What is a climate mitigation strategy and provide examples?

What is a climate mitigation strategy and provide examples?

• A. Actions to reduce greenhouse gas emissions, such as solar/wind power, electric vehicles, energy efficiency, carbon capture.
• B. Adaptation measures to cope with climate impacts.
• C. Waiting for technology to replace fossil fuels without action.
• D. Disaster risk reduction for a single event.

Answer: (A)

Climate mitigation means taking actions to reduce greenhouse gas emissions or enhance the removal of those gases from the atmosphere, with the goal of limiting how much warming happens in the future. The examples listed—solar and wind power, electric vehicles, and energy efficiency—fit this idea because they directly cut the amount of greenhouse gases released or lower the energy demand that leads to emissions. Solar and wind generate electricity without burning fossil fuels, electric vehicles reduce tailpipe emissions, and improving energy efficiency means less energy is needed overall, which lowers emissions from power plants and industry. Carbon capture and storage is another way to prevent CO2 from entering the atmosphere by capturing it from emission sources or the air and storing it safely. Choices that describe adapting to climate impacts, waiting for technology with no action, or focusing on a single-event disaster plan are not mitigation. Adaptation aims to cope with effects rather than reduce the gases driving those effects, waiting for tech without action postpones emission reductions, and disaster risk reduction concentrates on preparedness for specific events rather than lowering greenhouse gas concentrations.

Climate mitigation means taking actions to reduce greenhouse gas emissions or enhance the removal of those gases from the atmosphere, with the goal of limiting how much warming happens in the future. The examples listed—solar and wind power, electric vehicles, and energy efficiency—fit this idea because they directly cut the amount of greenhouse gases released or lower the energy demand that leads to emissions. Solar and wind generate electricity without burning fossil fuels, electric vehicles reduce tailpipe emissions, and improving energy efficiency means less energy is needed overall, which lowers emissions from power plants and industry. Carbon capture and storage is another way to prevent CO2 from entering the atmosphere by capturing it from emission sources or the air and storing it safely.

Choices that describe adapting to climate impacts, waiting for technology with no action, or focusing on a single-event disaster plan are not mitigation. Adaptation aims to cope with effects rather than reduce the gases driving those effects, waiting for tech without action postpones emission reductions, and disaster risk reduction concentrates on preparedness for specific events rather than lowering greenhouse gas concentrations.