Bring your students on an icy exploration of the polar ecosystem! The Arctic and Antarctica may look frozen and empty at first glance, but they’re full of life perfectly adapted to the cold.
✨ 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 polar regions. (Don't miss the narwhals and emperor penguins!) Brought to you by world-class BBC programs like Planet Earth, Frozen Planet, and Seven Worlds, One Planet.
- Free Printable: Use the Polar 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!
Sometimes a discovery doesn't happen in the field — it happens decades later, in a drawer.
In the 1980s, an Antarctic expedition recovered a fossil and recorded it simply as "vertebra of a large reptile" in a field notebook. That single line was all anyone knew about it for the next 40 years.
It wasn't until paleontologist Dr. Mark Evans revisited old research and notes that the fossil was properly identified — as the first dinosaur bone ever found in Antarctica. Its distinctive shape points to a Titanosaur, the largest dinosaur to ever walk the Earth.
The bone had been sitting in a collection the entire time. What changed wasn't the fossil — it was someone finally looking at it with the right knowledge asking the right questions.
Okay, ChatGPT can't cure COVID, but using AI to develop vaccines has shown promising results.
Even though COVID vaccines ultimately saved lives, many were lost in the early days of the disease because scientists couldn’t develop the vaccine faster than the virus spread, and they had to update it when the virus mutated. Now, a team at the University of Cambridge has a way to get ahead of things.
They took the genetic blueprint of multiple coronaviruses related to the one that caused COVID-19 (think: the guest list to the worst family reunion ever) and are using artificial intelligence to work on a vaccine that would protect against a range of the viruses. It’s the first time a vaccine’s key component has been designed by AI and tested on people, but the trial’s work could open up a world of possibilities. Success would signify that we can use an AI antigen that’s safe and, importantly, can represent a whole group of viruses. That would mean we could move away from chasing a particular infection when it happens and towards preventing a whole family of viruses.
It’s too soon to know for sure, but scientists are hopeful that this technology can be implemented to replace the flu vaccine, prepare for bird flu, or protect against hemorrhagic fevers like Ebola.
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.
Scientists have found some very old ice. No, it’s not bag of frozen peas that have been in your freezer for three years (which means someone’s not eating their vegetables). It’s actually cores of Antarctic ice, the oldest that have ever been collected, that go back over a million years.
Researchers are keeping almost 200 pieces of meter-long ice cores that were drilled from a depth of almost 3 km over the course of four years. After careful preservation, the ice now needs to be melted in order to reveal the rich environmental history that the ice has to offer. When melted carefully and incredibly slowly, scientists can see how the Earth changed over time, including variations in temperature, snowfall, and wind, because the tiny bubbles give a snapshot of carbon dioxide levels.
Studying this old ice will help scientists understand our environment today. For example, the concentration of greenhouse gasses we see today is higher than they have been in the past 800,000 years. To understand how the climate might change in the future, we need to learn about how it’s changed in the past.
Research in Antarctica is important, but it’s not the most accessible place — have fun finding an Uber willing to take you (and your lab equipment) all the way there! Scientists no longer have to rely on foot travel, as they did decades ago, but taking to the air needs a bit of extra thought, because the technology has to work in Antarctica’s severe weather.
A promising solution is a new drone, tested in a part of North Wales known as “Snowdonia,” where the frigid temperatures put the drone through its cold weather paces. The drone has a few benefits — it doesn’t need a pilot on board (so it can go to remote places), it can travel up to 1000 km in one trip, and needs significantly less fuel than a normal plane. It does still need someone controlling it from the ground, but this can be from a computer, at base, perhaps with a mug of hot cocoa.
Researchers Rebecca and Tom will be conducting Antarctic research with this drone, with the goal of using radar on the drone to draw a picture of what’s under the ice sheets, to help predict how fast they could melt.
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.
Discover the amazing animals that live in the coldest environments on Earth in this Kahoot about the polar regions. From powerful polar bears and playful seals to emperor penguins and Arctic foxes, students will explore how animals survive freezing temperatures, icy waters, and long, dark winters.
This Kahoot highlights the special adaptations that help polar animals hunt, stay warm, raise their young, and move across snow and ice. Students will also learn how different species depend on one another within polar food chains and how life continues to thrive in these extreme habitats.
Watch the related BBC videos (below), then invite your Grade 3–8 students to test their knowledge and uncover the fascinating world of polar animals.
Celebrate the incredible work of Sir David Attenborough — a storyteller who has helped millions of students and viewers explore the natural world. On the occasion of his 100th birthday on May 8, 2026, we honor his enormous accomplishments in the field of environmental advocacy and his role in revolutionizing nature documentaries.
This playlist brings together 10 unforgettable clips from landmark BBC series like Planet Earth, Blue Planet, and Frozen Planet. Each video showcases amazing wildlife, powerful storytelling, and moments that spark curiosity and wonder.
Perfect for the classroom or at home, these videos help students connect with nature, understand our planet, and feel inspired to protect it.
This Planet Earth Passport is your students' perfect guide (just right for ages 8–11) to exploring some of the most-watched videos clips from the iconic BBC series Planet Earth. And it's right in time for Earth Day on April 22!
You can take part by showing your class our playlist of eight amazing animal videos and using our passport as a companion. Students will follow the map to each location and answer questions at each stop. They'll explore:
- Polar Bears in Antarctica
- Bobcats in the Rocky Mountains
- Catfish in France
- Marine Iguanas in the Galápagos
- Cave Swiftlets in Borneo
- Mouse Lemurs in Madagascar
- Dolphins in Western Australia
- Emperor Penguins in Antarctica
To make copies of the passport, print on both sides flipped on the long edge. Make sure you collate and then cut them in half (there are two passports per set).
