It was an instant hit, attracting an estimated 60, children in schools — three times the number it originally hoped to recruit. With Tim now back safely on earth the Space Diary programme has been revised and updated to incorporate the incredible range of resources he generated while aboard the International Space Station. The Space Diary programme not only teaches children about space and science, but also crosses lots of other disciplines and incorporates books, digital and multimedia to encourage full participation.
Students read, write, measure, count, research, plan, draw, code and decode, design and create, invent, imagine and more. All lesson plans are differentiated for P KS1 and KS2 for teachers in England, Wales, Scotland and Northern Ireland and extension activities provide extra challenges for those who need them. Indeed they treasure them. Teachers and homeschool parents in the UK can pre-register from 15 December in order to access the entire online programme for free when the materials are released on 30th January Access includes downloadable versions of the entire Space Diary book and curriculum-linked activities, differentiated teaching notes, lesson plans, extension activities and exclusive videos with experts including British astronaut Helen Sharman, Professor Stephen Hawking, TV presenter Dallas Campbell and astronomer Dr Sheila Kanani.
Teachers also have the option to pre-order printed copies of the Space Diary to be delivered to their schools. We are still hearing from teachers who participated last year whose students have treasured their diaries long after the programme finished. We take a democratic approach to learning and visual literacy is our secret weapon! These materials will teach a wide range of subjects using visual methods, and always intersecting with literacy learning and visual literacy. This is a freelance role at an agreed hourly rate and we offer plenty of flexibility to fit in around busy teaching schedules.
All work, bar the annual brainstorm, is done remotely and with plenty of notice. Expenses will be paid for those who need to travel. This call is currently open to all teachers in the UK and Ireland. We are keen to hear from KS teachers and welcome those with specialisms in particular areas. Four hundred years ago Shakespeare died in Stratford-upon-Avon. He left behind a legacy of 37 plays, sonnets and two epic narrative poems. Since then, people all around the world have embraced his work, through books, plays, films and creative projects.
In almost any situation, you could find a Shakespearean line to express how you feel. Seeing his plays live or as films can be a great starting point. They provide a simple template so that young poets can plan their rhyming scheme easily, without getting lost on the way. Each template includes a visual prompt to kickstart the imagination. The prompts on each of our templates have different moods and styles, so your poets can choose one which appeals to them, or challenge themselves by writing several poems. Feel free to email us at info curvedhousekids.
Visit the Sheakespeare website for programme details. Growing plants in space is an important area of research — especially as we need to explore how we might be able to grow food on planets such as Mars. At the moment, astronauts eat food sent from Earth in packages like in this picture.
If we want to spend more time in space, however, it will be much nicer to grow our own food! Soybeans are amazingly rich in protein and oil, and can be made into products such as soy sauce, while the immature pods are eaten as edamame. Dried soya can be found in many other foods and drinks, as well as essential products from paper to adhesives.
After processing, the oil from the seeds can also be used as a diesel fuel — what a useful plant to grow in space! Humble they may be, but few crops produce as much food per square metre. Although mostly carbohydrate, they contain high-quality protein and useful amounts of vitamin C. Older varieties are often robust, water-efficient and high yielding, if not so easy on the eye.
Rice feeds nearly half of humanity, and it would be unthinkable to leave this behind. Paddy rice grown in water-filled paddy fields might be tricky in space, so perhaps the much less important dry land rice grown in dry soils would be the interplanetary choice. Tomatoes are a must. Imagine life without this tasty, vitamin rich succulent fruit. It can be eaten raw or used in cooking. Spinach is quick-growing, can be eaten raw or rapidly cooked, and its sharp flavour would be especially welcome on long voyages.
Astronauts would be wise not to gorge, however, as the oxalic acid it contains can limit dietary uptake of calcium. Quick and easy to grow, lettuce produces limited waste and is refreshing, an important point for travellers confined to their spacecraft for long periods. Lettuce was originally grown for its oil rich seeds and these too might be valuable in space. After harvesting the lettuce and tasting it, the astronauts dressing it with olive oil and balsamic vinegar. You can watch them enjoying it here. Beetroot is a sweet, tasty and nutritious root crop, and its leaves make a filling, robust spinach-like vegetable.
In theory, sugar beet would be a heavier yielding crop, but it is of little use in space since there are no processing factories. Lengthy missions would be dull indeed without these sweet, nutritious, flavour-enhancing vegetables. They also have an analeptic stimulating effect on the central nervous system, helping to keep astronauts alert.
Onions like a hotter, sunnier climate, so varieties that perform well in Britain should grow anywhere. Not very appetising but in the worst-case scenario, space explorers would be able to survive on this green micro-alga. Harvested from the ocean, it is protein rich and efficient at producing oxygen from carbon dioxide breathed out by the crew. This month, our Principia Mission Space Diary investigates some of the things astronaut Tim Peake might see in space, like the planets in our solar system. All the planets orbiting our sun are unique.
