One living garden your students run themselves — sprouts in 48 hours, a plant that moves, two harvests in eight weeks — with free lesson plans tied to real NGSS standards. And the built-in grow light means it works even in a room without a single window.
A 20W full-spectrum light on a timer gives every plant a full day — in an interior room, a science closet, or a January hallway. The kit can’t fail for lack of sun.
The sealed reservoir waters from the bottom for about a week and the light runs itself. Nobody has to come in on Saturday, and breaks don’t kill the experiment.
They name it, touch it, and check it every morning — a plant that moves and changes daily earns the kind of ownership and participation a worksheet never will.
Six short sessions take a brand-new class from an unopened box to sprouts in soil.
Unbox together, fill the sealed base to the line, stand up the grow light and set its timer, and let every student clip a name tag on a pot.
Drop seeds onto the printed dots in the agar dishes, seal them, and set them where everyone can peek — first roots break out in 12–48 hours.
The first official observation: pass the magnifier around, spot which seeds have cracked, and mark today as “Day 0” on the tracker poster.
Set up the Grower’s Journal — name label, first observation, and one prediction (“pea or radish first?”) so students own their data from day one.
Rotate each dish a quarter-turn and have children predict what the root does overnight — the hook for the gravitropism lesson.
Scoop each sprout with its agar blob on a spoon and tuck it into a soil hole — the moment lab science becomes a real garden.
Nine lessons across three grade bands, each anchored to a verified NGSS performance expectation.
Flagship lessonStudents seed a clear dish, watch a white root push out in a day or two, then give the sealed dish a quarter-turn — and by tomorrow the root has bent right back toward “down.” They sketch before-and-after in the Grower’s Journal and work out what changed the root’s mind.
Students press seeds onto the printed dots in the agar dish and check every few hours — sprouts appear in 12 to 48 hours, no soil, no week of waiting. Then some go under the grow light and some stay dark, to find out what a sprout really needs.
When the snap peas flower, your students become the pollinators — loading pollen onto the soft bee brush and carrying it flower to flower, just like a bee’s fuzzy body. Then they model why the flower needs that help, and what shows up next: a pea pod.
Students fill the sealed base to the gauge line and discover the plants drink from the bottom up — no spills, about a week per fill. They track the falling gauge and reason about where the water goes, with a celery-and-food-coloring demo that makes the water highway visible.
Students meet Mimosa pudica, the pet plant that folds when you touch it — and folds again each night when the timer clicks the light off. They test what triggers the fold, time how long the leaves take to reopen, and argue how a plant part that moves helps the whole plant survive.
Late in the program, students let a few plants go all the way — flower, pod, and make new seeds — and harvest them into the “My Seed Bank” envelope. They diagram the full loop, then compare saved seeds to the originals to spot family resemblance and small differences.
Radishes are fast — students pull the first crop near day 26 and resow for a second that finishes around day 50. The twist: they change exactly one variable for round two (light height, spacing, or a Nutrients A/B dose) and use harvest data as evidence for how it moved the numbers.
The grow light rises weekly on its timer — students turn that into a controlled experiment, growing plants at different distances and measuring the stretch. They tie height and leaf-color data back to photosynthesis: light is the energy source, which is why a starved plant goes tall, pale, and leggy.
Across all eight weeks, students turn the Grower’s Journal into a real data set — plotting height against day, calculating growth rate, flagging milestones. They make predictions (“when does it cross 20 cm?”), then lay two plants’ curves side by side to argue which grew faster, and why.
Every code above was checked against the official Next Generation Science Standards. Full lesson plans, printables, and slideshows open with the classroom program — join the educator list to get them first.
Ten slides — the exact flow your students see. Click through the whole lesson.
A root has no eyes. So when a seed sprouts, which way will the root head — and how would it even “know”? Make your guess first. Then let’s watch one and find out.
No soil today — this works in a windowless room.
Right now your root points down. If we spin the dish so it points sideways… what will it do by tomorrow? Circle your guess.
Each pair rotates their sealed dish 90°, sets it back down, and leaves it alone. An arrow sticker at the top proves it really moved.
It’s tomorrow! Grab the magnifier. Is the tip of the root still sideways… or did it bend?
Draw your root yesterday and today. Add an arrow for which way it grew. Was your guess right?
Your root felt which way was down — that’s gravity — and turned to follow it. Roots grow down to find water and hold the plant tight.
“Gravity-turning.” Every root on Earth does it, from a blade of grass to a giant oak. Spin the dish again and it turns again.
Flip a dish fully upside down and predict again. Then the bigger question: does the stem grow toward the light or away? (Sets up the grow-light lesson.)
Aligns to NGSS K-LS1-1 · builds Cause & Effect.
Exactly the kind of investment classroom funders like to say yes to. Our grant template has the standards alignment, durability, and cost breakdown funders ask for — fill in your class and send.
The little tricks that keep a class of excited children and one set of tools running smoothly — station rotations, journal routines, and how to stretch one garden across a whole class.
When the crop finishes, we send fresh seeds and soil for the next cycle — the same crops again, or a step up to more challenging plants. Children can take their finished plants home, too.
The same $139 garden your students take home — discounted for classroom sets, with a free teacher guide in every bulk order. Discounts apply automatically at checkout.
Purchase orders & tax-exempt checkout supported — see the FAQs below.
“My interior classroom has zero windows and the peas still flowered. First time that’s ever happened in here.”
“The dish sprouting in 24 hours is the hook. I’ve never had a class beg to come check on an experiment before.”
“Two radish harvests in eight weeks gave my sixth-graders real repeat data to graph. That’s hard to get with plants.”
“It runs itself over the weekend. As a teacher with 90 other things going on, that is everything.”
Free lessons, a full curriculum, and a garden that grows in any room. Get your class sprouting.
Shop the garden — $139We’re opening the classroom program in batches. Leave your school email and we’ll send the lesson library, grant template, and setup guide the moment it’s ready.
We’ll email the full curriculum kit the moment the classroom program opens.