Kids discovery
Why a Banana Plant Can Live On After Its Fruiting Shoot Dies
Follow the leaf sheaths, underground stem and two labelled shoots to see how a banana mat continues without restarting a spent shoot.
Little discoveries.
Better together.
For curious kids and the grown-ups beside them. Pick a picture, try a game, or follow a question together.
You don’t need all the answers. A little curiosity is enough.
A hand for grown-ups
What shall we try together?
Let your child choose. One small moment is a lovely place to start.
One picture. A whole conversation.
- Choose a picture.
- Say what you notice.
- Follow one question.
Try asking: What caught your eye?
Your turn. My turn. Our discovery.
- Open one card.
- Name the fruit together.
- Take turns looking for a pair.
Try asking: What helps you remember it?
Turn a shape into a story.
- Pick a shape you can see.
- Imagine what it could become.
- Tell each other a tiny story.
Try asking: What else could your shape be?
Point, talk, draw or read. There is more than one way to join in.
Follow their curiosity.
Fruits
Vegetables
Nature & science
Creative activities
Kids discovery
GamesStories to share.
Questions to follow.
27 stories to discover
Kids discovery
Why a Plant Cell Can Stop Gaining Water While Solutes Stay Inside
Dissolved material and pressure make different contributions to water potential. Follow imaginary cell records to see how they can balance without removing the solute.
Kids discovery
Why the Same Glide Can Cover Different Ground Distances
Follow a private drawing lesson to separate air-relative glide, wind drift and forward ground progress—then compare two invented glides without launching anything.
Kids discovery
Why a Pea Pod Has Two Seams but Comes From One Carpel
Use labeled drawings to follow a pea pod’s joined margins, back region and opening wall sections, then explore what one or two gaps do to a simple ring.
Kids discovery
Does a Rainfall Total Tell You How Hard It Rained?
Read fictional weather cards with an adult to separate rainfall depth, average rate, timed gauge events and the details a total leaves unknown.
Kids discovery
Why Five Potato Eyes Do Not Promise Five Sprouts
Separate eye sites, contained buds and later growth with a paper lesson on dormancy, apical dominance and the difference between sprout origins and tips.
Kids discovery
Why a Paper Bridge Drawing Needs Its Support Marks
Compare three bridge drawings with a grown-up to separate full length, support gap, centre bending and the movement of an unloaded end.
Kids discovery
Why One Sunflower Head Contains Many Little Flowers
Explore ray flowers, disk flowers and fused petals with a private paper puzzle that separates a whole head from the little flowers inside it.
Kids discovery
Do Two People See Rainbow Light from the Same Raindrops?
Follow six imaginary drops through two viewing positions to discover why different rainbow selections can still share a point.
Kids discovery
Why Heavier Leaves Can Still Contain Less Dry Material
Follow light and material into a green leaf, balance a simple atom drawing, and solve three mass records that end with the same total.
Kids discovery
Why a Longer Row of Dots Can Still Hold the Same Number
Follow eight named marks through new layouts, counting routes and groups to discover why a number needs a clear rule behind it.
Kids discovery
Why a Sprout Count Needs a Date and a Starting Number
Read a fictional twelve-seed diary with a grown-up to compare first roots, shoots above the surface, daily counts and the questions a fraction can answer.
Kids discovery
Can a Turn Match a Shape to Its Mirror Drawing?
Use an original labelled triangle with a grown-up to compare slides, turns, reflections and larger copies, while keeping the matching rules clear.
Kids discovery
Can a Vegetable Drawing’s Circular Outline Tell You Its Solid Shape?
Explore six vegetable-inspired paper models with a grown-up to separate solid shapes, flat faces, named views and the clues needed to identify a card.
Kids discovery
Puffy, Flat or Feathery: What Is a Cloud Made Of?
Explore original paper cards with a grown-up to separate cloud shapes, invisible vapor, liquid droplets, ice crystals and the information a drawing can provide.
Kids discovery
Can a Longer Shadow Prove That Something Is Taller?
Solve original paper shadow puzzles with a grown-up, compare light directions, and discover when a known post can help you work out another height.
Kids discovery
Can a Longer Lever Make Work Disappear?
Solve an original paper lever puzzle that trades a smaller force for more movement, with clear explanations of the pivot, useful work and energy losses.
Kids discovery
Can a New Shape Help the Same Material Float?
Use an original paper-only boat puzzle to follow mass, displaced water and balanced forces, with clear clues for children and a deeper explanation for grown-ups.
Kids discovery
Can the Same Pattern Have Two Different Next Shapes?
Compare original paper patterns that share a beginning, then learn how a stated rule, a repeat unit and a carefully chosen clue change what you can conclude.
Kids discovery
Does Being Attracted to a Magnet Make Something a Permanent Magnet?
Solve an original paper-only magnet mystery with facing-pole rules, two carefully chosen clues and a clear distinction between a permanent magnet and induced attraction.
Kids discovery
Why a Carrot Top Can Grow Leaves but Not a New Carrot
Separate leaf growth, fine roots and the storage taproot with an adult-supported drawing lesson, a life-cycle map and a simple evidence puzzle.
Kids discovery
Why a Seed from Your Favourite Apple Does Not Copy That Apple Tree
Follow an apple seed’s family story, meet the scion and rootstock, and use a safe drawing puzzle to separate a new seedling from a named variety.
Kids discovery
Why the Moon Changes Its Bright Shape While Staying Round
Follow sunlight and the view from Earth to explain crescents, quarter Moons and full Moons, with a safe paper model and clear limits on what a phase picture tells us.
Kids discovery
Why Night Can Begin Here While Day Continues Somewhere Else
Follow one marked place on a turning Earth, then separate a whole day from daytime, a spin from an orbit, and a simple model from the changing light outside.
A little play goes a long way
Ready, set, discover!
Take turns, share a clue, or cheer each other on. There’s no clock to beat.