They have different landscapes, atmospheres and rotation speeds. Thank you Anna for leading our expedition into outer space! Daytime temperatures on Mercury can reach degrees Celsius. This is because the sun is The scorching heat of the day is followed by freezing nights — Mercury is a planet of two extremes. Night time temperatures can go down to minus degrees, as cold as deep space.
At this temperature, you would freeze to death instantly. It gets so cold because Mercury does not have an atmosphere to trap heat and regulate temperature. Due to these extremes in temperature, it is impossible for water to exist on Mercury. Its surface is similar in appearance to our moon, with craters from meteorite impact dotted around and regions of smooth plains.
Most of the craters were a result of Mercury being heavily bombarded with meteorites 4. These craters can span hundreds of kilometres across and 2 kilometres deep — better watch your step! This means you could jump three times as high and would be able to easily pick up really heavy objects. Playing football in these gravity conditions would be difficult.
The ball would stay in the air for a long time and would go huge distances even with a gentle kick. You would need a much larger pitch and be prepared to use big leaps and jumps to get the ball. Venus is the hottest planet in our solar system. Its surface can reach temperatures of up to degrees Celsius. This is because it has a permanent layer of thick clouds, which trap in the heat and cause a greenhouse effect.
Venus is not a very welcoming planet. Beneath its clouds of sulfuric acid droplets is a landscape of volcanoes, mountains and craters. Even though scientists think Venus might once have been a lot like Earth, possibly even with oceans, it has no moon or any seasons. The days on Venus are very, very long because Venus spins so slowly. It takes Earth days to equal one day on Venus. Imagine how long that would make your school day!
Venus also spins in the opposite direction to the other planets in our solar system, with the sun rising in the west and setting in the east. This may have been caused by an asteroid colliding with Venus and changing its rotation. The days on Venus might be long, but the years are short — shorter than the days in fact!
It takes only Earth days for Venus to orbit the sun, making its year shorter than its day. If you are 10 on Earth, you would be 16 on Venus, but you would only have been alive for 15 Venus days. Despite its harsh landscape and strange rotation, Venus is the brightest natural object in the sky, after the moon and the sun, of course. This may also be the reason that it was named after the Roman goddess of love and beauty — quite a contrast to its barren and hostile landscape!
Books & Resources
Our home planet is the only planet in our solar system known at present! Earth is a solid planet whose surface is covered in diverse terrain: mountains, forests, valleys, plains, polar caps and deserts. But one of the key differences between Earth and the other planets in our solar system is water. Earth has an ozone layer, made from a special kind of oxygen. It protects Earth from the effects of solar winds. Solar winds are charged particles that flow from the sun. They can travel at up to kilometres per hour, and reach temperatures of one million degrees — Earth would be very different without our protective magnetic field!
Mars has fascinated Earthlings for a long time, and not just because of its unusual red glow. Scientists believe intelligent life once lived on Mars, which led to the theory of Martians. This is partly because Mars is similar to Earth in many ways. The atmosphere is too thick for water to exist as a liquid on the surface of Mars, but the terrain suggests that there were floods long ago.
Because of the presence of water, scientists are researching whether it might be possible for people to live on Mars one day. Like Earth, Mars has volcanoes and canyons. And we think the Grand Canyon is big! This mountain is a volcano 21 kilometres high and kilometres wide. Mount Everest is 8. Can you imagine something nearly three times higher? Even though Mars has some similarities to Earth, there are lots of differences too. Instead of one moon, Mars has two. This means that you could jump more than three times as high on Mars.
The days on Mars are only a little bit longer than on Earth — These can last for months and cover the whole planet. Jupiter is the biggest planet in our solar system, which is why it was named after the Roman god of gods, and the god of the sky. Jupiter is so massive that it would take eleven Earths lined up side-by-side to equal the distance from one side of Jupiter to the other, and Earths to equal its mass.
Jupiter has a unique cloud layer in its upper atmosphere, which gives it its unusual marbled appearance. Its cloud belts are made of ammonia crystals and sulfur — imagine how that would smell! Jupiter also has three rings: two faint outer rings and one thick inner ring. Jupiter has 67 moons in total, all orbiting around it.
- How to Become an Astronaut!
- Tristes Tropiques.
- We adore these astronauts reading children's books from space 😍.
- Teaching Resources – Curved House Kids Ltd;
- Camp Tshirt Ideas.
- Essentials of Cataract Surgery.
Its moon called Ganymede is the biggest moon in our solar system. All these moons whizzing around Jupiter make it a bit like a solar system. Scientist believe that if Jupiter was just 80 times bigger, it would have turned into a star, like our sun. Its pressure is so intense that anything that gets through its clouds is crushed and melted. It also has a giant storm called the Great Red Spot. This storm is bigger than Earth and has been raging for hundreds of years! These beautiful rings have puzzled scientists since they were discovered by Galileo in The ring system is made from billions of particles, which can be tiny icy grains or as large as mountains.
