Space

An adventurous team discovers why the chaos terrain of Mars is so chaotic when waves of lava flow over the land, trapping them on a ridge. With the magma rising, Malcolm imagines the region as a migratory haven for the birds of Mars, and through this...

Even with no visible water present, the team discovers a vast ocean that stretches deep beneath the surface of Mars. While Malcolm imagines the aquatic Martians who live there to be uniquely adapted to the dark, their technology proves to not be as...

Mesmerized by the unique landscape of the brain terrain, Malcolm imagines the type of Martians that could have adapted to life along the complex ridges that wrinkle the landscape. Stranded a long way from camp, the team must harness the energy from a...

An adventurous team inspects a series of volcanoes on Mars but these puzzling structures erupt with mud instead of lava. When Daniela gets too close to one of the formations, her beloved biologist field kit falls in, sinking beneath the surface. Dr...

An adventurous team explores the Mars plains, which is littered with impact craters as far as the eye can see. As Malcolm imagines the region filled with gentle giants who travel in herds, Daniela analyzes the soil and makes a startling realization--a...

Three interplanetary explorers arrive at the yardangs of Mars, a series of spellbinding rocky ridges that have been shaped by centuries of wind erosion. But the team runs into trouble when their portable navigation device gets damaged! Surrounded by...

The rover Perseverance is damaged and stranded in the windswept sand seas of Mars. The team of interplanetary explorers locates the rover, but Dr. Thomas is unable to repair it in the field without the necessary parts. Malcolm and Daniela volunteer to...

Could you survive lost in space? This book could save your life. With five survivalist hacks from everyday objects, you're sure to blast off into the next galaxy! Hacks are paired with a STEM connection that explains the science behind how the hack works...

Could you survive mechanical failure in space? Apollo 13: Mission to the Moon in the True Survival series explores the shocking survival story of the Apollo 13 spacecraft and her crew. The book is written with a high interest level and lower level of...

The discoveries and inventions of today are poised to change the way you live in the near future. The latest space stations are the biggest orbiting structures humans have ever built. Yet space stations are just a small part of the newest space...

The benefits of technology require large amounts of resources to develop and spread. But modern living is already taxing Earth’s resources and the environment. To continue to improve human life on Earth, we may have to look to space for the...

Neptune, the last planet in our solar system, has barely been studied. But the planet and its giant moon Triton hold many secrets, Triton could even harbor life! Learn how engineer Mahmooda Sultana plans to send a probe to Neptune in a fraction of the...

Housing astronauts on the moon and Mars is a huge challenge for future space exploration. Learn how biologist Lynn Rothschild plans to use fungi as a construction technology to build bases for astronauts. Mush-rooms, anyone?The books in the Out of This...

Modern space suits are bulky, uncomfortable, and difficult to repair. If human beings are going to explore and colonize the moon and Mars, they will need something better to wear. Learn how engineer and astronaut Bonnie Dunbar is using her experience to...

The reflectors used in the world's largest telescopes are big and heavy. Instead of glass and metal, could they be made of reflective plastic? How big could a space telescope be if you could blow up the main lens like a balloon? Learn how astronomer...

Radio telescopes can help astronomers learn the secrets of the universe's birth. But, such telescopes must be huge, and radio signals from Earth and the sun interfere with their readings. Learn how engineer Saptarshi Bandyopadhyay plans to solve these...

What if we could take a picture of a planet orbiting a distant star light-years away? What would we find there? Learn how Nobel Prize-winning physicist John Mather is planning to pair a giant observatory on Earth with a huge unfolding satellite to take...

Venus's surface is a place of scorching heat and crushing pressure. But, in the clouds, conditions are a little less intense. Learn how engineer Javid Bayandor plans to build a flying probe, inspired by giant manta ray, explore the planet's atmosphere...

Meet NASA inventor Robert Youngquist! He's here to introduce readers to solarsurfing space probes. Alongside Robert, readers will learn about heatresistant coating used on solar probes. They'll explore technology and concepts that Robert and his team...

Meet NASA inventor Dava Newman! She's here to introduce readers to the secondskin space suit. Alongside Dava, readers will learn about the next generation of space suits that use hightech materials. They'll explore the technology and concepts that Dava...

