Dive into the remarkable underwater lives of sea dragons with a photographic search-and-find feature that explores anatomy, habitat, and reproduction. Leafy or weedy, sea dragons—cousins to sea horses—are underwater masters of disguise. Though not actual dragons, these small fish have skin flaps that look like seaweed and some can even change color! Emergent readers will discover the sea dragon’s camouflage abilities as well as how males are in charge of egg-carrying. Vibrant photos and simple text will fascinate young readers. A search-and-find feature reinforces key vocabulary with photo clues and an answer key.
Dive into the exciting underwater lives of eels with a photographic search-and-find feature that explores the animal’s anatomy, markings, and ocean habitat. With long, slithering bodies and smooth, scale-less skin, eels may look scary—but they are actually shy! Emergent readers will discover that these fish hide in holes to stay safe and open their mouths wide to help breathe, not to bite. Vibrant photos and simple text will fascinate young readers. A search-and-find feature reinforces key vocabulary with photo clues and an answer key.
Colorful corals come to life with a photographic search-and-find feature that explores the animal’s anatomy and ocean habitat. Corals are more than just rocks or plants. These ocean animals can move and stretch their tentacles to sting tiny animals to eat. Emergent readers will discover how corals spawn and grow into huge reefs that become home to many animals. Vibrant photos and simple text will fascinate young readers. A search-and-find feature reinforces key vocabulary with photo clues and an answer key.
Video game technology is brought to life with photo-driven design, clear text, and an integrated timeline, making this an excellent resource on the history of video games for elementary students. The saga of video games is rife with epic quests, thievery, and competition. It took Ralph Baer about 15 years to complete his quest to play video games on home TVs, finally selling the first gaming console. Then Atari stole his table tennis game and made Pong and arcade history. Shortly after, Atari would also ignite the console wars with its Atari 2600. From Spacewar! to Mario Bros. to Fortnite, gaming has gone from geek to mainstream, with top Esports winners taking home millions of dollars. With virtual reality, where will gaming go next?
The technology of taking pictures is brought to life with photo-driven design, clear text, and an integrated timeline, making this an excellent resource on the history of photography for elementary students. So much science went into that selfie! First, people had to figure out how light even worked. Then, a French guy smeared sticky black stuff on a silver plate and the black stuff hardened in sunlight. And we had our first picture. (It was not a selfie.) People tried new chemicals and lenses and film to take better, faster pictures. Then came the digital revolution. Cameras got into cellphones and now there are SO many selfies. Will 3-D bring our photos right into reality?
Telephone technology is brought to life with photo-driven design, clear text, and an integrated timeline, making this an excellent resource on the history of landlines and cell phones for elementary students. Once upon a time, no one carried a phone around. Phones plugged into a wall and you could only move as far as the cord let you. And it basically stayed that way for 100 years! When we finally got cordless phones, you still had to stay in your house to call. The first mobile phones weighed 80 pounds and had to be carried around in a car—hence the term car phone. The dawn of the cell phone was the 1980s with the Motorola Dynatec. Phones changed forever. Now we have smart phones in our pockets!
The history of movie technology is brought to life with photo-driven design, clear text, and an integrated timeline, making this an excellent resource for elementary students. It took 50 years from the invention of photographs to the magical motion of movies. In the 1890s, Thomas Edison’s company decided to make a camera that could take a bunch of pictures really fast. Next came silent films, talkies, and Technicolor. New technology gave us widescreens, 3-D, IMAX, and, finally, the digital revolution. How will virtual reality change movie-going in the future?
Computer technology is brought to life with photo-driven design, clear text, and an integrated timeline, making this an excellent resource on the history of computing for elementary students. Back in the 1950s, computers were only for employees of the government and universities. They were way too expensive for the average person. In 1975, the Altair 8800 kit made them affordable. It also inspired a guy named Steve Wozniak to start Apple Computers with his friend Steve Jobs. Then came mice, GUIs, MacIntosh versus PC, and the World Wide Web. In the 2000s, computers got into cell phones and now everyone carries a computer in their pocket. Where will artificial intelligence take computers in the future?
