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🌳 ATOMIC CRUNCH ACADEMY FIELD RESEARCHTHE TREE THAT DIED BUT IS STILL ALIVE!Chief Scientist Andy reporting from Howard A...
09/04/2026

🌳 ATOMIC CRUNCH ACADEMY FIELD RESEARCH
THE TREE THAT DIED BUT IS STILL ALIVE!

Chief Scientist Andy reporting from Howard Amon Park in Richland, Washington!

During our latest field investigation, we discovered something unusual standing near the Columbia River.

From a distance, it looked like an old, leafless tree. But as we moved closer, eagles appeared above us. Owls watched from the branches. Fish, animals and human figures emerged from the trunk.

This wasn’t merely a tree.

It was a story carved into wood.

That discovery gave us our research question:

🔬 Can a tree continue living even after it dies?

OUR OBSERVATIONS

The tree had no leaves, buds or small living branches. Its wood was gray and covered with deep cracks. Those were all clues that it was no longer alive.

But it hadn’t disappeared.

Instead, its trunk and largest branches had been transformed into an enormous outdoor sculpture. Indigenous figures were carved around the trunk, while eagles, owls, fish and other animals appeared above and around them.

Why had this dead tree been left standing—and who created it?

THE INVESTIGATION

Our research led us back to 2008.

Richland officials had planned to remove two diseased trees from Howard Amon Park: a maple and a nearby black walnut. At least one of the trees had been damaged by wind and wood-boring insects.

Then some park maintenance workers had a creative idea:

Instead of completely removing the trees, why not turn their remaining trunks into art?

The city hired local chainsaw artist Paul Jones of Spirit Brothers Chainsaw Art to transform the two trees into what were called “history poles.” The project cost $7,500 for both trees.

The maple tree was carved with scenes from Richland’s early history. The black walnut was carved with Indigenous people and animals.

The tree in our photographs is the black walnut.

The human figures also remind us that Richland’s history did not begin when the modern city was founded. Wanapum, Walla Walla and Yakama people lived, hunted and fished throughout this area for thousands of years. A village called Chemna once stood near the meeting place of the Yakima and Columbia rivers.

Here is an important scientific and historical caution: this sculpture was created in 2008. It is modern public artwork—not an ancient carving or a traditional tribal totem pole. We also could not find an official guide identifying every person or explaining every symbol.

Therefore, we should observe the artwork without inventing identities or meanings that have not been documented.

Good researchers clearly separate evidence from guesses.

THE SCIENCE INSIDE THE SCULPTURE

When a tree dies, photosynthesis stops. Its roots no longer collect water, its tissues no longer transport nutrients and its trunk can no longer grow or repair injuries.

But the wood does not immediately vanish.

Wood contains strong cellulose fibers held together and stiffened by a substance called lignin. Black walnut heartwood is also naturally durable and resistant to decay. That may help explain how this sculpture has remained standing outdoors for approximately 18 years.

The tree is still changing, though.

Look carefully at its gray surface. That color is evidence of weathering. Ultraviolet energy from sunlight slowly breaks down lignin near the surface. Rain and wind then carry away some of the damaged material, leaving the wood with a silvery-gray appearance.

Now examine the deep vertical cracks.

Wood absorbs moisture when conditions are wet and loses moisture when conditions are dry. As it repeatedly swells and shrinks—and as its outside dries differently from its interior—stress develops inside the wood. Eventually, the fibers separate and form cracks called checks.

Those cracks aren’t simply signs of age. They are physical evidence of sunlight, water, temperature and time acting upon the tree.

This sculpture is also a continuing outdoor science experiment!

OUR CONCLUSION

Can a tree continue living after it dies?

Our evidence says yes.

In a natural forest, standing dead trees—called snags—can provide homes and food for insects, birds, bats and other animals. As dead wood decomposes, it also returns nutrients to the ecosystem.

This particular tree was given another purpose as well.

It no longer produces oxygen, grows leaves or provides the shade it once did. But it now preserves a piece of community history, introduces visitors to art, inspires questions and gives young scientists something fascinating to investigate. That’s living!

Its first life was biological.

