Earthquakes are geological phenomena that can have a significant impact on the global environment. Analysis of the impact of earthquakes on the environment covers various aspects, including habitat, air quality, soil and water resources. When an earthquake occurs, this seismic activity can damage existing ecosystems and cause dramatic changes that can continue in the long term. First, earthquakes can cause physical damage to natural habitats. Forests, wetlands, and marine ecosystems are often affected by ground shifting and subsidence produced by earthquakes. This results in loss of biodiversity and disruption of the food chain. In a forest context, for example, earthquakes can damage trees and other flora, which in turn affects the fauna that depends on that habitat. Second, air quality can worsen due to earthquake activity. Often, earthquakes trigger landslides, which disturb the ground and increase dust and airborne particles. Most affected areas may experience higher than normal air pollution. Poor air quality poses a high risk to human and animal health, increasing the likelihood of respiratory and other disease risks. Third, land affected by earthquakes often experiences reduced strength, making it less fertile. Land shifts can cause soil contamination due to leaks of oil or other dangerous chemicals from destroyed infrastructure. This damage is not only dangerous for the ecosystem but also impacts agriculture and food security. Fourth, the impact of the earthquake on water resources must also be considered. Water sources, such as rivers and lakes, may be contaminated due to collapsed structures and leaking industrial waste. Additionally, changes in river flow can affect water quality and aquatic ecosystems. The availability of clean water is a critical issue, especially in areas that previously depended on natural sources that have now been affected by the earthquake. Furthermore, earthquakes can also trigger the melting of ice and glacier, especially in mountainous areas. This melting has a direct impact on sea level rise, which is a serious threat to many coastal ecosystems. Populated coastal areas may experience more frequent flooding, coastal erosion, and damage to marine habitats. Social factors cannot be ignored either. People living in earthquake-prone areas often need to adapt to rapid and unpredictable environmental changes. This may include mass displacement, which could lead to conflict over dwindling resources and trigger other social problems. In order to mitigate the environmental impact of earthquakes, a holistic and sustainable approach is needed. The creation of policies that support disaster risk reduction and habitat protection must be prioritized. In addition, educating the public about the potential impacts of earthquakes and mitigation measures is very important to increase environmental resilience. By understanding and analyzing the impact of earthquakes on the environment, preventative steps can be taken to protect and restore fragile ecosystems.