I Am Haunted By Waters

On Bringing Back The Fish

Mother Nature speaks in two voices. She might be the merest whisper of microscopic dust falling grain by grain across a thousand miles of open sea. Or she can roar with the voice of a volcano, replenishing in a single eruption what the years have slowly stolen. Both are the same lesson. We just have to be willing to learn it.

And sometimes, she asks us to become the lesson ourselves.

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I have been the volcano.

In the summer of 2012, working with the Haida Nation of British Columbia, I loaded a fishing vessel with carefully prepared mineral dust — iron and the trace elements that open ocean waters have been quietly starving for, decade by decade — and sailed into the Northeast Pacific. Into the very ocean pasture where British Columbia and Alaska salmon spend their growing years, feeding and building the strength they will need to cross thousands of miles of open ocean and climb every rapid between the sea and the gravel bed where their lives began.

We spread one hundred tonnes of iron-rich mineral dust across an ocean eddy roughly fifty thousand square kilometres in area. The plankton bloomed — visibly, measurably, from space. The food web responded from the bottom up, exactly as it has always responded when the dust arrives from the Gobi on the spring winds or when a Kamchatka volcano sends its ash plume eastward across the basin.

The following summer, 226 million pink salmon came home to Alaska. The largest return ever recorded in the history of that fishery. Where fifty million fish had been forecast, four times that number appeared — filling the nets, overwhelming the processors, feeding hungry children through USDA food aid programs, and carrying the ocean’s gift of marine nitrogen deep into the roots of the coastal forest.

I did not wait for a volcano. I became one.

And the fish answered.

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Those of us who love Pacific salmon share a particular kind of experience.

It begins at the water’s edge before first light. Maybe you are standing hip-deep in the Klamath, feeling its cold push against your waders while the canyon walls hold the darkness a little longer than the sky. Maybe you are watching the surface of a Southeast Alaska bay turn silver and boil as a tide of returning fish pushes against a creek mouth no wider than your arm span. Maybe you are in a drift boat on Oregon’s Rogue, your guide reading the seams of the river in a language older than writing — and then the line loads, the rod doubles, and for a few unforgettable minutes you are connected to a creature that has survived three years in the open Pacific, navigated storms and predators and four thousand feet of river gradient, and somehow found its way back to the precise pool where its life began.

Most of us release these fish carefully and gratefully. The joy is not in keeping them. It is in the connection — and in knowing they will continue upstream to complete the ancient transaction that built these rivers, these forests, and these peoples.

But we also know something troubling.

From the Sacramento to the Kenai, Pacific salmon runs have collapsed over the past half-century in ways that would have been unthinkable to those who fished these waters before us. Rivers that once ran dark with Chinook now struggle to meet minimum escapement thresholds. Entire commercial seasons on the Klamath and Sacramento have been cancelled outright. Oregon’s coho were listed under the Endangered Species Act. Washington’s Puget Sound Chinook — the orca’s primary food — have declined so far that the Southern Resident killer whales are now listed as endangered, visibly starving within sight of Seattle’s waterfront.

For decades, dedicated anglers, tribal nations, fishing families, and river scientists have worked tirelessly on the rivers themselves — fighting for dam removals, challenging water diversions, improving spawning habitat, defending treaty rights, and practicing careful catch-and-release stewardship. That work is heroic and necessary. And still the numbers keep falling.

The reason is that the greatest battle Pacific salmon face does not happen in the rivers. It happens out there — in the vast, cold, dimming ocean pastures where they feed and grow, and where they are either sustained or lost.

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Mother Nature’s three voices — and what they have in common

To understand what happened in 2012 and 2013, and why it matters for every salmon river from the Klamath to the Kenai, you need to understand how the North Pacific salmon pasture has always been fed.

The mechanism is ancient and elegant: mineral dust settles on the ocean surface, phytoplankton bloom, zooplankton graze, forage fish swarm, and salmon feast. Plankton to zooplankton to forage fish to salmon — four links in a chain that begins with a grain of dust.

