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    TUHOKlimaticka zmena / Destroying the Future Is the Most Cost-Effective
    "Given the sheer enormity of climate change, it’s okay to be depressed, to grieve. But please, don’t stay there too long. Join me in pure, unadulterated, righteous anger."

    "I don’t want your hope. I don’t want you to be hopeful. ... I want you to act. Once you start to act, the hope is everywhere."

    "Our best scientists tell us insistently that a calamity is unfolding, that the life-support systems of the Earth are being damaged in ways that threaten our survival. Yet in the face of these facts we carry on as usual."

    Rostouci hladiny oceanu, zmena atmosferickeho proudeni, zmeny v distribuci srazek a sucha. Zmeny karbonoveho, fosforoveho a dusikoveho cyklu, okyselovani oceanu. Jake jsou bezpecnostni rizika a jake potencialni klady dramatickych zmen fungovani zemskeho systemu?
    Ale take jak funguji masove dezinformacni kampane ropneho prumyslu a boj o verejne mineni na prahu noveho klimatickeho rezimu post-holocenu.

    rozbalit záhlaví
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    Facebook
    https://www.facebook.com/share/p/1Fz7JAoznf/

    The rate of the Earth Energy Imbalance (EEI) increase and global Ocean Heat Content (OHC) increase (mostly to deep into the uppermost 2000 meter layer) more than doubled starting in ~2017 and is related to the strong El Niño (EN) of 2015-2016. With the 2026-2027 EN looking like it will be stronger by a large margin, the inference is that this could lead to a sharp additional rise in the rate of global OHC increase and of the EEI around 2028. If that is the case then a larger average global 2 m height air temperature increase is already baked in unless we drastically and very rapidly reduce greenhouse gas emissions and existing atmospheric concentrations.

    The sharp increase and subsequent acceleration in global OHC starting in ~2017 is primarily driven by accelerating atmospheric greenhouse gas concentrations and the accumulation of Earth's excess thermal energy deep within the ocean layers. Because the world's oceans absorb more than 90% of the excess heat trapped by greenhouse gases, full-depth OHC acts as the primary indicator of global warming, experiencing less year-to-year fluctuation from temporary weather events than surface temperatures do.

    Scientists point to several overlapping factors that explain the distinct surge around 2017:

    1. The planet experienced one of the most powerful El Niño events on record between 2015 and 2016. During an El Niño, vast amounts of ocean heat are released into the atmosphere, causing atmospheric surface temperatures to spike. Once that cycle ended, the ocean surface cooled slightly, but the ongoing global energy imbalance meant the oceans immediately resumed absorbing massive amounts of heat. Instead of staying at the surface, this heat was mixed and stored deep into the 0–2000 meter layers.

    2. According to findings published by the Institute of Atmospheric Physics (IAP), the sharp spike in 2017 was not uniform across the planet. An unusually massive amount of thermal energy was deposited into the Atlantic Ocean and the Southern Ocean, pushing full OHC to record-breaking thresholds—absorbing an extra 1.51 x 10^22 Joules compared to previous baselines.

    3. Data from the National Oceanic and Atmospheric Administration (NOAA) confirmed that 2017 saw atmospheric carbon dioxide concentrations hit 405 parts per million (ppm), which was the highest in modern recorded history. Currently it is 427 to 429 ppm. As these gases trap more energy, Earth’s energy imbalance worsens, forcing the oceans to continually uptake greater quantities of heat at a much faster rate.

    4. According to data tracked by NASA’s Estimating the Circulation and Climate of the Ocean (ECCO), the upper 200 meters of the ocean saw a pronounced acceleration in heat content right after 2017. This acceleration means that the ocean is warming more than twice as fast over the last decade compared to previous decades.

    Because water has a much higher heat capacity than air (the oceans have a total heat capacity about 1,000 times that of the atmosphere) the oceans act as Earth's primary climate buffer.

    In 2025, ocean heat content (OHC) set yet another consecutive record high, storing an immense volume of energy.

    The oceans absorb about 90% of the EEI while EEI is accelerating. While the total amount of heat the ocean absorbs is skyrocketing - because the total EEI is accelerating - the 90% share is projected to remain relatively stable in the near future, though subtle shifts are possible.

