DVD

This program explores the characteristics and functions of the bones and joints in the human skeletal system. How the muscles, tendons, and ligaments work in conjunction with the skeletal system to provide movement for the body is shown through the use of live action demonstrations and animated sequences.

Join Jenna and Tony in an impromptu game of "cell-ebrity squares" to learn about the structure and functions of animal and plant cells. With actual cell footage, students will learn about the characteristics of living things, parts of a cell, Cell Theory, diffusion, osmosis, and active and passive transport.

Live footage and colorful graphics teach students about regions and climates, and explain the impact environments and living organisms have on each other. A terrarium project demonstration shows students how they can make their own living ecosystems. Teacher's Guide available in disk and online: www.schoolvideos.com

Travel deep inside the Earth to discover how rocks and minerals are formed, to learn about the three types of rock, and to understand how rocks change over time through weathering and erosion. See the entire rock cycle and learn how geologists determine the properties of rocks. Learn about the structure and composition of minerals.

With the help of Luke Warm, a weatherman on the water channel, two young baseball players come to understand why the big game might be rained out as they are introduced to the key elements that make up and affect the water cycle.

Stunning NASA and live footage combine with state-of-the-art animation to give students a clear understanding of the physical features that shape our earth. Terms like escarpment, plateau, butte, outlier, and atoll are shown in their natural states with examples highlighted on an animated globe. Learn the names of these landforms and where they are found.

The surface of the land has undergone many changes over its history. Water, rain, snow, and wind they all continually shape and form the Earth. Take students on a journey to discover how physical weathering, chemical weathering, and erosion occur. Identify that the destructive forces of erosion and weathering are slow processes that change the surface of the earth.

Part 1: Origins: Search for and discover the origin of today's animal life. Part 2: Life On the Move: When we think of animals, we think of movement. Surprisingly, the diverse and graceful ballet of movement may have started with a single group of creatures whose descendents were the first to harness the power of muscles and nerves.

Part 1: The First Hunter - The first animal to develop a head, eyes and a brain also pioneered a new way to survive: it would become Earth's first hunter. Dramatic new evidence points to an unlikely and oddly charismatic subject...the flatworm.

Part 1: The Conquerors: For hundreds of millions of years, animal life resided only in the oceans. And then, in one extraordinary event, something happened that enabled one group of animals to emerge from the sea. Follow scientists as they track how the shape of life transformed to create the animals that led the first successful land invasion and were the first to pioneer flight.

The Shape of Life tells the gripping and magnificent tale of the beginnings of all animal life.

Viewers will see that chemical bonds are the key to understanding how elements combine. The differences between ionic and covalent bonds are clearly presented using vivid graphics and dynamic footage. Students see how valence electrons interact among atoms to form compounds, and learn how simple Lewis structures can help describe how easily an element will react.

"Biomes of the World in Action" is a fun, informative series that takes students on a fast-paced eco-adventure around the world exploring the many characteristics that make these large regions of the world different from one another.

From the arctic tundra found in the Polar zones to the regions of alpine tundra located on the mountaintops of Europe and North America, students will get an up-close look at this fragile biome. Students explore the biodiversity that exists in these frozen expanses, while a fun, hands-on experiment demonstrates why so many tundra plants are dark in color.

Students will discover how the species of the rainforest have adapted to the temperature and humidity, and why the threat of its destruction will have a far-reaching impact on our planet.