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🌱 KNOW PRIMARY · AGES 6–11

PLANTS &
BOTANY

🌱 From Tiny Seeds to Ancient Giants, The Living World!

📖 200 Topics 🆓 FREE + PRO ⏱️ 5 min per comic 🧠 Quiz included
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GYMNOSPERMS
300 Million Years Ago
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FIRST FLOWER
130 Million Years Ago
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BEE CO-EVOLUTION
100 Million Years Ago
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FLOWER EXPLOSION
90 Million Years Ago
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MODERN WORLD
Today, 90% of Plants
🌸 THE FIRST FLOWER: 130 MILLION YEARS AGO
TOPIC 03 · PLANTS & BOTANY · CRETACEOUS PERIOD · ANGIOSPERMS
PAGE 1 OF 5, A WORLD WITHOUT FLOWERS
130 MILLION YEARS AGO
Dark prehistoric forest of ferns conifers and cycads before any flowers existed on Earth
EARTH BEFORE THE FIRST FLOWER
For hundreds of millions of years, Earth's forests had no flowers at all. No roses, no daisies, no fruit trees. Vast forests of dark ferns, towering conifers, and ancient cycads covered the land. The world was green, but silent. No bees buzzed. No butterflies danced. The flower had not yet been invented.
SILENCE...
GYMNOSPERMS
Conifer trees producing woody cones with naked seeds for wind pollination
🌲 Conifers: naked seeds in woody cones
💨 Wind-pollinated, no need for insects
CYCADS
Cycad palms and tree ferns dominating the landscape where dinosaurs fed
🌴 Cycads and tree ferns dominated
🦕 Dinosaurs ate these, no fruit existed
PAGE 2 OF 5, THE FIRST FLOWER APPEARS
CRETACEOUS PERIOD
First flowering angiosperm plant blooming with petals nectar and enclosed seeds inside fruit
THE ANGIOSPERM REVOLUTION
Around 130 million years ago, a new kind of plant appeared, one that wrapped its seeds inside a protective case. That case became a fruit. And to attract animals to carry its seeds and pollen, this plant evolved something spectacular: the FLOWER. Petals, colour, nectar, a signal broadcasting across the forest: "Come here. Eat this. Take my pollen."
BLOOM!
PETALS
Vivid colourful flower petals attracting bee pollinators with UV patterns invisible to humans
🌸 Petals: vivid colours attract pollinators
👁️ Bees see UV patterns invisible to humans
NECTAR
Honeybee collecting sweet nectar from a flower as the plant's payment for pollination
🍯 Nectar: sugary reward for visitors
🐝 The deal, food for pollination service
FRUIT
Cross-section of fruit showing seeds enclosed in protective flesh for animal dispersal
🍎 Fruit: seeds wrapped in tasty flesh
🐦 Animals eat fruit, seeds travel far
PAGE 3 OF 5, HOW POLLINATION WORKS
STEP 1
Bee visiting flower and getting pollen grains stuck to its body fur for transfer
🌼 Bee visits flower A, pollen sticks to fur
🔶 Pollen grains: the plant's male sex cells
STEP 2
Birds eating fruit and spreading seeds far from the parent plant through digestion
🍇 Fertilised flower becomes fruit
🐦 Animals spread seeds far from the parent
THE PARTNERSHIP
Bee landing on flower collecting pollen on its fuzzy body to fertilise the next flower
THE BEE AND THE FLOWER
The bee lands on the flower seeking nectar. As it feeds, pollen sticks to its fuzzy body. When it visits the next flower of the same species, that pollen rubs off onto the stigma, fertilising the plant. The bee gets food. The plant gets its pollen delivered precisely and efficiently. This is one of the greatest partnerships in the history of life.
ZOOM!
PAGE 4 OF 5, THE CO-EVOLUTION EXPLOSION
90 MILLION YEARS AGO
Co-evolution explosion showing flowers and insects evolving together in a spectacular feedback loop
FLOWERS AND ANIMALS EVOLVE TOGETHER
As flowers spread, animals evolved alongside them in a spectacular feedback loop. Bees evolved longer tongues to reach deeper nectar. Flowers evolved deeper tubes to match. Butterflies evolved colour vision tuned to flower pigments. Flowers evolved the exact colours butterflies see. Hummingbirds evolved long curved beaks, and their flowers evolved matching curved tubes. This is co-evolution: two species shaping each other across millions of years.
EVOLVE!
BEES
Bees collecting pollen from flowering plants showing their 100 million year co-evolution partnership
🐝 80% of flowering plants need bees
🍯 Bees evolved alongside flowers for 100M years
BUTTERFLIES
Colourful butterflies visiting red flowers that evolved specifically to attract them
🦋 See red, bees cannot
🌺 Red flowers evolved specifically for them
BIRDS
Hummingbird with long curved beak feeding from tubular red flower perfectly matched to it
🐦 Hummingbirds: beaks match flower tubes
🌺 Tubular red flowers evolved for birds
PAGE 5 OF 5, THE FLOWERING WORLD
THE LEGACY
Modern world dominated by 350000 species of flowering angiosperms in every habitat on Earth
90% OF ALL PLANTS ARE FLOWERING PLANTS
Today, angiosperms, flowering plants, dominate every habitat on Earth. 90% of all plant species are flowering plants. Every fruit you eat, every vegetable, every grain of wheat and rice, every cotton thread, all came from this one revolutionary invention 130 million years ago. The flower didn't just change plants. It changed what animals ate, where they lived, and ultimately, it helped make intelligent life possible.
AMAZING!
TODAY
Diverse modern flowers from over 350000 angiosperm species found on every continent today
🌸 350,000+ species of flowering plants
🌍 Found on every continent including Antarctica
REMEMBER
🌸 KEY FACTS
The first flower appeared ~130 million years ago. Angiosperms now make up 90% of all plant species. Every fruit, vegetable, grain, nut, and spice comes from a flowering plant. Without flowers, modern animal life, including humans, could not exist as it does today.
🌸 Flower → Fruit
🍎 Fruit → Animals
🌍 Animals → Civilisation
🧠 QUIZ TIME!
THE FIRST FLOWER: 130 MILLION YEARS AGO · 5 QUESTIONS
QUESTION 01
What makes an angiosperm different from a gymnosperm like a pine tree?
QUESTION 02
Why did flowers evolve bright colours, sweet nectar, and strong scents?
QUESTION 03
What is co-evolution and which example best shows it between flowers and animals?
QUESTION 04
Approximately what percentage of all plant species today are flowering plants?
QUESTION 05
Which of these foods comes from a flowering plant?
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