Welcome to the Beeing Amazing Discovery page!

Hi Kids!  Bees are essential to life on earth!

Check out all the great information we have below

Amaze your friends with your knowledge!


You’ll be on your way to becoming an apiologist
(that’s a bee expert!)



Honey Bee Anatomy

Honey bee anatomy features five unique characteristics to help tell them apart from other insects.

  • Exoskeleton – an outer shell that keeps their body protected.
  • 3 primary body parts – the head, thorax, and abdomen are easy to distinguish from other body parts
  • 2 large antennae – both attached to their head.
  • 3 pairs of legs – 6 total legs to help them walk.
  • 2 pairs of wings – 4 total wings to help them fly.

The honey bee anatomy diagram below provides a clear snapshot of these five anatomical elements.

Honey Bee Anatomy Diagram
How Bee’s Evolved

The current scientific consensus suggests that bees evolved around 100 million years ago during the Cretaceous period.

Prior to this period, plants reproduced just as conifer trees do today. They release seeds, that when pollen comes into contact with them, become fertilized.

Some plants known as angiosperms began producing flowers. These flowers needed insects and other animals to deliver pollen from a plant’s anthers (male structures) to their stigmas (female structures).

Bees evolved to take on the flower pollination responsibilities becoming herbivores consuming pollen and nectar, all while fertilizing flowers.

Bees, wasps, and ants carry similar traits which means they all are classified as Hymenoptera, meaning “membranous wings”.

Exterior Elements Of Honey Bee Anatomy
Head The head is where all visual, gustatory, and olfactory inputs are received and processed.
Mandibles Bee “teeth” are not like humans, in that they are not enameled. They are used to bite, chew, carry, and protect the hive.
Proboscis (Not shown) The tube-like mouthpart is used to suck in nectar, pollen, water, honey, and other food.
Ocelli Eyes (Simple) 3 simple eyes use one lens with several sensory cells and can detect light, but not shapes.
Eye (Compound) 2 compound eyes help the bees see ultraviolet markers of the flowers that store the nectar they’re on the hunt for.
Antenna 2 antennae house thousands of sensory organs giving the bee its power to touch, taste, and smell. Click here to learn about what attracts and repels bees. The antennae also sense sound with the help of the hairlike mechanoreceptors that sense the movement of particles in the air.
Thorax The midsection, or center of locomotion, where the (6) legs and wings attach.
Abdomen The hind part of the bee and where the stinger is located.
Stinger Or sting is a sharp organ at the end of the bee’s abdomen used to inject venom.
Forewings The larger wings are closest to the bee’s head.
Hind Wings Wings farthest from the head. These wings are synchronized in flight with the forewings using a row of wing hooks that attach to the rear edge of the forewings.
Forelegs Legs closest to the head. These legs often clean the bee’s antenna.
Antennae Cleaners Notches filled with stiff hairs that help bees clean their antennae. There is one on each foreleg.
Middle Legs Leg located between the foreleg and hind leg.
Hind Legs Legs farthest from the head. In workers, these legs have a unique set of tools used to collect and carry pollen called the press, brush, and auricle.
Coxa The first segment of an insect leg.
Trochanter The second segment of an insect leg.
Femur The third segment of an insect leg.
Tibia The fourth segment of an insect leg; the tibia of the hind leg holds the pollen basket, where pollen is carried.
Metatarsus The fifth segment of an insect leg; the metatarsus of the hind leg holds special pollen-collecting tools.
Tarsus The last segment of the leg and what touches the walking surface.
Tarsus Claw Claw found on the last segment of the leg.
Bee Wings

Bees have two sets of wings (4 total) on either side of their bodies. They’re held together by hamuli, comb-like teeth, that allow them to act as one large surface.

For many years, there was no scientific consensus on how bees could fly. By using high-res video imagery, they discovered that bee wings were not rigid like airplane wings. They have the ability to twist and rotate with a quick sweeping motion.

Although this motion was thought to be inefficient, it actually allows bees to carry heavy loads. This is especially helpful for honey bees which carry nectar and pollen.

Close-up view of bee wings
Head & Facial Elements Of Honey Bee Anatomy

Bees have 5 total eyes and two types of eyes. Two compound eyes on the side of the head and three simple eyes on the top of the head. Click here to learn more about the bee’s eyes, eyesight, and extra sensory abilities.

Compound Eye These bee eyes are made of many light detectors is called ommatidia.
Ocellus These bee eyes are used to detect motion. (Plural: ocelli)
Antenna A movable segmented feeler that detects airborne scents and currents.
Labrum Mouthpart that can help handle food and that forms the top of the feeding tube.
Mandible Strong outer mouthpart that helps protect the proboscis.
Maxilla Mouthpart beneath the mandible that can handle food items.
Labial Palp This mouthpart is used to feel and taste during feeding.
Proboscis Tube-like mouthpart used to suck up fluids.
Glossa An insect’s hairy tongue can stick to nectar to pull it in toward the mouth.