    The absolute velocity of heat absorption is accelerating. Due to rising greenhouse gases and declining global reflectivity (albedo) from melting ice and fewer marine clouds, the Earth's total energy imbalance has dramatically widened. 👉The rate of ocean warming has effectively quadrupled over the past four decades.👈

    As the top layer of the ocean warms, it becomes less dense than the cold water beneath it, leading to increased stratification (layering). This makes it harder for the ocean to mix. If the warm surface layer cannot efficiently transport heat down into the deep ocean, the surface layer will heat up even faster. Over a long timeframe, this could decrease the ocean’s efficiency as a heat sink, leaving a slightly higher fraction of heat to remain in the atmosphere and accelerate land warming.

    Large -scale ocean currents like the AMOC act as a conveyor belt that pushes heat into the deep ocean. Climate models indicate that as fresh meltwater from glaciers flows into the sea, the AMOC may weaken. A weaker conveyor belt alters regional heat uptake patterns and reduces how effectively the deep ocean stores excess energy.

    While the ocean’s heat absorption remains high, its carbon dioxide absorption is a different story. The ocean absorbs about 25–30% of human-emitted CO2. However, warmer water physically holds less dissolved gas. Scientists have observed that the ocean’s carbon sink capacity is showing signs of weakening during extreme heat years. If the ocean absorbs less CO2, atmospheric CO2 will rise faster, widening the EEI and forcing the ocean to absorb even more heat.

    More: https://ecco-group.org/ohc.htm

    FB-IMG-1788898857647
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    Planes flying over the Atlantic will be re-routed to avoid contrails | New Scientist
    https://www.newscientist.com/article/2585091-planes-flying-over-the-atlantic-will-be-re-routed-to-avoid-contrails/

    ❝ Planes flying across the North Atlantic Ocean later this year will be re-routed to avoid causing condensation trails, in a first-of-a-kind trial to address the global warming impact of contrails across an entire airspace.

    Starting in November, air traffic controllers managing the Shanwick airspace on the eastern side of the North Atlantic will advise planes to adjust their altitude to avoid creating fresh contrails. The controllers will be using AI-generated forecasts of atmospheric conditions from Google that predict where contrails will form.

    “We can predict the regions that are going to form persistent climate-warming contrails, and we can re-route planes around them,” Marc Shapiro at Contrails.org, a research organisation that is participating in the project, said during a press briefing on 17 August.

    Contrails are formed when soot particles emitted by jet engines trigger the formation of ice particles, leaving a condensation trail that can last for hours. During the day, these persistent contrails help to reflect solar radiation back to space, which has a cooling effect. But they also trap heat below them, causing warming. Overall, contrails are thought to account for around one-third of aviation’s climate impact.

    The Shanwick airspace is a contrail hotspot and a busy area for planes crossing the North Atlantic. Modelling suggests the airspace is responsible for about 5 per cent of global contrail warming, and most of this effect occurs during the winter season between November and February.

    The £5 million Operation Blue Skies project will re-route flights in the evening and night, which have the biggest warming effect. Pilots entering the Shanwick airspace will be instructed to adjust their altitude by up to 2000 feet (600 metres) to avoid atmospheric conditions where contrail formation is likely. The advice will be issued under the same procedures already used by air traffic controllers to help pilots avoid turbulence or other weather conditions.

    The trial will run during two four-month winter trials over 2026-2027 and 2027-2028, with approximately 20 to 40 test days during each winter season. Around 10,000 flights are expected to pass through the airspace during trial hours each year, and hundreds will need to be re-routed to produce a statistically significant data set for analysis. Researchers from the University of Cambridge and Imperial College London will analyse the data from the trial.

    The climate benefit of avoiding contrails is worth any extra fuel burn from shifting flight paths, Paul Hodgson at Google UK said during the briefing. Re-routed flights may have to burn an additional 100 kilograms of fuel per aircraft while crossing the airspace, resulting in an additional few hundred kilograms of CO2 emitted. By comparison, “the contrail impact on those flights, especially at those times of day, is measured in the tonnes or even the tens of tonnes”, he said.

