Catalyst Magazine Live! Weather Earth and Beyond
This list of teaching resources has been put together to support the Catalyst Magazine Live! event: Weather, Earth and Beyond. The event took place on Wednesday, 4th May and was presented by Lt Cdr Peter N Greenhalgh. The session focused on the effects of space weather and was linked to a Catalyst Magazine article, by Peter, that focused on the interaction between the Sun, the oceans and our weather.
The MET Office Space Weather Page
Includes solar activity forecasts, solar imagery and links to explore more about space weather impacts and auroras.
Space Weather Effects
This resource contains two activities and accompanying teachers’ notes.
Effect on a solar telescope
Using images from the SoHO satellite, students make an estimate the speed of charged particles in a Coronal Mass Ejection from the Sun.
Space weather and dodgy data
Students look at data from a GPS satellite to investigate the effects that space weather has on the longitudinal positioning error.
Curriculum links include: speed and acceleration, energy, communications, risk, impact of developments in science and technology, data analysis, measurements, accuracy and precision, sources of error
Space Weather Live
Real time solar and auroral activity, including solar flares, sunspots and Coronal Mass Ejections.
NASA Space Place - solar activity pages
Designed for children, these pages are an introdcution to sunspots, solar flares and the effects of solar activity on Earth.
Planetary heat pumps
These resources from the European Space Agency climate change initiative education resource pack allow students to learn about how the ocean circulation has an impact on the climate. This redistribution of heat around the Earth 'planetary heat pump' supplies warmer water to the poles and influences the rate at which sea ice is formed.
The phenomenon of global thermohaline circulation is explored in the first activity 'Planetary Heat Pumps', with students performing specific heat capacity calculations to consider how the ocean and atmosphere have such an important role in regulating the climate. The second practical investigation 'Rising and Falling Water' models the movement of water with differing temperatures that replicates ocean thermodynamics such as stratification. This is the separation of waters of different densities into distinct layers that has an impact upon the exchange of heat, carbon and oxygen so affects ecosystems greatly. The experiment can be carried out as a remote learning exercise or as a homework. The final task requires computer access as it is research based upon using the 'Climate from Space' web application to study the behaviour of the Gulf Stream. Real data can be analysed as thermal cameras on satellites can detect the temperatures of oceans across the whole world at regular intervals so by comparing trends and patterns from the Gulf stream and other areas of the North Atlantic, students can explain the links between sea surface temperatures and another climate variables. All activities can be carried out independently or as a group with all teacher notes and student worksheets provided.