Two natural systems have historically delivered the iron and trace minerals that start that chain.

The first is Asian desert dust — lifted from the Gobi and Taklamakan deserts each spring by the great westerly wind systems of the northern hemisphere and carried eastward across the full width of the Pacific, settling grain by grain onto the surface of the sea. This is Mother Nature’s whisper: invisible, continuous, and for millennia utterly dependable. Even the sparse arrival of these particles was enough, in the iron-limited waters of the Gulf of Alaska and the Bering Sea, to seed the blooms that fed the zooplankton, that fed the forage fish, that fed the salmon home in numbers that seemed to those who witnessed them like the permanent order of nature itself.

The second is volcanic ash — the roar — from the Kamchatka peninsula and the Aleutian arc, episodic and powerful, injecting mineral-rich particles high into the atmosphere and distributing them across the Northeast Pacific in pulses that the entire ocean food web responds to with immediate and measurable abundance.

And the third voice — the one I learned to speak — is deliberate replenishment. A ship. Red dust. The same iron and trace minerals that the wind and the volcanoes have always delivered, carried by human hands to an ocean pasture that has been quietly starving.

All three voices say the same thing. All three produce the same answer. The ocean blooms. The salmon come home.

But both natural voices have been faltering.

The volcanic arc still speaks when it chooses. But the Asian dust delivery has changed in ways that are measurable and documented. Rising CO₂ in the atmosphere has accelerated plant growth across the world’s drylands. More grass growing in the Gobi and Taklamakan means more soil held in place, less mineral dust lifted into the westerlies, less iron arriving at the surface of the Pacific. China’s Great Green Wall — an extraordinary human achievement on land — plants trees and grasses across the arid interior at continental scale, stabilizing the very dust bowls that historically fed the ocean. Major rivers across Central Asia have been dammed, reducing the silt and mineral delivery that once supplemented the aeolian supply. The result is a slow, chronic, and now measurable drought of dust reaching the North Pacific — a starvation of the ocean pasture that no river restoration project, no hatchery program, and no harvest restriction can address, because its source lies not in the rivers but in the wind patterns crossing an entire hemisphere.

Read more about the hegemony of grass here.

This is not a river problem. It is an ocean pasture problem — and it is one that Mother Nature herself, in her three voices, has shown us precisely how to solve.

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The record speaks across more than a decade

The 2013 Alaska return was not a lucky accident. It was a signal. And in the years since, Mother Nature has confirmed the message in her own voice, more than once.

In the years immediately preceding the 2025 Alaska salmon season — precisely the ocean years when that year’s returning fish were feeding and growing — something remarkable happened in the North Pacific. Significant volcanic eruptions in Kamchatka lofted ash into the Pacific basin. Multiple strong Asian dust storms transported mineral particles across the ocean on the spring westerlies. Satellite observations documented trans-Pacific aerosol plumes. Chlorophyll measurements indicated productive plankton pastures responding to the mineral delivery.

The 2025 Alaska harvest: 194.8 million salmon, valued at $541 million.

Pink salmon alone: 119 million fish. Sockeye: 53 million. Chum: 20 million.

Read those two years together — 2013 and 2025 — and the pattern is impossible to dismiss.

Fraser River sockeye — the Kasatochi volcano miracle

The Kasatochi volcano in the Aleutian Islands erupted in mid-August 2008, sending a plume of mineral-rich ash southeast across the Northeast Pacific — dusting the ocean pasture just as the last of that year’s Fraser River sockeye smolts were arriving offshore. The ocean bloomed. Two years later, the fish came home.

