For the grown-ups beside them
Make room for
“I wonder…”
Curious Wild Ones brings small discoveries into family story time. Read at your own pace, follow a question, and let a first guess change.
A little company
for curious minds.
Our stories welcome families with children ages 3–9, designed to grow with shared reading. Younger children can notice and point; older children can compare clues and explain their thinking.
Share the reading
Try different voices, linger on a funny line, or let your child turn to the next chapter. There’s no timer and no score.
Make space for a guess
Ask “What do you notice?” before offering an answer. Being wrong can be part of discovering something.
Carry the idea into your day
Five minutes with paper and crayons is enough. The conversation matters more than a perfect drawing.
Learning & family activities
Something to do together.
A Home for a Small Creature
A five-minute drawing activity inspired by The Shell That Walked.
Make a Helping-Pair Drawing
A drawing activity inspired by The Clownfish’s Secret.
Make a big picture of a little thing
A five-minute drawing activity inspired by The Upside-Down Visitor.
Draw a guess, then a discovery
A drawing activity inspired by The Great Leaf Parade.
Hide an octopus on paper
A drawing activity inspired by The Rock That Blinked.
Our family resources begin here with free activities. New digital books, learning experiences, downloadable resources, and activities to play together will join this space as they become available.
Behind the little discovery
A real discovery,
an imagined adventure.
Hermit crabs can use empty snail shells to protect their soft abdomens. Our story invites children to observe wildlife and leave shells at the shore.
For a real shore visit, follow local guidance, stay close to children, watch waves and slippery surfaces, and leave wildlife undisturbed.
Explore the science with the Monterey Bay Aquarium hermit crab guide.
The Clownfish’s Secret · Discover more
A living home.
A helping pair.
A living home
A sea anemone is an animal, not a plant. Its tentacles can sting.
A special partnership
Clownfish shelter among the tentacles of certain sea anemones. A protective mucus coating helps them avoid their host’s sting. Some clownfish also defend their host from fish that would eat it.
The right place
This fictional adventure takes place at a tropical Indo-Pacific reef pool. Clownfish are not the fish to expect in an ordinary Florida or California tide pool. Their natural range is tropical Indo-Pacific, and they live closely with host anemones.
Be a careful visitor
Explore with an adult and follow a local guide’s instructions. Watch the tide and waves, wear grippy shoes, and leave animals, rocks, and shells where they belong. Never touch an anemone or catch, feed, or relocate the fish.
Sources for grown-ups
The Upside-Down Visitor · Discover more
Look what small can do.
Meet the visitor
The illustration species is the common house gecko, Hemidactylus frenatus, also called the Asian house gecko. It is a small, slender, pale gecko often seen on house walls and windows at night. The story uses a fictional warm coastal island house and makes no claim about where the species is native.
How the feet work
The underside of adhesive toe pads carries microscopic, branching hairlike structures called setae. Their very close contact with a surface allows weak molecular attractions, called van der Waals forces, to add up. The feet do not work as suction cups or through sticky glue. The story’s “close enough to cling” is a simplified explanation.
Holding on and letting go
Toe position and the direction of force help the gecko attach and release its feet. The small movement Liam spots is a visible clue; the book supplies the explanation he cannot establish by watching alone. Published experiments on other toe-pad geckos support the general mechanism, not an exact angle or hair count for this species.
Watch without disturbing
Watch quietly from indoors with a grown-up. Leave the window closed and give the animal space. Do not tap on the glass, catch, handle, feed, or lure wildlife for a closer view. Keep both feet on the floor. These are conservative observation and child-safety practices.
Useful words
Gecko: a kind of lizard. Grip: hold on. Microscope: a tool that makes very small things visible. Setae: the scientific name for these tiny hairlike structures.
Sources for grown-ups
- Queensland Government — Asian house gecko
- Queensland Museum — What species of Geckos can you find around your home
- Autumn and colleagues 2002 — Evidence for van der Waals adhesion in gecko setae
- Autumn and colleagues 2006 — Frictional adhesion a new angle on gecko attachment
- NIST — Gecko feet are coated in an ultra thin layer of lipids that help them stay sticky
- National Park Service — Watching Wildlife
The Great Leaf Parade · Discover more
A garden
beneath your feet.
Meet the leafcutters
The story imagines a fictional coastal mainland garden in tropical America and draws on leafcutter ants of the genus Atta. These ants cut and carry fresh plant material to their nests. Leafcutters are one group of ants, so the story does not imply that every ant you meet farms fungus. The illustration is not a species-identification guide.
Why carry leaves underground?
Inside the nest, workers prepare plant fragments and add them to fungus gardens. The cultivated fungus grows through this material and produces nutritious structures eaten by the ants. This partnership, in which both organisms benefit, is called mutualism. The book scenes supply the hidden explanation; watching ants enter a hole cannot establish it by itself.
