Guide your students on a journey through the desert ecosystem! From the sweeping sands of the Namib and Kalahari in southern Africa, to the dry heart of Australia’s Outback, and the rocky cold of the Gobi, deserts come in many forms.
✨ Perfect for grades 3–8, here’s what you need to bring ecosystems to life:
- Iconic BBC Videos: Share the clips on this page to introduce the location, plants, animals, and climate of the desert. (Don't miss the lions and lizards!) Brought to you by world-class BBC programs like Planet Earth, Wilderness With Simon Reeve, Africa, and Seven Worlds, One Planet.
- Free Printable: Use the Desert Brochure Template to help students pull it all together in an ecosystem report with facts they’ve learned (and a little extra research).
It’s everything you need to make ecosystems easy to teach and truly memorable for your students.
Dive into the wonders of Antarctica with this multi-grade lesson collection! Tailored for K–2, 3–5, 6–8, and 9–12, each unit includes engaging activities, thought-provoking discussions, and hands-on projects to uncover the mysteries of the frozen continent. Enhance your teaching with stunning BBC video clips showcasing Antarctic wildlife, research stations, and breathtaking icy landscapes. Printable resources like animal fact sheets, scientist journal templates, and conservation challenges bring the learning to life for your students. Perfect for science, geography, and environmental lessons!
What shark can leap completely out of the water while chasing its dinner? If you guessed the blacktip shark, you're right!
Known for their speed, agility, and spectacular spinning jumps, blacktip sharks are among the ocean's most exciting predators. Explore the warm coastal waters they call home, discover how they sometimes work together to herd schools of fish, and learn why mangroves, coral reefs, and estuaries are so important to their survival. You'll also find out how people are helping keep these remarkable coastal sharks thriving.
What shark has a head shaped like a hammer — and uses it like a high-tech hunting tool? Hammerhead sharks may look unusual, but every part of their unique design helps them survive.
Explore the fascinating world of these extraordinary sharks and discover how their wide heads help them see more, sense hidden prey, and make sharp turns while hunting. Learn why some hammerheads gather in schools of hundreds, travel thousands of miles across the ocean, and face growing conservation challenges that make protecting them more important than ever.
Meet the extreme survivors. Penguins, giraffes, golden snub-nosed monkeys, Namaqua chameleons — these animals have evolved remarkable ways to endure some of the harshest conditions on Earth. We've put together a collection of BBC video clips all about extreme survivors (see Related Resources below). Watch them, then take the Kahoot to see what stuck.
The adaptations are wide-ranging: penguins withstand sub-zero temperatures, giraffes manage naturally high blood pressure, snub-nosed monkeys huddle together to survive freezing nights, and Namaqua chameleons shift skin color to beat the heat of the day. Explore how these animals have adapted, body and behavior, to survive against the odds.
Meet the cold-blooded champions. Komodo dragons, caimans, bullfrogs, waterfall toads — these reptiles and amphibians have evolved extreme skills to survive as ectotherms, relying on their environment instead of their own body heat. We've put together a collection of BBC video clips all about cold-blooded animals (see Related Resources below). Watch them, then take the Kahoot to see what stuck.
The tricks are surprisingly specific: basilisks use a rapid leg motion to run across water without sinking, while waterfall toads — which can't leap like most frogs — have their own clever way of dodging predators. Explore how these cold-blooded creatures have adapted to thrive, and pick up some solid vocabulary along the way.
The UK wants to see more hedgehogs, and it’s not because hedgehogs are incredibly cute. Well, not just because of that. The UK’s hedgehog population is in dangerous decline, but part of the solution could be an AI tool called Tessera that uses satellite images to help build a map of hedgehog habitats.
Before Tessera can work its magic, it needs some input. Researchers need to find and learn hedgehogs’ preferred environments by identifying the habitat’s fingerprint. A fingerprint, in this case, is a pattern or collection of characteristics generally found in hedgehog habitats. Maybe your habitat fingerprint would include a freezer full of ice cream and trampoline floors! It has nothing to do with actual fingers, even though that would be a great excuse to spend all day looking at hedgehog paws.
Researchers do their field work in small areas, then input their findings into the software that can extrapolate, show where the other similar habitats are, and record changes over time. The project will hopefully help us learn about where hedgehogs live, how we can help them survive, and how we can set up our homes to comfortably accommodate a hedgehog houseguest.