Meet NASA inventor Penny Boston! She's here to introduce readers to Martian cave colonies. Alongside Penny, readers will learn about astrobiology and the possibilities of living in caves on Mars. They'll explore caves throughout the solar system,...

Meet NASA inventor Changkwon Kang! He's here to introduce readers to the Marsexploring flying swarm. Alongside Changkwon, readers will learn about insectinspired drones designed to explore the skies of Mars. They'll explore bioinspired design, animal...

Meet NASA inventor Marco Pavone! He's here to introduce readers to leaping lowgravity rovers. Alongside Marco, readers will learn about the need for jumping rovers and the importance of studying small solar system bodies like asteroids and comets...

Meet NASA inventor Stephanie Thomas! She's here to introduce readers to the fusionpowered spacecraft, a hyperpowered space ship that relies on fission rather than rocket fuel or electricity. Alongside Stephanie, readers will learn about how she and her...

Meet NASA inventor Anthony Longman! He's here to introduce readers to the expandable space habitat, an expanding home for astronauts to live in while exploring space. Alongside of Anthony, readers will learn about how he and his team are designing the...

Meet NASA inventor Jonathan Sauder! He's here to introduce readers to the clockwork Venus rover, a special spacecraft designed to explore the extreme surface of Venus. Alongside Jonathan, readers will learn about how he and his team designed the rover...

Meet NASA inventor Robert Hoyt! He's here to introduce readers to technology capable of building large structures in space. Alongside Robert, readers will learn about how he and his team are developing a robotic technology to build spacecraft while in...

Meet NASA inventor Mason Peck! He's here to introduce readers to the use of underwater space technology. Alongside Mason, readers will learn about how he and his team are building squishy robots to explore the oceans on Europa. They'll learn about...

Meet NASA inventor Bruce Wiegmann! He's here to introduce readers to the use of sails in space. Alongside Bruce, readers will learn about how he and his team are building a machine that can sail to the edge of the solar system. They'll learn about solar...

Meet NASA inventor Kendra Short! She's here to introduce readers to her unique ideas for Mars probes. Alongside Kendra, readers will learn about how she and her team are building a printable spacecraft. They'll learn about Mars exploration, circuits,...

Meet NASA inventor Philip Lubin! He's here to introduce readers to interstellar travel. Alongside Philip, readers will learn about his work on building lightsailing probes that can visit distant stars. They'll learn about stars, Proxima Centauri, solar...

Meet NASA inventor Geoffrey Landis! He's here to introduce readers to the methods used to explore the extreme planet of Venus. Alongside Geoffrey, readers will learn about how he and his team are harnessing the wind to explore this challenging...

Meet NASA inventor Masahiro Ono! He's here to introduce readers to the importance of asteroid exploration. Alongside Masahiro, readers will learn about how he and his team are building a probe that can hitch itself to an asteroid. They'll learn about...

Meet NASA inventor William "Red" Whittaker! He's here to introduce readers to caves on other planets. Alongside Red, readers will learn about how he and his team develop robotic missions to explore caves on the moon and Mars. They'll learn about lava...

New miniaturized Cubesats are revolutionizing the space industry and changing the way we explore and utilize space. These miniaturized satellites reduce the cost and time required to design, build, and launch satellites with a remarkable array of amazing...

Are you curious about the future of space exploration and travel? Did you know that scientists are working on creating rockets that can survive multiple trips to space? Or that in the future tourists might be able to visit space? This title will...

The My Guide to the Planets series introduces early readers to the planets in our solar system. Each book is told from the planet's perspective, providing a unique and fun approach to science learning. Technical facts are made approachable for emerging...

From astronauts to telescopes, early readers will learn all about the people and technology behind space exploration. Text written in simple sentences that help develop word recognition and improve reading skills. Includes glossary and index. ATOS below...

Destination Space showcases the history of space exploration, the cutting-edge advances being made in this field today, and the new space breakthroughs that are just over the horizon. From historic achievements to future dreams, each title highlights a...

Help students get the concepts they need to know while building foundational reading skills with The Breakdown. Each title layers decoding strategies with comprehension skills to ensure students can access the text as they build content knowledge. With...