Richard Spilsbury

The "greenhouse effect" is a buzz-worthy phrase today, but how it works is often misunderstood. A flowchart is the perfect way to clear the air of how the greenhouse effect keeps Earth warm, sometimes too warm In this book, readers can find out all about Earth's atmosphere, the seasons, winds, and even extreme weather through engaging chapters on these important Earth science topics. Each colorful flowchart improves readers' understanding, particularly those who learn best using visual aids. Full-color photographs add even more interest as they correlate to the curriculum-supporting main text.

There is only a certain amount of water on Earth at all times, and it's the same water that's been on Earth for millions of years. That's because of the water cycle. This book explains the major parts of the water cycle, including precipitation and how water is stored on Earth, through both clear, concise main text and colorful, helpful flow charts. Including key subjects to supplement the Earth science curriculum, the main text covers water power, the importance of water to life, and how water is recycled today.

Natural disasters devastate communities. They reshape the landscape and can alter people's ways of life in an area for years after the event. Learn all about the 10 worst earthquakes in this book from San Francisco in 1906 to Nepal in 2015 . This series explores the world's top ten worst recorded disasters, explaining how and why they happen and where in the world they have taken place. The series also invites the reader to examine what they have learnt about natural disasters and to apply that knowledge by answering critical thinking questions at the end of each book. Perfect for readers aged 9 and up.

Take a trip into space and discover the spacecraft, satellites, and telescopes that travel among the galaxies and stars. Learn about the astronauts who have lived in orbit and set foot on the moon and find out about the future of space tourism and exploration.

Multiple sclerosis, a progressive autoimmune disorder that affects the central nervous system, usually develops between the ages of twenty and fifty. This guide to multiple sclerosis describes the difference between the four types of the disease and how sufferers can manage their symptoms through medications such as corticosteroids. Though scientists are unsure what causes MS or how to prevent it from flaring up, readers will learn about new research into the genetic factors of the disease that could lead to new gene therapy treatments.

Cystic fibrosis is a genetic metabolic disorder that affects the respiratory and digestive systems. Although the mortality rate for infants and children with cystic fibrosis used to be very high, more than half of all patients with cystic fibrosis now survive into adulthood thanks to the development of treatments such as gene therapy. This book explains the symptoms, causes, and treatments of cystic fibrosis, as well as highlighting the experiences of people who have the disease.

According to the Centers for Disease Control, approximately 1 in 68 American children has autism. This book describes the autism spectrum, exploring how the various ways that this neurodevelopmental disorder can affect individuals, from difficulty with social cues to impaired communication to repetitive behaviors. In addition to learning about the treatment and diagnosis of autism, readers will discover how new research into the genetic components and causes of autism are helping doctors understand more about the disorder.

First identified in the nineteenth century, Down syndrome is one of the most recognizable genetic disorders, marked by characteristic facial features and mild to moderate intellectual disability. Since scientists discovered in the 1950s that people with Down syndrome have an extra copy of chromosome 21, there has been much more research into the disorder, how to screen for it, and how to treat individuals who have it. This informative book covers all aspects of Down syndrome and includes accounts from people who have it.

Robots are already being used in many areas of law enforcement, such as surveillance cameras and bomb disposal. As technology develops, one day robots might even replace human police officers. This book explores the technology used to create these amazing robots. Real life examples, colour photographs and fascinating facts help readers understand the science and engineering behind these incredible machines.

Budding scientists will love learning about the properties of light by planning and carrying out investigations that explore how the energy form can be reflected, manipulated, and refracted.

Budding scientists will love learning about the properties of forces and motion by planning and carrying out investigations that explore concepts including friction, speed, and gravity.

Budding scientists will love learning about the properties of light by planning and carrying out investigations that explore how the energy form can be reflected, manipulated, and refracted.

Budding scientists will love learning about the properties of electricity by planning and carrying out investigations that explore how the energy form can be produced, conducted, and converted.

This beautiful book gives readers core information about freshwater biomes in rivers, lakes, wetlands, and estuaries. Find out where each kind is found, how animals and plants have adapted to life in and around water, who lives near these waterways, and how humans impact life there.

This beautiful book gives readers core information about subtropical, polar, coastal, and rain shadow desert biomes. Find out where each kind is found, how animals and plants have adapted to lack of rain, who lives in these deserts, and how humans impact life there.

This engaging book gives readers core information about alpine and arctic tundra biomes. Find out where each kind is found, how animals and plants have adapted to life in these mostly bare environments, who lives in these places, and how humans impact life there.

This beautiful book gives readers core information about freshwater biomes in rivers, lakes, wetlands, and estuaries. Find out where each kind is found, how animals and plants have adapted to life in and around water, who lives near these waterways, and how humans impact life there.

It's important for students to understand how tornadoes form, their structure, and when and where they're likely to strike. Perhaps even more important is learning the damage they cause and how they affect communities around the world. This book offers readers both important STEM content they'll need for science class as well as real stories of recent tornadoes, including eye-opening photographs of the devastation they may cause and statistics boxes quantifying the damage. A news magazine style layout makes each section seem fresh and exciting, while also allowing for the inclusion of witness quotes and headlines.

The Atlantic coast of the United States faces high winds, torrential rain, and more during hurricane season from about August to October. When these huge storms hit land, the streets may flood and buildings can be completely leveled. Seeing devastation like that on the news can leave readers with a lot of questions. This book introduces readers to how hurricanes form, why they can be so strong, and what communities do to prepare for them. Stories of recent hurricanes make these huge storms seem more real to readers and help them understand the consequences of natural disasters.

In many parts of the world, earthquakes are a fact of life. From slight tremors to destructive quakes measuring above 5.5 on the Richter scale, earthquakes all start the same way. Readers explore the causes and effects of earthquakes throughout this book, studying recent major earthquakes that have happened around the world along the way. Presented in an exciting news magazine style complete with splashy headlines and eyewitness accounts of devastating quakes, the main content and statistics boxes complement STEM curriculums through detailed earth science information and discussion of the technology used before, during, and after earthquakes.