    The project follows previous trials of Google’s AI contrail forecasts, which have been used to inform airlines’ flight plans before take-off and routes set by air traffic dispatchers. This work suggests re-routing a plane can cut contrail formation by 50 to 60 per cent.

    But this is the first time contrail forecasts will be used across an entire airspace, and airlines will not be able to opt out. “This is what we call an airspace-scale trial, where deviations will effectively be instructed from the air traffic controller and affect all of the aircraft that are flying in this particular region,” said Hodgson. ❞
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    The Planetary Domino Effect - Global Climate Teleconnections & Feedback Cascades
    https://drtomharris.substack.com/p/the-planetary-domino-effect-global

    “Historically, these two phenomena were treated as isolated anomalies. The cold blob is linked to the Atlantic Meridional Overturning Circulation (AMOC) slowing down as less warm water is transported there and melting ice freshens the North Atlantic. The monsoon disruption is tied to shifts in the jet stream, driven by Arctic amplification narrowing the temperature gradient between the tropics and the pole.

    However, a groundbreaking study has revealed that these two phenomena are not just parallel symptoms of climate change—the monsoon shift is a direct result of the Atlantic cold blob.1 Linked by a massive atmospheric teleconnection, a wind reconfiguration known as a barotropic governor mechanism strengthens the jet stream’s core while weakening adjacent regions, ultimately redistributing India’s rainfall. As we discover more about the planet’s inner workings, it is becoming clear that our shift from environmental normality is highly interconnected. These networks can provide temporary stability through dampening feedbacks, but they also possess the terrifying capacity to trigger domino-like cascading effects, leading to non-linear accelerations of global impacts.”
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    :)

    After decades of warnings, new data suggest the Atlantic’s vital circulation may withstand climate warming better than feared.

    https://www.science.org/content/article/ocean-current-warms-europe-may-be-more-resilient-feared
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    Phytoplankton decline hints trouble for north Atlantic food webs - Oceanographic
    https://oceanographicmagazine.com/news/phytoplankton-decline-hints-trouble-for-north-atlantic-food-webs/

    It has linked the declines primarily to rising sea surface temperatures and changes in mixed layer depth – physical properties that control how nutrients and light are distributed in the upper ocean. As surface waters warm, the ocean stratifies into more distinct layers that are less likely to mix vertically, cutting off the supply of nutrients from depth that phytoplankton depend on to grow.

    “While the ocean may appear to be one giant body of water, it is often divided into layers based on temperature,” said Dr Tilstone. “As the ocean warms, these layers become stronger and less likely to vertically mix – a process known as thermal stratification. This matters because the mixing of ocean waters helps transport nutrients from the depths to the surface, where phytoplankton can use them to grow. When that supply is reduced, microalgae productivity can decline.”
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    make planet invisible again!

    idiokrati u kormidla, otevírám další plechovku gatorade, bojuju tím proti suchu v krku


    The Trump administration is... - Alt National Park Service
    https://www.facebook.com/share/1EQdmfmHpR/

    The Trump administration is dismantling a $368 million deep-ocean monitoring network 900+ sensors tracking climate currents, fishery health, ocean carbon absorption, and coastal flooding along the East Coast. Ships go out in June to start pulling it up. Congress funded it twice after Trump tried to cut it 80%. NSF shut it down anyway. The Irminger Sea station alone was part of an international effort to monitor the Atlantic Meridional Overturning Circulation the global current system whose collapse would mean permanent, severe weather disruption across the Northern Hemisphere.
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    https://edition.cnn.com/2026/05/30/climate/hunga-tonga-volcano-eruption-methane

    A volcano that erupted in the South Pacific in 2022 destroyed some of its own methane emissions, and scientists now think the chemistry behind it could become a new tool against one of the most potent planet-heating gases.

    The Hunga Tonga-Hunga Ha'apai eruption on 15 January 2022 was one of the most violent of modern times, hundreds of times more powerful than the Hiroshima bomb, with a sonic boom that circled the planet twice. New research published in Nature Communications found that it also cleaned up after itself.