A careful word about food
“The ants feed their garden, and their garden feeds the ants” is the child-friendly core of the story. Adult leafcutter nutrition is more complex: workers may also obtain liquids from plants, and the relative contribution of different foods varies. We therefore do not say that these ants never consume plant fluids or that every worker eats only fungus.
What the garden looks like
The nest cutaway is an explanatory drawing, not a nest the children opened. Leafcutter fungus gardens can look like pale, irregular, spongy masses with bits of plant material. They are not rows of vegetables or a patch of familiar capped mushrooms. Fungi obtain nutrients from other organic material rather than making food through photosynthesis as green plants do.
A guess can lead somewhere
Charlotte’s picnic is an imagined explanation, clearly shown as a sketch. The ants’ actual behavior raises a new question, and the family consults a nature book. Keeping both drawings helps children distinguish an initial idea, an observation, and an explanation supported by research.
Watch without changing the story
Give wildlife space and leave its route and habitat undisturbed. Do not offer food, collect insects, or uncover a nest for a closer view. The activity works entirely on paper; its optional outdoor observation is only for a safe place selected and supervised by a grown-up.
Sources for grown-ups
- Smithsonian Tropical Research Institute — Leafcutter ants, Visitor’s Guide, page 28
- Smithsonian National Museum of Natural History — Insect Zoo description: leafcutter ants and their fungus gardens
- American Museum of Natural History — Insectarium and living leafcutter ant colony
- Shik and colleagues, 2018 — Disentangling nutritional pathways linking leafcutter ants and their co-evolved fungal symbionts
- Silva and colleagues, 2003 — Survival of Atta sexdens workers on different food sources
- National Park Service — 7 Ways to Safely Watch Wildlife
The Rock That Blinked · Discover more
A master of
hide-and-seek.
A tropical camouflage expert
This fictional encounter is inspired by the day octopus, Octopus cyanea, which lives in tropical Indo-Pacific waters, including Hawaii. Unlike many octopuses, it commonly forages in daylight. Monterey Bay Aquarium describes its ability to resemble surrounding rocks, corals, and algae. The story does not promise that an octopus will be visible on any particular shore visit.
Eight arms, not eight tentacles
Octopuses have eight arms. Their arms bear suckers along their length, whereas the specialized feeding tentacles of squid and cuttlefish carry suckers mainly toward their tips. Arms can curl or overlap, so all eight are not necessarily visible at once in a real animal. Count the clearly drawn arms in the paper activity rather than approaching wildlife for a better count.
Color and pattern come from living skin
Pigment-containing structures called chromatophores contribute to rapid changes in octopus color and pattern. Muscles expand or relax the pigment sacs, changing how much pigment is visible. Other skin structures also affect the appearance. The octopus has not changed into stone, put on a costume, or become invisible; its appearance can make its outline harder to detect.
The bumps can change too
Many shallow-water octopuses can alter skin texture using muscular projections called papillae. A day octopus can produce pronounced bumps and ridges. Color, pattern, texture, and posture work together in camouflage, which can help an octopus avoid detection by predators or prey. The children's two pictures simplify these changes; the crayon activity models color and pattern, not living skin mechanics.
What does a blinking rock mean?
The title describes Grace’s first impression of an eye in a rock-like animal. Octopus eyes are not human eyes with eyelashes. Hanke and Kelber’s review describes a ring-shaped muscular skin fold in the common octopus that can close over the eye, and considers this likely in other octopods. The story uses “blink” as a child’s description, rather than claiming that a day octopus blinks in exactly the human way.
A discovery can stay undisturbed
The children watch from a safe dry place with their mother; the close-up illustrations are storytelling viewpoints, not places the children enter. Camouflage should never be induced by touching, chasing, or startling wildlife. Give animals space, leave their habitat intact, and follow local shore guidance. The activity works entirely on paper, and an eye or pattern in a drawing is not a reliable guide to identifying a wild species.
Sources for grown-ups
- Monterey Bay Aquarium — Day octopus: tropical range, daytime activity, and textured camouflage
- Monterey Bay Aquarium — Cephalopods: eight arms and the difference between arms and tentacles
- Smithsonian Ocean — How Octopuses and Squids Change Color
- Smithsonian Ocean — Cephalopods: camouflage and skin papillae
- Hanke and Kelber, 2020 — The Eye of the Common Octopus: eyelid-like muscular skin fold
- National Park Service — 7 Ways to Safely Watch Wildlife
Stay curious with us
More discoveries, together.
Explore stories, digital books, learning experiences, and family activities here. Follow Curious Wild Ones on social media for new discoveries and watch every film and short on YouTube.
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