How does climate change affect wildfire behavior?

Climate change significantly influences wildfire behavior, primarily by exacerbating both the frequency and intensity of wildfires. As temperatures rise due to climate change, many regions experience prolonged drought conditions, which dry out vegetation, making it more susceptible to igniting. Additionally, higher temperatures can lead to longer fire seasons, allowing wildfires to occur more frequently.

This phenomenon is compounded by climate change's impact on seasonal patterns, leading to increased incidents of heat waves and decreased humidity. These effects create environments where wildfires can start more easily and spread rapidly. Vegetation that might normally resist fires can become dry and flammable more quickly, contributing to the overall intensity of the wildfires.

In contrast, other patterns seen in the incorrect options don’t align with established trends related to climate change and wildfires. For instance, climate change does not reduce the overall number of wildfires or limit the growth of fire-resistant vegetation; in fact, it can create conditions where such vegetation is less likely to thrive. Similarly, while climate change may affect precipitation patterns, it does not necessarily lead to increased rainfall that would reduce fire risks, as many regions may actually experience less rainfall or more unpredictable precipitation.