Amy B. Rogers

Jane Goodall has been one of the most famous women in STEM for decades. Her work as a zoologist studying chimpanzees is presented in engaging detail in this biography, which also explores her environmental activism and her efforts as a champion of animal welfare. This insightful resource for readers looking to learn more about zoology, conservation, and women in STEM features fun fact boxes, informative sidebars, colorful photographs of Goodall at work, and questions meant to spark discussion and deeper thought about how STEM is applied in the real world and how women have impacted STEM in major ways.

Jane Goodall has been one of the most famous women in STEM for decades. Her work as a zoologist studying chimpanzees is presented in engaging detail in this biography, which also explores her environmental activism and her efforts as a champion of animal welfare. This insightful resource for readers looking to learn more about zoology, conservation, and women in STEM features fun fact boxes, informative sidebars, colorful photographs of Goodall at work, and questions meant to spark discussion and deeper thought about how STEM is applied in the real world and how women have impacted STEM in major ways.

Soccer is a sport that involves stamina, strategy, and lots of science How is science applied in the most popular sport in the world? Readers find the answer in this engaging guide to sports science. The detailed text features annotated quotes from experts, and it is supplemented with fact boxes and sidebars that provide additional information. Readers also find photographs of some of soccer's brightest stars, along with diagrams and other visual elements that aid in the learning process. This reading experience makes science fun for readers by showcasing it through an exciting, high-interest lens.

On the lacrosse field, science is everywhere. Physics helps explain how shots become goals. Biology explains why certain body parts need extra protection. Engineering informs the design of the net, the ball, and the rest of the players' gear. It's all science Readers discover this for themselves as they dive into this volume, which breaks down the basics of lacrosse and explains how science can be applied in games, in practice, and even as a fan. Full-color photographs of lacrosse players are paired with informative text that features annotated quotes from experts, as well as sidebars and fact boxes.

On the lacrosse field, science is everywhere. Physics helps explain how shots become goals. Biology explains why certain body parts need extra protection. Engineering informs the design of the net, the ball, and the rest of the players' gear. It's all science Readers discover this for themselves as they dive into this volume, which breaks down the basics of lacrosse and explains how science can be applied in games, in practice, and even as a fan. Full-color photographs of lacrosse players are paired with informative text that features annotated quotes from experts, as well as sidebars and fact boxes.

To be a successful ice hockey player, you need to be strong, but you also need to be smart. Having a good understanding of how science works in this sport can help you score goals and stay safe from injuries, and this volume provides the foundation for that understanding. Annotated quotes can be found throughout the main text and sidebars, adding a first-person perspective to this learning experience. In addition, fact boxes, diagrams, photographs, and other informational elements work together as part of an exciting design that invites readers to appreciate the ways science is at work all around us.

To be a successful ice hockey player, you need to be strong, but you also need to be smart. Having a good understanding of how science works in this sport can help you score goals and stay safe from injuries, and this volume provides the foundation for that understanding. Annotated quotes can be found throughout the main text and sidebars, adding a first-person perspective to this learning experience. In addition, fact boxes, diagrams, photographs, and other informational elements work together as part of an exciting design that invites readers to appreciate the ways science is at work all around us.

Baseball is the perfect sport to see STEM concepts in action From the forces at work when a pitch becomes a home run to the geometry on display on the diamond, it's easy to see examples of STEM at the ballpark. Readers dive even deeper into this topic as they explore the science of baseball with the help of detailed main text, fact boxes, and sidebars. They can even find quotes from experts in both baseball and science and see photographs of ballplayers in action in the past and present.

Baseball is the perfect sport to see STEM concepts in action From the forces at work when a pitch becomes a home run to the geometry on display on the diamond, it's easy to see examples of STEM at the ballpark. Readers dive even deeper into this topic as they explore the science of baseball with the help of detailed main text, fact boxes, and sidebars. They can even find quotes from experts in both baseball and science and see photographs of ballplayers in action in the past and present.

