Draw a realistic-looking fossil like paleontologist Mary Anning did and make a plaster cast of it; or make your own terrarium like Doctor Nathaniel Bagshaw Ward to study plants and insects. This title gives readers both an understanding of the properties of living things and the skills to investigate great discoveries and works. Exciting and easy-to-understand experiments encourage budding scientists, inventors, engineers, and artists to stand on the shoulders of the curious and creative people who came before them.
Build a model hovercraft like engineer Christopher Cockerell did, or a sculpture that moves in the breeze like artist Lin Emery. This title gives readers both an understanding of the properties of forces and the skills to investigate great discoveries and works. Exciting and easy-to-understand experiments encourage budding scientists, inventors, engineers, and artists to stand on the shoulders of the curious and creative people who came before them.
Make a simple refrigerator like pottery-maker Mohammed Bah Abba did that does not use electricity, or create little models of people out of ice like sculptor Néle Azevedo. This title gives readers both an understanding of the different states of matter and the skills to investigate great discoveries and works. Exciting and easy-to-understand experiments encourage budding scientists, inventors, engineers, and artists to stand on the shoulders of the curious and creative people who came before them.
Build your own amplifier like experimenter Athanasius Kircher did, or turn the sound of your voice into unusual patterns of art like singer/composer Megan Watts Hughes. This title gives readers both an understanding of the properties of sound and the skills to investigate great discoveries and works. Exciting and easy-to-understand experiments encourage budding scientists, inventors, engineers, and artists to stand on the shoulders of the curious and creative people who came before them.
Build a vending machine like ancient Greek engineer Hero of Alexandria did, or a tentacle prosthetic arm like industrial design student Kaylene Kau. This title gives readers both an understanding of mechanics and the skills to investigate great discoveries and works. Exciting and easy-to-understand experiments encourage budding scientists, inventors, engineers, and artists to stand on the shoulders of the curious and creative people who came before them.
Build a fiber-optic tube to carry light like engineer William Wheeler did, or use the sun to imprint images on objects like pottery-maker Thomas Wedgewood. This title gives readers both an understanding of the properties of light and the skills to investigate great discoveries and works. Exciting and easy-to-understand experiments encourage budding scientists, inventors, engineers, and artists to stand on the shoulders of the curious and creative people who came before them.
This colorful atlas of the world makes it easy for readers to locate specific information such as famous landmarks, festivals around the world, farming facts, food and drink, natural wonders, ancient wonders, and much more. Divided by continents and regions, this engaging book uses maps, images, and a numbering system to present fascinating information, facts, and figures in an easy-to-absorb fashion.
Can modern forensic tools help us uncover new clues about who built the Great Pyramid at Giza? What can mummy forensics teach us about the mummified remains of Egyptian royals? How does the forensic analysis of Egyptian coffins help identify an unknown cause of death? Curious readers will love this interesting title, which examines how forensic science has allowed scientists, archaeologists, and historians to solve mysteries and answer questions about ancient Egypt.
How can modern DNA analysis of ancient tombs help us learn more about life in ancient Greece? Can ground-penetrating radar reveal hidden city structures? What can we learn from 3D recreations of ancient Greek structures, artifacts, and art? This fascinating title will satisfy curious readers as it examines how forensic science has allowed scientists, archaeologists, and historians to solve mysteries and answer questions about ancient Greece.
How can modern forensic tools help solve the mystery of ancient Aztec skull masks? What can we learn about Aztec life from the forensic analysis of their art? Can chemical analysis teach us about how Aztecs treated disease—and why millions were killed in an epidemic? This exciting title offers answers to these questions and more as it examines how forensic science has allowed scientists, archaeologists, and historians to solve mysteries and answer questions about the Aztecs.
What can modern DNA analysis of skeletons tell us about the lifestyle, diet, and beliefs of the Maya? How can new mapping technology uncover previously hidden Mayan cities and structures? Can we use forensic science to solve the mystery of how the Mayan civilization came to an end? Get lost in this compelling title, which examines how forensic science has allowed scientists, archaeologists, and historians to solve mysteries and answer questions about the Maya.
Can modern DNA analysis uncover clues about the ancestry and migration of Romans? What new information can forensic science teach us about the fate of the citizens of Pompeii? How can X-rays help us analyze ancient art to learn about ancient Roman life? Find answers to these questions and more in this captivating title, which examines how forensic science has allowed scientists, archaeologists, and historians to solve mysteries and answer questions about ancient Rome.
