The latest earthquake news from various parts of the world often attracts widespread attention, not only from scientists but also the general public. The earthquake changed the landscape and life in the affected locations, and sparked a global response in the form of humanitarian aid and scientific studies. Understanding the impacts and responses to these geological disasters is critical for designing effective disaster mitigation strategies. The impact of earthquakes can be felt in various aspects—human, environmental, and economic. The availability of health facilities is often a major challenge after a tragedy. Especially in areas that are not prepared for earthquake risks, hospitals could be seriously damaged, hampering medical care for victims. In the long term, education has also been affected, with schools being destroyed forcing children to possibly miss out on their learning time. Loss of life and physical injury are the most tragic impacts of an earthquake. For example, in a high magnitude earthquake, thousands of people can lose their lives in a matter of minutes. The surviving community must fight to reclaim their lives. In this context, international support through humanitarian organizations and international institutions is very crucial. Global reactions often emerge briefly after a disaster occurs. Many countries offer assistance, both financially and in resources. As in the case of the earthquake in Türkiye, many countries sent rescue teams and equipment. Social media also plays an important role in building awareness. Hashtags like #PrayForTurkey or #EarthquakeRelief went viral in digital communities, showing global solidarity. In addition to direct relief, earthquakes also trigger research and technological developments to detect and predict future earthquakes. Many scientists around the world are collaborating to improve early warning systems that could save lives. The public is also encouraged to better understand disaster aspects, prepare themselves with evacuation plans, and increase building resilience. Post-earthquake analysis shows different impacts depending on location, soil type, and population density. The denser an area, the greater the potential for damage. Analysis of data and statistics from previous earthquake events helps communities design strategic approaches to disaster mitigation. The importance of understanding geology and infrastructure that is resilient in the face of earthquakes cannot be ignored. Local initiatives to strengthen buildings and educate the public about actions to take during an earthquake are essential. Governments in various countries are also expected to be more proactive in establishing strict building regulations. Earthquakes create enormous challenges, but they also encourage feelings of humanity and solidarity throughout the world. The response to the latest earthquake shows that the world remains united in the face of adversity, responding quickly and committed to helping those in need. This collaboration strengthens the resolve to not only respond to disasters that have already occurred, but also prevent and prepare for disasters that may come.