Year	Event	Forecast Return	Actual Return
2005	Typical declining run	—	~10 million
2006	Typical declining run	—	~6 million
2007	Continuing decline	—	~5 million
2008	Kasatochi erupts — August 7–8 Ash dusts NE Pacific salmon pasture; ocean blooms	—	~3 million
2009	Near-extinction low — Cohen Commission convened	~2 million	~1.7 million
2010	★ THE VOLCANO MIRACLE Fish fed on Kasatochi bloom return 2 years later	~1.2 million	~34–40 million
2011	Pasture not replenished — returns collapse	—	~5 million
2012	Russ George / HSRC ocean pasture restoration 100 tonnes mineral dust, 50,000 km² bloom	~2 million	~3 million
2014	★ OPR MIRACLE Offspring of 2010 volcano run + 2012 OPR fed fish return	3–5 million	~30 million
2015	Lowest return in all recorded history — no pasture replenishment	—	< 1 million

The pattern written in these numbers is unmistakable. When the ocean pasture is replenished — by volcano or by human hand — the sockeye come home in historic abundance. When the pasture goes hungry, they near extinction. The Cohen Commission spent $37 million trying to find the cause of the 2009 collapse in the rivers. The answer was in the ocean.

Alaska pink salmon — the HSRC ocean pasture restoration effect

Pink salmon complete their ocean life in two years, making them the most direct and rapid indicator of ocean pasture conditions. The 2012 Haida Salmon Restoration Corporation project — one hundred tonnes of iron-rich mineral dust across fifty thousand square kilometres of the Northeast Pacific — produced its answer the following summer with unmistakable clarity.

Year	Event / Ocean Pasture Condition	Forecast	Actual Return
2007	Declining pasture conditions	—	~102 million
2008	Kasatochi erupts — partial late-season ash benefit	—	~97 million
2009	Poor pasture — continuing decline	—	~125 million
2010	Kasatochi 2-year effect — partial pink benefit	—	~139 million
2011	Declining pasture — no mineral replenishment	—	~118 million
2012	HSRC OPR project executed — summer 100 tonnes mineral dust · 50,000 km² bloom · visible from space	—	~147 million
2013	★ LARGEST PINK SALMON RETURN IN HISTORY Fish fed on OPR bloom return — 4× the official forecast	~50 million	226 million
2014	Returns fall — pasture no longer replenished	—	~147 million
2015	Poor pasture — significant decline	—	~95 million
2016	Partial recovery — variable pasture	—	~130 million
2025	★ Kamchatka eruptions + strong Asian dust events Nature speaks again — ocean pasture replenished	—	119M pink / 194.8M total · $541M

The forecast for 2013 was approximately fifty million fish. Two hundred and twenty-six million returned. The ocean pasture, once replenished, answered four times louder than anyone dared predict. That is not noise in the data. That is the signal.

Between those peaks, in years when neither the volcanoes nor the dust storms nor a deliberate restoration project replenished the pasture, the returns fell back toward the declining baseline. The pattern is not subtle. When the ocean pasture receives its mineral feeding — from any of the three voices — the salmon respond. When the pasture goes hungry, they do not.

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The Atlantic confirms the Pacific

If this were only a North Pacific phenomenon, it could be debated endlessly. But Mother Nature does not confine her lessons to one ocean.

In the spring of 2010, the Icelandic volcano Eyjafjallajökull erupted, sending a vast plume of mineral-rich ash drifting across and settling onto the North Atlantic salmon pastures. Most people remember that eruption for the airline chaos it caused across Europe. But from the ocean’s perspective, something else was happening entirely: the same ancient transaction — volcanic dust meeting iron-starved water — playing out on the other side of the world.

The Atlantic salmon noticed.

In Scotland, the rod catch of wild Atlantic salmon rose sharply in 2010 to 111,405 fish — the highest number recorded in the modern statistical series. Ireland experienced roughly a 29 percent increase in rod catch compared with the previous year. Iceland recorded its highest wild Atlantic salmon catch on record. Read more on the volcanic Scottish miracle by clicking this link.

The surrounding years tell the story by contrast. Scotland’s catches in the years before and after:

2005 – ~95,000 · 2006 – ~96,000 · 2007 – ~90,000 · 2008 – ~83,000 · 2009 – ~88,000

2010 – 111,405

2011 – ~92,000 · 2012 – ~80,000 · 2013 – ~76,000

A single, unmistakable spike above the surrounding trend — and then the numbers fell back toward the declining baseline, exactly as the Pacific salmon numbers fall back when the pasture goes unreplenished.

