No, The Conversation, the AMOC Doesn’t Have an Image Problem. It Has a Credibility Problem.

In the story, “One of the world’s most important climate threats has an image problem,” The Conversation claims that the Atlantic Meridional Overturning Circulation (AMOC) is a major climate change threat that is misunderstood; its suffers from an “image problem” because the public struggles to visualize a slow-moving ocean current hidden beneath the Atlantic Ocean. This is simplistic and wrongheaded.

From ClimateRealism

By Anthony Watts

In the story, “One of the world’s most important climate threats has an image problem,” The Conversation claims that the Atlantic Meridional Overturning Circulation (AMOC) is a major climate change threat that is misunderstood; its suffers from an “image problem” because the public struggles to visualize a slow-moving ocean current hidden beneath the Atlantic Ocean. This is simplistic and wrongheaded. The AMOC’s problem is not that people cannot visualize it. The problem is that after more than two decades of alarming headlines, scientists still cannot agree on whether the current is slowing down, speeding up, or remaining essentially unchanged, and whether human greenhouse gas emissions have any impact on the AMOC.

The global conveyor belt, shown in part here, circulates cool subsurface water and warm surface water throughout the world. The Atlantic Meridional Overturning Circulation is part of this complex system of global ocean currents. This illustration is captured from a short video produced by NOAA Science on a Sphere.

The Conversation argues that AMOC fails to capture public attention because it lacks compelling visuals. Unlike wildfires, hurricanes, glaciers, or polar bears, ocean circulation is difficult to photograph and therefore difficult to communicate. According to the author, climate journalism needs better images to help the public understand the threat. This completely misses the point.

People do not ignore AMOC because it lacks dramatic imagery. They ignore it because evidence that climate change is affecting it is contradictory and they rightly recognize there is nothing humans can do about shifts in the AMOC.

Over the past 20 years, scientific papers and media reports have alternately claimed that AMOC is slowing, accelerating, collapsing, stabilizing, or behaving within the range of natural variability. The scientific literature has not produced anything close to a consensus.

As Climate Realism documented in “Climate Activists Flip-Flop on Ocean Currents Yet Again,” studies have repeatedly contradicted one another. In one year, researchers announce alarming evidence of weakening. The next year, another study finds little evidence of long-term change. Then another paper claims acceleration. Then another predicts collapse. The narrative changes far more often than the ocean current itself.

That uncertainty is acknowledged, though somewhat buried, in The Conversation article. The author admits that “we still don’t know exactly how fast the circulation will change or even its future trajectory” and that “predicted outcomes remain uncertain.”

Exactly. That is not an image problem; it’s a scientific uncertainty problem.

The article cites studies suggesting AMOC is weakening and repeats familiar warnings that Europe could cool dramatically, monsoons could shift, and sea levels could rise along the U.S. East Coast. Yet these warnings have been circulating for decades without materializing.

Climate Realism addressed a similar wave of media panic in 2024 after CNN and numerous other outlets promoted claims that climate change was causing AMOC to collapse. As that analysis showed, the observational record remains sparse, direct measurements are relatively recent, and much of the collapse narrative depends heavily on computer model simulations rather than direct observations.

That distinction matters because models are not data.

The overwhelming majority of alarming AMOC headlines rely on model projections that extend decades or centuries into the future. Yet as Climate at a Glance notes in its review of ocean currents, direct measurements of AMOC cover only a tiny fraction of the timescales over which ocean circulation naturally varies. Historical proxy reconstructions often disagree with one another, while models produce widely differing outcomes depending on assumptions.

The result is not a scientific consensus; it is scientific debate in progress.

Ironically, the author comes close to admitting this when discussing the challenge of communicating AMOC to the public. The article notes that researchers often rely on computer models to reconstruct ocean circulation and generate three-dimensional animations. In other words, much of what is being presented to the public as future risk is derived from simulations of a system that remains incompletely understood.

The article then laments that frozen-Europe imagery may oversimplify the science because “most scientists say such a doomsday scenario is unlikely.” That statement deserves far more attention than the article gives it.

For years, media outlets have invoked imagery reminiscent of the Hollywood disaster movie The Day After Tomorrow, portraying AMOC slowdown as a trigger for sudden climate catastrophe. Yet the article concedes that the dramatic version of the story is highly unlikely.

If the most memorable visual representation of AMOC is scientifically implausible, perhaps the problem is not the public’s inability to understand the issue. Perhaps the problem is that the most alarming claims are not supported by strong evidence. Most people intuitively understand this.

The average person is concerned about things that directly affect daily life: jobs, energy costs, housing, health care, education, and public safety. A hypothetical change in a deep-ocean current that scientists cannot confidently measure over long timescales and cannot reliably predict decades into the future ranks understandably low on that list.

No amount of improved graphics in the media will change that reality.

The Conversation assumes that if journalists can simply find better images, the public will finally appreciate the danger. But people are not rejecting AMOC warnings because they lack imagination. They are skeptical because the scientific story is unsettled with the evidence and predictions in constant flux.

For more than 20 years, headlines have warned that the AMOC is slowing, collapsing, accelerating, recovering, or behaving unpredictably. The public notices those contradictions. And, of course, if any of the narratives are actually accurate, slowing, accelerating, or remaining relatively stable, the question of what impact if any that human emissions have on the AMOC’s behavior remains an open question. In short, the evidence that the world faces an AMOC problem is lacking, and there is even less evidence that humans can impact AMOC shifts whatever direction they may take.

