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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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    neda se nic delat

    Energy & Climate Intelligence Unit | UK arable farmers lose billions…
    https://eciu.net/media/press-releases/uk-arable-farmers-lose-billions-after-three-years-of-devastating-harvests

    Three poor harvests in a row after unprecedented extreme weather are set to cost farmers billions of pounds in lost revenue, according to new analysis from the Energy and Climate Intelligence Unit (ECIU) [1]. Compared to the 2014-2023 ten-year average, the shortfall in production of wheat, barley, oats and oilseed rape in 2024, 2025 and the estimated shortfall in 2026 is 14.4m tonnes. This is estimated to have cost farmers £4.8 billion in lost revenue when these years and the historical average are both adjusted for inflation.

    This summer’s extreme heat and drought are projected to have led to the worst harvest on record [2], after wheat and spring barley yields were hit by the lack of moisture and high temperatures. The Met Office project that 2026 will be the hottest summer on record [3], talking the place of 2025 [4], which together with drought similarly affected the yields of last year’s harvest. The harvest in 2024 was hit by the winter washout of that year [5], as a wet autumn in 2023 and winter and spring in 2024 hit both crop areas and yields [6]. Several scientific studies have attributed the severity of these extreme weather events to climate change [7].
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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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    ‘Godzilla-level’ El Niño could cause hottest year on record - The Latest | | The Guardian
    https://www.theguardian.com/news/video/2026/sep/03/godzilla-level-el-nino-could-cause-hottest-year-on-record-the-latest

    The UN has warned that the El Niño climate phenomenon is ‘supersizing before our eyes’. The event is forecast to be the largest in at least 1,000 years and will almost certainly shatter temperature records. After a summer of record-breaking heatwaves and extreme weather due to global heating, El Niño means 2027 is almost certain to be the hottest year ever recorded
    PER2
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    OMNIHASH: no to je snad jasny, akorat, kdyz se ti otepluje, tak ta sance se krapet zvysuje...

    January 21, 2026
    University of Portsmouth
    Mountain regions around the world are heating up faster than the lands below them, triggering dramatic shifts in snow, rain, and water supply that could affect over a billion people. A major global review finds that rising temperatures are turning snowfall into rain, shrinking glaciers, and making mountain weather more extreme and unpredictable. These changes threaten water sources for huge populations, including those in China and India, while also increasing risks of floods, ecosystem collapse, and deadly weather events.
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    (2017) The Long Summer : How Climate Changed Civilization
    https://www.amazon.com/dp/1862076448?lv=shuf&channelId=500&plpRedirect=mhFallback


    The Earth's climate has always been in glacial periods and warm ones have slowly and relentlessly alternated for millennia. But the period of global warming of the last 15,000 years is without precedent, and it set the conditions which enabled civilization to arise. It is our 'long summer'. From the almost unimaginably hostile climate of the late Ice to the onset of 'Little Ice Age', which began in 1315 and lasted half a millennium, this book tells the remarkable story of how human history has been influenced by the planet's ever-changing climate. Brian Fagan deploys all the resources of the new climatology to reveal the complex interplay between human development and the weather. He shows that human beings have proved themselves to be at their most resilient and adaptable when the Earth's volatile climate has posed the greatest severe droughts in southwestern Asia, the drying of the Sahara brought cattle people to the Nile Valley with their distinctive ideas of leadership, and the ripple effects of the Medieval Warm Period had very different and profound impacts in Europe and the Americas. Confronted with such challenges, our ancestors time and again rose to meet
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    Seven drone flights over Alaska may have produced about 71,000 m³ of additional precipitation using just 374 g of silver iodide.

    Rainmaker says it released 19 cloud-seeding flares during seven missions over the Kenai Peninsula on 22–23 August and then detected seven corresponding precipitation features on weather radar.

    The company estimates the seeded clouds produced a mean 57.62 acre-feet of extra precipitation. Its central estimate spans roughly 45–65 acre-feet, while a wider statistical range runs from 41.7 to 89.35 acre-feet.

    The difficult part is proving which precipitation was actually created by seeding, because weak natural rain and snow were already falling. Rainmaker tracked new radar features appearing after each release and looked for consistent timing, movement, vertical growth and repeatability. All seven missions produced a feature it attributed to seeding.