Just like the planets moving around the sun, each ring orbits around Saturn at its own speed. Like Jupiter, Saturn is a gas giant, made from hydrogen and helium, the same gas we use to fill up balloons. Saturn is the least dense planet in our solar system. This means it could theoretically float if you found a bathtub big enough to put it in.
Each moon is frozen like an ice cube. The moon called Enceladus appears to have an ocean hidden below its frozen surface.
How to Become an Astronaut
Another moon, called Titus, looks like it may have life on it, but its frozen surface of liquid methane lakes and landscape of frozen nitrogen would mean life would be very different to the kind we know on Earth. Another moon called Pan orbits within the main rings of Saturn, sweeping materials out of a narrow space called the Encke Gap. Saturn has an unusual hexagon shape which surrounds its north pole. The hexagon is a six-sided jet stream which rotates. It is so big that it spans 30, kilometres — more than twice the diameter of Earth! The discovery of this strange phenomena thirty years ago helped scientists calculate the rotation speed of Saturn, which is On Earth, we often use ammonia in cleaning products, especially for glass and stainless steel.
Do you think this would make Saturn sparkling and clean? Uranus is a cold and windy planet made of gas. This is because its upper atmosphere is made from water, ammonia and methane ice crystals. Since its discovery in , scientists have learnt all kinds of interesting things about Uranus, like its strange tilt. Its equator is nearly at right angles with its orbit, meaning that it spins on its side.
Instead of moving like a spinning top around the sun like the other planets, Uranus looks like it rolls around the sun.
Their theory is that something the size of Earth collided with Uranus, dramatically changing the angle it rotates at. Like Earth, Uranus has seasons, but these are very different from the seasons we know. Each season on Uranus lasts 42 years! One hemisphere of the planet will have non-stop daylight and heat, when it faces the sun. During this time, the other half of the planet has a long, dark winter.
The planet slowly rotates so that the other hemisphere is facing the sun, and the seasons reverse. Scientists think the rings are made from pieces of comets and moons that collided and broke apart. Some researchers believe these rings are still very young, so who knows how they might change over the next few centuries! It takes such a long time for Neptune to move around the sun — Earth years — that it has only completed its orbit once since humans discovered it. Science , General Science , Physical Science. Activities , Fun Stuff , Printables. These simple, engaging and attractive products provide the perfect opportunity for your students to refine their ability to identify the number of syllables in spoken words.
Syllabification is a vital pre reading and writing skill.
Your 4th Grade Writing Checklist
This syllable bundle includes my 'Syllable Worksheets', 'Syllable S. Worksheets , Activities , Games. This fun mini-unit will get your students excited about exploring space! From keeping a moon journal to crafting their own astronaut, students will learn about topics like day versus night and objects in the sky specifically the sun, moon, stars, and some common constellations. This mini-unit is a. Activities , Graphic Organizers , Posters. There are two or more graphic organizers or worksheets per day, so that you can use one for the classroom and send the other for homework if you wish.
Worksheets , Homework , Posters. This solar system word search also doubles as a coloring book!.
astronaut skill packet 2 dx preschool digital workbooks Manual
The advantage to this is that students can actually see the concept behind the term they are attempting to find. The Solution to the puzzle is included. English Language Arts , Science , Astronomy. Astronaut in space clipart commercial use, vector graphics - CL One person found this helpful. I bought this book thinking to use it for my First Lego League team to use this year as they have to learn about space travel. Nothing in this book to share. Its mostly a pep talk.
This book has no practical information at all and is essentially a pop-psych pep talk with lots of white space and filler clip-art. Absolute garbage and I recommend steering clear. The book is divided into sections and has fill in the blanks. The first thing you'll learn is the book's term for a space explorer is 'Humannaire' and if you are up to the task, you will need to find some people who will support you in your dream of becoming a 'humannaire' in space.
Then you'll learn to breathe and pay attention. Along the way, you'll get introduced to big ideas to think about and find lots of things to Google. The book is mainly about big ideas. It won't tell your kids to focus on math or science or any kind of STEM things, but it kind of subtly does. The big concept thinking is just what the next generation of explorers need to fire their imaginations and get them thinking about solving the problems we might encounter on long space voyages.
How will we go the distance? What will we encounter? How will we survive? All are covered briefly, but with additional research if the 'humannaire' is interested. I think it's a great little workbook to explore an interest for a young reader interested in space exploration. I received a review copy of this ebook from Inkshares and NetGalley in exchange for an honest review.
Thank you for allowing me to review this ebook. See all 25 reviews. See all customer images. Most recent customer reviews. Published on December 11, Published on November 26, Amazon Giveaway allows you to run promotional giveaways in order to create buzz, reward your audience, and attract new followers and customers. Learn more about Amazon Giveaway. Set up a giveaway. What other items do customers buy after viewing this item? See and discover other items: There's a problem loading this menu right now. Get fast, free shipping with Amazon Prime.
Your recently viewed items and featured recommendations. View or edit your browsing history. Get to Know Us. English Choose a language for shopping. Amazon Music Stream millions of songs.