Ocean Technology

Plastic is everywhere...even in our oceans! But how did it get there, and why does it matter? Max Axiom and the Society of Super Scientists are on a mission to find out. Using their superpowers and super-smarts, the team will break down this complex environmental issue into an exciting, fact-filled adventure so young listeners can learn about the causes and effects of plastic pollution and discover steps we can all take to clean up Earth's waters.

Ocean animals' special features help them survive in all parts of their watery homes, from the deep dark depths to busy coral reefs. Learn all about the amazing adaptations of ocean animals.

Part odyssey, part pilgrimage, this epic personal narrative follows the author’s exploration of coasts, islands, reefs, and the sea’s abyssal depths. Scientist and fisherman Carl Safina takes readers on a global journey of discovery, probing for truth about the world’s changing seas, deftly weaving adventure, science, and political analysis.

When did the first humans arrive in India and how did they get here? What are Roman artifacts from hundreds of years ago doing in a town near Puducherry? How did merchants from Arabia end up near Kochi? From the east coast of Africa to Australia, one big blue body of water has connected diverse peoples and cultures for thousands of years: the incredible Indian Ocean. Listen in to learn about the fearless travelers and sailors, pirates and conquerors who set out to cross the ocean in search of gold and glory, and discover how geography can shape the course of history.

There are at least one million different species or kinds of creatures in the ocean. You can do many things to help save these ocean creatures.

Learn about Dinosaurs and Oceans! Dinosaurs: Songs that teach about paleontology, Triceratops, Tyrannosaurus Rex, and prehistoric reptiles! Oceans: Songs that teach about Marine Biology, sponges, manatees, dinosaurs, sea otters, and more!

Discover how adaptations make the ocean a perfect habitat for whales, lobsters, sea horses, and many more animals.

The ocean is the largest biome on Earth. Animals live all over the ocean - from the sunlit surface layer down to the deep, dark ocean floor. But how do plants grow deep underwater? And what can people do to help keep this biome safe? Listen to this book to find out!

Dive beneath the waves to meet the crabs, fish, turtles, whales, and seaweed that live in the ocean habitat. Pair this nonfiction title with its fiction companion book, The Fish.

David L. Mearns has discovered some of the world's most fascinating and elusive shipwrecks. The Shipwreck Hunter chronicles his most intriguing finds. It describes the extraordinary techniques used, the detailed research, and mid-ocean stamina and courage required to find a wreck thousands of feet beneath the sea, plus the moving human stories that lie behind each of these oceanic tragedies. Combining the adventuring derring-do of Indiana Jones with the precision of a scientist, The Shipwreck Hunter opens an illuminating porthole into the shadowy depths of the ocean.

Sea monsters have a long history in lore and literature. Homer first wrote of them in 700 BCE. What Do We Know About the Kraken? lets curious young listeners explore what we actually know about this mysterious sea monster's long history. Dive into the facts behind this massive squid-like creature that was first described using the word "Kraken" in the beginning of the eighteenth century.

Discover the origins of water on Earth...with a talking comet! In this audiobook, an enthusiastic comet speeds through the universe, from the far reaches of space to planet Earth. Along the way, this rocketing rock reveals how our precious blue planet became, well, blue! This laugh-out-loud nonfiction book will have listeners young and old thirsty for more science.

As a young boy, the author took part in collecting specimens for his father. Fifty years later, he was asked to join a team from the same institution studying the state of sea life in the Bahamian waters where he grew up, as measured against his father’s benchmark. The first of the sea changes presented in this eloquent book stems from climate change and is the drastic transformation of ocean life due to global warming - but there are more.

This book explores the concept of water, and why living things - i.e., animals, humans, and plants - need it.

Sir Isaac Newton is one of history's most renowned scientists. He independently developed the mathematical technique known as Calculus, wrote a treatise on the properties of light and color that is still consulted by scientists, and worked out the mathematical details of the law of gravity.

The daughter of a seamstress and a cobbler, Jeanne Villepreux-Power began her career as a dressmaker, sewing beautiful gowns for the Parisian aristocracy. But her heart longed for more, and when she moved to the seaside, she became fascinated by the ocean's mysteries.

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.

This beautiful tale follows a raindrop’s journey on Earth, from the time of the dinosaurs to the creation of the earliest cities and beyond. It explains how Earth has depended on the same water supply throughout its existence by flowing and falling all around us, fueling and forming much of what we have seen and used for millions of years.

Did you know people can turn the energy in rushing water into electricity? This hydropower can run the computer and the lights in your home. How exactly do we get it, though? And what is the impact on our environment? Listen to this audiobook to find out all about hydropower.

From lakes, to clouds, to rain that falls back to Earth - discover how water changes through various processes to form the water cycle.