    The affected footprint covered about 249.5 km², with its core receiving more than 1 mm of precipitation attributed to the operation. Rainmaker also stresses that its uncertainty range does not capture every possible source of error, including radar limitations, manual tracking and residual natural precipitation.

    For the company, the experiment is a proof of concept for using drones to make glaciogenic cloud seeding more precisely deployable; it plans further refinement of the system during the coming winter.

    Validation Report: Drone-Based, Glaciogenic Cloud Seeding in the Kenai Peninsula | Rainmaker Blog
    https://www.rainmaker.com/blog/alaska-validation-report
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    Natural Disaster Expert: Elites Have NO PLAN for Climate Collapse | Aaron Bastani meets Bill McGuire
    https://youtu.be/ee9fYVwhBsU?si=Tiq5P7U_qfbWi5On


    The amount of carbon dioxide in the atmosphere in 2026 is roughly the same as when, in the very, very distant past, the Earth was between 6 and 8 degrees warmer. If the Earth were to reach those temperatures again, the majority of mammals would go extinct.

    While we’re not at those temperatures now, the level of carbon dioxide in the atmosphere could cause the climate to accelerate towards planetary conditions that pre-date the dinosaurs.

    This is the stark warning of this week’s guest, Bill McGuire. A geologist and volcanologist by training, he has spent time as an expert and government advisor on extreme weather events, before becoming an author. According to him, there is no plan for the extreme climactic upheaval that is to come.

    You can buy Bill’s book here:

    The Fate of the World by Bill McGuire – HarperCollins Publishers UK
    https://novara.media/3SM0nTd%E2%80%8B

    0:00​ Intro
    03:30​ The Next Volcanic Eruption
    10:31​ Disaster Planning, Prepping, and Britain's Food Security
    19:02​ El Niño, and the 1.5°C question
    29:40​ Deep History of Climate Change
    42:08​ The True Lessons of Geology
    54:11​ The Speed of Global Heating
    1:03:54​ The Worst Case Scenario
    1:13:34​ Why Geoengineering Won't Save Us
    1:20:41​ Mass Extinction, Human Folly, and Billionaire Bunkers
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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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    klimatizační krize

    Heat Deaths in a ‘Cold’ Country Are a Warning to the Rest of Europe
    https://www.nytimes.com/2026/08/15/world/europe/belgium-heat-wave-deaths.html

    A June heat wave in Belgium and neighboring countries exposed a lethal lack of readiness. That’s a risk as another wave hits Europe.

    ...

    More deaths were recorded in Wallonia, Belgium, at the peak of June’s heat wave than on any day of the Covid-19 pandemic:

    ❝ Seniors died in stifling apartments. Emergency calls were left on hold. Doctors treated an onslaught of people sick from heat, sometimes in wards without air-conditioning.

    These are scenes that played out in Belgium, one of the world’s wealthiest nations, on a recent summer weekend. They are also a warning to Europe.

    Europe is the fastest-warming continent, yet large parts remain ill prepared. As heat waves scorch its nations this summer, they are killing thousands in countries with strong health systems. In just one week in late June, there were around 16,000 excess deaths, or more people who died than usual, in Europe. Belgium, France and Germany were the worst affected, based on data collected by the European Mortality Monitoring Network.

    Belgium, known for cold and damp, not searing heat, had the highest excess deaths in Europe, making it a case study into what went wrong. In Wallonia, the region that makes up the country’s south, the death rate was 77 percent higher than what would be expected between mid-June and early July. Some hospitals were overrun, with gurneys and patients lining the hallways and medical staff working without breaks in the unrelenting heat.

    “Each crisis is becoming increasingly severe,” said Yves Coppieters, the health minister for Wallonia. “That’s what we’re failing to anticipate.”

    Climate change means that the issue is most likely here to stay. Across Europe, “we think the summers are hot now,” said Joan Ballester Claramunt, a research professor at the Barcelona Institute for Global Health who focuses on climate change and health. “The future that we’re seeing, it could be much worse.”

    Belgium is a stark example of why heat waves can become deadly in countries more accustomed to cool weather. Emergency systems in some cases buckled under the pressure, and structural challenges left the most vulnerable to suffer.

    The federal health ministry defended elements of the response and noted that hospital capacity had been scaled up during the crisis, but it acknowledged that some change was needed. “I believe we must indeed learn lessons quickly,” Frank Vandenbroucke, the Belgian minister of social affairs and public health, told lawmakers early last month.

    During the late June wave, MontLégia hospital, in the Belgian city of Liège, experienced a rush of patients so intense that in the emergency room healthier people were temporarily lined up in hallways so that those past the point of saving could have privacy while they died.

    Dr. Arnaud Detroz, who was working that weekend, said his team was confronted with overheating cases that they had seen mostly in textbooks. “In our countries, at our latitudes, these cases are relatively rare,” he said.

    ‘Very Crushing’

    Belgium is not accustomed to taking heat so seriously.

    At the start of the June heat wave, Theo Francken, the defense minister, posted an image on Instagram of himself smiling in the sun with the caption, “It’s warm for two days and we’re all going to die again apparently.” He criticized the press.

    “Enjoy the beautiful weather,” he added. “And LIVE!”

    The weather quickly turned into a matter of life or death.

    Temperatures shot up between mid-June and early July, surpassing 100 degrees in parts of Wallonia. The fact that it was early in the summer, before people had a chance to acclimatize, worsened the danger, experts said.

    In the last weekend of June, the Belgian emergency call line was severely overwhelmed, according to medical groups whose representatives signed an open letter protesting the meltdown. In some cases, they said, it took 10 minutes just to get through to an operator. (Bernard Quintin, the Belgian interior minister, told lawmakers that average waits were much shorter and noted that extra staff members were brought in.)

    “If you have to wait for 10 minutes if you have a stroke or heart attack, it’s quite a big problem,” said Dr. Pierre-Louis Deudon, a general practitioner in the Brussels region who signed the letter.

    Emergency rooms were also overrun in parts of Wallonia. During the peak of the heat wave, the number of emergency vehicles arriving at Grand Hôpital de Charleroi, about an hour’s drive west of Liège, rose from an average of 60 to up to 110 per day, said Dr. Laurent Peyskens, deputy head of the emergency department.

    “It was very crushing,” Dr. Peyskens said.

    Half of all emergency rooms in Wallonia lacked air-conditioning, said Dr. Phillippe Devos, director general at Unessa, a federation of Belgian health care providers in Brussels and Wallonia.

    For Belgium, June 27 appears to have been the second-deadliest day of the 21st century, after a day early in the coronavirus crisis. In Wallonia, June 28 was deadlier than the depths of the pandemic in 2020.

    “We should definitely be afraid of a repeat,” said Loïc Gillerot, a climate-health expert at CERAC, an independent Belgian research center that studies climate risk. “The question is: Are we talking about a repeat this summer?”

    Pre-existing Conditions

    In Belgium, as elsewhere, extreme heat hit the vulnerable the hardest.

    Part of the problem, experts said, is that people in Wallonia have lower incomes on average. Poor people are more likely to have pre-existing health conditions, and they often lack access to well-ventilated housing.

    About 85 percent of the more than 900 excess deaths in Wallonia between mid-June and July 1 were of people 65 or older, according to figures from Sciensano, the Belgian health data institute. Low-income seniors who lived alone were particularly at risk, health care professionals said, as their houses or attic apartments became baking death traps.

    “You have people who are isolated, old,” Dr. Devos said. “We saw in the emergency rooms: When people came to the E.R., it was impossible to save them.”

    Wallonia’s housing was part of the challenge. Many residential buildings are aging and were constructed to hold in heat, not to keep it out.

    “It’s a country that is considered cold, culturally,” said Gilles Vanvolsem, managing director of the Belgian Green Building Council. “People think more about heating their house than cooling their house.”

    Nor did behaviors adjust. Belgians, including those with medical conditions and their caregivers, at times appeared unaware of how to handle the heat.

    Dr. Deudon in Brussels noted, for instance, that people on antidepressants and other mental health drugs often are not made aware that they are at higher risk, and so they continued to go to work as normal.

    Dr. Toon Ceyssens, a general practitioner in Flanders, echoed that concern, noting that blood pressure medications also increase the danger.

    During the worst of the heat wave, he was alarmed to see residents at a care institution where he works still taking excursions. “The caretakers and the patients didn’t take the heat wave that seriously,” he said.

    Cold Country No More

    To limit heat risk, countries like Belgium will need to shake their cold-country mentality, experts said.

    Dr. Ceyssens said patients were often hesitant to install air-conditioning, worried that it would make them sick, spread germs and harm the environment.

    Belgians do not “want to be Americans,” with the indoor temperature set to 65 degrees, he said, but he saw a middle ground in which vulnerable people would have access.

    “The mentality on air-conditioning has to change,” he said.

    Others disagree. Even some Belgian officials are wary of relying too much on climate control, concerned that adding it could overwhelm the power grid and leave cities even hotter by pumping hot air into the streets.

    “Air-conditioning can be appropriate in specific situations, particularly for vulnerable people or certain buildings,” said Simon Souris, a spokesman for Wallonia’s housing and energy minister. “However, our long-term strategy is not based on its widespread deployment.”

    Since June, Belgian experts have issued recommendations for more cooling spaces and resources for the vulnerable. Federal authorities are working toward handling emergency calls differently, doctors said. The housing authorities in Wallonia are instituting policies to encourage housing renovation.

    Yet medical workers and public health experts fear that the kind of changes that are needed — like housing and infrastructure improvements — will take more time than Belgium has. At MontLégia, doctors remain concerned that officials will not dedicate enough resources to the ongoing threat of heat.

    Late last month, as emergency doctors recalled losing patients in June, another arrived.

    A 77-year-old woman was wheeled in with heat stroke, her frail chest heaving, her temperature near the point of organ failure. Doctors cut off her blouse and covered her in ice packs.

    They are bracing for more. A supply closet on the emergency-room floor is stocked with fans. Nearby, a refrigerator is filled with cooling IV drips.

    “As emergency-room doctors, we can come to terms with fatality, but it’s not the same when you know it’s due to a systemic failure,” said Dr. Michèle Yerna, who runs the MontLégia emergency unit. That, she added, is “much harder to bear.” ❞
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    2027 could briefly feel like the climate of 2037. A new analysis by climate scientist Zeke Hausfather gives next year a 95% chance of becoming Earth’s hottest on record, with global temperatures around 1.76°C above preindustrial levels — about 0.29°C hotter than the recent warming trend alone would suggest.

    The reason is an exceptionally powerful El Niño arriving on top of long-term greenhouse warming. Hausfather’s middle 50% forecast range is 1.67–1.85°C, equivalent to temporarily jumping roughly 7 to 13 years ahead of the recent temperature trend. “I’m not sure folks have realized just how crazy the second half of 2026 and 2027 will be for global temperatures”, he wrote.

    The Pacific is already behaving extraordinarily: temperatures in the central equatorial Pacific have broken records for 75 consecutive days and could rise more than 4°C above average by December, more than a degree beyond the previous record. Even 2026 has a 48% chance of becoming the warmest year on record; Jim Hansen expects it to do so, before 2027 overtakes it.

    The spike should ease afterwards — Hausfather expects 2028 to be cooler — but the underlying warming continues. His stark description of the longer-term trend: “human emissions are adding a permanent El Niño worth of heat to the climate system each decade”.

    A hotter atmosphere can also carry more water vapour, at roughly 7% more per degree Celsius, meaning 2027 could set a global moisture record as well and increase the conditions associated with extreme rainfall. For a brief period, this El Niño may effectively move the whole planet into temperatures otherwise expected roughly a decade from now.

    https://www.washingtonpost.com/weather/2026/08/13/record-el-nio-could-fast-forward-planets-temperature-by-decade/
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    The worst harvest on record. Farmers questioning whether it's worth planting next year. And even Jeremy Clarkson says the sums aren't adding up.

    The harvest crisis unfolding across Britain is becoming impossible to ignore.

    After months of drought and extreme weather, farmers are reporting some of the poorest cereal, oilseed and potato crops in decades, with industry estimates suggesting this year's harvest could be the smallest since records began.

    Among those sounding the alarm is Jeremy Clarkson, who says he can spend 15 to 20 hours a day harvesting and still struggle to make the numbers work.

    But beyond the Clarkson headlines lies a much bigger story.

    Farmers across England are warning about collapsing yields, poor-quality grain, rising costs and growing concerns over food security. Some are even questioning whether planting certain crops this autumn makes financial sense.

    As Ireland copes with its own weather challenges, the UK experience offers a stark reminder of how quickly drought can transform a harvest and reshape thinking about farming, water security and food production.

    Could Ireland face similar problems if extreme weather becomes more common?

    And for tillage farmers, how has this year's harvest compared with your expectations back in the spring?

    https://www.independent.ie/farming/uk-farmers-face-worst-harvest-on-record/a/159625904.html
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    Authorities in Poland were forced to shut down the Kozienice and Połaniec coal-fired power plants after critically low water levels in the Vistula River limited cooling water supplies. The disruption removed about 1.3GW of capacity from Poland’s power system.

    Extreme heat breaks temperature records in central and eastern Europe | Extreme weather | The Guardian
    https://www.theguardian.com/world/2026/aug/07/extreme-heat-breaks-temperature-records-central-eastern-europe
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    Dan Satterfield - Ok, an update on the El Niño. The way we...
    https://www.facebook.com/share/p/1FavzgS4JB/

    an update on the El Niño. The way we track these things is by looking at how far above the average temperature the sea surface is in a certain area of the Pacific. This area is along the equator and is called the Nino 3.4 region.
    This week the temperatures in Nino 3.4 are the warmest ever recorded for early august and almost the most above the average for any day of the year.
    In other words, this is going to be a MAJOR El Niño event. Perhaps the strongest ever recorded. It will change weather patterns globally with the biggest effects in North America and Australia to SE Asia.

    Hat tip to Dr. Labe at CC for this excellent plot of the numerical data.

    FB IMG 1785969985405
    SCHWEPZ
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    1 hod poslech - rozhovor s hydrologem Oldřichem Rakovcem a bioklimatologem Miroslavem Trnkou o vodě, požárním počasí a změně klimatu

    Ohříváme Zemi a koloběh vody se mění. Jak to souvisí s intenzivnějším suchem a požáry v Evropě? • RESPEKT
    https://www.respekt.cz/podcast/pozary-a-kolobeh-vody

    Etrémní lesní požáry ve Francii a Španělsku vyhnaly na čas z domovů stovky tisíc lidí. Sílu a rychlý postup plamenů umocňují vlny veder a sucho zintenzivněné postupujícím zahříváním planet, která je dnes v průměru o zhruba 1,4 stupně Celsia teplejší ve srovnání se stavem před průmyslovou revolucí.

    Mezinárodní uskupení vědců s názvem World Weather Attribution na konci července zveřejnili analýzu* v níž mimo jiné upozorňují, že klimatická změna vyvolaná člověk zvyšuje pravděpodobnost vhodných podmínek pro vznik takových požárů v jihozápadní Francii nejméně dvojnásobně a ve středním Španělsku dvacetinásobně.

    Vědci z WWA také vydali studii** o současném suchu v Evropě a jeho souvislostech se změnou klimatu. Co se v koloběhu vody mění, když se zahřívá atmosféra, co čekat do budoucna a jak se na to lépe přípravit. O tom všem bude řeč v dnešním Zeitgeistu s hydrologem Oldřichem Rakovcem a posléze bioklimatologem Miroslavem Trnkou.

    *
    Climate change increases likelihood of compounding drivers of severe wildfire conditions in France and Spain – World Weather Attribution
    https://www.worldweatherattribution.org/climate-change-increases-likelihood-of-compounding-drivers-of-severe-wildfire-conditions-in-france-and-spain/

    **
    Increasingly hot Europe faces more severe droughts and growing challenges for water and land management – World Weather Attribution
    https://www.worldweatherattribution.org/increasingly-hot-europe-faces-more-severe-droughts-and-growing-challenges-for-water-and-land-management/
    VOYTEX
    VOYTEX --- ---
    This documentary, in the form of a satellite map, traces the history of weather modification world wide between the years 1952 and 1999 as recorded by the United Nations World Meteorological Organization. This map includes data on the apparatus involved, agents applied and the techniques used in each event. It also includes both positive and negative results of some of the completed projects, funding sources such as government agencies and private companies.
    Interactive Map of 50 years of U.N. tracking Weather Modification Projects (1952-1999) • Live Earth Monitoring & Educational Resources • ClimateViewer Maps
    https://climateviewer.org/history-and-science/geoengineering-and-weather-modification/maps/50-years-of-united-nations-tracking-weather-modification-projects-1952-1999/
    SHEFIK
    SHEFIK --- ---
    And so it begins... timhle obrazkem by se nestydelo otevrit film maloktery postapo scifi

    ...

    There is a monster Category 4 Hurricane and nearly 1 million acres of active wildfires in this image.

    Backpirch Weather on X: "There is a monster Category 4 Hurricane and nearly 1 million acres of active wildfires in this image. https://t.co/1QWIXN333V" / X
    https://x.com/i/status/2081550246841028615
    ROGER_WILCO
    ROGER_WILCO --- ---
    A groundbreaking study of U.S. population data suggests rising atmospheric carbon dioxide is already altering human blood chemistry, potentially reaching the limits of healthy ranges within decades.
    In a striking revelation that extends the threat of climate change deep into human biology, scientists have discovered that rising global CO2 levels may already be shifting our blood chemistry.
    Analyzing over two decades of U.S. health data from the National Health and Nutrition Examination Survey, researchers tracked blood markers in thousands of Americans between 1999 and 2020.
    They found that as atmospheric CO2 climbed from 369 to over 420 parts per million, average serum bicarbonate levels—which help maintain the body's acid-base balance—rose by seven percent, while calcium and phosphorus levels steadily declined. This mirroring effect suggests our bodies are actively trying to compensate for an atmosphere changing faster than we can adapt.
    While these subtle physiological shifts do not mean immediate illness, researchers warn of long-term consequences, particularly for children who face a lifetime of cumulative exposure. Projections show that if current emissions trends continue, average human bicarbonate levels could push past the boundaries of today's accepted healthy range within 50 years, while vital minerals like calcium and phosphorus may fall to worrisome lows.
    These findings demand a major shift in how we view climate policy. CO2 is no longer just an environmental metric or weather driver—it is a long-term public health variable that directly threatens human biology, underscoring an urgent medical incentive to curb emissions.

    source: Larcombe, A. N., & Bierwirth, P. N. (2026). Carbon dioxide overload, detected in human blood, suggests a potentially toxic atmosphere within 50 years. Air Quality, Atmosphere & Health.
    Carbon dioxide overload, detected in human blood, suggests a potentially toxic atmosphere within 50 years | Air Quality, Atmosphere & Health | Springer Nature Link
    https://link.springer.com/article/10.1007/s11869-026-01918-5
    TADEAS
    TADEAS --- ---
    HEAT WAVES PASSING CROP TOLERANCE TEMPERATURES

    US, Europe and China crop yields are crucial to world food security.

    2026 Europe heat reached 48.4 °C (119.1 °F), Casteltermini Italy

    2026 US heat reached 46°C (11°F), Miles City Montana.

    China 2026 heat reached 48.9°C, Turpan Basin Xinjiang
    These are confirmed weather station temperatures.

    FB-IMG-1784496340655


    Peter Carter - HEAT WAVES PASSING CROP TOLERANCE...
    https://www.facebook.com/share/p/1BRS1XRFBi/
    IOM_NUKSO
    IOM_NUKSO --- ---
    Another ‘Super El Niño’ is brewing. Scientists are looking at a controversial solution to squash them
    https://edition.cnn.com/2026/07/08/climate/super-el-ninos-extreme-weather-geoengineering-cloud-brightening
    SHEFIK
    SHEFIK --- ---
    This is now reality.

    El Niño is now likely to be stronger than anything we’ve seen in recorded history, and probably stronger than anything in the last 50 million years.

    Global temperatures are very likely to reach new, unprecedented levels in the next 1-2 years with far reaching impacts.

    Met4Cast - UK Weather on X: "This is now reality. El Niño is now likely to be stronger than anything we’ve seen in recorded history, and probably stronger than anything in the last 50 million years....
    https://x.com/i/status/2075655921292710354
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