    Studying satellite data, scientists spotted a huge cloud of formaldehyde, a gas that forms when methane is broken down. "We found a huge cloud of formaldehyde that should normally not be there", said study author Maarten van Herpen. They tracked it for 10 days, and since formaldehyde lasts only a few hours, the methane destruction must have continued for over a week.

    The eruption blasted enough salty water vapour into the stratosphere to fill around 58,000 Olympic-size swimming pools. Sunlight hitting that salty mixture appears to have produced chlorine, which reacted with methane and broke it down, the same process previously observed when Saharan dust blows over the Atlantic. The team estimates the eruption produced around 330,000 tons of methane, of which roughly 900 tons were destroyed each day.

    Why it matters: methane is about 80 times more effective at trapping heat than carbon dioxide over 20 years and accounts for roughly a third of global warming. Because it is short-lived, cutting it could slow warming relatively quickly. The findings raise the possibility of injecting iron-based particles into the air over the ocean to mimic the effect.

    Independent scientists are cautious. Pete Edwards of the University of York called the results interesting but "very difficult" to confirm, warning of "potential unintended consequences on climate, air pollution and ecosystem health". Emily Dowd of the University of Leeds said the chemistry still needs thorough testing in atmospheric models before anyone counts on it.
    MARASAN
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    Evropa se jako jedinny misto na Zemi muze paradoxne ochladit, hlavne UK a Skandinavie

    A key Atlantic current is weakening. Here’s why it matters. | DW News
    https://www.youtube.com/watch?v=M4onHcgbyw8
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    A key Atlantic current is weakening. Here’s why it matters. | DW News
    https://youtu.be/M4onHcgbyw8?si=-7Pusq3r_WUoarpe
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    A catastrophic climate event is upon us. Here is why you’ve heard so little about it | George Monbiot | The Guardian
    https://www.theguardian.com/commentisfree/2026/apr/23/catastrophic-climate-event-scientists-atlantic-system-collapse-billionaire-existential-crisis
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    Critical Atlantic current significantly more likely to collapse than thought | Oceans | The Guardian
    https://www.theguardian.com/environment/2026/apr/15/critical-atlantic-current-significantly-more-likely-to-collapse-than-thought
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    Norway Faces Energy Shortage As Lack Of Winter Snow Depletes Reservoirs - CleanTechnica
    https://cleantechnica.com/2026/04/03/norway-faces-energy-shortage-as-lack-of-winter-snow-depletes-reservoirs/

    This winter was Norway’s coldest since 2010, the result of persistent high pressure near Greenland that blocked flows of moist Atlantic air into the Nordic region, Bloomberg says. With little precipitation, snow reserves have fallen to their lowest levels in two decades, creating a deficit of about 25 TWh of electricity — equal to 20% of Norway’s total hydropower output last year, according to Tuomo Saloranta, a hydrologist at the Norwegian Water Resources and Energy Directorate.
    ...
    Consumers are already feeling the pinch. Electricity sales to the UK and Germany — major export markets — have plunged by about 50% and 40% respectively this year. In northern Sweden, energy prices are up more than four times over 2025 levels.
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    Pesticides, pharmaceuticals and industrial chemicals found everywhere in seawater
    https://www.lemonde.fr/en/environment/article/2026/03/22/pesticides-pharmaceuticals-and-industrial-chemicals-found-everywhere-in-seawater_6751696_114.html

    The researchers detected a total of 248 human-made compounds in the waters of the Pacific, North Atlantic and Indian oceans, which, across all the samples analyzed, made up a median of 2% of dissolved organic matter. Among these were pesticides such as DEET and icaridin (both insect repellents), additives used in plastics such as phthalates, UV filters from cosmetics, surfactants and a whole range of pharmaceutical residues, including beta-blockers, antidepressants and anti-infectives such as chloroquine.

    The analyses also revealed that levels of chemical pollution were particularly high near coastlines, with a median proportion of contaminants from human activity amounting to 20% of all dissolved organic matter, and reaching as much as 63% in the most extreme cases.

    "I was quite shocked when we first saw the results. (...) When you think about it from a hydrological perspective, I think this also makes complete sense," noted Petras. "In Germany, for example, during the summer months, a large portion of water contribution to the major rivers comes from wastewater treatment plants. Those can currently not remove all/most of the organic compounds, so they will end up in the river and then in the ocean."

    Marine waters contain "about 700 billion metric tons of dissolved organic carbon – a mix of proteins, carbohydrates, lipids and other molecules – mainly from the biological activity of marine organisms and river inputs," explained Sempéré. The fact that human-made molecules in the ocean account for 2% of the chemical signal is, in his view, "far from negligible," and a figure of 20% in coastal areas "is huge."


    Widespread presence of anthropogenic compounds in marine dissolved organic matter | Nature Geoscience
    https://www.nature.com/articles/s41561-026-01928-z
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    France experiences 'unprecedented' winter with storms, major floods and record rainfall
    https://www.lemonde.fr/en/environment/article/2026/03/05/france-experiences-an-unprecedented-winter-with-a-series-of-storms-major-floods-and-record-rainfall_6751113_114.html

    In the words of Christine Berne, a climatologist at Météo-France, February shifted the season into the "unprecedented." With rainfall totals equivalent to twice the seasonal norm, it became the wettest February ever recorded since measurements began in 1959, surpassing 1970. For the entire winter, rainfall was 35% above average, making it the eighth-wettest season since records began. From Brittany to the Atlantic coast and the Mediterranean rim, it rained more than one day out of two, and in some cases, more than two days out of three. "Rainfall was almost daily from January onward," said Berne, with 40 consecutive days of precipitation – a record.

    Some cities experienced unprecedented totals: 798 mm in Quimper (northwest) 737 mm in Durban-Corbières (south) and 526 mm in Montpellier (south). While Météo-France described this rainfall as "unusual" – and even "locally historic" – the agency noted that comparable early-year patterns were seen in 1995, 2014 and 2016. The soil moisture index, however, reached a record high since measurements began in 1959.

    ...

    Within a country whose projected temperature will rise by +4°C by 2100, according to the reference trajectory for climate change adaptation, winter precipitation could increase by about 20%. The winter of 2025-2026 already offers a preview of that future.
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    Governments must fix ‘faulty radar’ in economic climate models as storm approaches, scientists warn - Carbon Tracker Initiative
    https://carbontracker.org/governments-must-fix-faulty-radar-in-economic-climate-models-as-storm-approaches-scientists-warn/

    Flawed economic models mean climate crisis could crash global economy, experts warn | Green economy | The Guardian
    https://www.theguardian.com/environment/2026/feb/05/flawed-economic-models-mean-climate-crisis-could-crash-global-economy-experts-warn



    This report by the Carbon Tracker Initiative and the University of Exeter makes clear that the economic modeling currently employed by many governments, regulators, and financial managers greatly underestimates the potential impacts of climate change. What this means is that we are speeding towards Armageddon while wearing rose-tinted glasses.

    - - - - - - - - - -

    "Flawed economic models mean the accelerating impact of the climate crisis could lead to a global financial crash, experts warn.

    Recovery would be far harder than after the 2008 financial crash, they said, as “we can’t bail out the Earth like we did the banks”.

    As the world speeds towards 2C of global heating, the risks of extreme weather disasters and climate tipping points are increasing fast. But current economic models used by governments and financial institutions entirely miss such shocks, the researchers said, instead forecasting that steady economic growth will be slowed only by gradually rising average temperatures. This is because the models assume the future will behave like the past, despite the burning of fossil fuels pushing the climate system into uncharted territory.

    Tipping points, such as the collapse of critical Atlantic currents or the Greenland ice sheet, would have global consequences for society. Some are thought to be at, or very close to, their tipping points but the timing is difficult to predict. Combined extreme weather disasters could wipe out national economies, the researchers, from the University of Exeter and financial thinktank Carbon Tracker Initiative, said.

    Their report concludes governments, regulators and financial managers must pay far more attention to these high impact but lower likelihood risks, because avoiding irreversible outcomes by cutting carbon emissions is far cheaper than trying to cope with them.

    “We’re not dealing with manageable economic adjustments,” said Dr Jesse Abrams, at the University of Exeter. “The climate scientists we surveyed were unambiguous: current economic models can’t capture what matters most – the cascading failures and compounding shocks that define climate risk in a warmer world – and could undermine the very foundations of economic growth.”

