Global forest fires are a natural phenomenon that is increasing in this era of climate change. These fires not only damage forest areas, but also have a broad impact on the environment, including air quality, biodiversity and ecosystem systems. The combustion process emits significant carbon dioxide (CO2), exacerbating the greenhouse effect and accelerating global warming. Climate change contributes greatly to the frequency and intensity of forest fires. Extreme weather, such as higher temperatures and longer dry seasons, create ideal conditions for fires to occur. For example, in Australia and California, extreme forest fires have become more common as global temperatures rise. This causes large tracts of land to burn, destroying natural habitats and causing the loss of species. The impact of forest fires is not only limited to physical damage. These fires also affect air quality, increasing concentrations of fine particles such as PM2.5 which can cause health problems. Research shows that increased air pollution from wildfires can lead to an increase in respiratory illnesses, heart attacks and other health impacts. Additionally, smoke from fires can spread far from the burned area, affecting communities not directly involved. Forest fires also disrupt the hydrological cycle, reducing the soil’s ability to absorb water. After a fire, soil can experience erosion and lose nutrients, making it difficult to support the growth of new vegetation. This leads to a spiral cycle where once fertile land becomes barren, contributing further to global warming. Governments and environmental organizations around the world have begun developing forest fire mitigation strategies. Satellite monitoring technology is used to detect fires early, enabling rapid response to prevent further spread. Public education is also key, with increased awareness of the importance of sustainable land management and controlled fires. Meanwhile, challenges remain. Inconsistent policies and land conversion for agriculture or infrastructure development often exacerbate fire problems. Changes in human behavior patterns towards burned forests and land require in-depth attention. Protecting remaining forests and carrying out restoration in burned areas is a crucial step in efforts to overcome the impacts of climate change and global forest fires. Through international collaboration and the adoption of sustainable technology, we can work to reduce the impact of forest fires and maintain ecosystem balance. These steps will help ensure that future generations can inherit a healthier and more sustainable environment.