STEM Waterworks

Whether it's a beaver dam or the Hoover Dam, all dams rely on science to function properly. People first began damming rivers to stop flooding and provide water for irrigation. These early dams were made with simple techniques and technology. Today, dams are constructed to prevent flooding and to provide water for irrigation, hydroelectric power, and freshwater for large populations. Modern advances in dam technology would have never happened if it weren't for dedicated scientist and engineers. This volume provides an exciting opportunity for readers to learn about fundamental STEM topics. Detailed photographs, diagrams, and fast fact boxes help readers make essential connections to the social studies and science curricula.

Sewers might be a gross subject to study, but they also offer the perfect chance to comprehend important STEM skills and topics. Readers are sure to enjoy learning about sewers throughout the centuries-from the systems of the ancient Roman Empire to those in our very own neighborhoods. This volume addresses important scientists, engineers, and inventors who have made the unsavory job of removing waste from our lives a reality. Diagrams and photographs of sewer systems from the ancient world and those of today will help readers grasp the scientific concepts behind them. This book was designed with social studies and science curricula in mind, and focuses on essential curricular topics.

A reservoir is a man-made body of water used to store water for populations to use. Reservoirs are used to provide water for drinking, cooking and bathing. They provide farmers with a source of water for their crops. Reservoirs are also used as a source of recreation for boaters, swimmers, and vacationers. Readers will be amazed to learn about the history of reservoirs and the scientific and technological advances that make them possible. This volume places a strong emphasis on STEM topics, and represents both social studies and science curricula. Historic photographs, color images, and detailed diagrams help readers grasp technological and scientific concepts with ease.

Many of us take the water that comes out of our faucets for granted. But have you ever wondered how water makes it to your house in the first place? Sometimes it travels for hundreds of miles, thanks to aqueducts! This volume takes readers on a journey to the ancient world to see how people created aqueducts to serve burgeoning civilizations. Readers will also discover that today's aqueducts are technological marvels crafted by scientists, engineers, and many other professionals. Diagrams and stunning photographs of aqueducts both ancient and modern are sure to dazzle readers. The text focuses on STEM skills and has been aligned with relevant curricular topics in both social studies and science.

Civilizations have long used canals to move water, ships, cargo, and people from one location to another. The first canals were often trenches dug to bring water to crops. Some were dug to connect rivers or other bodies of water. Over the centuries, the techniques, technology, resources, and science used to construct canals has changed greatly. Today, canals all over the world help keep business booming and people moving! Readers will learn how engineers and scientists use STEM skills to bring canal systems to life-and how they make our lives easier. Diagrams, photographs, and primary sources help link this volume to both science and social studies curricula.

An irrigation system is an arrangement of canals and conduits that bring water to crops that need it. Even the earliest civilizations found ways to irrigate their crops with water from nearby rivers. In time, simple canals gave way to more advanced technology, leading to today's massive irrigation systems. In this book, readers will explore essential STEM topics while learning the fascinating history behind irrigation systems, including their different parts, how they are used, and the amazing engineers and scientists who make them possible. The text was designed to reflect social studies and science curricula. Photographs, diagrams, and fact boxes are sure to capture the attention of even reluctant readers.