The science of basketball is a fascinating topic that combines one of today's most popular sports with the principles that make it possible. As readers explore this high-interest approach to curriculum concepts such as physics, they learn that science is at work all around them--and that it can even be used to perfect their jump shot With each turn of the page, they encounter annotated quotes from experts, fact boxes, sidebars, and captivating visual elements such as graphs, diagrams, and photographs, making this learning experience a slam dunk

The science of basketball is a fascinating topic that combines one of today's most popular sports with the principles that make it possible. As readers explore this high-interest approach to curriculum concepts such as physics, they learn that science is at work all around them--and that it can even be used to perfect their jump shot With each turn of the page, they encounter annotated quotes from experts, fact boxes, sidebars, and captivating visual elements such as graphs, diagrams, and photographs, making this learning experience a slam dunk

It may seem impossible to explain how a gymnast can twist multiple times in the air before landing or stay on the balance beam while executing flip after flip. However, science tells us how it happens By learning the science of gymnastics, readers are better able to appreciate this popular Olympic sport and train for success if they dream of winning a gold medal someday. The detailed main text, featuring annotated quotes from experts, is paired with colorful photographs of gymnasts in action. In addition, diagrams, fact boxes, and other informative visual elements help break down complex topics.

It may seem impossible to explain how a gymnast can twist multiple times in the air before landing or stay on the balance beam while executing flip after flip. However, science tells us how it happens By learning the science of gymnastics, readers are better able to appreciate this popular Olympic sport and train for success if they dream of winning a gold medal someday. The detailed main text, featuring annotated quotes from experts, is paired with colorful photographs of gymnasts in action. In addition, diagrams, fact boxes, and other informative visual elements help break down complex topics.

Soccer is a sport that involves stamina, strategy, and lots of science How is science applied in the most popular sport in the world? Readers find the answer in this engaging guide to sports science. The detailed text features annotated quotes from experts, and it is supplemented with fact boxes and sidebars that provide additional information. Readers also find photographs of some of soccer's brightest stars, along with diagrams and other visual elements that aid in the learning process. This reading experience makes science fun for readers by showcasing it through an exciting, high-interest lens.

Community service is often an enriching experience, but should it be mandatory for all students? This is the question readers explore as they learn about both sides of a debate that directly affects them. As readers learn the reasons people feel strongly in favor of and against making service hours mandatory for young people, they are encouraged to think for themselves about where they stand on this issue. They're also invited to use the information presented in fact boxes to support their opinion. Colorful photographs of relatable students and a helpful graphic organizer enhance this exercise in critical thinking.

Protests are an important way people use their voices to fight for change. Throughout history, young people have often been involved in protests and marches, and this continues today, with kids attending--and even leading--protests against gun violence, injustice, and inaction in the fight to slow climate change. Some people believe it's important for kids to see their First Amendment rights in action, while others worry that protests aren't safe for children. Readers are invited to examine their own point of view regarding this issue as they explore unbiased main text, relevant fact boxes, and a helpful graphic organizer.

For some students, gym class is the best part of their day. For others, it's a class they wish they could skip. Should all students have to take gym class? This is the question readers are invited to ponder as they explore clear and objective text that presents both sides of this debate. Fact boxes, a detailed graphic organizer, and colorful photographs provide additional information and eye-catching visual components in this critical-thinking exercise. As readers learn to develop their own informed opinion about an issue that directly affects them, they also discover the importance of respecting other points of view.

Professional athletes are often paid millions of dollars. Many sports fans believe athletes deserve to make a lot of money because they have special skills, make money for their teams and for the cities they play in by attracting fans, and often have short careers and deal with serious injuries. Others, however, believe they make too much money for playing a game and workers such as teachers should make more than athletes. Readers are invited to form their own opinion on this issue as they explore the accessible text, fact boxes, and a helpful graphic organizer.