Edexcel A-Level Geography 9GE0
Tectonic Processes and Hazards
Glaciated Landscapes and ChangeLandscape
Coastal Landscapes and ChangeLandscape
Globalisation
Regenerating PlacesPlaces
Diverse PlacesPlaces
The Water Cycle and Water Insecurity
The Carbon Cycle and Energy Security
Superpowers
Health, Human Rights and InterventionConnections
Migration, Identity and SovereigntyConnections
The Carbon Cycle and Energy Security
Balanced carbon cycle sustaining earth systems
- 3 things to know
- Papers 1 and 3
Overview
Recall questions on how a balanced cycle regulates the atmosphere, oceans and ecosystems.
What you need to know
Answer each one before you reveal it.
How does the concentration of atmospheric carbon affect the natural greenhouse effect?
Name one of the two main atmospheric carbon compounds that influences the natural greenhouse effect.
Questions from this subtopic
Each one with the model answer underneath.
- 1
Name one of the two main atmospheric carbon compounds that influences the natural greenhouse effect.
Model answer
Carbon dioxide (CO₂)
- 2
Besides carbon dioxide, which other atmospheric carbon compound significantly influences the natural greenhouse effect?
Model answer
Methane (CH₄)
- 3
How does the concentration of atmospheric carbon affect the natural greenhouse effect?
Model answer
The concentration of atmospheric carbon determines the strength of the natural greenhouse effect — higher concentrations lead to a stronger greenhouse effect and greater heat retention.
- 4
What role does the natural greenhouse effect play in controlling global temperature patterns?
Model answer
The natural greenhouse effect controls the global distribution of temperature by trapping outgoing longwave radiation, warming the Earth's surface unevenly depending on latitude and other factors.
- 5
How does the natural greenhouse effect influence the global distribution of precipitation?
Model answer
The natural greenhouse effect controls global precipitation distribution by influencing temperature patterns, which affect evaporation rates, atmospheric moisture content, and the location of precipitation belts.
- 6
Explain how ocean photosynthesis helps regulate atmospheric composition.
Model answer
Ocean photosynthesis regulates atmospheric composition by absorbing carbon dioxide from the atmosphere, as marine phytoplankton use CO₂ for photosynthesis.
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