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Increased Temperature and Prolonged Droughts: Global warming leads to rising average temperatures and altered precipitation patterns, resulting in longer and more intense drought periods. These dry conditions create an environment that is more conducive to wildfires, as vegetation becomes parched and dry, providing ample fuel for fires to ignite and spread rapidly.
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Enhanced Frequency and Intensity of Extreme Weather Events: Climate change is associated with increased frequency and intensity of extreme weather phenomena, such as heatwaves and storms. These events can create conditions that spark wildfires or exacerbate existing fires, leading to larger and more destructive outbreaks that can devastate ecosystems and habitats.
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Changes in Vegetation and Ecosystem Dynamics: As global temperatures rise, ecosystems are shifting, leading to changes in plant and animal species distributions. This can result in the proliferation of fire-prone vegetation, such as certain grasses and shrubs that thrive in warmer conditions. Additionally, stressed ecosystems may become less resilient to fire, complicating recovery efforts and leading to longer-lasting environmental damage.
in three points, show how global warming acts as a driving force behind the devastating effect of fire on the environment
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