In Neil Armstrong and the Moon Landing, host Dermot O'Leary recounts the dramatic moments during the Apollo 11 landing. Despite a critical error code and lost communication, Neil Armstrong remained calm under pressure, ensuring a successful descent to the Moon. This video is excerpted from BBC’s Icons: The Greatest Person of the 20th Century, a documentary series celebrating the achievements of the most influential figures of the era.
In Europa and Life on Moons, Professor Brian Cox explains how the geological discoveries on faraway moons have impacted what scientists think about them. Then he visits an ice cave in Iceland to discuss how the ice cave can teach us about Europa, Jupiter’s moon. This video is excerpted from BBC’s The Planets, a series that explores the dramatic lives of the eight planets in our Solar System.
In The Power of the Sun and Moon, narrator Sir David Attenborough describes what happens during the powerful spring tides. Learn how the pull of the Moon and the Sun impact the tides and how animals, like raccoons, take advantage of low tide. This video is excerpted from BBC’s Blue Planet, a definitive documentary series diving into the mysterious depths of the sea to discover the natural history of the world’s oceans and the rarely seen marine life that reside there.
In Ridley Turtles Guided by the Moon, narrator Sir David Attenborough explains how the Moon influences the ocean, specifically when Ridley turtles come to lay their eggs. The turtles come during the first or last quarter of the Moon so that the ocean is weaker and less likely to uncover their eggs. This video is excerpted from BBC’s Blue Planet, a definitive documentary series diving into the mysterious depths of the sea to discover the natural history of the world’s oceans and the rarely seen marine life that reside there.
In The Moon's Impact on Earth, learn how the Moon plays a crucial role in Earth’s tides, climate, and seasons. Meet Jerry Wiant who uses a laser to measure the Moon’s distance from Earth at the McDonald Observatory in West Texas, revealing that the Moon is receding at a rate of 3.8 cm/year. This information helps us understand the Moon's influence on Earth and the long-term effects of its gradual movement away from the planet. This video is excerpted from BBC’s Earth: The Power of the Planet, a documentary that explores the fascinating geology on planet Earth.
In Does the Moon Affect Human Behavior? host Harith Iskander debunks myths that connect the Moon's phases to human behavior, particularly the idea of "lunacy" or madness. The Moon's gravitational pull does influence tides, but it does not have an effect on the water in our bodies, despite common myths. Learn about the Moon’s gravitational force and its real effects on Earth, as well as the science that dispels these longstanding myths. This video is excerpted from BBC’s Got Science?, a science magazine series that explores and explains science in everyday life.
In The Moon and the Tides, Ranger Hamza and the Ramblers observe that the tide has gone out. Join the Ramblers as they learn how the Moon impacts the tides all around the Earth. This video is excerpted from BBC's Ranger Hamza’s Eco Quest, a nature exploration show in which Ranger Hamza and the Ramblers go on quests to discover nature’s wonders and the important role they play in our environment.
Can you zoom to the moon with the Numberblocks? Here's how to play:
- Cut out your rocket counters with a grown-up. Place them at the start. The player who throws the highest number on the die goes first.
- Take turns to roll the die and move around the board. The first person to reach the moon is the winner!
Watch full episodes of Numberblocks on their official YouTube channel!
“Shoot for the Moon — if you miss, you’ll land among the stars,” won’t cut it for NASA, who says “Nah, Moon or bust.”
NASA’s got big plans, and their names are Moonbase 1, 2, and 3. They were too busy working on the science to put more into the names, okay? Moonbase 1 will be the first privately-funded lander to reach the lunar south pole, Moonbase 2 will deliver a record amount of equipment that would support astronauts at a lunar base, and Moonbase 3 will focus on gathering research and data.
But these are just glimpses of NASA’s lunar ambitions, namely to put a base on the Moon. It starts with sending dozens of rovers and lunar landers to scope out the perfect spot, followed by building small cabins for short missions, and then building larger structures sustained by nuclear power for the long term. That’s not until 2033, but NASA wants to send astronauts back to the lunar surface by 2028.
Ever wanted to hop onto a fluffy cloud? Catch a falling star? Bottle sunshine? Well, you can’t. But what you can do is hold some of the Moon in your hand… if you’re one of the few qualified scientists who are researching new lunar material. Sharing is caring, but these researchers have a great reason for being very precious with moon dust.
Moon dust is some of the rarest material on the planet and, for the first time, China has shared its samples of moon dust internationally. These samples have now racked up some serious frequent flyer miles, traveling across the globe after being taken all the way from the Moon. Talk about jet lag. Until now, scientists have been using samples collected decades ago. It wasn’t until 2020 that China’s spacecraft went to an unexplored spot of the Moon, then returned with 2 kilograms of moon rock. This dust is now being studied, and researchers are working carefully (VERY carefully) to uncover the evidence it has to offer about our universe’s environmental history.
In The Origin of Saturn’s Intricate Rings, Professor Brian Cox visits the control center for Cassini, the spacecraft launched in 1997 that orbits Saturn. Cassini’s mission is to photograph Saturn’s rings and shed light on the origin story of the rings. Saturn behaves like a miniature Solar System with Saturn as sun, and moons that surround the rings, providing us the opportunity to learn about our own origin after the planets formed. This video is excerpted from BBC's Wonders of the Solar System, a spellbinding documentary series that explores the most extreme locations on Earth to explain how the laws of physics carved natural wonders across the Solar System.
In Microscopic Life in Ice, Professor Brian Cox explores an ice cave and finds microorganisms that are living in the ice. He discusses what this means for life on other planets and moons with scientist Richard Hoover. This video is excerpted from BBC’s The Planets, a series that explores the dramatic lives of the eight planets in our Solar System.
