A global earthquake is a natural phenomenon that triggers ground movements due to the release of energy from the earth’s crust. The impact of this earthquake was not only felt directly by humans, but also had long-term effects on the environment. It is important to understand how earthquakes can affect ecosystems and what can be done to minimize the damage. First, changes in water flow points are one of the most significant impacts. When an earthquake occurs, shifting ground can damage dams and water systems, causing localized flooding. In addition, river flows can be blocked by landslides, creating temporary lakes that have the potential to trigger further damage if the dam breaks. Second, large earthquakes can trigger volcanic activity. Seismic shocks can open magma channels, signaling a possible eruption. Volcanic eruptions can release hazardous materials into the atmosphere, adding to air pollution and affecting the local climate in the long term. Third, changes in flora and fauna habitats cannot be ignored. Plants growing in areas experiencing earthquakes may not survive due to root damage or soil changes. In the short term, vegetation loss can trigger more severe soil erosion and increase the risk of other natural disasters. Fourth, the impact on soil quality often leads to a reduction in agricultural productivity. Earthquakes can break up soil or change soil pH, causing problems for farmers who depend on soil fertility for their agriculture. In addition, the loss of agricultural infrastructure due to the earthquake makes food security even more vulnerable. In addition, pollution produced by earthquakes can exacerbate environmental problems. Leakage of hazardous materials from factories or waste storage can occur, contaminating soil and water. Therefore, effective remedial measures are needed to clean up the affected areas. From a socio-economic perspective, the impact of the earthquake also had long-term consequences. The occurrence of natural disasters often forces residents to move, creating new settlements that can disrupt environmental balance. This rapid urbanization has the potential to destroy areas that previously had high biodiversity. Additionally, it is important to understand the role of technology in earthquake mitigation and environmental protection. The use of seismic modeling software can help predict the impact of earthquakes and design earthquake-resistant buildings, reducing damage to infrastructure and the environment. Disaster preparedness measures, such as public education and development of evacuation plans, are integral in reducing the risk of greater impacts on the environment. Through a collaborative approach between government, non-governmental organizations and society, we can build a system that is more resilient to earthquake disasters. Therefore, understanding the impact of global earthquakes on the environment is an important step in mitigating the risk of future disasters. Implementing sustainable practices and innovative technologies can help us adapt and protect fragile ecosystems.