icon for interactivity Interactive: Visualizing Global Climate Change

Global Climate Parameters

GCC This is an interactive visualization of global climate parameters based on a model generated using Columbia University's EdGCM modeling program. The applet allows the user to compare annual surface temperatures and other climate variables at different locations on the earth for the period 1950 - 2100. It is based on the Intergovernmental Panel on Climate Change (IPCC) scenarios.
Run Applet

 

Global Carbon Dioxide Footprint and Model

The CO2 footprint model is a geopolitical treatment of the problem of global increase in the concentration of greenhouse gases. The user can adjust the per capita emissions from various regions of the globe and then run a 4-box model of CO2 concentration in the atmosphere over the next 150 years. In this model a 4-way interaction between biosphere, atmosphere, mid-ocean and deep-ocean is calculated. This will help underscore the need to understand CO2 and other greenhouse gases as long-term issues.
Run Applet

CO2 Footprint

 

Planetary Climates: A Delicate Balance

co2 image Climate is regulated by the delicate balance of incoming and outgoing electromagnetic radiation. This applet first explores the climatic condition of various planets, focusing on Mars, Venus, and Earth. The second portion of this applet, the "Build a Planet" simulator, allows a user to alter the four factors that regulate climate: albedo, greenhouse effect, distance from the sun, and surface temperature.
Run Applet

 

Climate Change Questionaire

interactive questionaire

This is an interactive questionnaire that asks students to make a number of life-style choices. The outcome of their choices then determine which IPCC scenario most closely fits these choices. The student will then be invited to explore this choice using an applet very similar to the global climate change applet shown above. Run Applet

 

Interactive content and descriptions used with permission. © The King's Centre for Visualization in Science