In Neil Armstrong and the Moon Landing, host Dermot O'Leary recounts the dramatic moments during the Apollo 11 landing. Despite a critical error code and lost communication, Neil Armstrong remained calm under pressure, ensuring a successful descent to the Moon. This video is excerpted from BBC’s Icons: The Greatest Person of the 20th Century, a documentary series celebrating the achievements of the most influential figures of the era.
In Europa and Life on Moons, Professor Brian Cox explains how the geological discoveries on faraway moons have impacted what scientists think about them. Then he visits an ice cave in Iceland to discuss how the ice cave can teach us about Europa, Jupiter’s moon. This video is excerpted from BBC’s The Planets, a series that explores the dramatic lives of the eight planets in our Solar System.
In The Power of the Sun and Moon, narrator Sir David Attenborough describes what happens during the powerful spring tides. Learn how the pull of the Moon and the Sun impact the tides and how animals, like raccoons, take advantage of low tide. This video is excerpted from BBC’s Blue Planet, a definitive documentary series diving into the mysterious depths of the sea to discover the natural history of the world’s oceans and the rarely seen marine life that reside there.
In Ridley Turtles Guided by the Moon, narrator Sir David Attenborough explains how the Moon influences the ocean, specifically when Ridley turtles come to lay their eggs. The turtles come during the first or last quarter of the Moon so that the ocean is weaker and less likely to uncover their eggs. This video is excerpted from BBC’s Blue Planet, a definitive documentary series diving into the mysterious depths of the sea to discover the natural history of the world’s oceans and the rarely seen marine life that reside there.
In The Moon's Impact on Earth, learn how the Moon plays a crucial role in Earth’s tides, climate, and seasons. Meet Jerry Wiant who uses a laser to measure the Moon’s distance from Earth at the McDonald Observatory in West Texas, revealing that the Moon is receding at a rate of 3.8 cm/year. This information helps us understand the Moon's influence on Earth and the long-term effects of its gradual movement away from the planet. This video is excerpted from BBC’s Earth: The Power of the Planet, a documentary that explores the fascinating geology on planet Earth.
In Does the Moon Affect Human Behavior? host Harith Iskander debunks myths that connect the Moon's phases to human behavior, particularly the idea of "lunacy" or madness. The Moon's gravitational pull does influence tides, but it does not have an effect on the water in our bodies, despite common myths. Learn about the Moon’s gravitational force and its real effects on Earth, as well as the science that dispels these longstanding myths. This video is excerpted from BBC’s Got Science?, a science magazine series that explores and explains science in everyday life.
In The Moon and the Tides, Ranger Hamza and the Ramblers observe that the tide has gone out. Join the Ramblers as they learn how the Moon impacts the tides all around the Earth. This video is excerpted from BBC's Ranger Hamza’s Eco Quest, a nature exploration show in which Ranger Hamza and the Ramblers go on quests to discover nature’s wonders and the important role they play in our environment.
Can you zoom to the moon with the Numberblocks? Here's how to play:
- Cut out your rocket counters with a grown-up. Place them at the start. The player who throws the highest number on the die goes first.
- Take turns to roll the die and move around the board. The first person to reach the moon is the winner!
Watch full episodes of Numberblocks on their official YouTube channel!
“Shoot for the Moon — if you miss, you’ll land among the stars,” won’t cut it for NASA, who says “Nah, Moon or bust.”
NASA’s got big plans, and their names are Moonbase 1, 2, and 3. They were too busy working on the science to put more into the names, okay? Moonbase 1 will be the first privately-funded lander to reach the lunar south pole, Moonbase 2 will deliver a record amount of equipment that would support astronauts at a lunar base, and Moonbase 3 will focus on gathering research and data.
But these are just glimpses of NASA’s lunar ambitions, namely to put a base on the Moon. It starts with sending dozens of rovers and lunar landers to scope out the perfect spot, followed by building small cabins for short missions, and then building larger structures sustained by nuclear power for the long term. That’s not until 2033, but NASA wants to send astronauts back to the lunar surface by 2028.
Ever wanted to hop onto a fluffy cloud? Catch a falling star? Bottle sunshine? Well, you can’t. But what you can do is hold some of the Moon in your hand… if you’re one of the few qualified scientists who are researching new lunar material. Sharing is caring, but these researchers have a great reason for being very precious with moon dust.
Moon dust is some of the rarest material on the planet and, for the first time, China has shared its samples of moon dust internationally. These samples have now racked up some serious frequent flyer miles, traveling across the globe after being taken all the way from the Moon. Talk about jet lag. Until now, scientists have been using samples collected decades ago. It wasn’t until 2020 that China’s spacecraft went to an unexplored spot of the Moon, then returned with 2 kilograms of moon rock. This dust is now being studied, and researchers are working carefully (VERY carefully) to uncover the evidence it has to offer about our universe’s environmental history.
In The Origin of Saturn’s Intricate Rings, Professor Brian Cox visits the control center for Cassini, the spacecraft launched in 1997 that orbits Saturn. Cassini’s mission is to photograph Saturn’s rings and shed light on the origin story of the rings. Saturn behaves like a miniature Solar System with Saturn as sun, and moons that surround the rings, providing us the opportunity to learn about our own origin after the planets formed. This video is excerpted from BBC's Wonders of the Solar System, a spellbinding documentary series that explores the most extreme locations on Earth to explain how the laws of physics carved natural wonders across the Solar System.
In Microscopic Life in Ice, Professor Brian Cox explores an ice cave and finds microorganisms that are living in the ice. He discusses what this means for life on other planets and moons with scientist Richard Hoover. This video is excerpted from BBC’s The Planets, a series that explores the dramatic lives of the eight planets in our Solar System.