Publish And Perish – A Sulfurous Tale
Ocean Pasture Restoration | Climate Science | 2026
Ocean Clouds Are Disappearing
The why is about sulfur
But climate science is staring at the wrong sulfur — and the ocean is dying while academics publish about ship exhaust.
The ocean is losing its ability to cool the planet. Not slowly. Not in models. Right now, measured by satellites, confirmed by 57 leading climate scientists who signed a paper admitting they cannot explain why Earth’s energy imbalance has doubled. The planet is absorbing nearly one full watt per square meter more sunlight than it did two decades ago. The reflective shield — the vast system of low marine clouds that has regulated Earth’s temperature for hundreds of millions of years — is collapsing.
And the climate science community’s primary response has been to publish papers about ship exhaust plumes.
This is not a critique of individuals doing careful work. It is a diagnosis of a system that has structurally selected a legible, fundable, politically convenient story over the existential one. The result, if left uncorrected, is not a publication gap. It is, perish the thought, an uninhabitable planet.
The Wrong Sulfur
In January 2020, the IMO reduced sulfur in marine fuels by 80%. The story wrote itself: ship tracks vanished in satellite imagery, temperatures spiked, papers multiplied. Fossil fuels, it turned out, had been masking their own damage through aerosol cooling — and now even that accidental benefit was gone. A perfect parable for the designated antagonist narrative.
Convenient. Legible. And tragically incomplete.
Behind this visible story lies a far larger, far slower, and almost entirely unmonitored catastrophe: the collapse of the ocean’s biogenic sulfur system. Phytoplankton across the world’s open ocean produce dimethyl sulfide — DMS — the gas that seeds marine clouds. These organisms are dying. Not because of fuel regulations. Because the iron-rich mineral dust they depend on has stopped arriving.
The ocean’s own cloud-making life is failing. Ship tracks are the trees. The dying ocean is the forest. Most are staring only at the trees.
DMS-derived sulfate is not a plume from a smokestack. It is the background itself — genuinely well-mixed aerosol produced over billions of square kilometers of productive ocean. When DMS declines, cloud condensation nuclei decline, clouds thin, and more solar energy hits the sea surface. This feedback loop has been theorized since the CLAW hypothesis in 1987 and is now visible in the satellite cloud record. And it is almost entirely absent from Earth system models, which hold biogenic DMS emissions constant while publishing elegant papers on the radiative coefficient of ship exhaust.
The Iron That Was — and the Grass That Replaced It
The North Pacific’s iron came from the Gobi and Taklamakan deserts. Vast dust-producing regions whose storms delivered the vital mineral that empowered photosynthesis in phytoplankton across tens of millions of square kilometers of iron-limited ocean. Dust storm frequency at some Chinese monitoring stations has fallen over 50 years from 89 days, 68 days, 48 days, and 28 days per year 2 decades ago to now, just 6 days! NASA MODIS data confirm a 1.5% per year decrease in atmospheric dust over the northwestern Pacific since 2003.
The mechanism is not drought. It is CO₂ itself — acting not as a greenhouse gas here but as a plant fertilizer. Rising CO₂, from 295 ppm in 1900 to 428 ppm today, reduces water loss from evapotranspiration in plants, especially in dry-land grasses, thereby improving water availability. Grasses survive and thrive where they could not before. Bare desert becomes vegetated land, we call that good ground cover. More grass growing means less dust blowing. Less dust means less vital minerals, importantly, iron reaching the ocean. Less iron means less phytoplankton. Less phytoplankton means less DMS. Less DMS means fewer clouds. Fewer clouds means more heat. More heat means more stratification. The loop tightens.
This is the central argument of The Hegemony of Grass Is Killing Our Blue Planet — CO₂ destroying the ocean’s cooling system through plant physiology, not the greenhouse effect. It does not fit the fossil fuel indictment narrative. It does not generate clean attribution papers. And so it has been largely ignored, which is why climate science has ignored the ocean cooling crisis for decades.
Publish and Perish
The academic incentive system rewards tractability and timidity. The shipping sulfur story is tractable: a discrete regulatory event, satellite-visible ship tracks disappearing, a coincident temperature anomaly, a neat forcing number. The biogenic DMS collapse is structurally hostile to every incentive that drives scientific publishing: it spans disciplines that don’t share journals, requires admitting the observational network is inadequate, implicates natural systems rather than fossil fuels, and produces an uncomfortable range estimate rather than a clean number.