What can modern forensic tools teach us about existing and newly uncovered artifacts from ancient Chinese dynasties? How can we learn about human migration from the discovery of preserved bodies? Can today’s technology uncover new clues about the Great Wall of China? Dive into this intriguing title, which examines how forensic science has allowed scientists, archaeologists, and historians to solve mysteries and answer questions about ancient China.
Archaeologists are like detectives. They find objects from the past and treat them as clues to understanding what life was like long ago. This title aims to create meaningful connections between the scientific concepts readers learn in the classroom and how they are applied in the real world by archaeologists searching for answers.
Imagine a world where you had to write letters, mail them at the post office, and wait a week or two for a response. You might not realize that there was once a world without your favorite forms of instant communication. The way you keep in touch with the people around you is because of amazing inventions in communication throughout history! From braille to texting, this title explores the amazing inventors, scientists, and engineers who saw challenges in the way we communicate with each other, and overcame them! With a little inventive thinking, what might you create to help us connect freely with friends and family across boundaries?
You might not realize that there was once a world without microwaves, umbrellas, or elevators! That’s a lot of cold food, wet clothing, and stairs! Luckily, some innovative people have solved problems in everyday technologies throughout history. This title explores the gadgets, structures, and materials that we depend on every single day, and the amazing inventors, scientists, and engineers who dreamed them up! These inventions make things easier in our day-to-day lives. With a little inventive thinking, what might you create to help make our daily lives a little easier?
You might not know there was once a world without bike helmets, seatbelts, and airbags. This title looks at major innovations in safety over the years, and the ingenious inventors, scientists, and engineers who made them. These amazing individuals have saved countless lives by identifying safety hazards in everyday situations, and inventing devices that keep people from getting hurt. With a little inventive thinking, what might you create to help protect people and even save lives?
You might be shocked to discover how some illnesses and diseases were treated years before medical innovations were made. This book will make you feel lucky that you were born after many safe and successful ways were developed to treat illnesses and save lives. Learn about important innovations made in health care that we now take for granted, and the amazing scientists, inventors, and engineers who developed them. With a little inventive thinking, how could you come up with a way to keep you and your family healthy?
Imagine a street filled with horses and buggies, or the skies without airplanes! You might not realize that, before vehicles, it used to take days—even weeks—to visit friends or family! This title looks at major innovations in transportation over the years, and the ingenious inventors, scientists, and engineers who made them. With a little inventive thinking, what might you create to help us change the way we travel?
Human negligence, engineering miscalculation, mechanical failure - human activity has been responsible for some of the gravest harm to people and the world. Thirteen famous disasters are featured is this fascinating book. Each one became well-known for the unique scientific process that led to the destruction, as well as for the structural changes and safety measures proposed in its aftermath. Topics include the Chernobyl nuclear meltdown, the sinking of the Titanic, the Russian submarine Kursk explosion, the Tacoma Narrows suspension bridge collapse, the Hindenburg airship explosion, and the Twin Towers collapse.
The natural forces of planet Earth have been responsible for some of the world's greatest devastation, such as the earthquakes and tsunamis in Japan in 2011 and the Indian Ocean in 2004. Thirteen kinds of disasters are featured in this amazing book, showing the process and science of each disaster from the action that triggered it to its dire consequences. Topics include volcanoes, earthquakes, tsunamis, avalanches, landslides, and mudslides.
This book tells the story of the Velociraptor, a lightweight dinosaur who used its speed to catch prey. It was only three feet (one meter) tall, but was feared for its ferocious hunting ability. It used a sickle-shaped claw on the second toe of each foot as a deadly weapon and could reach speeds of up to 37 miles (60 kilometers) per hour when chasing prey.
This up-to-date new book describes the alarming events of 2010 after an oil rig toppled over in the Gulf of Mexico releasing millions of gallons of oil into the water. The largest accidental oil spill in history, it killed untold numbers of wildlife, poisoned over a hundred miles of coastal land, and devastated the commercial fishing and tourism industries in an area still reeling from the destruction wreaked by Hurricane Katrina.
Count the circles on Billy's bike as he tries to catch up to his pet Hypsilophodonts. Kids will enjoy looking for shapes in this entertaining book that puts kids and dinosaurs together in everyday situations.
"A is for Alioramus." Dinosaur fans will love this simple book featuring a dinosaur name (and pronunciation) or dinosaur-related word for each letter of the alphabet.
