Climate change has become an urgent global issue, with significant impacts starting to be felt in various parts of the world. One of the most striking impacts of climate change is the increased frequency of flooding. Floods not only cause economic losses, but also damage ecosystems, affect public health, and cause population displacement. Rising global temperatures caused by greenhouse gas emissions contribute to the melting of ice at the North and South Poles. With the melting of ice, the volume of water in the oceans increases and results in sea levels rising. As sea levels rise, coastal areas become more vulnerable to flooding, especially during hurricanes or other extreme weather events. In addition, changes in rainfall patterns also contribute to a higher frequency of flooding. Some areas are experiencing more intense downpours, while others are experiencing drought. Higher rainfall usually leads to flash floods, resulting in rapid flows that many drainage systems cannot handle. For example, areas previously not known for frequent flooding are now at higher risk due to the intensification of extreme weather. Increased flooding also contributes to infrastructure damage. Bridges, roads and other buildings can be seriously damaged or even destroyed by flooding. This results in high repair costs and disrupts people’s mobility. Not only that, floods also affect clean water supplies and sanitation systems, which can trigger disease outbreaks. In an agricultural context, floods can destroy fields and disrupt food production. When agricultural land is submerged, the risk of crop failure increases, which in turn can lead to food shortages and rising prices. Affected farmers often do not have the resources to recover from these losses, potentially causing a local economic crisis. The follow-up that must be taken is adjustments in spatial planning and water resources management. Developing flood-resistant infrastructure, such as levees and better drainage systems, is becoming increasingly important. Apart from that, the community also needs to be empowered to understand risks and take mitigation steps. In several countries, the increasing frequency of floods has prompted governments to conduct further research into the impacts of climate change. Transition policies towards renewable energy and reducing greenhouse gas emissions are important to combat climate change, so that the frequency of flooding can be minimized. One example is climate adaptation implemented in developing countries. They are starting to integrate flood management efforts into development policies to reduce the risks and impacts faced by communities. A community-based approach is also important to address these challenges, involving local residents in the planning and implementation of neighborhood-based solutions. Investments in environmentally friendly technologies, such as rainwater collection systems and wastewater reuse, can also help reduce the impact of flooding. The community must be invited to play a role in maintaining the ecosystem, such as reforesting land that can retain rainwater and reduce runoff. In a global context, international collaboration is very important in addressing the issue of climate change and its impact on flooding. Countries must work together to share knowledge, technology and resources to protect the most vulnerable regions, and to reach agreement on reducing global emissions. Thus, the impact of climate change on increasing global flood frequency demands serious attention and coordinated action. Adaptation and mitigation strategies must be developed and implemented effectively to protect the environment and the well-being of people around the world.