National Network for Equitable Library Service

There are almost eight billion people alive today. Having that many people in the world puts pressure on both social and natural resources, and we have to ask ourselves difficult questions like, What is our fair share? And how do we share more equitably? Ours to Share starts by giving an overview of human population growth, from the time when there were only a few hundred thousand people until now.

Orcas are found in every ocean on the planet. But can they survive their relationship with humans? Orcas Everywhere looks at how humans around the world (Indigenous and non-Indigenous alike) related to orcas in the past, how we relate to them now and what we can do to keep cetacean communities alive and thriving. The book deals with science, philosophy, environmentalism and ethics in a kid-friendly and accessible way.

Gone is Gone looks at why species become endangered, how scientists are learning about endangered wildlife, what people are doing to conserve species and ways young people can help. The book is richly illustrated with unique photos that Isabelle has taken over many years of observing endangered species in the field alongside the people who work to conserve them.

Picture a busy avenue. Now plant trees along the boulevard, paint a mural by the empty lot, and add a community garden. Set up benches along the sidewalks and make space for kids' chalk drawings, and you've set the scene for a thriving community. Placemaking-personalizing public and semi-private spaces like front yards-is a growing trend in cities and suburbs around the world, drawing people out of their homes and into conversation with one another.

Don't be afraid to try! Make connections! Be persistent! Ask questions and never take no for an answer! Learn the secrets and amazing stories of successful inventors! How to Become an Accidental Genius is full of inspiring tales of famous and lesser-known inventors who have changed the world, from George Washington Carver, Mary Anderson (inventor of the windshield wiper) and inventor and actress Hedy Lamarr to Frank Epperson (of Popsicle fame) and Mary Sherman Morgan (The Woman Who Saved the U.S. Space Race). Readers will be amazed at the inventiveness of these geniuses.

In the northwest corner of British Columbia, between the Alaska-BC border and the northern tip of Vancouver Island, lies a land of forest green and sparkling blue. From massive whales to tiny herring, spirit bears to sea wolves, an incredibly diverse array of wildlife calls this land home. Part of the largest coastal temperate rainforest in the world, the Great Bear Rainforest is one the last untouched places on Earth. Experience this magical place through the power of IMAX® and the giant screen.

By building his own microscope, Antony van Leeuwenhoek advanced humanity's understanding of the oft-invisible world around us. Microbes are everywhere: in the soil and oceans, in snow, and inside our bodies. But in Antony van Leeuwenhoek's time, people believed that what they saw with their own eyes was all that existed in the world. How did a simple tradesman - who didn't go to college or speak English or Latin like all the other scientists - change everyone's minds?

Before Amelia Earhart (1897-1939) became a world-famous pilot, she was a little tomboy from Kansas with a taste for adventure. When she visited an airfield and took a short plane ride, she knew she had to be a pilot. She signed up for flying lessons and cropped her hair short so that the other pilots would take her seriously. She became the first woman to make a solo flight across the Atlantic Ocean. With each flight she took and each record she broke, Amelia became more and more of a celebrity.

Ancient, rich, and strange, this collection of eerie tales from across Britain and Ireland have influenced our culture and the folklore that followed.

Before John Glenn orbited the Earth or astronauts walked on the moon, a group of dedicated female mathematicians known as "human computers" used their knowledge, pencils, adding machines, and writing paper to calculate the orbital mechanics needed to launch spacecraft. Katherine Johnson was one of these mathematicians who used trajectories and complex equations to chart the space program. Even as Virginia's Jim Crow laws were in place in the early 1950s, Katherine worked analyzing data at the NACA (later NASA) Langley laboratory.