Chemotherapy works. It also takes a serious toll — on energy, on the immune system, on everyday quality of life. For decades, that trade-off has been treated as unavoidable. A new drug being used to treat ovarian cancer suggests it might not have to be.
The treatment works by attaching a chemotherapy drug to an antibody — a protein the body uses naturally to identify and target specific cells. When the drug enters the body, the antibodies seek out cancer cells specifically, binding to them and leaving healthy tissue alone. Once inside the cancer cell, the antibody breaks down and releases the chemotherapy drug, destroying the cancer from within. The rest of the body barely notices.
For patients like Patricia Hill, the difference has been significant. After multiple rounds of conventional chemotherapy in the 3 years since her ovarian cancer diagnosis, she describes finally feeling well enough to socialize and enjoy daily life again. That shift — from surviving treatment to actually living alongside it — is what researchers have spent decades working toward.
The drug is still being studied, but early results point in two directions that matter: better quality of life during treatment, and the possibility of longer survival afterward. Those two things don't always come together in cancer research. When they do, it tends to mean something genuinely new is happening.
Deserts look empty. They are anything but.
From the sun-scorched dunes of the Sahara to the scrubby plains of Australia, desert animals have cracked one of nature's toughest puzzles: how to survive where water is scarce, temperatures are brutal, and food is hard to find. In this playlist, you'll meet the remarkable species that call these landscapes home — from the iconic camel and the lightning-fast hawk to the bounding kangaroo and the armored pangolin.
Each clip, drawn from landmark BBC series including Seven Worlds, One Planet and Planet Earth II, puts you face-to-face with real desert survival in action. Some animals store water and energy for enormous journeys across open terrain. Others hunt by night, move in short bursts, or use camouflage so good they practically disappear. Every strategy is different. Every one is extraordinary.
As you watch, think bigger: How do animals adapt to temperatures that would stop most creatures in their tracks? What physical traits make desert life not just possible, but thriving? And how do these species — predator and prey, reptile and mammal — depend on each other to keep desert ecosystems in balance?
This playlist won't just teach you about deserts. It will make you see them differently.
Meet nature's master hiders. Gliding tree frogs, octopuses, arctic foxes — these animals have evolved brilliant ways to blend in, hunt, and survive unseen. We've pulled together a collection of BBC video clips (see Related Resources below) showing off these disappearing acts. Watch them, then take the Kahoot to see what stuck.
Some of the tricks are wild: glass frogs clear their own blood to turn see-through, while arctic foxes shift their fur with the seasons to stay hidden year-round. Explore how these masters of camouflage pull it off, and pick up some solid grounding in evolution and adaptation along the way.
Being an astronaut is no joke — for your brain and your body to be prepared, you need to train, not unlike sports or school. Want to train for a soccer match? You may need to go for runs or lift weights. Need to prepare for a math test? You may need to repeat your times tables. Going into space soon? You may need to put on a space suit and get strapped into a full-sized replica of the International Space Station, then submerged in a 12-meter (40-foot!) deep pool for six hours. At least, that’s what astronaut Rosemary Coogan did to make sure she was ready for her spacewalk.
Coogan was chosen from 22,000 applicants to become a European Space Agency astronaut and may be the first Englishwoman to set foot on the moon.
Space preparation is daunting, but she had teams of supporters like divers and control room workers to make sure she was safe. The spacewalk test is meant to make sure that Rosemary could survive the conditions off of earth, even when things don’t go according to plan.
Explore the wide-open world of grasslands and discover the amazing animals that live in one of Earth’s largest biomes. From enormous elephants and powerful buffalo to towering Kori bustards, hardworking leafcutter ants, and rare Saiga antelope, students will learn how animals survive and thrive in these vast landscapes of grasses and few trees.
This Kahoot explores the unique features of grassland ecosystems, including climate, food chains, migration, and the special adaptations that help animals find food, avoid predators, and survive changing seasons. Students will also discover the differences between tropical savannas and temperate grasslands and the incredible diversity of life found in each.
Watch the related BBC videos (below), then invite your Grade 3–8 students to test their knowledge and uncover the wonders of life on the grasslands.