Honeybee Head Diagram
Interior Elements Of Honey Bee Anatomy
Proboscis Straw-like mouthparts of bees. Used to drink fluids.
Maxillae The outer sheath of the proboscis surrounds the labium.
Mandible A pair of jaws is used to chew pollen and work wax for comb building. They also help with anything that the bee needs to manipulate.
Labrum A movable flap on the head that covers the opening of the food canal and proboscis
Food Canal Like our mouths, this is the opening by which the bee will take in food. Bees’ food is almost always liquid in the form of nectar or honey.
Pharynx Muscles are used to move the labium and suck up nectar from flowers.\
Esophagus The hollow tube through which ingested fluids pass to the honey stomach and later the midgut.
Hypopharyngeal gland The gland that produces some compounds necessary for making royal jelly is used to feed the larvae.
Brain Honey bees have excellent learning and memory processing abilities. Their brain processes information used in navigation and communication as well as memory. The brain also controls many of the basic bee body functions.
Salivary Gland The salivary glands have several functions. Like the hypopharyngeal gland, the salivary glands produce some compounds necessary for creating royal jelly. The salivary glands produce liquid used to dissolve sugar, and also produce compounds used to clean the body and contribute to the colony’s chemical identity.
Flight Muscles The thorax muscles, power the bee’s wings for flying and movement. These muscles work very hard and can help the bee to beat its wings up to 230 times per second.
Heart Unlike mammals, honey bees and insects have an open circulatory system, meaning their blood is not contained within tubes like veins or arteries. The blood, or hemolymph, in insects is free-flowing throughout the body cavity and is pumped via the heart. The heart is the structure in red and acts as a pumping leaky tube to help move the hemolymph throughout the body
Opening of Spiracle The respiratory system in insects is a series of hollow tubes connected to air sacs in the body. The openings of these hollow tubes are called spiracles. The tubes are called the trachea, which then provides oxygen and gas exchange to all tissues in the body.
Air sac Air-filled sacs are used as reservoirs of air in the insect body.
Midgut Contains the proventriculus, ventriculus, and small intestine. This is where most of the digestion and nutrient absorption occurs in the insect body
Heart Openings Openings in the heart tube take in and pump out hemolymph.
Ileum This short tube connects the midgut to the hindgut. The Ileum also often houses microbes, which aid in digestion.
Malpighian Tubules A set of small tubes that are used to absorb water, waste, and salts, and other solutes from the body fluid, and remove them from the body.
Rectum The rectum acts like our large intestine and is the bee’s primary location of water absorption for the gut after digestion and nutrient absorption.
Anus The exit of the digestive system is used to excrete food waste (poop) while in flight.
Stinger Also called “sting” is used to puncture the skin and pump venom into the wound. In worker bees, the stinger has a barbed end. Once pushed into the skin the stinger remains in the victim. The venom sac will stay with the stinger. If left in the body the stinger will continue to pump venom from the venom sac into the victim. Queen bees have a more extended and un-barbed stinger. Drones (males) do not have a stinger.
Stinger Sheath The hardened tube, from which the stinger can slide in and out.
Sting Canal The sting is hollow, allowing the venom to pass through the stinger. This is also the canal via which an egg is passed when the queen lays an egg.
Venom Sack Holds the venom produced by the venom gland, and can then contract to pump venom through the stinger.
Venom Gland This gland produces the venom that damages tissue if injected into the body.
Wax Glands Worker bees start to secrete wax about 12 days after emerging. About six days later the gland degenerates and that bee will no longer produce wax. The queen is continually laying eggs to maintain colony size and to produce more new workers that produce wax.
Ventral Nerve Cord Like the nerve cord in our spine, which holds bundles of nerve fibers that send signals from our brain to the rest of our body.
Proventriculus A constricted portion of the honey bee foregut or honey stomach, which can control the flow of nectar and solids. This allows honey bees to store nectar in the honey stomach without being digested. It is part of the reason there is some confusion about whether honey is bee vomit.
Honey Stomach (Foregut/Crop) This storage sac is used by honey bees to carry nectar. The honey stomach is hardened to prevent fluids from entering the body at this location.
Aorta A blood vessel located in the back of a bee carries blood from the heart to the organs.
Esophagus Part of the bee digestive system begins below the mouth and connects to the honey stomach.
Ventral Nerve Cord Same as 27. This is a large bundle of nerves from the brain that sends signals to the rest of the bee’s body.
Labium In bees, a tongue-like appendage is used to help drink up nectar. Like our tongue bees can taste with this organ. The labium fits inside of the maxilla (2), kind of like a straw.


Honeybee Digestive System

The digestive system of the honeybee is unique, in that bees do not pee. They excrete a mixture of poop and roughly 10% of the moisture they consume.

Here is a simple look into how the honeybee’s digestive system works;

  • Foregut or fore intestine: Consists of the bee’s mouth, esophagus, and honey stomach or crop.
  • Midgut or middle intestine: Includes the bee’s “real stomach,” which digests food.
  • Hindgut or hind intestine: Includes the small intestine and rectum.
honeybee digestive system
Workers, Drones & Queens: Differences

Honeybee colonies are built upon a caste system in which three distinct roles are present.

