In this lesson, the student will play the role of a famous musician planning a world tour with performances in outdoor amphitheaters in Chile, Venezuela, Greenland, and Maine (USA). Based on Monthly Precipitation Data for 2006 from MyNASAData website, the student will evaluate changes in monthly precipitation levels, draw conclusions about how precipitation data will determine dates for a world tour ... Full description.

Convective clouds are clouds that develop vertically appearing like big stacks of clouds. One very common example is cumulonimbus clouds. Convective clouds are commonly connected to stormy weather. Monthly Cloud Coverage for Deep Convective Cloud data can be used to predict patterns in weather. The specific pattern associated with this data is tracking and predicting thunderstorms. In this lesson, ... Full description.

In this lesson, students will assume the role of a Department of Forestry Ranger one of whose major concerns is forest fires. Using NASA Surface Scene Type data (biomes) and Monthly Equivalent Water Thickness Land Mass Change Data from 2006, the students will determine areas at high risk for forest fire development. Full description.

Visitors can access an alphabetic index to a large variety of fresh water-related materials on water quality, usage, laws and regulations, flooding, and ecosystems. Information resources include educational materials and a "Teachers' Corner" with booklets, activities, and fact sheets are available for teachers and are ranked according to educational level. This site is sponsored by Environment Canada, ... Full description.

This lesson is one in a series that brings the important stories of historic places into the classrooms across the country. It could be used in units on the early industrial period of American history and in courses on geography or science and technology. It will help students realize the role canals played in western expansion and in the evolution of transportation by focusing on the construction ... Full description.

This is a multimedia interactive simulation that teaches students about emergency preparedness, disaster safety, and weather and storm science. In the simulation, students visit a Florida family and end up preparing for and riding out a hurricane which hits during the visit. Students can track the storm on a map, watch weather updates, prepare emergency supplies, and develop a disaster emergency plan. ... Full description.

This learning unit is designed to present a means to examine what factors influence the quality of water in the Chesapeake Bay: population increase, algal blooms, endangered species (shad, oysters and blue crabs), and different watersheds (such as the Susquehanna River Basin) draining into the Chesapeake Bay bringing nutrients and pollution. Students work in groups to take on the role of scientists, ... Full description.

The Atmospheric Radiation Measurement (ARM) Program is an important part of the U.S. Department of Energy's (DOE's) strategy to understand global climate change. The ARM Program has established three outdoor research sites around the world. Scientists gather and use the data from these sites to study the effects of sunlight, radiant energy, and clouds on temperatures, weather, and climate. This site ... Full description.

This NASA resource offers links and information that will help students and others answer Frequently Asked Questions (FAQs) about the El Nino/Southern Oscillation (ENSO). Full description.

Clouds comprise a wonderful focus for classroom study. They're ubiquitous, ever-changing, scientifically interesting and, most importantly for teachers, they're cheap. The material presented here includes sections on cloud formation, cloud types, cloud pictures, other cloud-related phenomena, and a glossary. Full description.