Libya, a country in North Africa with vast arid regions, faces a serious water crisis. With less than 7.5 mm of rainfall each year and evaporation rates over 3,000 mm, water scarcity is a constant challenge. The country relies heavily on fossil groundwater – non-renewable underground reserves – leading to the depletion of aquifers and making water increasingly scarce. As a result, Libya has some of the lowest per-person freshwater availability in the world, with less than 200 cubic metres annually. Population growth, expanding cities and industrial development put further pressure on limited water resources, while overuse, pollution and environmental degradation worsen the situation. Projects like the Man-Made River, which transports water from the south to the north, aim to help but have not fully solved the problem. To secure water for the future, Libya needs a comprehensive, sustainable strategy based on principles of Integrated Water Resources Management (IWRM). This approach involves carefully planning and managing water, land and related resources in a way that considers social, economic and environmental factors. Such efforts can improve efficiency, reduce waste and pollution and boost resilience against climate change. Addressing water scarcity also requires adopting sustainable practices such as collecting rainwater, treating and reusing wastewater, desalinating seawater and promoting water- efficient technologies. Combining these strategies with infrastructure improvements can help make the most of Libya’s water resources, protect the environment, improve people’s lives and utilize concepts like virtual water and water footprinting to bridge gaps and foster better water management. A holistic, sustainable approach rooted in IWRM principles is essential for tackling the root causes of Libya’s water crisis and building a secure water future.