A single female queen bee, tens of thousands of female worker bees, and hundreds (even thousands) of male drone bees, all work in harmony to maintain the health of the hive.

The numbers of worker and drone bees will vary based on colony size, time of year, and health of the hive.

Let’s walk through the differences in honey bee anatomy, as well as the roles, of each caste in the colony.

Queen Bees

The single female queen bee is often the largest in size, due to her long tapered abdomen. Her wings are often shorter than her abdomen.

The role of the queen bee is to mate with the drone bees and lay thousands of fertilized and unfertilized eggs each day. Fertilized eggs turn into worker bees, while unfertilized eggs turn into drone bees.

Besides her exterior features, Queen bees also have different reproductive organs than the worker and drone bees.

After mating with the drone bees, their spermatozoa are moved into the spermatheca gland where they remain for the life of the queen (usually up to 5 years).

Click here to read and see the difference between a queen bee and worker/drone bees.

Drone Bees

Drone bees are males only and do not have a stinger. Their larger eyes are used during the mating flight. Additionally, their wings are as long as their bodies, and their abdomens are blunt-tipped.

During the mating flight, the drone’s penis bulb is discharged into the queen’s vaginal pouch, with the male penis being torn from the male at the penis neck and remaining in the queen’s vaginal pouch. The drone then bleeds to death.

The queen may mate with several drones during the flight.

Worker Bees

Worker bees are females only, with the express role of collecting pollen and nectar for the production of honey and care of the hive.

To learn more about the honey production process, including how the honey stomach is used to transport nectar, click here.

honeybee honey stomach diagram

Honey stomach diagram

The reproductive tract of the worker bee develops in the stinging gland. Along with the stinger, two glands (poison and alkaline glands) combine to give each sting 150mg of venom. Once the stinger is used, it is left in the victim and the bee dies.




  1. Compare and contrast the honey bee versus other types of bees.
  2. Identify sounds of the honey bee, as compared to other sounds in nature.
  3. Demonstrate understanding of what a honey bee looks like, as well as its’ life.
  4. Create sounds of a honey bee, using the voice and musical instruments.
  5. Model a yoga sequence which includes a bee, as well as invent a movement for a honeybee.


  1. Downloaded picture of a honey bee, as well as a bumblebee. If you choose, download another picture of one of the 400 species of bees
  2. Downloaded sounds for comparison: bird, bumble bee, grasshopper, and honey bee
  3. agdaily.com – 12 interesting facts about bees
  4. percussion and/or string instruments/inside strings on a piano
  5. YouTube: Flight of the Bumblebee Animated in Color
  6. Cutouts of honeybee body parts www.teacherspayteachers.com (Anatomy of a Honey Bee); or, honeybee hobbyist.com
  7. highlightskids.com  – Into the Hive Craft and Game
  8. Apple Music: or  www.musicalyogaadventures.com Musical Yoga Adventures/Linda Lara/Springtime Tree


  1. We just read ‘Beeing Amazing’, by Jackie Marston. Are any of you afraid of bees? Have you ever been stung ? Did you know that honey bees are becoming an ‘endangered species’ in our world? Discussion.
  2. Here are some downloaded pictures of various types of bees. Let’s look at their similarities and differences. Talk about facts from AG Daily. Discussion.
  3. Now I would like you to listen to 4 sounds. Have students raise their hands and give an answer to each sound. Note that the sound of a honey bee is different than that of a bumble bee. Students can describe differences.
  4. Ask students to use their voices and mouth to make the sound of a honey bee, using high, medium and low sounds.
  5. Have students experiment with percussion instruments, the strings on the inside of a piano, or a guitar or other string instrument. 
  6. Notice/feel the vibrations!
  7. Did you know there is a famous piece of classical music, called’Flight of the Bumblebee’, written by a composer, Nikolai Rimsky-Korsakov?
  8. Show video, and discuss. Notice the way the animation synchronizes sometimes to the animation.
  9. Have the students make (or other students from Art Class) the bees, pointer circle, flowers and hive, using directions from highlightskids.com (Into the Hive).
  10. Play the game in small groups.
  11. Listen to the directions, while listening to ‘Springtime Tree’. Listen for the bee sounds. Do the yoga sequence, allowing the students to stand in a circle with you. Do tree pose, and bee pose.
  12. Have students create their own bee movements, and perhaps create small pantomimes.

Vocabulary Words:

apiary, drone, antenna(e), thorax, abdomen, proboscis, royal jelly, vibration

This is one lesson plan, that would naturally be broken up into 3 or 4 segments, so that the students can learn, using their senses, and using an inquiry approach, helping them better retain what they are learning.

Feel free to use these activities to accompany the ‘Beeing Amazing’ book, in any way that works for your students, or for you, as a teacher. This approach helps get all the students involved, giving them more confidence. Enjoy!


Bee books to enjoy: