This article was first published by 907 Honest on August 10, 2026.
In an earlier article, we followed Harold Heinze from the secret decoding of the first North Slope discovery wells to the engineering breakthroughs that made Arctic oil production possible. His generation proved the resource was there and built the discipline to extract it without destroying the tundra. Fifty years later the same geologic province still holds some of the largest remaining undiscovered energy reserves in North America.
Extensive assessments from more than thirty independent sources confirm that Arctic Alaska and the adjacent Canadian margin contain staggering volumes of oil and gas with high geologic certainty. The Arctic Alaska Platform, the crown jewel, carries a geologic probability of 1.0 and a mean of 27.8 billion barrels of undiscovered oil plus roughly 160 trillion cubic feet of gas, driven by world-class source rocks including the Triassic Shublik Formation, Jurassic Kingak Shale, and Lower Cretaceous units.
Immediately offshore, the Canning-Mackenzie Deformed Margin adds another 6.4 billion barrels of oil and nearly 36 trillion cubic feet of gas at the same 1.0 probability. Inland, the Arctic Alaska Fold-and-Thrust Belt is predominantly a gas province with more than 61 trillion cubic feet of gas and 2.1 billion barrels of oil. On the Canadian side of the Amerasia Basin the passive margin, though higher risk at probability 0.54, still holds 2.4 billion barrels of oil and 15 trillion cubic feet of gas. Arctic Alaska alone points to nearly 30 billion barrels of oil and more than 220 trillion cubic feet of gas. The top three assessment units carry rock-solid geologic probabilities of 1.0. The hydrocarbons are there.
What remains unfinished is the same work Heinze’s generation began: converting a depletable Arctic resource into lasting value under the harshest conditions on earth. The operational environment, infrastructure gaps, and economics remain formidable. The engineering discipline that once solved the 140-degree “hot oil” problem and kept the tundra frozen must now be applied at a new scale. The foundations of data-driven exploration, Arctic engineering standards, and the principle that resource wealth must become permanent wealth still shape the choices ahead.
These Arctic “untapped giants” hold the potential to restore and expand that original promise for future generations. Nearly 30 billion barrels of oil and more than 220 trillion cubic feet of gas, with probabilities of 1.0 for the largest units, represent the next chapter of the story Heinze helped write. Under the Alaska Constitution, at least 25 percent of mineral lease rentals, royalties, and related payments, and 50 percent for post-1979 leases, must enter the Permanent Fund principal. Those deposits grow the principal, generate earnings in the Earnings Reserve Account, and support the Percent of Market Value draw that funds both state services and the Permanent Fund Dividend. Larger principal means larger sustainable draws and greater capacity for meaningful dividends.
Prudhoe Bay’s original 10–15 billion barrels of recoverable oil built the entire Fund that stands at more than $91 billion today. The Arctic Alaska Platform alone is assessed at nearly twice that volume. Even a fraction of these resources, once produced, would deliver royalty streams measured in tens of billions of dollars into the principal over decades. Gas from the Fold-and-Thrust Belt and Platform, well over 200 trillion cubic feet, would add revenues that currently do not exist and follow the same constitutional path.
For future generations the benefits are direct and quantifiable. New royalties enlarge the principal that belongs to children not yet born, the exact purpose of the 1976 constitutional amendment. A larger Fund supports higher, more stable draws, reducing pressure to treat the Dividend as a discretionary tool and making full statutory or higher payouts feasible. As existing fields decline, new Arctic volumes can keep the contribution engine running. Development would also multiply jobs, local spending, and rural activity; 90% of Dividend dollars already circulate inside Alaska, so a larger Dividend amplifies that effect for the next generation of families, education, and enterprise.
These resources remain undiscovered and only technically recoverable. Timelines from lease to first production routinely span 15–30 years. Infrastructure gaps, costs, permitting, and markets will decide how much is ever produced. Not every barrel or cubic foot will be economic. Yet the geologic certainty of the largest units is among the highest remaining on the continent.
In “Opinion: Oil & gas history every Alaskan should know,” I discussed the foundations Heinze helped build. In “Opinion: The great dividend diversion and its impact on Alaskan households,” I discussed how diversions have already transferred tens of billions away from households. The untapped Arctic giants offer a chance to reverse that trajectory, if the same discipline that once kept the tundra frozen for oil development is applied to exploration, development, and the strict constitutional deposit of royalties into the Permanent Fund. If even a meaningful portion comes online under the original ownership rules, future Alaskans will inherit a larger permanent endowment rather than a depleted one. More principal, more earnings capacity, and a stronger claim by every future resident on the wealth that still lies under the North. The hydrocarbons are there. Whether they become permanent wealth for the next generation remains our choice.
