bees, roughly ½ cup.
- 9 ÷ 3 = 3 mites per 100 bees (3%).
- Damp conditions and nectar make the sugar sticky, so mites stay on the bees and you undercount.
- Yes by the Honey Bee Health Coalition's 2% late-season threshold (and near Penn State's), though under USDA's 3%. The newest guidance says act.
- It doesn't penetrate brood cappings, and when there's no brood, all the mites are on adult bees where it can reach them.
- Mites become resistant to a product used repeatedly; rotating active ingredients keeps treatments working.
- That product isn't registered for use in beehives; it can leave residues not covered by a legal tolerance, making the honey adulterated and breaking federal law.
- No; using a registered pesticide inconsistently with its label is a federal violation.
- Any two of: whether honey supers may be on; waiting periods before supers go back; which harvests are allowed; the dose and timing.
- Its spores survive for decades in comb, equipment and honey, and antibiotics can't kill them.
- Stirring the brown remains with a stick and pulling it out slowly draws out a sticky rope about ½ to 1 inch long.
- Close the hive and reduce the entrance; don't move any frames, honey or equipment and clean your tools and hands; contact the state apiary inspector to confirm and follow their instructions.
- EFB usually kills larvae before capping; AFB kills them after capping.
- Twisted or curled in the cell, yellowish to brown, looking melted or rubbery, with breathing tubes visible.
- Any two of: feeding 1:1 syrup to simulate a flow; adding frames of healthy brood; requeening; shook swarm in severe cases.
- Chalkbrood mummies the bees have dragged out.
- A stretched-out larva with a dark, upturned head, like a small sac filled with fluid.
- Any two of: keeping the hive warm, dry and ventilated, away from damp low spots; keeping the colony strong; requeening with hygienic stock; replacing old comb.
- Sick bees defecate in the hive; house bees cleaning up swallow spores, which multiply in their guts.
- No. Long confinement, thin syrup or moist food can also cause dysentery; a lab or microscope test is needed to confirm Nosema.
- It doesn't kill the spores left on combs and equipment, so reinfection is possible.
- Do a mite count; deformed wing virus is spread and made worse by varroa, so mite control is the fix.
- Any three of: spotty brood; sunken or melted-looking larvae; uncapped cells with chewed pupae; bees with deformed wings; a dwindling adult population; high mite counts.
- Sick bees look bald, shiny and greasy, and guard bees chew and harass them at the entrance, just as they would robbers.
- Inside its breathing tubes (tracheae), in the thorax.
- Nosema, some viruses and other problems cause the same crawling and weak flight; only a microscope check of the tracheae can confirm mites.
- Bees pick up oil on their bodies, which makes it hard for mites to find and move onto young bees.
- Into the soil outside the hive.
- Beetle larvae are smaller and tougher, have spines on the back and legs only near the head, and don't spin webbing; wax moth larvae are bigger, softer, have extra fleshy legs along the body, and spin webs.
- Away from the bees, beetles can multiply quickly in the supers and ferment the honey into slime.
- The colony was weakened by something else first, often queen loss, and couldn't guard its combs.
- At least 72 hours.
- Naphthalene contaminates the wax and kills bees.
- They move into hives for shelter when it turns cold, and the bees are clustered and can't guard the outer frames.
- A skunk has to stand up and expose its belly to reach the entrance, where the bees can sting it; it also can't scratch at the entrance as easily.
- A well-built, well-maintained electric fence, or moving the hives once a bear has found them.
- At the edges and lower parts of the brood area, where the cluster couldn't cover it.
- It starved.
- Any three of: a failing or poorly mated queen; inbreeding; brood disease; varroa mites; queenlessness or laying workers; chilled brood.
- Likely a pesticide kill; take photos and notes, collect 100+ bees in a clean container and freeze them, and report it quickly to your state department of agriculture.
- One the plant takes up into its tissues, so it can end up in pollen and nectar and expose bees long after it was applied.
- Move the hives at least 3 miles away; for short-lasting products, confining the bees during the spray may work.
- A carpenter bee; no, honey bees don't bore into wood, and a carpenter bee has a shiny, hairless abdomen.
- It has only two wings, very large eyes, short stubby antennae, and hovers in place; it can't sting.
- Any two of: about ¾ inch long; dark body with a narrow waist; a strong yellow band on the fourth abdominal segment; yellow lower legs.
★ = a topic on the Georgia Certified Beekeeper exam list.