Guide your students on a journey through the desert ecosystem! From the sweeping sands of the Namib and Kalahari in southern Africa, to the dry heart of Australia’s Outback, and the rocky cold of the Gobi, deserts come in many forms.
✨ Perfect for grades 3–8, here’s what you need to bring ecosystems to life:
- Iconic BBC Videos: Share the clips on this page to introduce the location, plants, animals, and climate of the desert. (Don't miss the lions and lizards!) Brought to you by world-class BBC programs like Planet Earth, Wilderness With Simon Reeve, Africa, and Seven Worlds, One Planet.
- Free Printable: Use the Desert Brochure Template to help students pull it all together in an ecosystem report with facts they’ve learned (and a little extra research).
It’s everything you need to make ecosystems easy to teach and truly memorable for your students.
Dive into the wonders of Antarctica with this multi-grade lesson collection! Tailored for K–2, 3–5, 6–8, and 9–12, each unit includes engaging activities, thought-provoking discussions, and hands-on projects to uncover the mysteries of the frozen continent. Enhance your teaching with stunning BBC video clips showcasing Antarctic wildlife, research stations, and breathtaking icy landscapes. Printable resources like animal fact sheets, scientist journal templates, and conservation challenges bring the learning to life for your students. Perfect for science, geography, and environmental lessons!
What shark can leap completely out of the water while chasing its dinner? If you guessed the blacktip shark, you're right!
Known for their speed, agility, and spectacular spinning jumps, blacktip sharks are among the ocean's most exciting predators. Explore the warm coastal waters they call home, discover how they sometimes work together to herd schools of fish, and learn why mangroves, coral reefs, and estuaries are so important to their survival. You'll also find out how people are helping keep these remarkable coastal sharks thriving.
What shark has a head shaped like a hammer — and uses it like a high-tech hunting tool? Hammerhead sharks may look unusual, but every part of their unique design helps them survive.
Explore the fascinating world of these extraordinary sharks and discover how their wide heads help them see more, sense hidden prey, and make sharp turns while hunting. Learn why some hammerheads gather in schools of hundreds, travel thousands of miles across the ocean, and face growing conservation challenges that make protecting them more important than ever.
Meet the extreme survivors. Penguins, giraffes, golden snub-nosed monkeys, Namaqua chameleons — these animals have evolved remarkable ways to endure some of the harshest conditions on Earth. We've put together a collection of BBC video clips all about extreme survivors (see Related Resources below). Watch them, then take the Kahoot to see what stuck.
The adaptations are wide-ranging: penguins withstand sub-zero temperatures, giraffes manage naturally high blood pressure, snub-nosed monkeys huddle together to survive freezing nights, and Namaqua chameleons shift skin color to beat the heat of the day. Explore how these animals have adapted, body and behavior, to survive against the odds.
Meet the cold-blooded champions. Komodo dragons, caimans, bullfrogs, waterfall toads — these reptiles and amphibians have evolved extreme skills to survive as ectotherms, relying on their environment instead of their own body heat. We've put together a collection of BBC video clips all about cold-blooded animals (see Related Resources below). Watch them, then take the Kahoot to see what stuck.
The tricks are surprisingly specific: basilisks use a rapid leg motion to run across water without sinking, while waterfall toads — which can't leap like most frogs — have their own clever way of dodging predators. Explore how these cold-blooded creatures have adapted to thrive, and pick up some solid vocabulary along the way.
The UK wants to see more hedgehogs, and it’s not because hedgehogs are incredibly cute. Well, not just because of that. The UK’s hedgehog population is in dangerous decline, but part of the solution could be an AI tool called Tessera that uses satellite images to help build a map of hedgehog habitats.
Before Tessera can work its magic, it needs some input. Researchers need to find and learn hedgehogs’ preferred environments by identifying the habitat’s fingerprint. A fingerprint, in this case, is a pattern or collection of characteristics generally found in hedgehog habitats. Maybe your habitat fingerprint would include a freezer full of ice cream and trampoline floors! It has nothing to do with actual fingers, even though that would be a great excuse to spend all day looking at hedgehog paws.
Researchers do their field work in small areas, then input their findings into the software that can extrapolate, show where the other similar habitats are, and record changes over time. The project will hopefully help us learn about where hedgehogs live, how we can help them survive, and how we can set up our homes to comfortably accommodate a hedgehog houseguest.
