SciEd Interactions - Climate Sensitivity Calculator

Description: Carbon dioxide is a greenhouse gas. When there is more CO2 in the atmosphere, global temperatures tend to rise. When there is less CO2, temperatures tend to be lower. By carefully studying temperature and CO2 levels from the past, scientists have been able to formulate a mathematical relationship between atmospheric CO2 concentration and average global temperatures. In general, whenever the carbon dioxide concentration in our atmosphere doubles, global temperatures rise by about 3° C (5.4° F). This is called the climate sensitivity, and there is evidence that it might be higher or lower than 3° C.

The simple calculator allows you to play around with this relationship. The calculator starts with year 2010 levels for carbon dioxide and temperature. Drag the slider to raise or lower the CO2 concentration. See how the temperature changes as a result. Change the climate sensitivity and see how the temperature is affected.

Type: Standalone

Keywords: Angular, calculator, average global temperature, climate sensitivity, CO2 concentration, carbon dioxide, temperature

Technologies: Angular, Angular Material - Basic Slider

Developer notes: n/a

Examples

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Description: Carbon dioxide is a greenhouse gas. When there is more CO2 in the atmosphere, global temperatures tend to rise. When there is less CO2, temperatures tend to be lower. By carefully studying temperature and CO2 levels from the past, scientists have been able to formulate a mathematical relationship between atmospheric CO2 concentration and average global temperatures. In general, whenever the carbon dioxide concentration in our atmosphere doubles, global temperatures rise by about 3° C (5.4° F). This is called the climate sensitivity, and there is evidence that it might be higher or lower than 3° C.

The simple calculator allows you to play around with this relationship. The calculator starts with year 2010 levels for carbon dioxide and temperature. Drag the slider to raise or lower the CO2 concentration. See how the temperature changes as a result. Change the climate sensitivity and see how the temperature is affected.

Type: Standalone

Keywords: Angular, calculator, average global temperature, climate sensitivity, CO2 concentration, carbon dioxide, temperature

Technologies: Angular, Angular Material - Basic Slider

Developer notes: n/a

Examples

External Source

Link

SciEd - Games and Simulations

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