But the Icelandic data revealed something more. It was not only that more fish returned — the fish that returned were different. The proportion of multi-sea-winter salmon, the largest and strongest fish, nearly doubled in 2010 compared with the year before. A replenished ocean pasture did not just produce more salmon. It produced bigger, older, stronger salmon — fish that had stayed at sea longer because the feeding was good enough to sustain them.

Two oceans. Two volcanic eruptions, years apart, on opposite sides of the northern hemisphere. The same mineral replenishment. The same ecological response. The same salmon coming home.

This is not correlation hunting in a single basin. This is a planetary pattern, written in the fishery records of Scotland and Alaska and British Columbia and Iceland alike. The ocean speaks the same language everywhere. The question is whether we are listening — and whether we are willing to speak it back.

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The connection no one is talking about: salmon, clouds, fire

Here is a fact that ought to stop every Californian and Oregonian in their tracks.

The same phytoplankton that feed Pacific salmon also produce dimethyl sulfide and other marine aerosols that seed California’s coastal clouds — the morning fog decks and marine stratus layers that once moderated summer temperatures, delivered moisture to the Sierra Nevada, and kept the forests from drying into tinder.

Coastal fog frequency off California has declined by roughly 33 percent since 1950. Marine cloud cover off Southern California is down by as much as 50 percent in summer. Salmon returns to the Sacramento and Klamath have collapsed by over 80 percent since the 1980s. California now regularly loses millions of acres to wildfire.

These are not three separate crises with three separate causes. They are one crisis: the dimming of the ocean pastures that once sustained clouds, rain, fish, and forests together.

Los Angeles was once the tuna capital of the world. Its fleet employed tens of thousands and delivered the equivalent of $10 billion annually to the state’s economy. The city’s official flag still carries the image of a tuna — a remnant emblem of what California’s ocean once produced in abundance. That fish, and the sardines, anchovies, and salmon that collapsed alongside it, did not disappear because of overfishing alone. The pasture that fed them went quiet.

The same missing plankton that no longer feeds the tuna no longer seeds the clouds. The same missing clouds no longer water the forests. The same dry forests burn.

It is one system. It always was.

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Listen to your Mother

The work I am building through OPR California, OPR Oregon, OPR Washington, and OPR Alaska is not a theory awaiting its first test. The 2012 Haida Gwaii project answered the central question in terms no honest observer can dismiss. The 2010 Eyjafjallajökull eruption answered it again in the Atlantic. The 2025 Alaska season — 194.8 million salmon following Kamchatka eruptions and strong Asian dust — confirmed it a third time. When the ocean pasture receives its mineral feeding, the fish come home.

What remains is to sustain that restoration deliberately — not when a volcano happens to erupt, not when an Asian dust storm happens to cross the Pacific at the right moment in the right season, but continuously, season after season, calibrated between Mother Nature’s two voices: the patient whisper of steady mineral replenishment across the salmon feeding grounds, with the continuity that a single volcanic event can never provide.

Over successive seasons we will replenish natural mineral inputs to the Northeast Pacific ocean pastures where West Coast and Alaska salmon spend their ocean years. We will monitor plankton productivity and forage fish abundance through each restoration season. We will track seabird feeding success as a rapid and sensitive indicator of food web recovery. We will follow salmon growth, survival, and return signals across river systems from the Klamath to the Kenai. And along the California and Oregon coasts, we will document the cloud, fog, and rainfall responses that flow naturally from restored plankton blooms.

The cost of a single season of ocean pasture restoration is a fraction of what one major river infrastructure project costs — yet this work addresses the problem at its source, in the ocean pasture itself, where salmon now face their greatest mortality.

