Math in Nature Scavenger Hunt: Free Summer Math Activity 2023 (2024)

Learn all about math in nature through photographs and interactive summer activities! We have four fun, printable math activities your kids can do alone or with light supervision.

Jump to any of the activities below:

• Tree Ring Circus
• Fill in the Flying V
• Symmetry in Nature
• The Ultimate Math in Nature Scavenger Hunt

• Shapes in Nature
• Symmetry in Nature
• Ultimate Math Scavenger Hunt

It’s easy when you’re sitting in class to think that math is just something you study in school. But there’s a lot more to math than adding, subtracting, and solving word problems.

Look around and you’ll see plenty of examples of math in nature, from fun geometric shapes called fractals to the Fibonacci sequence and more.

Let’s explore where you can find math in nature this summer — then get outside to see math in the wild!

Take a look around, and you’ll find that many of the shapes you discuss in class occur naturally in nature, too. In fact, many famous philosophers like Pythagoros probably saw certain patterns in nature and began to ponder why this pattern existed and whether it could be copied—or even just understood—by humankind!

Let’s explore the various shapes we see in nature and what math can teach us about them.

Circles are one of the most common shapes in nature. From eyeballs to water droplets to the center of a sunflower, you can see circles almost everywhere you go.

This makes sense, because many people believe that the circle is “the perfect shape.” That’s because most humans are attracted to curved lines. In fact, scientists say that most of us find circles calming, peaceful, and relaxing.

We’ve talked about the circles that occur in nature. One of the most popular – and fascinating – examples of naturally occurring circles are tree rings. Not only do tree rings tell us how old a tree is, but they can also explain what the weather was like in a year, giving us insight into climate patterns.

Use the summertime to take a walk through the woods. You’re likely to find tree ring patterns on stumps or toppled trees. Next time you find one, try to count all the rings to see how old that tree was.

You probably wouldn’t think that a hexagon, with its six sides, would be a popular shape in nature, but it’s one of the most common shapes to find in the wild.

In fact, it makes sense, as hexagons are shapes that, when connected, leave the least amount of wasted space in any particular area.

But you’re probably trying to think of places where you’ve seen hexagons and struggling to come up with examples.

You’ll see plenty of bees around in the summertime, right? Well, bees are insects, and almost all insect eyes are made up of hexagonal patterns. However, beehives and honeycomb also contain hexagonal shapes.

Winter might be a few months away, but keep in mind that snowflakes are hexagons, too! All snowflakes begin as small, hexagonal plates. As they fall, they collect crystals that give them their unique shape—but look at the center of any snowflake, and you’ll see a hexagon!

It’s easy to see triangles in many of the buildings and sidewalks you see every day, but did you know that there are plenty of triangles that occur out in the wild?

Take geese migration, for example. Geese fly in a v formation whenever they are migrating from North to South and vice versa. In this formation, the lead bird acts as a windbreak, helping to conserve the energy of the birds behind it by reducing wind resistance.

Each goose in the flock takes turns as the head of the V.

Each bird also flies slightly above the bird in front of them, which also helps to reduce wind resistance and maintains the birds’ energy levels.

Whenever one bird gets tired, it falls back, and the next bird takes its place. This migration pattern uses angles—and specifically, the triangle shape—to help these geese get to where they need to go!

The Fibonacci sequence, also known as the Golden Ratio, goes a little something like this: 1, 1, 2, 3, 5, 8, 13, 21. Basically, add the number to the number that comes before it to get the next number in the sequence, so…

1+1 = 2

2+1 = 3

3+2 = 5

And on and on forever.

Interestingly, this pattern is incredibly popular in nature. You can find the Fibonnaci sequence in flower petals, the seed heads of sunflowers and daisies, and in pinecones. You can also find the Fibonacci sequence in conches and seashells.

What do all of these shapes have in common? They form spirals. And they aren’t the only examples of naturally occurring spirals that follow the Fibonnaci sequence. Peer through a powerful telescope, and you’ll see spiral galaxies. Look at a picture of a hurricane, and you’ll find it there, too.

Something is symmetrical when it is the same on both sides, right? Well, we see plenty of examples of this out in nature! Let’s take a look at the monarch butterfly.

Look at each of the features on the butterfly’s wings below. See how they are identical on each side? A butterfly’s wings are (usually) perfectly symmetrical.

This is true of many of nature’s creatures: split them straight down the middle, and aside from a few lumps and bumps, they would likely be symmetrical.

Have you ever looked through a kaleidoscope and seen a ton of different shapes spinning within other shapes? Well, think of a fractal as just that: shapes within shapes within shapes.

A fractal is a repeating detail or pattern that gets smaller and smaller as it goes, creating gorgeous images that at times seem absolutely unreal.

You might see these when you look at heads of cauliflower, or when you look at the crystals on those snowflakes we mentioned earlier!

The next time you’re out on a summertime walk, take a look around you. You can find curious shapes and symmetry almost everywhere, from pine cones and maple leaves to a head of broccoli. And once you understand that the world is made of math, it might just make you appreciate your math lessons that much more!