Its second life is educational, artistic and historical.

The tree may have stopped growing, but it never stopped telling a story.

🌳 DID YOU KNOW?

The gray color of old outdoor wood isn’t its original color. It is a visible record of sunlight and weather slowly changing the wood’s surface!

🔍 YOUR FIELD CHALLENGE

If you visit this sculpture in Howard Amon Park:

1. Count how many animals you can find.
2. Look for the deepest checks in the wood.
3. Compare the different sides of the tree.
4. Decide which side appears most weathered.
5. Form a hypothesis explaining why!

How many carved animals can you identify in our photographs?

Observe. Question. Discover.

🐑 CHIEF SCIENTIST ANDY’S FIELD RESEARCHTHE MOUNTAIN STARTED MOVINGField Research Location: Tony Grove, Cache Valley, Uta...
08/27/2026

🐑 CHIEF SCIENTIST ANDY’S FIELD RESEARCH

THE MOUNTAIN STARTED MOVING

Field Research Location: Tony Grove, Cache Valley, Utah

🚨 MISSION ALERT!

Today’s field report began beside a quiet mountain lake called Tony Grove in Cache Valley, Utah. Tony Lake is surrounded by towering trees, green meadows, and steep rocky slopes.

When Chief Scientist Andy first arrived, everything seemed still.

Then the mountain started moving.

Small white shapes suddenly appeared high on the slope. Within seconds, dozens of sheep streamed down the mountainside toward the lake. Later, another group came rushing down from above. Then a third group passed along the lower ground.

Three separate groups of sheep—all moving toward the water.

It was incredible to watch, but it also created a scientific mystery:

How can so many sheep move together so quickly without scattering or constantly running into one another?

🔎 CLUE #1: ONE MOVEMENT CAN BECOME MANY

Sheep are highly social animals. They pay close attention to what nearby sheep are doing.

Scientists studying small groups of sheep have discovered that when one sheep begins moving, the others may respond by following. As more sheep join, the movement can spread through the flock until the entire group is traveling together.

Scientists have recorded similar activity in schools of fish. Even though there are hundreds of fish, they all move together as a group. In this way they all stay safe.

Imagine if you could do that! Imagine running down a steep mountain with hundreds of other people , shoulder to shoulder. Think you could make it to the bottom without knocking someone else down? These animals are pretty amazing!

🔎 CLUE #2: THE LEADER MAY CHANGE

You might expect one sheep to lead the flock everywhere it goes—but research suggests something more interesting.

In studies of small flocks, scientists found that different sheep could temporarily take the lead during different periods of movement. One sheep might begin one trip, while another starts the next.

However, our photographs cannot tell us which sheep started these movements at Tony Grove. We observed the flock moving together, but we cannot claim to know exactly which sheep led it.

Good scientists never claim more than their evidence can prove.

🔎 CLUE #3: A FLOCK CAN MOVE LIKE A WAVE

Sheep often alternate between stopping and moving. When the sheep behind begin walking while those ahead continue forward, movement can travel through the flock almost like a wave.

Scientists have even described this kind of coordinated movement as a traveling pulse.

That may help explain what we witnessed at Tony Grove. Individual sheep were moving, but from a distance the entire flock appeared to flow down the mountain like a stream.

🧠 THE SCIENCE: COLLECTIVE BEHAVIOR

This is called collective behavior.

Collective behavior happens when many individuals respond to one another and create an organized group pattern. No single animal has to control every movement. Each sheep can react to the animals nearby, yet the whole flock can remain together.

Birds do it when they flock.

Fish do it when they school.

Ants do it when they form trails.

And at Tony Grove, we watched sheep do it while traveling to the water.

📝 JUNIOR SCIENTIST CHALLENGE

Watch the video carefully and record three things you can actually observe.

Can you see where the first sheep appear?

Does the entire flock move at once, or does the movement spread through the group?

Can you separate what you observed from what you only think may have happened?

Observation: The sheep moved together toward the lake.

Interpretation: One particular sheep knew the route and led all the others.

The first statement is supported by our evidence. The second would require more investigation.

Every trail has a story… and every flock has science.