What success looks like

Within a single generation of salmon — three to four years — we expect to see measurably stronger returns to rivers from the Klamath to the Kenai. Chinook will come back heavier and in greater numbers, as the Icelandic multi-sea-winter data already confirms: a well-fed ocean grows bigger, stronger fish. Coho runs now hovering at emergency thresholds will rebuild. Steelhead — those ocean-going rainbow trout that fly fishers on the Umpqua, the North Umpqua, and the upper Sacramento revere above all other fish — will return to rivers where they are now spoken of only in the past tense.

At the same time, restored ocean pastures will naturally sequester tens of millions of tonnes of CO₂ annually as living marine biomass — blue carbon, recognized under the Paris Climate Treaty. They will restore the marine aerosol production that seeds the coastal clouds of California and Oregon, returning the fogs and stratus decks that once cooled the land and watered the forests. They will return moisture to inland watersheds, reducing over time the fire intensity that has made Western summers a season of smoke and loss. They will revive the forage fish base that anchors commercial fishing economies from Monterey to the Bering Sea. And they will feed the Southern Resident orcas, whose survival is now entirely bound to the return of the Chinook.

These are not independent benefits. They are the same benefit — expressed at different scales within the same interconnected system. Ocean pastures sustain everything downstream of them. That has always been true. We are only now learning to act on it.

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An invitation

Those of us who have stood in these rivers understand something that cannot be reduced to a management plan.

Pacific salmon are not simply fish. They are the mechanism by which the open ocean feeds the forest. They carry the nitrogen and phosphorus of the deep Pacific into the roots of the old-growth trees. They are the reason the bears grow fat in autumn and the eagles gather in November and the rivers run clear and cold and alive. They connect the mountains, the rivers, the ocean, the clouds, the rain, and the forests into one living system — and they connect us to all of it, every time we wade into the current and wait.

For decades we have cared for the rivers with everything the rivers give us to work with. We have fought dam by dam, diversion by diversion, degree by degree of temperature.

Now it is time to care for the ocean pastures as well.

The Gobi and Taklamakan deserts have been teaching this lesson for millennia in their patient whisper of iron-rich dust carried eastward on the spring winds. The volcanoes of Kamchatka, the Aleutians, and Iceland have been teaching it in their periodic roar of mineral ash across the ocean basins. The 2012 Haida Gwaii project confirmed that a human being can speak in both voices — and that when we do, the ocean listens and the fish come home. The extraordinary 2013 Alaska return was the ocean’s first answer. Scotland’s record 2010 season, following Eyjafjallajökull, was the Atlantic’s confirmation. The 194.8 million salmon of 2025, preceded by Kamchatka eruptions and strong Asian dust events, was nature’s own reminder that the lesson has not changed.

The pattern is clear. The science is proven across two oceans. The methods are established.

What is needed now is the sustained commitment to answer — not when a volcano happens to erupt, not when an Asian dust storm happens to cross the Pacific at the right moment in the right season — but deliberately, continuously, season after season, until the rivers from the Klamath to the Kenai run dark with life again.

Those who fish for salmon know the moment I mean — the moment when you sense, before you see, that the fish are there. A change in the light on the water. A swirl that wasn’t there a minute ago. A feeling in the current that travels up through the line and into your hands and tells you: they’re coming home.

That is what the salmon angels are. Not a metaphor. A recognition. The ancient pull that has drawn human beings to these rivers for ten thousand years, that says: the fish are part of you, and you are part of this, and the system that sustains them sustains everything you love about this place.

From the Klamath to the Kenai, the salmon angels are still calling.

It is time we became the volcano once more — and sustained, season after season, the patient whisper that keeps the pasture alive between eruptions.

And the best news I have saved for last: the major funding for this work is close at hand, so stay tuned for another ‘miracle of the fishes.”

“Eventually, all things merge into one, and a river runs through it”,
and the soul of that river is her fish.

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Will you join me?

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Russ George is the founder of Ocean Pasture Restoration work around the world and across the Pacific Coast — OPR California, OPR Oregon, OPR Washington, and OPR Alaska. Learn more at opralaska.com.