Carbon Dioxide (CO₂) is the primary greenhouse gas contributing to global warming. It traps heat in the atmosphere, causing an increase in global temperatures.

Climate change leads to increased ozone production in urban areas due to higher temperatures and enhanced photochemical reactions.

Nitrogen Dioxide (NO₂) is a key pollutant in the formation of smog, reacting with other compounds in the presence of sunlight to produce photochemical smog.

Climate change often leads to increased atmospheric stability, characterized by reduced vertical mixing and limited dispersion of air pollutants.

Climate change is associated with increased ozone production, not depletion.

Climate change leads to increased drought conditions, which contribute to drier vegetation and an increased risk of wildfires.

Wildfires emit significant amounts of particulate matter, which can travel long distances and contribute to air quality issues.

Climate change often leads to increased atmospheric stability, which limits the dispersion of precursors and enhances the formation of secondary air pollutants.

Increasing the use of fossil fuels would exacerbate air quality issues, not mitigate them.

Climate change can lead to increased pollutant emissions due to factors such as higher temperatures and changes in atmospheric circulation.

Climate change is associated with increased heat-related mortality, not reduced.

Climate change can lead to increased flowering duration and altered pollen production, impacting the distribution and abundance of allergenic pollen.

Reducing greenhouse gas emissions is a mitigation strategy, not an adaptation strategy.

Climate change can increase the regulatory burden by requiring more stringent regulations and adaptation measures to address the changing air quality landscape.

Climate change is associated with increased particulate matter concentrations, not reduced.