Showing results by publisher "Dreamscape Media, LLC" in Science & Technology

In the mid- to late-19th century, a burgeoning science called electricity promised to shine new light on a rousing nation. Inventive and ambitious minds were hard at work. Soon that spark was fanned, and a war was under way to be the first to light - and run - the world with electricity. Thomas Alva Edison, the inventor of direct current (DC), engaged in a brutal battle with Nikola Tesla and George Westinghouse, the inventors of alternating current (AC). There would be no ties in this race - only a winner and a loser - and the prize was a nationwide monopoly in electric current.

In the midst of the Blizzard of 1978, the tanker Global Hope floundered on the shoals in Salem Sound off the Massachusetts coast. When the Coast Guard heard the Mayday calls, they immediately dispatched a patrol rescue boat. But within an hour, the Coast Guard rescue boat was in as much trouble as the tanker - both paralyzed in unrelenting seas. Enter Captain Frank Quirk, who was compelled to act. Gathering his crew of four, Quirk plunged his 49-foot steel boat, the Can Do, into the blizzard.

Before Isaac Newton became the father of physics, an accomplished mathematician, or a leader of the scientific revolution, he was a boy living in an apothecary's house, observing and experimenting, recording his observations of the world in a tiny notebook. As a young genius living in a time before science as we know it existed, Isaac studied the few books he could get his hands on, built handmade machines, and experimented with alchemy.

Charles Darwin first visited the Galápagos Islands almost 200 years ago, only to discover a land filled with plants and animals that could not be found anywhere else on Earth. How did they come to inhabit the islands? How long will they remain? Thoroughly researched, this historical and scientific book tells the epic saga of the life of an island - its birth in fire, its rise to greatness, its decline, and, finally, the emergence of life on new islands.

Experience Earth from the big bang to the dinosaurs and beyond in this beautifully written, vibrant overview of our home planet's journey from creation to our time today.

Why is there winter in the Southern Hemisphere at the same time there is summer in the Northern Hemisphere? Here is an explanation of how the position of Earth in relation to the sun causes seasons and the wonders that come with each one of them. Summer. Autumn. Winter. Spring comes again. Year after year, the seasons repeat themselves.

When a young boy riding the subway finds an abandoned book about redwoods, strange things start to happen. He reads that the trees' ancestors lived during the Jurassic period as dinosaurs appear at his window. Discovering that redwoods alive today first sprouted during the Roman Empire, he finds himself seated between two Roman citizens. And when, still reading, he emerges from the subway, he enters the very forest described in the book he holds in his hands....

By building his own microscope, Antony van Leeuwenhoek advanced humanity's understanding of the oft-invisible world around us. Microbes are everywhere: in the soil and oceans, in snow, and inside our bodies. But in Antony van Leeuwenhoek’s time, people believed that what they saw with their own eyes was all that existed in the world. How did a simple tradesman - who didn’t go to college or speak English or Latin like all the other scientists - change everyone’s minds?

In 1858, New York City was growing so fast that new roads and tall buildings threatened to swallow up the remaining open space. The people needed a green place to be - a park with ponds to row on and paths for wandering through trees and over bridges. When a citywide contest solicited plans for creating a park out of barren swampland, Calvert Vaux and Frederick Law Olmsted put their heads together to create the winning design, and the hard work of making their plans a reality began.

All his life, William Stanley searched for a wild place of his own. Growing up in the straightened-out city blocks of his childhood and finding some respite in summer trips to a cabin in the woods, he yearned for space, fragrant soil, tall trees, and the silence that surrounds them. In Hawaii, he learned of acres of land depleted from toxic agricultural practices, and he became determined to restore that land and create one of the most comprehensive palm gardens in the world.

Both Thomas Edison and Henry Ford started off as insatiably curious tinkerers. That curiosity led them to become inventors - with very different results. As Edison invented hit after commercial hit, gaining fame and fortune, Henry struggled to make a single invention (an affordable car) work. Witnessing Thomas' glorious career from afar, a frustrated Henry wondered about the secret to his success.

What can smell like bubblegum, glow neon green at night, be poisonous and yet still eaten by humans, and even help create rain? The answer is mushrooms! From their hidden networks underground to the fruiting body above, mushrooms can do incredible things. But don't call them plants - mushrooms are fungi. They're more closely related to animals like you!

Do you know what it takes to run a farm? Gail Gibbons uses her signature combination of clear and informative wording to explore life on a farm throughout the year. Kids will hear the work required to take care of various kinds of animals, as well as indoor chores necessary to maintain the farm. Telling how activities change from one season to the next, Gibbons explains how farmers deal with weather and use machines to grow crops which become our food.

Before John Glenn orbited the Earth or astronauts walked on the moon, a group of dedicated female mathematicians known as “human computers” used their knowledge, pencils, adding machines, and writing paper to calculate the orbital mechanics needed to launch spacecraft. Katherine Johnson was one of these mathematicians who used trajectories and complex equations to chart the space program. Even as Virginia’s Jim Crow laws were in place in the early 1950s, Katherine worked analyzing data at the NACA (later NASA) Langley laboratory.

During an ordinary visit to the library, a young girl pulls out a not-so-ordinary book from the shelves. As she turns the pages in this book about coral reefs, the city around her slips away, and she finds herself surrounded by the coral cities of the sea and the mysterious plants and animals that live, hunt, and hide there.

Tornadoes are funnel-shaped clouds that can cause massive destruction on the ground. Their winds can swirl faster than 260 miles per hour! In addition to factual information, youngsters will learn about how such extreme weather affects the lives of people in areas where these atmospheric storms are common. Using clear wording, Gail Gibbons explains how tornadoes form, the scale used for classifying them, and what to do in case one should be near you.

Did you know that Albert Einstein was a high-school dropout and that he failed his physics class when he finally made it to college? Or that when he died, his brain and eyeballs were removed from his body? Have you ever wondered why his hair looked so wild? Siblings Paige and Turner have - and they’ve collected some of the kookiest and most unusual facts about him, from his childhood and school days through his time studying relativity and working on the atomic bomb.

Rivers wind through the earth, cutting down and eroding the soil for millions of years, creating a cavity in the ground 277 miles long, 18 miles wide, and more than a mile deep known as the Grand Canyon. Home to an astonishing variety of plants and animals that have lived and evolved within its walls for millennia, the Grand Canyon is much more than just a hole in the ground. Follow a father and daughter as they make their way through the cavernous wonder, discovering life both present and past.

An acclaimed physicist introduces young audiences to the tiny building blocks that make up the world around us. Elegant and friendly, his explanations of atoms, the elements, and other essential science concepts reveal how very (very) small materials are manipulated to create self-washing windows, stronger and lighter airplanes, and other wonders of nanotechnology. This tribute to the tiny will inspire curious minds of every stripe.

Sarah E. Goode was one of the first African American women to get a United States patent. Working in her husband's furniture store, she recognized the need for a multi-use bed, and through hard work, ingenuity, and determination, invented her unique cupboard bed. She built more than a piece of furniture. She built a life far away from slavery - a life where her sweet dreams could come true.