The technological history of airplanes is brought to life with photo-driven design, clear text, and an integrated timeline, making this an excellent resource for elementary students. Bird envy drove aviation history. We studied bird wings to understand flight and made gliders. Then the Wright Brothers said, “Let’s add an engine!” and we left birds in the dust. Since then, we’ve flown faster, better, and bigger. What will happen next? Can Boeing or Airbus bring us hypersonic passenger jets? Would you ride in a self-flying taxi drone?
From design to dedication, this nonfiction early chapter book shows how the Statue of Liberty was engineered and built. As a symbol of freedom and democracy, the Statue of Liberty once welcomed new immigrants to America. Today, the iron monument attracts millions of people to its island. Elementary readers will learn why France gifted the United States with a statue and how it was built in both countries. A progressive timeline highlights the construction sequence, from idea to national landmark.
Describes what it is like to live with Down syndrome, what its symptoms are, and how it is treated.
From initial design to grand opening, this nonfiction early chapter book shows how the Gateway Arch was engineered and built. As the tallest arch in the world, the Gateway Arch in St. Louis is an engineering feat. Millions each year travel to the viewing deck on top using the unique tram system. Elementary readers will learn why the “gateway to the west” was built and how engineers designed and constructed it. A progressive timeline highlights the construction sequence, from idea to national landmark.
From design to dedication, this nonfiction early chapter book shows how the Golden Gate Bridge was engineered and built. Once the world’s longest suspension bridge, the Golden Gate Bridge in San Francisco was an engineering triumph of its time. Elementary readers will learn how engineers designed the bridge and what obstacles construction crews faced. A progressive timeline highlights the building sequence, from idea to national landmark.
From blasting a mountainside to carving four presidents’ heads, this nonfiction early chapter book shows how Mount Rushmore was engineered and built. Tucked away in the South Dakota Black Hills, Mount Rushmore attracts millions of visitors each year. Elementary readers will learn about Gutzom Borglum’s idea and how it was carved from a mountain. A progressive timeline highlights the building sequence, from idea to national landmark.
Excite early readers about science and weather with a low-level search-and-find reader about wildfires. When a simple camp fire gets out of control, a wildfire ignites. Watch out! Lightning fast and blazing hot, wildfires are extremely dangerous. Using a search-and-find framework, emergent readers learn simple facts about how wildfires grow and how firefighters put them out.
Describes Komodo dragons, including what they look like, where they live, how they hunt, how they reproduce, and how they fit in the world.
Describes green iguanas, including what they look like, where they live, some of their behaviors, how they reproduce, and how they fit in the world.
Describes Gila monsters, including what they look like, where they live, some of their behaviors, how they reproduce, and how they fit in the world.
Describes geckos, including what they look like, where they live, some of their behaviors, how they reproduce, and how they fit in the world.
Describes chameleons, including what they look like, where they live, why they change color, how they reproduce, and how they fit in the world.
Excite early readers about science and weather with a low-level search-and-find reader about hurricanes. Board up the windows and take cover—a hurricane is rolling in! With turbulent winds, torrential rain, and rising sea levels, this is one extreme storm. Using a search-and-find framework, emergent readers learn simple facts and features about hurricanes and the impact they have.
New readers will sneak off with this leveled reader about lynx, which reinforces key vocabulary with a search-and-find feature. With ear tufts and a ruff of hair around their faces, lynx might be the fluffiest wildcat. Their life in cold habitats demands it. Even their paws are big to act like snowshoes in the snow.
A level 2 Amicus Reader that presents the life cycle of a spider from mating and laying eggs to adult. Includes time line of life cycle and sequencing activity.
A level 2 Amicus Reader that presents the life cycle of a butterfly from egg to adult. Includes time line of life cycle and sequencing activity.
A level 2 Amicus Reader that presents the life cycle of a mouse from mating and birth to adult. Includes time line of life cycle and sequencing activity.
