biotechnology

Readers will learn about six life-changing pieces of technology that have come from the study of underwater animals--from squid inspired computer parts to tsunami sensors modeled after dolphin calls.

Kids will explore one of Earth's important energy resources with Biofuel Energy Projects. They'll read about the history of biofuel, where it comes from, and how we use it. They'll make candles out of butter, create ethanol from different types of sugar, and more.

Compiled from source documents, reports, and studies, this book presents current and historical data on genetics and genetic engineering.

"Genetic engineers study genes and DNA to develop ways to recreate and modify them to advance technologies in fields such as medicine and agriculture. Using living organisms and systems to create new products and technologies is called biotechnology. Readers will learn how genetic engineers are working toward curing diseases in humans and making crops less susceptible to disease. Real-life examples and a design challenge help students understand key concepts related to the engineering process, and encourage discussion about the impact of biotechnology on our lives, including its benefits and risks."--Provided by publisher.

When a halfhearted investigation labels a murder as a domestic dispute, Detective Doyle Carrick is on the case.

As scientists continue to make genetic breakthroughs, society inches ever closer to confronting the stuff horror movies are made of. Cloning a mourned pet is simply strange, but the thought of human cloning is terrifying. Manipulating genes to reduce genetic disease is encouraging only until we consider the ethical implications of potentially creating a master race. Genetically engineering crops and animals can address many problems like disease, climate change, and world hunger, but altering the environment could have catastrophic results for Earth. Articles presenting these issues from persuasive points of view help readers understanding the controversies surrounding genetic engineering today.

Explains how grains are grown, harvested, and processed, along with the controversy surrounding genetically modified crops, what effects grain farming has on the environment, and how they can choose grain-based foods that are healthy and responsibly produced.

A young scavenger named Rachel explores a post-apocalyptic world in a constant search for supplies. One day, she finds a sentient green mass she calls Borne that she decides to keep and raise as her own. As Borne grows, Rachel comes to realize the significance of the strange creature and its potential impact on the world. But other forces see it too, and Rachel must face surprising enemies to keep Borne safe.

Collects essays that examine genetically engineered food, discussing policies and regulation, the production of such crops, and the power structure of food production.

Amina Khan believes that nature does it best. In Adapt, she presents fascinating examples of how nature effortlessly solves the problems that humans attempt to solve with decades worth of the latest and greatest technologies, time, and money. Humans are animals too, and animals are incredibly good at doing more with less.