Changing With the Tide

Tides go in and tides go out, but how do they relate to gravity and the moon? The video explores the relationship of gravity over distance, tidal force parameters, the battle of the bulges, and tidal lock. It connects not only the ocean...

Get your junior oceanographers to generate tidal prediction graphs on an interactive website. They will feel like experts in the field, or shall we say, experts in the ocean! This is a brief, but worthwhile activity that could be used to...

Students describe three different aspects or life forms of the salt marsh. They compare and contrast the low and high marsh. Students explain what happens in different areas of the marsh at low and high tide; and explain the roles...

Sometimes low, sometimes high, but always in motion! Explore Earth's tidal system in the 10th interactive in a series of 13. Engaging life and earth science students alike, the versatile resource demonstrates cause and effect between...

Students describe how sea levels are constantly changing with daily and monthly cycles. They list some causes and effects of tidal changes.

Students complete pre reading, writing, during reading, and interdisciplinary activities for the book Exploring Tide Pools. In this reading lesson plan, students complete journal entries, go over vocabulary, answer short answer...

Do meteorologists and climate scientists use the same tools? The final lesson in a 13-part series on Exploring Energy compares and contrasts climate and weather. It describes the scientists who study each, the tools they use, their...

Can Earth's oceans produce a steady supply of clean energy? Scholars explore the uses of tidal and thermal energy in the 11th installment of a 13-part series about ocean-based alternative energy sources. Learners examine the current...

Students explore the site Second Life and how the ocean tides change. In this ocean tides lesson plan, students write a paragraph on their findings.

Students use the Internet to gather information on tides and then use this information to determine the period of revolution of the moon around the earth (part 1) and the relative pull of the sun and the moon on the tides (part 2).