No single PI can claim the finding. No single agency or discipline owns the problem. And it does not confirm the protagonist-antagonist narrative that organizes climate science’s public credibility and political relevance. So the ship track papers accumulate. The h-indexes climb. And the ocean continues to die outside the climate emergency room.
Academic pablum will not save the ocean. Fossil fuel finger-pointing will not restore a single cloud. Neither will buy us the decade we have left to act.
The familiar academic imperative — publish or perish — has inverted. When institutions preferentially publish the legible-but-partial story while neglecting the illegible-but-existential one, the warning stands: it is no longer publish or perish. It is publish and perish.
What We Know. What We Did. What Works.
In 2012, working with the Haida Nation’s Old Massett Village Council, we restored an iron-depleted ocean pasture in the Northeast Pacific. One hundred tonnes of iron-rich mineral dust. A phytoplankton bloom exceeding 50,000 km², visible from space. Atmospheric monitoring detected increased aerosol optical depth over the bloom region — the DMS cloud-seeding signature, exactly as predicted. The following year, the Gulf of Alaska Pink Salmon return came back at 226 million — more than 4 times the official forecast, the largest return in over a century.
The ocean responded. The biology worked. The precedent is real and documented. As the three-part series on this blog — The Vanishing Clouds, The Vital Ocean Connection, and Nature’s Air Conditioner — lays out in full, this is not a marginal intervention. The albedo math is unambiguous: each replenished and restored 50,000 km² ocean pasture delivers tens of millions of tonnes of CO₂e climate benefit annually.
What was missing in 2012 was comprehensive atmospheric monitoring to trace the full DMS–CCN–cloud pathway. That deficit is now the target of a forthcoming series of large-scale ocean pasture restoration trials, designed as integrated ocean-atmosphere experiments, instrumented to capture every link in the causal chain. The design is built around four falsifiable questions: Does mineral dust replenishment produce measurable DMS and CCN increases? Do those increases translate to observable cloud changes? Are results consistent across ocean basins? Can the work be conducted safely at globally significant scale? The ocean will answer. Our 2012 Native Public Private Partnership project, working with multiple federal, provincial, and native agencies, proved that as we help our ocean pastures, the oceans return the favour with an incredible reward of additional fish that swim into our nets and onto our plates.
The Choice
Fifty-seven of the world’s leading climate scientists have recently signed a paper admitting Earth’s energy imbalance exceeds their models by a factor of two and that they do not understand why. NASA’s George Tselioudis has described the loss of reflective oceanic storm clouds as a “crucial missing piece.” The CERES instruments show the shortwave albedo crisis accelerating sharply since 2016 — precisely the period when dust decline, gyre expansion, and the IMO 2020 regulation all converge.
The missing piece has a name. It is the slow-motion collapse of the ocean’s biogenic DMS-aerosol-cloud system, driven by the convergence of aeolian dust decline, warming-driven stratification, and expanding ocean oligotrophication. It is poorly monitored, cross-disciplinary, and structurally incompatible with the incentives of modern academic science. And it is the subject of a full treatment in Staring at the Wrong Sulfur — the perspective paper this article derives from — available as a downloadable pdf.
The choice is no longer between conservative and bold science. It is between science that confronts the illegible-but-existential problem and science that optimizes for legibility while the ocean loses its capacity to cool the world. It is between the documented, deployable, measurable benefits of ocean pasture restoration and another decade of ship exhaust papers while the planetary thermostat continues to fail.
We don’t need more models. We don’t need more ship track papers. We need to deploy proven nature-based ocean pasture replenishment and restoration to sustain the ocean — and let it show us what it can still do.
The ocean is vast. It wants to recover. The technology is a boat and some mineral dust, aka dirt! The cost is millions, not trillions. The timeline is months, not decades.
The hour is very late. But we are not waiting for the system to change. We are going to sea.
This article is derived from and references Staring at the Wrong Sulfur: How Climate Science Is Missing the Oceanic DMS Collapse And Hiding It Behind the Shipping Emissions Narrative (Russ George, 2026). The full paper with complete scientific references is available at russgeorge.net.