Observe. Question. Discover.

We wanted to share some fun photos of the markets we have done so far this summer. More to come!     !
08/24/2026

We wanted to share some fun photos of the markets we have done so far this summer. More to come!
!

08/24/2026

We LOVE meeting people at the markets we sell at! Yesterday we met an amazing young man who is a part of our local 4 -H club. Listen to this amazing kid! TasteAtomicCrunch

08/22/2026

Another satisfied customer!

08/22/2026

Have you heard the news? Atomic Crunch Candy Lab is at the Pasco Farmers Market today from 8-12! Come see us and become a Facebook star!

08/16/2026

Have you tried Atomic Crunch Candy Lab yet?? You gotta try it!

08/14/2026

We met some amazing friends today at the Richland farmers market. We LOVE seeing the reactions people have!

Come see us tomorrow at the Pasco Farmers Market! 8-12 at Peanuts Park.

Atomic Crunch will be at Live at 5 tonight at John Dam Plaza in Richland. Come join in the fun, this the last one for ye...
08/13/2026

Atomic Crunch will be at Live at 5 tonight at John Dam Plaza in Richland. Come join in the fun, this the last one for year!

🔬 ATOMIC CRUNCH ACADEMY🌋 FIELD RESEARCH: APE CAVEHow do you build a cave out of lava?Junior Scientists, today chief Scie...
08/13/2026

🔬 ATOMIC CRUNCH ACADEMY
🌋 FIELD RESEARCH: APE CAVE
How do you build a cave out of lava?

Junior Scientists, today chief Scientist Andy went underground!

Near Mount St. Helens in Washington is a strange underground passage called Ape Cave.

But here’s the mystery:

🤔 Who dug it?

Was it carved by an underground river?

Did people tunnel through the rock?

Nope.

🔥 Ape Cave was made by LAVA.

🌋 THE ERUPTION

About 2,000 years ago, Mount St. Helens erupted and sent rivers of molten rock flowing across the landscape.

This wasn’t lava exploding high into the sky.

It was flowing across the ground.

And something very interesting began to happen.

The outside of the lava flow cooled first.

It hardened into solid rock…

while underneath, the lava was still hot, liquid, and moving.

Think about pouring melted chocolate over something cold.

The outside can harden while the inside is still warm and gooey.

The same basic idea happened here — except instead of chocolate…

we’re dealing with molten rock! 🔥

🕳️ THE LAVA DISAPPEARS

Eventually, the supply of lava slowed down.

But the liquid lava trapped inside the hardened shell kept flowing downhill.

It drained away…

leaving an empty tunnel behind.

That tunnel is called a:

🌋 LAVA TUBE

And that is what Ape Cave is!

Today, you can actually walk through the tunnel where lava once flowed beneath the ground.

🔦 HOW BIG IS IT?

Ape Cave stretches for more than two miles, making it one of the longest known lava tubes in the continental United States.

Inside you’ll find:

🪨 Giant piles of fallen rock
🌋 Rough lava formations
💧 Water dripping through the rock
🌑 Areas of complete darkness
🧗 Sections where explorers have to climb over large boulders

Turn off your flashlight deep inside the cave and there may be no natural light at all.

Your eyes can’t simply “adjust” if there aren’t enough photons of visible light reaching them.

That’s real darkness!

🐒 WAIT…WHY IS IT CALLED “APE” CAVE?

Here’s another mystery.

There weren’t apes living inside it.

The cave was explored in the early 1950s by a group associated with a local outdoor club called the Mount St. Helens Apes.

The name stuck.

🧪 YOUR ATOMIC CRUNCH CHALLENGE

Next time you see a tunnel, cave, canyon, or unusual rock formation, don’t just look at it.

Ask:

What process could have created this?

That’s exactly what scientists do.

They observe the evidence…

ask questions…

and try to reconstruct something that may have happened thousands — or even millions — of years ago.

Ape Cave looks like an ordinary hole in the ground.

But once you understand the science, you’re standing inside the remains of an ancient river…

a river of molten rock. 🌋🔥

🔬 Observe. Question. Discover.

Atomic Crunch Academy

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