By Gabriel J Christian Esquire
Co-founder, Dominica Academy of Arts & Sciences- www.thedominica-academy.org
Dominica rose from the Atlantic through fire and upheaval—born of volcanic eruptions that thrust the Earth’s interior above sea level and shaped mountains, rivers, forests, and soils of extraordinary richness. This geological origin endowed the island not only with breathtaking beauty, but with the likelihood of rare earth elements, copper, precious metals, and strategic minerals embedded in its volcanic rocks, ash-derived soils, and geothermal systems.
In the twenty-first century—an age defined by electrification, clean energy, advanced computing, aerospace technology, and artificial intelligence—such minerals are not luxuries. They are the building blocks of modern civilization. Nations that understand, measure, and govern their geological endowment with intelligence and integrity will shape their destiny. Those that do not will see their wealth extracted by others.
Dominica now stands at such a crossroads.
I. Volcanic Origins and the Hidden Wealth of the Soil
Dominica is among the youngest and most geologically active islands in the Caribbean. Its nine volcanic centers, geothermal fields, fumaroles, hot springs, and mineral-rich rivers are hallmarks of active hydrothermal systems known globally to host:
- Rare earth elements (REEs) in volcanic clays and weathered ash
- Copper, gold, silver, and zinc associated with hydrothermal veins
- Lithium, boron, gallium, and germanium in geothermal brines
- Industrial minerals such as silica, pumice, and zeolites
Yet astonishingly, Dominica has never undertaken a comprehensive, modern geological or mineralogical survey of its own territory.
This omission is not merely technical. It is civilizational.
To fail to know what resides in one’s soil is to invite plunder.
II. Rare Earth Elements, Volcanic Geology, and the Global Scramble for Control
Rare earth elements are among the most strategically important materials of the modern age. Though relatively widespread in the Earth’s crust, REEs are seldom found concentrated enough for economic extraction. Volcanic geology—particularly iron-rich magma systems—is one of the few natural processes capable of concentrating these metals to viable levels.
Volcanic Concentration of Rare Earths
As magma rises from deep within the Earth, it mobilizes trace metals and concentrates them through cycles of eruption, cooling, hydrothermal circulation, and tropical weathering. Over time, this process can produce rare earth–enriched zones in volcanic rocks, ash deposits, altered clays, and geothermal systems.
Recent research has shown that ancient or extinct volcanic systems are especially promising. Unlike active volcanoes, extinct systems allow long periods for hydrothermal fluids to circulate and for metals to precipitate and concentrate. A striking example is El Laco in Chile, an extinct volcano whose iron-rich deposits are now recognized as hosting significant rare earth mineralization. These findings have transformed scientific understanding of REE formation and expanded exploration well beyond traditional hard-rock deposits.
Dominica’s geology—formed by repeated eruptions, iron-bearing magma, ash fall, and tropical weathering—fits squarely within this emerging model. Its soils, mountains, and geothermal systems may therefore host rare earth–bearing clays and mineralized structurescomparable in origin to those now drawing intense global attention.
Why Rare Earths Matter
REEs are indispensable to modern life:
- Neodymium, praseodymium, and dysprosiumpower permanent magnets for electric vehicles, wind turbines, and robotics.
- Europium, terbium, and yttrium enable screens, LEDs, and advanced lighting.
- Lanthanum and cerium are critical to batteries, optics, catalysts, and defense technologies.
As the world electrifies and decarbonizes, demand for these materials is soaring. Secure access to REEs has become a matter of national security for major powers.
Geopolitics, Weak States, and Predation
At present, China dominates global rare earth production and processing, prompting the United States, the European Union, and their allies to seek alternative sources. History shows, however, that powerful nations and multinational corporations often prefer weak, corrupt, and poorly governed stateswhen extracting strategic minerals.
The Democratic Republic of the Congo stands as a tragic example—immensely rich in cobalt and copper, yet impoverished by decades of exploitation enabled by corruption, foreign interference, and the systematic exclusion of the population from education and organization. Disorganized and uneducated peoples become prey; local puppets facilitate extraction; global capital departs with the wealth.
This pattern is not accidental. It is structural.
Small island states like Dominica—rich in natural endowments but poor in institutional safeguards—are especially vulnerable. Volcanic geology, which can be a source of prosperity, can become a curse when its value is unknown to the people who own the land.
