Forest fires are a major ecological and economical hazard around the world, endangering biodiversity, human lives, and precious natural resources. Effective forest fire management control and prevention measures are critical for limiting wildfire damage. This abstract presents an overview of current forest policies and practises concerning forest fire management, control, and prevention. Forest regulations are critical in defining the framework for managing forest fires. These policies address a variety of issues, including fire prevention, suppression, land management, and recovery. Many countries have implemented comprehensive forest fire management strategies that incorporate scientific research, community participation, and multi-agency coordination. The policies emphasise a proactive approach, with the goal of reducing fire hazards through fuel management, early warning systems, public education, and legislation. Forest fire management, control, and prevention practises differ based on geographical contexts, ecological circumstances, and available resources. To extinguish wildfires, fire suppression strategies entail the deployment of well-trained firefighting personnel, equipment, and airborne resources. Furthermore, prescribed burning is extensively used as a preventative approach to lower fuel loads and the severity of future fires. It entails carefully planned controlled burns during favourable weather conditions in order to imitate natural fire regimes and preserve ecosystem health. Community involvement and awareness are essential components of forest fire management techniques. Engaging local populations in fire prevention and preparedness programmes improves their understanding of fire dangers and encourages appropriate land management practises. Participatory approaches, such as community-based fire management, enable local stakeholders to actively contribute to fire prevention efforts and develop resilience in fire-prone areas. In forest fire management, international cooperation and knowledge exchange are crucial. Collaboration between countries with similar fire-prone ecosystems promotes the exchange of best practises, scientific research, and technological advances. Transboundary collaboration increases early warning systems, firefighting skills, and cross-border fire event preparedness and response methods. Addressing the growing frequency and intensity of wildfires caused by climate change is one of the challenges and future objectives in forest fire management control and prevention. Forest policy must include climate adaptation techniques as well as long-term changes in fire regimes. Using innovative technology like remote sensing, unmanned aerial systems, and predictive modelling can help with early detection, fire behaviour prediction, and decision-making. Furthermore, encouraging sustainable forest management practises including silvicultural treatments and landscape planning can lower fire risks while also supporting biodiversity conservation and ecosystem services. For efficient forest fire management, integrated approaches that address ecological, social, and economic factors are required. Current forest policies and practises for forest fire management control and prevention include a mix of proactive measures, community engagement, international collaboration, and adaptable techniques. These policies and practises strive to reduce the effects of wildfires and promote resilient ecosystems and communities by merging scientific information, technological developments, and stakeholder involvement. In the face of increasing fire dynamics and climate change issues, continued research, innovation, and cross-sectoral collaboration are important to improve forest fire control tactics and guarantee sustainable landscapes.