The article concludes that AMOC reveals “the gap between what matters and what becomes visible.” In reality, it reveals something else entirely, the gap between doomsday laden media narratives and an unsettled, highly uncertain scientific record.

The AMOC issue in the media does not have an image problem, it has a credibility problem.

Wrong, Guardian, Climate Change Hasn’t Taken New Orleans Beyond the ‘Point of No Return’

The Guardian claims in “‘Point of no return’: New Orleans relocation must start now due to sea level, study finds” that New Orleans has effectively entered a “terminal condition” and must begin an organized population retreat because sea-level rise will surround the city within decades. This is false. The article relies on speculative climate modeling, paleoclimate analogies, and worst-case sea-level projections that are nowhere near what actual tide gauge measurements of sea level show today.

From ClimateRealism

By Anthony Watts

The Guardian claims in “‘Point of no return’: New Orleans relocation must start now due to sea level, study finds” that New Orleans has effectively entered a “terminal condition” and must begin an organized population retreat because sea-level rise will surround the city within decades. This is false. The article relies on speculative climate modeling, paleoclimate analogies, and worst-case sea-level projections that are nowhere near what actual tide gauge measurements of sea level show today.

The story warns that southern Louisiana faces “3–7 meters of sea-level rise” and shoreline retreat of up to 100 kilometers inland. That claim is extrapolated from comparisons to a warm period 125,000 years ago when ice sheets were in a very different configuration, not based on observed current data trends. The result of computer model simulations of ancient paleoclimate conditions has no bearing on the present, nor is it in-line with actual sea-level trends.

Measured sea-level rise along the Gulf Coast is well documented by long-running tide gauges operated by the National Oceanic and Atmospheric Administration (NOAA). The observed rate in the region is on the order of millimeters per year, not meters per decade as seen in the sea level trend graphic from the National Atmospheric and Oceanic Administration (NOAA) below.

The New Canal Louisiana tide gauge is the station closest to New Orleans. Note that based on actual data, NOAA predicts about two feet of rise in 100 years. Even accounting for local subsidence, the data show gradual rise, not an exponential surge toward three to seven meters (9.8 to 23 feet) this century. There is no empirical evidence supporting the notion that New Orleans will be “surrounded by the Gulf of Mexico before the end of this century.”

The Guardian also asserts that “strengthening hurricanes” are compounding the threat. Yet the Intergovernmental Panel on Climate Change (IPCC) Sixth Assessment Report (AR6) reports no increase in the number or severity of major hurricanes. Observational records for U.S. landfalling hurricanes show no significant upward trend over the past 50 years, as seen in the graphic below.

Source: Ryan N. Maue, “Global Tropical Cyclone Activity,” Climate Atlas, accessed May 6 2026, http://climatlas.com/tropical/frequency_12months.png

The most destructive hurricane to strike Louisiana, the 1900 Galveston storm and later the 1915 and 1965 storms, occurred long before modern carbon dioxide emissions were elevated. Hurricane activity in the Gulf of America has always fluctuated due to natural cycles such as the Atlantic Multidecadal Oscillation. Wind shear, sea-surface temperatures, and atmospheric dynamics drive storm intensity. There is no consistent data demonstrating a climate-driven escalation in Gulf Coast hurricane strength.

To the extent that “sea level rise” is greater on average in New Orleans and some other Gulf Coast areas than for the nation or world as a whole is due to a factor that the Guardian largely ignores, land subsidence. Southern Louisiana is sinking due to sediment compaction, groundwater withdrawal, oil and gas extraction, and the historical channelization of the Mississippi River. Much of the relative sea-level rise in the region is local land sinking, not accelerating global ocean expansion. Conflating subsidence with climate change induced sea level rise is grossly and dangerously misleading.

Even the study at the center of the article is an opinion piece, not a research paper, in a scientific journal projecting improbable future scenarios. It does not present new measurements showing imminent sinking or rapid sea level rise.

The map shown in the article depicts Louisiana under three meters of sea-level rise. That graphic is a model scenario based on SSP5-8.5, a high-emissions climate scenario combining fossil-fuel-intensive development with high level climate forcing by 2100. This worst-case scenario has no bearing in reality and is so bad that the IPCC recently removed it from all scientific consideration.

The rhetoric reads more like the trailer for a big-budget disaster film rather than an objective journalistic endeavor. “Terminal condition.” “Point of no return.” “Timebomb.” These alarming trigger words and phrases don’t reflect the reality on the ground in New Orleans, nor trends recorded by scientific instruments.

New Orleans has already invested billions of dollars in levees, pumps, and floodgates since Hurricane Katrina. Engineering solutions exist. The Dutch have defended land below sea level for centuries. To suggest that “there’s no amount of money” that can maintain protective infrastructure ignores modern coastal engineering reality.

Sea level is rising gradually. Wetlands are eroding due to river management and sediment starvation. Subsidence is measurable. These are real challenges. But they are not proof that relocation “must start now.”

Policy should be driven by measurements, not metaphors.

New Orleans faces engineering and land management challenges. It does not face a guaranteed watery extinction within decades based on current observed sea-level rise or hurricane trends. The Guardian’s doomsday story is not sober risk assessment, rather it is junk journalism at its worst.