Bring your students on an icy exploration of the polar ecosystem! The Arctic and Antarctica may look frozen and empty at first glance, but they’re full of life perfectly adapted to the cold.
✨ 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 polar regions. (Don't miss the narwhals and emperor penguins!) Brought to you by world-class BBC programs like Planet Earth, Frozen Planet, and Seven Worlds, One Planet.
- Free Printable: Use the Polar 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!
Sometimes a discovery doesn't happen in the field — it happens decades later, in a drawer.
In the 1980s, an Antarctic expedition recovered a fossil and recorded it simply as "vertebra of a large reptile" in a field notebook. That single line was all anyone knew about it for the next 40 years.
It wasn't until paleontologist Dr. Mark Evans revisited old research and notes that the fossil was properly identified — as the first dinosaur bone ever found in Antarctica. Its distinctive shape points to a Titanosaur, the largest dinosaur to ever walk the Earth.
The bone had been sitting in a collection the entire time. What changed wasn't the fossil — it was someone finally looking at it with the right knowledge asking the right questions.
Okay, ChatGPT can't cure COVID, but using AI to develop vaccines has shown promising results.
Even though COVID vaccines ultimately saved lives, many were lost in the early days of the disease because scientists couldn’t develop the vaccine faster than the virus spread, and they had to update it when the virus mutated. Now, a team at the University of Cambridge has a way to get ahead of things.
They took the genetic blueprint of multiple coronaviruses related to the one that caused COVID-19 (think: the guest list to the worst family reunion ever) and are using artificial intelligence to work on a vaccine that would protect against a range of the viruses. It’s the first time a vaccine’s key component has been designed by AI and tested on people, but the trial’s work could open up a world of possibilities. Success would signify that we can use an AI antigen that’s safe and, importantly, can represent a whole group of viruses. That would mean we could move away from chasing a particular infection when it happens and towards preventing a whole family of viruses.
It’s too soon to know for sure, but scientists are hopeful that this technology can be implemented to replace the flu vaccine, prepare for bird flu, or protect against hemorrhagic fevers like Ebola.
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.
Scientists have found some very old ice. No, it’s not bag of frozen peas that have been in your freezer for three years (which means someone’s not eating their vegetables). It’s actually cores of Antarctic ice, the oldest that have ever been collected, that go back over a million years.
Researchers are keeping almost 200 pieces of meter-long ice cores that were drilled from a depth of almost 3 km over the course of four years. After careful preservation, the ice now needs to be melted in order to reveal the rich environmental history that the ice has to offer. When melted carefully and incredibly slowly, scientists can see how the Earth changed over time, including variations in temperature, snowfall, and wind, because the tiny bubbles give a snapshot of carbon dioxide levels.
Studying this old ice will help scientists understand our environment today. For example, the concentration of greenhouse gasses we see today is higher than they have been in the past 800,000 years. To understand how the climate might change in the future, we need to learn about how it’s changed in the past.
Research in Antarctica is important, but it’s not the most accessible place — have fun finding an Uber willing to take you (and your lab equipment) all the way there! Scientists no longer have to rely on foot travel, as they did decades ago, but taking to the air needs a bit of extra thought, because the technology has to work in Antarctica’s severe weather.
A promising solution is a new drone, tested in a part of North Wales known as “Snowdonia,” where the frigid temperatures put the drone through its cold weather paces. The drone has a few benefits — it doesn’t need a pilot on board (so it can go to remote places), it can travel up to 1000 km in one trip, and needs significantly less fuel than a normal plane. It does still need someone controlling it from the ground, but this can be from a computer, at base, perhaps with a mug of hot cocoa.
Researchers Rebecca and Tom will be conducting Antarctic research with this drone, with the goal of using radar on the drone to draw a picture of what’s under the ice sheets, to help predict how fast they could melt.
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.
Discover the amazing animals that live in the coldest environments on Earth in this Kahoot about the polar regions. From powerful polar bears and playful seals to emperor penguins and Arctic foxes, students will explore how animals survive freezing temperatures, icy waters, and long, dark winters.
This Kahoot highlights the special adaptations that help polar animals hunt, stay warm, raise their young, and move across snow and ice. Students will also learn how different species depend on one another within polar food chains and how life continues to thrive in these extreme habitats.
Watch the related BBC videos (below), then invite your Grade 3–8 students to test their knowledge and uncover the fascinating world of polar animals.
Celebrate the incredible work of Sir David Attenborough — a storyteller who has helped millions of students and viewers explore the natural world. On the occasion of his 100th birthday on May 8, 2026, we honor his enormous accomplishments in the field of environmental advocacy and his role in revolutionizing nature documentaries.
This playlist brings together 10 unforgettable clips from landmark BBC series like Planet Earth, Blue Planet, and Frozen Planet. Each video showcases amazing wildlife, powerful storytelling, and moments that spark curiosity and wonder.
Perfect for the classroom or at home, these videos help students connect with nature, understand our planet, and feel inspired to protect it.
This Planet Earth Passport is your students' perfect guide (just right for ages 8–11) to exploring some of the most-watched videos clips from the iconic BBC series Planet Earth. And it's right in time for Earth Day on April 22!
You can take part by showing your class our playlist of eight amazing animal videos and using our passport as a companion. Students will follow the map to each location and answer questions at each stop. They'll explore:
- Polar Bears in Antarctica
- Bobcats in the Rocky Mountains
- Catfish in France
- Marine Iguanas in the Galápagos
- Cave Swiftlets in Borneo
- Mouse Lemurs in Madagascar
- Dolphins in Western Australia
- Emperor Penguins in Antarctica
To make copies of the passport, print on both sides flipped on the long edge. Make sure you collate and then cut them in half (there are two passports per set).