検索キーワード： 制作 "-- Kevin Wright --" 花・植物

Amazon #1 best-selling nature book!! Farkleberry. Chrysothamnus nauseosus. Old Man's Beard. Zanthoxylum clava-herculis. What do all of these farkling, nauseating, hairy clubs of Hercules have in common? They are all easily-identifiable plants found in Oklahoma, that's what!

From Anderson to Zavala and El Paso to Wilbarger, come "waltz" down the alphabet with some of the silliest, strangest, and just plain weirdest plants that the Lone Star State has to offer! Hairy grama, check. Xylorhiza wrightii, check. Bluebonnets are are so much more than just blue, check. This book has them all and then some!

Gemeinsam mit ihrem neuen Freund Jeremy Rotfuchs erkunden die Geschwister Ella und Ben die geheimnisvolle Welt unserer Wälder. Welche Pflanzen gibt es? Welche Tiere wohnen in und unter den Bäumen?

Many insects drink nectar and collect pollen from flowers, and in the process they help plants reproduce. Listeners will investigate how bees, butterflies, ants, and other insects assist in pollination. Simple text helps listeners understand key ideas and details about this important science concept.

Die Regenwälder sind die letzten Paradiese unserer Erde - bei ihrem Anblick stockt uns der Atem. Der tropische Regenwald ist nicht nur unser bester Klimaschutz, sondern auch wertvoller Lebensmittellieferant und eine gigantische Naturapotheke. Doch das Paradies ist in Gefahr. Es braucht mutige und engagierte Beschützer, um es zu retten.

Kann man Blumen essen? Warum stinken manche Bäume? Und wer hat im Park unter der Wiese gewühlt? Natur ist überall - auch in der Stadt! Mäuse, Hummeln, Kaninchen und manchmal sogar Waschbären sind deine Nachbarn. Flechten, Moose und Blumen finden in winzigen Spalten und Asphaltrissen ihren Lebensraum. Ganz in deiner Nähe warten kleine und große Abenteuer auf dich. Eine Kürbispflanze ziehen, Übernachten im Garten oder Tiere auf dem Bahnsteig beobachten.

The globetrotting naturalists of the 18th century were the geeks of their day: innovators and explorers who lived at the intersection of science and commerce. Foremost among them was Carl Linnaeus, a radical thinker who revolutionized biology. In What Linnaeus Saw, Karen Magnuson Beil chronicles Linnaeus's life and career in readable, relatable prose.

Where do apples come from? Look at an apple seed, tree, blossom, and finally fruit. Pair this title with its fiction companion book, Emily's Pumpkin.

Science writer and plant expert Rebecca E. Hirsch presents fun and gross facts about a variety of plants along with explaining the science behind why they do what they do. Featured plants include the Venus flytrap, an African tree that houses stinking ants to protect itself from hungry animals, a "vampire vine" that sucks nutrients from other plants, and fiendishly invasive kudzu.

Sing along to this lighthearted romp while learning about different food chains within a single ecosystem. Learn which animals come out on top and which animals end up as snacks. "Hey Diddle Diddle" teaches children about the food web, the circle of life, and the part that each living creature plays within an ecosystem. This book is so much fun that kids will have a hard time believing they're actually learning. You'll be singing "Hey Diddle Diddle" long after you finish the book.

This audiobook Introduces young listeners to the tools gardeners use, including watering cans, spades, and rakes. It also identifies many of the properties of nature that can be observed while gardening.

Who knew there were so many different kinds of vegetables? Nonfiction pro Gail Gibbons responds to the need for books on good nutrition with this accessible exploration of vegetables. From glossy red peppers to lush, leafy greens to plump orange pumpkins, vegetables are explored in depth to clearly explain the many vegetable varieties, how they are grown, and why they are so good for us to eat.

Sunlight, air, water, and minerals help keep plants alive. But do you know how much water is needed for a seed to sprout? Or what a plant will do to find the light it needs? Let's experiment to find out! Simple step-by-step instructions help listeners explore key science concepts.

A plant can form fruit and seeds when it is pollinated. Animals and wind help spread pollen from one plant to another. But do you know how insects pick up pollen from flowers? Or how each part of a flower helps pollination? Let's experiment to find out! Simple step-by-step instructions help listeners explore science concepts and analyze information.

Plants have roots, stems, leaves, and sometimes flowers. Each part of a plant does a special job. But do you know what a stem does? Or how different seeds travel away from their parent plants? Let's experiment to find out! Simple step-by-step instructions help listeners explore science concepts and analyze information.

Roots help keep plants alive. They take in water and minerals. But do you know how much of a plant is made up of its roots? Or whether roots always grow down? Let's experiment to find out! Learn more about plants in the Plant Experiments series - part of the Lightning Bolt Books™ collection. With high energy, Lightning Bolt Books™ bring nonfiction topics to life!

Some flowers are able to produce seeds or fruit without getting pollen from another plant. Listeners will learn the steps in the self-pollination process in this book. Simple text helps clarify central ideas about this important science concept.

The flower is the part of a plant that makes seeds or fruit. Listeners will identify the main parts of a flower and learn about the process of pollination.

Some plants need to have pollen spread from one plant to another flower in order to reproduce. Listeners will learn the steps in the cross-pollination process in this book. Simple text helps listeners grasp key ideas and details about this important science concept.

Many plants depend on animals to help move pollen around so that the plants can reproduce. Listeners will see how hummingbirds, mice, bats, and other animals play a big role in pollination. Simple text helps listeners understand key ideas and details about this important science concept.