THE CHILDREN’S LEARNING GARDEN
Big wonder.
Little explorers.
A tiny creature. A drop of rain. A handful of soil.
There’s a whole world waiting to be noticed.
Soil with Soul
Meet the living world that helps a garden grow.
Dig into the story ↓Soil Safari
Playing with bugs, with kindness and curiosity.
Meet the tiny neighbors ↓Water We Doing?
Catch it. Care for it. See where it goes.
Follow a drop ↓GOOD THINGS START UNDERGROUND
Soil with Soul
Soil is a busy neighborhood. Roots, air, water, minerals, bits of once-living things, and living creatures all belong to its story. Sources ↗
A PEEK BENEATH OUR FEET
What’s down there?
Choose a layer to look a little closer.
Leaf blanket Life at the surface
A blanket with a job
Leaves and mulch cover the ground. As plant pieces break down, they become food for decomposers. Look gently: this blanket can also be somebody’s home.
Root neighborhood Busy spaces underground
A busy root neighborhood
Mineral particles mix with organic matter. Pores between them hold air or water, roots find their way through, and many living things make their home here.
Starting materials The long soil story
The beginning takes time
Rock or other deposited material can become the mineral starting point for soil. Weather, organisms, the shape of the land, and a long stretch of time help change it.
A blanket with a job
Leaves and mulch cover the ground. As plant pieces break down, they become food for decomposers. Look gently: this blanket can also be somebody’s home.
A simplified garden view. Real soils have different layers, colors, and depths.
SOIL HAS A LONG STORY
It takes more than dirt.
Starting materials, weather, living things, the shape of the land, and time help form soil. It doesn’t happen overnight.
Compost adds organic matter to soil. It’s a helpful ingredient, rather than a whole new soil made in a bucket.
A QUESTION TO TAKE OUTSIDE
“Where do you think the air and water fit?” Look for the little spaces between soil particles.
Give it a blanket.
Keep soil covered with plants or mulch to help protect it from wind and rain.
Keep roots growing.
Living roots support a busy underground community.
Grow a mix.
Different plants make a more varied garden habitat.
Step gently.
Use garden paths. Leave planting beds free of footsteps and unnecessary digging.
Old scraps. New possibilities.
With a grown-up, compost fruit and vegetable scraps (“greens”) with dry leaves or plain shredded cardboard (“browns”). Add air, the right moisture, and time, and decomposers get to work. Keep meat, dairy, oils, plastic, and pet waste out of a home compost pile. EPA’s compost guide ↗
PLAYING WITH BUGS · A SOIL HABITAT
Soil Safari
Lift a leaf. Look closely. Who lives here? Some neighbors recycle old plant material. Others hunt small animals. All have a place in the soil food web. Sources ↗
Earthworm
AN ANIMAL WITHOUT LEGS · NOT AN INSECTA wriggly hello!
Some earthworms mix organic matter through soil and make tunnels. Different worms live in different places; they don’t belong in every ecosystem.
Home: Moist garden soil or plant litter, depending on the species.
Look: A long body with repeated rings and no legs.
Try: Watch from the surface and sketch its movement. Leave it in its own home; never move worms into wild areas.
Roly-poly
A CRUSTACEAN, NOT AN INSECTHello, roly-poly!
A pillbug is a land-dwelling relative of crabs. It likes damp hiding places, eats decaying plant material, and can curl into a little ball.
Home: Under loose leaves, logs, or other damp garden cover.
Look: A rounded, armored body. Watch quietly to see whether it curls up.
Try: Sketch its body plates, then gently replace the leaf that sheltered it.
Springtail
A TINY ARTHROPOD · NOT AN INSECTSmall, with a spring!
Many springtails eat decaying plant material and fungi. Some have a little forked part tucked underneath that can help them spring away.
Home: Damp leaf litter and moist soil.
Look: A very tiny dot that may move or jump. A magnifier helps!
Try: Look closely without poking. Can you describe its size next to a grain of soil?
Ground beetle
AN INSECT · SIX LEGSA hunter on the ground.
Many ground beetles hunt other small animals, including larvae and slugs. “Bug” is our friendly word here, but these neighbors belong to different animal groups.
Home: At soil level, with plant cover and sheltered hiding places nearby.
Look: Six legs, antennae, and a firm pair of wing covers. Some are quick runners.
Try: Observe without picking it up. Watch where it goes, and leave its hiding place undisturbed.
A CRUSTACEAN, NOT AN INSECT
Hello, roly-poly!
A pillbug is a land-dwelling relative of crabs. It likes damp hiding places, eats decaying plant material, and can curl into a little ball.
- My neighborhood
- Under loose leaves, logs, or other damp garden cover.
- Look for
- A rounded, armored body. Watch quietly to see whether it curls up.
- Your explorer mission
- Sketch its body plates, then gently replace the leaf that sheltered it.
Some recyclers are too small to see clearly without a microscope. Many fungi and bacteria help break down organic material, too.
A leaf-litter safari
With a grown-up, choose a safe garden spot. Peek under a few loose leaves. Use a magnifier, count any legs you can see, and draw your discovery.
