Global Winds Teacher Resources

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Students recognize that global winds move in specific directions in specific latitudes and describe that in a written form. They relate the motion of the wind belts to historical navigation.
In this global wind patterns worksheet, students take notes on the wind patters in the southern and northern hemispheres. They indicate the latitude the winds occur at, the pressure, the characteristics and the direction the wind moves. They also label the winds on a diagram of the earth with the latitudes.
High schoolers discuss how the horizontal transport of heat from equatorial regions polewards drives global wind systems.
Students extend their understanding of convection to consider global winds and the effect of the earth's rotation on the creation of patterns of prevailing wind direction.
Students explore the climate and food sources of Ghana.  In this lesson on climate students view diagrams of global convection and complete a convection experiment.
It is so important for impending high school graduates to start thinking about their potential careers. Here, they discuss the persistence of Blondie Hasler and his impressive transatlantic trip. They follow various routes on a map and research a professional they admire. A instructional activity intended to spark the notion of life after high school.
Students examine how global wind and water patterns aid in the spread of worldwide pollution. In groups, they read articles about the domino effect of pollution and create posters displaying its journey. On blank world maps, students trace the distribution pattern of the pollution mentioned in their article.
Ninth graders perform research in the subject of weather to answer several key questions to increase comprehension of concepts. Students use weather prediction as an application for the research.
Blow your class away with a gust of humor as they watch this video about air pressure and wind. Along the way, they find that the density of air (as determined by temperature, altitude, and water vapor content) leads to air pressure differences. The differences in air pressure drive convection currents, which can be felt as wind. The stars of the film also identify the different global winds and the Coriolis effect. You will appreciate the approach and the content of this video, as well as the supporting resources that come with it.
Upper graders and middle schoolers make up a scenario of planning outdoor concert locations for their favorite musical group. They do this by looking into the weather patterns in a variety of tropical regions. They research where and when severe weather happens in these regions, and work together to come up with a proposed itinerary for their band that should keep them "dry" during their performances. A great teaching idea, and a wonderful lesson plan!
"If global warming is real, why is it so cold?" Distinguishing the difference between weather and climate is important when it comes to understanding our planet. In these activities, young scientists look at the climate patterns in a variety of locations, graph the data, and examine the geographical features such as mountains or oceans that affect a given location's climate. 
Meteorology learners explore the weight of air, layers of the atmosphere, and air pressure action through a series of discussions, demonstrations, and hands-on group activities. Enough discussion prompts, background information, student handouts, and internet resources are provided to build a complete atmosphere mini-unit.
Introduce your young meteorologists to black carbon produced by the burning of fossil fuels by showing the video, "Changing Planet: Black Carbon." Viewers discover that deposition of this carbon on polar ice impacts the absorption of sunlight and increases heat in the atmosphere. Learners then simulate this phenomenon in a lab activity comparing the heat produced on paper samples containing increasing amounts of black dots. This is a timely and telling investigation to include in your earth science curriculum.
Students explore different natural and manmade disasters through a webquest. In this earth science lesson, students explain their causes. They also discuss how disasters affect society. 
Students research, interpret, and become able to explain general characteristics of weather in tropical regions. Students observe and compare tropical and mid-latitude weather patterns.
Students examine the different types of wind patterns. Using common materials, they construct weather vanes to measure and record wind direction over a two-week period. After analyzing the data, they draw conclusions about the prvailing winds in their region.
Students explore the ways that engineers study and harness the wind. They study the different kinds of winds and how to measure wind direction. In addition, students learn how air pressure creates winds and how engineers build and test wind turbines to harness energy from wind. Excellent extension activities imbedded in this plan show students how to make a wind vane and a wind turbine.
Students study sea surface height and temperature and other characteristics of an El Nino.  In this ocean impacts instructional activity students examine the factors that influence an El Nino or La Nina. 
The fascinating video "Changing Planet: Fresh Water in the Arctic," introduces your oceanographers to the world's gyres. They learn that melting sea ice is making the gyres larger, and that the changes could, in turn, contribute even more to global climate change. Learners perform a simulation of ocean water circulation, placing colored sequins in the water to visualize its movement. They make connections between the atmosphere and oceans. Use this lesson to explore the far-reaching impact of climate change and the cycle that it may trigger.
Learners use satellite data to explore sea surface temperature. They explore the relationship between the rotation of the Earth, the path of ocean current and air pressure centers. After studying maps of sea surface temperature and ocean surface winds, students discuss and map, the cold and warm currents. From the information they collect, they determine the best place to fish, and where fog may be found.

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