The Magic of "I don't know"

(And Why It’s Our Favorite Answer)

The teachers have all been there. Playing with kids in Stick Dens, enjoying playful moments, when all of sudden we hear our names spoken with urgency from the tree, “Mr. Jon/ Ms. Grace/ Mr. Byrd. I’m stuck!” We hurry to the trunk of the tree and look up to see a child stuck in fear, afraid to climb down.

We see a preschooler suspended on the strong limbs of the Juniper tree. One boot is wedged in a crook, an arm is hugging a branch like it’s their lifeline, officially "stuck." In a traditional setting, the instinct is to rush up the tree, and rescue them. While in that scenario the student escapes the tree without being hurt, we are hindering an opportunity for the student to learn and grow.

The first inclination at Nature School is different. We know how to quickly assess risks. We know manageable risks equals significant rewards for the students. So we tend to move at the speed of learning.

The Magic of "I Don’t Know"

Our teachers have all been there. We’re in the "Stick Dens," lost in a playful moment, when a voice calls out with urgency: “Teacher, I’m stuck!" We hurry to the tree to find a child frozen in fear, high up in the branches.

We look up and assess the risk. What do we see? We see a preschooler suspended among the sturdy limbs of a Juniper tree. One boot is wedged in a crook; an arm hugs a branch like a lifeline. In a traditional setting, the instinct is to rush up and rescue them. While the child escapes unhurt, that shortcut robs them of a chance to grow.

At Nature School, our first instinct is different. We assess risk quickly, knowing that manageable challenges lead to significant rewards. We move at the speed of learning rather than the speed of panic.

Instead of reaching for them immediately, a teacher might tilt their head and ask, "Wow, you really are up there! I wonder what would happen if you shifted that foot? Does that let you step down?" After a few moments of cautious thought, the child finds their own footing and hops down, beaming with relief and confidence. They didn't just get out of a tree; they solved a physics problem.

Why We Hold Back the Answers

This "slow-down" approach is at the heart of our philosophy. When a student points at a strange, orange fungus and asks, "What is that?", our most powerful tool is often: "I’m not sure. What do you think it is?"

This is called Inquiry-Based Learning.

If we simply say, "That’s Cedar Apple Rust," the conversation ends. The child’s brain checks a box and moves on. But when we sit in the "I don't know" phase together, we do something more important than teaching biology—we cultivate a scientific mind.

Building a "Science Brain"

When we investigate together, students learn:

    •    Critical Observation: Instead of looking for a label, they look for clues. Is it slimy? Does it have a smell? Is it on live wood or dead?

    •    Comfort with Uncertainty: In a world that demands instant answers, being okay with "not knowing—yet" is a superpower. it prevents frustration and fuels persistence.

    •    The Joy of the Search: They learn to use field guides and verify information. They transform from passive receivers of facts into active seekers of truth.

Try It at Home!

The next time your little one asks why the moon is out during the day or how a worm breathes, resist the urge to check Google immediately.

Instead, say: "That is a great question. I honestly don't know the full answer. Let's look at the moon for a minute—does it look the same as it does at night?"

By joining them in the "I don't know” phase, you aren't failing to teach them. You are inviting them into the most exciting part of being human: Discovery!