Leave a happy habitat
Replace the leaves gently. Keep creatures where you found them. Leave some plant cover in adult-approved spots so little neighbors have shelter.
Try a soil blanket
A grown-up prepares two similar soil trays: one bare, one covered with leaf mulch. Sprinkle the same amount of water on each. What happens to splash and runoff?
SMALL DROPS. BIG IDEAS.
Water We Doing?
Water has a journey. Let’s find thoughtful ways to collect it, use it again, and help it reach the plants that need it. Sources ↗
Catch the rain.
Roof gutters can guide rainfall to a covered, screened barrel or tank. Adults manage collection and maintenance. Our rainwater learning examples are for ornamental plants.
Give water another turn.
Our planned pump display would recirculate the same water through a protected loop. Explore how a reservoir lets a demonstration run again without a fresh refill each time.
Help it stay in the soil.
Mulch helps soil hold moisture. Slow, targeted watering and checking whether plants need water can reduce waste and runoff.
THE POND PUMP INNOVATION LAB · PLANNED EXPERIENCE
See the work beneath the surface.
Imagine protected viewing windows, clear demonstration pipes, and a cutaway pump model. Follow water from its source through screening, pumping, storage, and a learning bed. Try the online model below.
Start with the rain. Rainfall could be collected in covered storage and used for suitable non-food garden learning. Screens catch debris; a first-flush device can divert the early roof runoff. Collected rainwater is not drinking water.
01 Water source
Every drop starts somewhere.
The concept prioritizes rainwater, with the pond as a supplemental reservoir and municipal water as backup. Actual routes depend on the final design; these buttons explain the jobs, rather than a construction plan.
02 Screen & filter
Catch the big bits.
A screen can stop leaves and other larger debris. Filters have different jobs. Seeing clearer water is not proof that germs or chemicals have been removed. The final system needs treatment appropriate to its use.
03 Solar pump
Give water a lift.
The planned pond pump would use solar-generated electricity to move water toward storage. A separate protected teaching model would let children see how a pump works. Solar availability and storage needs must be considered in the final design.
04 Storage tank
Save it for the right moment.
A covered, secured tank holds water until it is needed. A protected viewing station could let visitors see a level indicator and follow the pipes without opening the tank.
05 Learning bed
Use it thoughtfully.
The learning model ends at an ornamental bed, where slow watering helps us watch water reach soil. Food-growing beds need a separate water-quality plan. Reusing water wisely also means choosing the right water for the job.
Every drop starts somewhere.
The concept prioritizes rainwater, with the pond as a supplemental reservoir and municipal water as backup. Actual routes depend on the final design; these buttons explain the jobs, rather than a construction plan.
WHAT’S HAPPENING INSIDE?
Inlet
Water comes in here.
In this example, water enters near the center of the impeller. The blue inlet line is shown from the front as a simplified teaching view.
Impeller
Meet the impeller.
This wheel has curved vanes. When the motor spins it, it gives energy to the water and moves it outward from the center. The casing guides the moving water toward the outlet.
Motor
The power behind the spin.
An electric motor turns the pump shaft and impeller. Our planned pond system would use solar-generated electricity. The motor symbol is separate here so the spinning wheel stays visible.
Outlet
Off to its next stop.
The casing collects the outward-moving water and guides it toward the outlet. The pump creates a pressure difference that can move water through a suitable pipe system.
Meet the impeller.
This wheel has curved vanes. When the motor spins it, it gives energy to the water and moves it outward from the center. The casing guides the moving water toward the outlet.
Pump cutaway: water enters, the impeller spins, and the casing guides flow toward the outlet.
An illustration of movement, not a flow-rate or energy simulation.
TAKE A LITTLE WONDER WITH YOU
An explorer’s field notes
Draw or jot down what you notice. No name needed. Print a blank sheet to take outside, or add notes before printing.
Use your browser’s Print command to print field notes.
Notes aren’t sent or saved by this page. Print before leaving if you’d like to keep them.
For curious grown-ups: our sources
Learning content adapted from the primary sources below, reviewed October 19, 2026. Activities and future lab concepts are Porchlight Pines ideas, not agency curricula or endorsements. On-farm visits and the physical labs are not open yet.
Soil with Soul
- USDA NRCS · Soil Facts — components and formation.
- USDA NRCS · Soil Health and Small-scale Agriculture — cover, roots, diversity, and less disturbance.
- EPA · Composting at Home — materials, air, moisture, and compost care.
- University of Minnesota Extension · Soil Biology — the living soil community.
Soil Safari
- University of Maryland Extension · Pillbugs and Sowbugs.
- Virginia Cooperative Extension · Springtails.
- University of Minnesota Extension · Soil-dwelling Predators.
- Illinois Early Learning · Natural Illinois: Insects — gentle observation.
- Ohio State University Extension · Garden Food Safety — safe soil and handwashing.
Water We Doing?
- CDC · Collecting Rainwater and Your Health — suitable uses, screening, and keeping supplies separate.
- EPA · Soak Up the Rain: Rain Barrels — collection and water quality.
- EPA WaterSense · Watering Tips — efficient watering and mulch.
- Grundfos · Impeller — how a centrifugal pump transfers energy to water. Educational reference; no equipment selection or affiliation.