Lebanon is often described as a water-rich country. With hundreds of natural springs feeding rivers, valleys, mountain basins, and dams, it is natural to expect reliable access to clean water. Yet for many households, purchasing water from private suppliers remains a normal part of daily life, even in regions surrounded by natural water sources.

This mismatch raised a simple but important question:
If Lebanon has so many natural springs, why do so many towns still rely on purchased water?

What the Data Shows

The visualization compares two key measures across Lebanon’s governorates:

• The number of natural springs (total, permanent, or seasonal)
• The percentage of towns in each governorate that rely on purchased water

You can interact with the chart using filters to:

• Explore specific governorates

• Switch between total, permanent, or seasonal springs

• Show or hide the purchased-water trend line

A Surprising Pattern

At first sight, we might expect places with many springs to rely less on purchased water.
But the data reveals a different story.

• Akkar and Mount Lebanon appear consistently water-rich across all spring types (total, permanent, and seasonal) yet roughly a quarter of their towns still rely on purchased water. This shows that even governorates with abundant natural sources do not always provide reliable public access.

• Beqaa, despite having far fewer springs than Akkar and Mount Lebanon, records the highest reliance on purchased water, with more than a third of its towns depending on private suppliers. This makes Beqaa a clear example of how limited natural springs and weak distribution amplify each other.

• Baalbek-Hermel, South Lebanon, and Nabatieh have moderate to low numbers of springs, yet many of their towns continue to use purchased water as well. Even where seasonal or permanent springs exist, public networks often cannot capture or distribute them effectively.

• Interestingly, the North, which has the lowest number of springs in every category,  relies less on purchased water than water-abundant governorates like Akkar and Mount Lebanon. This contrast reinforces the idea that the challenge is not simply about how much natural water a region has, but how well that water is managed, delivered, and made accessible to households.

The pattern is clear:
Water availability and water access are not aligned.

In other words, Lebanon doesn’t have a water availability problem. It has a water accessibility problem.

Why This Gap Exists

The visualization points to a structural mismatch: the regions with the most springs are not always the regions with the best water service. Broader assessments of Lebanon’s water sector help explain why:

• Many springs are located far from population centers

• Distribution networks are fragmented or old

• Seasonal springs are not always integrated into supply systems

• Even permanent springs may not be connected to public pipelines

This means that households may live only a few kilometers from a natural spring yet still lack regular public water service, pushing them toward purchased water, especially in summer or during shortages.

Why This Matters

Understanding this mismatch reshapes the way we think about Lebanon’s water challenges:

• The problem is not simply “water scarcity”

• The problem is also about distribution, planning, and infrastructure

Investing in better transport systems, modernizing networks, and capturing more of the existing springs could significantly reduce households’ dependence on purchased water.

Conclusion

Lebanon is not a water-poor country!
It is a country where natural abundance doesn’t translate into reliable access.

By exploring where springs are located versus where purchased water is still heavily relied upon, this visualization highlights a critical opportunity:

Lebanon doesn’t need more natural water.
It needs better ways to deliver the water it already has.

Understanding this mismatch is only the first step. Lebanon needs a water system that can collect, distribute, and deliver its natural resources to the communities that depend on them. Improving planning, strengthening networks, and making better use of existing springs can significantly reduce the country’s reliance on purchased water.

So the real question going forward is this: how can Lebanon turn the water it already has into water people can actually count on?