    “For financial institutions and policymakers, it’s a fundamental misreading of the risks we face,” he said. “We are thinking about something like a 2008 [crash], but one we can’t recover from as well. Once we have ecosystem breakdown or climate breakdown, we can’t bail out the Earth like we did the banks.”

    Mark Campanale, CEO of Carbon Tracker, said: “The net result of flawed economic advice is widespread complacency amongst investors and policymakers. There’s a tendency in certain government departments to trivialise the impacts of climate on the economy so as to avoid making difficult choices today. This is a big problem – the consequences of delay are catastrophic.”

    Hetal Patel, at Phoenix Group, which manages about £300bn of long-term investments for its customers, said: “Underestimating physical risk doesn’t just distort investment decisions, it underplays the real‑world consequences that will ultimately affect society as a whole.”

    Actuaries predicted in 2025 that the global economy could face a 50% loss in GDP between 2070 and 2090 from catastrophic climate shocks, far higher than previously estimated.

    The new report drew on expert judgments from 68 climate scientists from research institutions and government agencies in the UK, US, China and nine other countries. A key finding was that while economic modelling traditionally links climate damages to changes in average temperatures, societies and markets suffer most from extremes, such as heatwaves, floods and droughts.

    Another finding was that GDP can mask the full cost of climate damage by failing to account for deaths and ill health, social disruption and degraded ecosystems. GDP can actually increase after disasters owing to spending on recovery, the researchers added.

    They said that rather than waiting for perfect models of risk, greater emphasis should be placed on extremes, not just central estimates, and on the vulnerability of the entire financial system. Investors should also speed up the move away from fossil fuels as a fiduciary duty to avoid large future losses, said Campanale.

    Current economic models can give estimates of losses that look precise but which the scientists said were wildly optimistic. “Some are saying we’ll have a 10% GDP loss at between 3C and 4C degrees [of global heating], but the physical climate scientists are saying the economy and society will cease to function as we know it. That’s a big mismatch,” Abrams said.

    Laurie Laybourn, at the Strategic Climate Risks Initiative, said: “We are currently living through a paradigm shift in the speed, scale and severity of risks driven by the climate-nature crisis. Yet many regulations and government actions are dangerously out of touch with reality.” - Damian Carrington
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    Details: How Severe Slowdown of AMOC 4,200 Years Ago (4.2ka Event) Caused Massive Societal Collapses
    https://youtu.be/52iGymEXDqQ?si=1yAuvKerGKma911t


    Many times, I have said that severe slowdown or halting of the AMOC (Atlantic Meridional Overturning Circulation) ocean circulation system is the "Mother of all Tipping Points" since it connects to so many different parts of our climate and weather systems.

    Last time it failed, was 4,200 years ago, and it wreaked havoc on many powerful civilizations at the time. Some major regions lost 80% of their populations, and some vanished off the face of the Earth. Here, in this video chat, is some of that story...
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    Is the Atlantic Ocean circulation close to tipping?
    https://youtu.be/ULJXqOZuY-8?si=24VEbChlMBavA2xz


    Stefan Rahmstorf, professor of Physics of the Oceans, explains the latest science on #AMOC​ shutdown danger in a keynote for ATLAS25 in Helsinki, 23 October 2025.
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    With the Atlantic hurricane season nearly over, a new champion has emerged in predicting both track and intensity of hurricanes: Google DeepMind.

    "DeepMind outpaced even the gold-standard corrected consensus models as well as the National Hurricane Center’s official track forecasts this year.

    The hurricane-specific model was introduced back in June and is trained on historical global weather data as well as information from global tropical cyclone records over the past 45 years.

    The beauty of DeepMind and other similar data-driven, AI-based weather models is how much more quickly they produce a forecast compared to their traditional physics-based counterparts that require some of the most expensive and advanced supercomputers in the world. Beyond that, these “smart” models with their neural network architectures have the ability to learn from their mistakes and correct on-the-fly."

    This Hurricane Season, Two Forecast Models Stand Out, but for Very Different Reasons
    https://michaelrlowry.substack.com/p/this-hurricane-season-two-forecast
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