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Nature's Best Hope (Young Readers' Edition): How You Can Save the World in Your Own Yard

Contributor(s): Tallamy, Douglas W (Author), Thomson, Sarah L (Adapted by)

ISBN: 9798212229494

Publisher: Timber Press (OR)

$41.99
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Pub Date: March 8, 2023

Lexile Code: 0000

Features: Unabridged

Target Age Group: 08 to 12

Physical Info: 0.00" H x 0.00" L x 0.00" W ( 0.00 lbs) pages

Descriptions, Reviews, etc.

Description:

Douglas W. Tallamy awakened thousands of readers to an urgent situation: wildlife populations are in decline because the native plants they depend on are fast disappearing. His solution? Plant more natives. In this middle grade adaptation of the New York Times bestseller Nature's Best Hope, Tallamy outlines his vision for a grassroots approach to conservation that everyone can participate in regardless of age.

In Nature's Best Hope (Young Readers' Edition), Tallamy empowers young readers to turn their yards and neighborhoods into conservation corridors that can help combat the negative effects of climate change. He does so by breaking down complex concepts about conservation into simple terms and real-world examples that kids can easily grasp. Black and white photographs help further clarify concepts. In addition to sharing the science, Tallamy encourages kids to take direct action. Some of these ideas include planting an oak tree (one of the most important tree species) at home. If that's too large of a task, he suggests they can plant asters--a beautiful flower whose pollen bees use to feed their young. By helping the next generation see that they have power and agency over our collective future, this empowering book will drive home the positive point that kids are truly nature's best hope.

Brief description:

Doug Tallamy is a professor in the Department of Entomology and Wildlife Ecology at the University of Delaware, where he has taught insect-related courses for 40 years. Chief among his research goals is to better understand the many ways insects interact with plants and how such interactions determine the diversity of animal communities.

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