Knowledge precedes development. Without it, sovereignty evaporates.
III. Dr. Clayton Shillingford and the Moral Architecture of Indigenous Development
Long before today’s global scramble for rare earths—and long before corrosive dependency on passport sales—the late Dr. Clayton Shillingford, eminent Dominican botanist, understood that Dominica’s future would be decided by how it organized its knowledge and respected its scientists.
As the first President of the Dominica Academy of Arts & Sciences (DAAS)—founded in 2000 by Raglan Riviere and Gabriel J. Christian—Dr. Shillingford sought to organize competent Dominican scientists and artists at home and abroad into a disciplined national body capable of guiding indigenous, evidence-based development.
His vision rejected externally imposed “mega-projects” advanced by foreign-backed intermediaries and local cronies—schemes designed to secure the island’s wealth for themselves and the new fly-by-night pirates of the Caribbean. He insisted instead on institutions grounded in science, ethics, and long-term national interest.
He understood a simple truth: a small island without organized intelligence is prey.
IV. The Dominica Academy of Arts & Sciences and the 2001 Brooklyn Symposium
The seriousness of this intellectual project was made unmistakable on December 7, 2001, at the Brooklyn Marriott in New York City, during a landmark symposium jointly hosted by the Dominica Academy of Arts & Sciences and the Rosie Douglas Foundation.
The gathering assembled a formidable cross-section of Dominican thinkers and civic leaders, including:
Adenauer Douglas, Debbie Douglas, Cheryl Allan, Shirley Allan, Athenia Henry, Dr. Leroy Mitchell, Julius Sampson, Bernard Hurtault, Fraser Jones, Roy Casey, Alick Lawrence, Dr. Irving André, Frank Watty, Atherton Martin, Dr. Samuel Christian, Dr. Donald Peters, Lloyd Pascal, Mathias Pelrier, Dr. Thomson Fontaine, Jerome Austrie, Lennox Linton, and others committed to serious national reflection.
The symposium was attended by Roosevelt Skerrit, then Minister of Education, and Vince Henderson, then Minister of Agriculture—signaling the possibility of partnership between government and an organized scientific diaspora.
It was not a fête. It was a national think tank. That its recommendations were largely ignored remains one of the great lost opportunities of modern Dominican history.
V. From Vision to Action: The Urgent Need for Scientific Institutions
By 2025, despite billions generated through passport sales, Dominica has failed to invest meaningfully in:
- A permanent, independent Dominica Academy of Arts & Sciences
- A National Institute of Geology, Metallurgy & Soil Sciences
- Independent environmental review and planning bodies
Instead, major projects proceed without completed or disclosed environmental impact assessments; planning, procurement, and environmental laws are routinely violated; forests, rivers, and marine environments are placed at risk. Meanwhile, the National Library remains in ruins nearly a decade after Hurricane Maria, even as credible offers of assistance are rebuffed.
This is what happens when knowledge is sidelined and power is unchecked.
A National Institute of Geology, Metallurgy & Soil Sciences, anchored by a revitalized DAAS, would:
- Map and value national mineral and soil resources
- Evaluate geothermal systems for REEs and lithium
- Apply strict environmental scrutiny to all major projects
- Train Dominican geologists, soil scientists, metallurgists, and ecologists
- Strengthen negotiation power and prevent predatory extraction
Absent such institutions, Dominica remains like an innocent child surrounded by adult robbers, its wealth taken with ease while its people are distracted by spectacle—drink, dope, circuses, and fete—under leadership that substitutes entertainment for stewardship.
VI. Conclusion: Knowledge or Ruin
Dominica’s true wealth lies not only beneath its soil, but in the capacity of its people to understand, govern, and protect that soil.
Dr. Clayton Shillingford devoted his life to this principle. The Dominica Academy of Arts & Sciences was meant to be his legacy—an enduring shield of intellect and integrity against ignorance, corruption, and exploitation.
A nation that refuses to invest in knowledge will always be ruled by those who profit from ignorance.
If Dominica is to survive as a dignified, sovereign, and advanced nation, it must reclaim the path Dr. Shillingford and his colleagues laid out: organize its scientists, empower its academies, subject every project to rigorous scrutiny, and govern with law, evidence, and humility.
Only then will the fires that forged Dominica become a source of national strength rather than a curse exploited by others.