Climate mitigation and adaptation are two fundamental and interconnected strategies for addressing the challenges of climate change, each playing a distinct but complementary role in safeguarding ecosystems, economies, and human societies. Mitigation focuses on reducing or preventing greenhouse gas emissions to limit the magnitude and rate of future climate change, whereas adaptation involves adjusting systems, practices, and policies to minimize the harm caused by climate impacts that are already occurring or are inevitable. Their interrelationship is dynamic and mutually reinforcing, and understanding this synergy is crucial for building long-term climate resilience at global, national, and local levels. Mitigation directly influences the scale of adaptation needed. When societies take strong measures to reduce emissions through renewable energy adoption, improved energy efficiency, sustainable land-use practices, and technological innovation, the severity of climate impacts—such as extreme heat, rising sea levels, intense storms, and droughts—is reduced over time. Lower levels of warming translate to fewer risks, shorter recovery periods, and lower adaptation costs. In other words, mitigation acts as a preventive strategy that, if effectively implemented, eases the future burden on adaptation efforts. For example, limiting global warming to 1.5°C rather than 3°C drastically changes the level of stress on coastal infrastructure, agriculture, biodiversity, and water availability. This demonstrates how mitigation defines the long-term trajectory of climate vulnerability. Adaptation, in turn, supports mitigation by building the capacity of communities and ecosystems to remain functional and resilient, enabling them to participate effectively in emission-reduction efforts. Healthy and well-managed ecosystems such as forests, wetlands, and mangroves enhance natural carbon sinks, thus contributing to mitigation while simultaneously protecting communities from climate hazards. Climate-resilient agriculture not only helps farmers withstand erratic rainfall or temperature variations but also reduces emissions through sustainable practices