The rare "Dragon's Blood Tree" on the island of Socotra, Yemen. Photo courtesy of REUTERS_Khaled Abdullah

Far off the southern coast of Yemen, the island of Socotra sits in the Indian Ocean between the Arabian Peninsula and Horn of Africa, often called the “Galápagos of the Indian Ocean.”

As John Yang explains on PBS News, Socotra is “one of the most biodiverse places on Earth,” with more than a third of its plant species found nowhere else on the planet. Among these rare species is the Dragon’s Blood Tree, Socotra’s most iconic natural feature. Known for its umbrella-shaped canopy and deep red sap, the tree defines both the landscape and identity of the island.

According to Annika Hammerschlag of The Associated Press, she says: “Socotra is like nowhere else I’d ever been,” with very little infrastructure and landscapes that feel almost surreal. She describes bottle trees growing out of cliffs, frankincense trees with twisted branches, and dragon’s blood trees that resemble something “out of a Dr. Seuss book.”

Despite its surreal beauty, this rare ecosystem is now under serious threat. According to Hammerschlag, the dragon’s blood trees are struggling to survive due to intensifying climate change impacts. In recent years, Socotra has been hit by some of the strongest storms on record, especially increasingly powerful cyclones in the Arabian Sea.

These cyclones have uprooted thousands of dragon’s blood trees, including specimens that are hundreds of years old. Scientists warn that as ocean temperatures continue to rise, these extreme weather events are likely to become even more frequent and destructive.

What makes the situation even more critical is the tree’s extremely slow growth rate. Dragon’s blood trees grow only about one inch per year, meaning that when mature trees are destroyed, they cannot be quickly replaced. At the same time, invasive goats on the island eat young saplings before they can even grow, preventing natural regeneration.

Beyond environmental pressures, political instability in Yemen is also a major factor worsening the crisis. Years of civil war, economic collapse, and ongoing regional tensions have severely weakened government capacity, making it difficult to prioritize environmental protection or fund conservation programs. As a result, Socotra’s ecosystems are largely left without strong national external assistance. As Hammerschlag mentioned, “Yemen has 99 problems Now,” highlighting how environmental concerns are often pushed aside amid larger crises.

Climate change intensifies this instability by directly reshaping the conditions the island depends on. Rising global temperatures are warming the Arabian Sea, which in turn fuels stronger and more unpredictable cyclones. These storms are not random events anymore but part of a growing pattern linked to climate change.

When cyclones strike Socotra, they do not damage individual trees, they remove entire generations of forest in a single event, leaving long-term gaps in the ecosystem. At the same time, changing rainfall patterns are creating additional stress. Socotra depends heavily on seasonal rains and fog to sustain its vegetation, but these patterns are becoming less reliable. Longer dry periods mean less moisture in the soil, making it harder for seedlings to survive even before they face grazing or storms. This combination of drought stress and storm destruction creates a cycle in which regeneration is continuously interrupted.

The impact becomes even more severe when combined with biological limitations. The dragon blood tree is not adapted to rapid recovery; its growth rate of roughly one inch per year means that ecological damage accumulates faster than it can heal. When older trees are lost, the forest does not simply “bounce back” but slowly shifts into a weakened state where fewer young trees survive to replace them.

This creates what scientists describe as an aging ecosystem, one where ancient trees remain standing, but the next generation is missing. Over time, this imbalance threatens not just the dragon’s blood tree itself, but also the broader ecological system that depends on it for moisture regulation and soil stability.

Despite these challenges, efforts to protect Socotra are still underway, mostly driven by local communities rather than large institutions. Families and conservation workers have built small nurseries to grow dragon’s blood saplings in protected enclosures, shielding them from goats and harsh weather. These nurseries represent one of the few ways young trees can survive long enough to reach maturity.

However, scientists and conservation experts argue that local efforts alone are not enough. Larger, more durable conservation infrastructure is needed, including stronger protective fencing, expanded reforestation programs, and long-term monitoring of tree populations to track regeneration. Managing or reducing invasive goat populations is also essential, as uncontrolled grazing continues to prevent natural regrowth.

International support is a key. Because Yemen is facing ongoing conflict and economic instability, conservation funding, research partnerships, and environmental aid from outside organizations could help strengthen protection efforts on the island. Experts emphasize that Socotra’s biodiversity is not only a local resource but a global one that deserves wider responsibility.

Even with all the threats, Socotra is not beyond saving. Its future depends on whether local resilience, scientific support, and global climate action can work together in time to protect one of the most unique ecosystems on Earth.