Chemotherapy works. It also takes a serious toll — on energy, on the immune system, on everyday quality of life. For decades, that trade-off has been treated as unavoidable. A new drug being used to treat ovarian cancer suggests it might not have to be.
The treatment works by attaching a chemotherapy drug to an antibody — a protein the body uses naturally to identify and target specific cells. When the drug enters the body, the antibodies seek out cancer cells specifically, binding to them and leaving healthy tissue alone. Once inside the cancer cell, the antibody breaks down and releases the chemotherapy drug, destroying the cancer from within. The rest of the body barely notices.
For patients like Patricia Hill, the difference has been significant. After multiple rounds of conventional chemotherapy in the 3 years since her ovarian cancer diagnosis, she describes finally feeling well enough to socialize and enjoy daily life again. That shift — from surviving treatment to actually living alongside it — is what researchers have spent decades working toward.
The drug is still being studied, but early results point in two directions that matter: better quality of life during treatment, and the possibility of longer survival afterward. Those two things don't always come together in cancer research. When they do, it tends to mean something genuinely new is happening.
Deserts look empty. They are anything but.
From the sun-scorched dunes of the Sahara to the scrubby plains of Australia, desert animals have cracked one of nature's toughest puzzles: how to survive where water is scarce, temperatures are brutal, and food is hard to find. In this playlist, you'll meet the remarkable species that call these landscapes home — from the iconic camel and the lightning-fast hawk to the bounding kangaroo and the armored pangolin.
Each clip, drawn from landmark BBC series including Seven Worlds, One Planet and Planet Earth II, puts you face-to-face with real desert survival in action. Some animals store water and energy for enormous journeys across open terrain. Others hunt by night, move in short bursts, or use camouflage so good they practically disappear. Every strategy is different. Every one is extraordinary.
As you watch, think bigger: How do animals adapt to temperatures that would stop most creatures in their tracks? What physical traits make desert life not just possible, but thriving? And how do these species — predator and prey, reptile and mammal — depend on each other to keep desert ecosystems in balance?
This playlist won't just teach you about deserts. It will make you see them differently.
Meet nature's master hiders. Gliding tree frogs, octopuses, arctic foxes — these animals have evolved brilliant ways to blend in, hunt, and survive unseen. We've pulled together a collection of BBC video clips (see Related Resources below) showing off these disappearing acts. Watch them, then take the Kahoot to see what stuck.
Some of the tricks are wild: glass frogs clear their own blood to turn see-through, while arctic foxes shift their fur with the seasons to stay hidden year-round. Explore how these masters of camouflage pull it off, and pick up some solid grounding in evolution and adaptation along the way.
Being an astronaut is no joke — for your brain and your body to be prepared, you need to train, not unlike sports or school. Want to train for a soccer match? You may need to go for runs or lift weights. Need to prepare for a math test? You may need to repeat your times tables. Going into space soon? You may need to put on a space suit and get strapped into a full-sized replica of the International Space Station, then submerged in a 12-meter (40-foot!) deep pool for six hours. At least, that’s what astronaut Rosemary Coogan did to make sure she was ready for her spacewalk.
Coogan was chosen from 22,000 applicants to become a European Space Agency astronaut and may be the first Englishwoman to set foot on the moon.
Space preparation is daunting, but she had teams of supporters like divers and control room workers to make sure she was safe. The spacewalk test is meant to make sure that Rosemary could survive the conditions off of earth, even when things don’t go according to plan.
Explore the wide-open world of grasslands and discover the amazing animals that live in one of Earth’s largest biomes. From enormous elephants and powerful buffalo to towering Kori bustards, hardworking leafcutter ants, and rare Saiga antelope, students will learn how animals survive and thrive in these vast landscapes of grasses and few trees.
This Kahoot explores the unique features of grassland ecosystems, including climate, food chains, migration, and the special adaptations that help animals find food, avoid predators, and survive changing seasons. Students will also discover the differences between tropical savannas and temperate grasslands and the incredible diversity of life found in each.
Watch the related BBC videos (below), then invite your Grade 3–8 students to test their knowledge and uncover the wonders of life on the grasslands.