A worker bee may fly several miles from the hive in search of nectar, pollen, water and propolis. Yet somehow it manages to return to the correct home with remarkable accuracy.

The answer is that bees use several navigation tools at the same time.

A bee’s most important navigation aid is the sun.

By tracking the sun’s position, bees can determine the direction of both their hive and valuable food sources. Even more impressively, they compensate for the sun’s movement across the sky throughout the day.

On cloudy days, bees can often still navigate using polarized light, something humans cannot see.

When young bees leave their home for the first time, they perform what beekeepers call orientation flights. During these flights, they hover in front of the hive and memorize:

Trees
Shrubs
Buildings
Paths
Rocks
Other nearby landmarks

By doing this, they gradually build a mental map of the area surrounding their home. This also explains why bees can become confused if a hive is moved a short distance. They often return to the location where they believe the hive should still be.

When a bee discovers a good food source, it doesn’t just remember the route.

It also remembers the appearance of the location, the scents,and the surrounding environment. A raspberry patch in full bloom or an apple tree covered in blossoms may receive repeated visits from the same foraging bees for several days.

Many beekeepers jokingly talk about bees having favorite plants, and truth be told, there may be a little reality behind that idea.

Perhaps the most fascinating part of all is that bees can share directions with their sisters. When a worker bee finds an excellent source of nectar or pollen, she returns to the hive and performs the famous waggle dance.

Through the direction, angle and intensity of the dance, other bees can learn:

The direction of the food source
The distance to it
The quality of the resource

In this way, the entire colony functions as a sophisticated information network.

Most honeybees gather food within a couple of miles of the hive – but when necessary, they can travel much farther from home.

That’s also why plants growing close to the hive are especially valuable. The shorter the journey, the less energy bees spend traveling and the more they can invest in strengthening the colony.

That’s one reasonI try to provide blooms for as much of the year as possible here at Alhaga homestead. Fruit trees, berry bushes, herbs, food forests and flowering spaces don’t just provide food for the bees.

They help keep that food close to home.

The more you learn about honeybees, the more impressive their navigation abilities become. An animal with a brain smaller than a grain of rice can:

Locate flowers miles away
Memorize landmarks across a landscape
Use the sun as a compass
Return to the correct hive
Communicate food locations to thousands of sisters

It’s easy to forget how extraordinary that really is.

Here at Alhaga, I often find myself sitting beside the beehives with a cup of tea, reflecting on this very thing. Every day, thousands of bees leave the hive to explore the world beyond the meadow, yet somehow almost all of ’em find their way back home.

The more you observe them, the harder it becomes to think of them as “just insects.” They’re tiny masters of navigation, finding their way through a world that is almost impossible for us humans to imagine.

Have you ever watched the mighty sight orientation flights or noticed yer bees suddenly focusing on a particular bloom in the garden?

Fredrik 🐝