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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
    TADEAS
    TADEAS --- ---
    (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
    TADEAS
    TADEAS --- ---
    Bulgaria is becoming a regional laboratory for battery storage - energynomics.ro
    https://www.energynomics.ro/en/bulgaria-is-becoming-a-regional-laboratory-for-battery-storage/

    Bulgaria already has close to 4.84 GW of operational battery power and 14.72 GWh of storage capacity across its 100 largest confirmed projects, according to project-by-project research by Kapital. By the end of 2026, the fleet could reach roughly 6.95 GW and 20.8 GWh, with storage power equivalent to about 20% of the country’s installed generation capacity. Kapital editor-in-chief Ivaylo Stanchev said Germany may need another five years to reach comparable battery intensity.

    The batteries are already changing Bulgaria’s daily electricity market. They absorb cheap solar power around midday and release it during the evening peak, narrowing the price gap between the two periods. June prices were about €10 per MWh lower in Bulgaria than in Romania and Hungary, while Bulgaria and Greece also had lower evening peaks. Stanchev attributed the shape of the curve to batteries, although the report acknowledges that gas prices, carbon costs, heatwaves and geopolitical developments prevent storage from being isolated as the sole cause.

    Storage has also become one of Bulgaria’s largest electricity consumers. Conventional summer demand is typically around 4 GW, but battery charging can push total load close to 8 GW, supported by domestic solar generation and imports mainly from Greece. Between midday and late afternoon, Stanchev said the batteries “consume more than all the Bulgarian other loads”; several hours later, the same installations return electricity to the grid, reshaping imports, generation schedules and regional power flows.

    The investment model carries its own threat. Bulgarian projects have largely made money by charging when electricity costs as little as €8 per MWh and selling later when prices can exceed €200. As more batteries enter the market, they will raise demand during cheap hours and increase supply during expensive ones, compressing the spreads that made them profitable. “You cannot rely only on arbitrage”, Stanchev said. Banks and investors are consequently examining trading strategies, balancing markets, ancillary services and renewable-output optimisation alongside installed capacity.

    Developers are increasingly combining batteries with solar plants. Solar generation provides predictable low-cost charging, while storage allows more electricity to be sold during higher-value periods; the batteries can then stimulate demand for further renewable capacity. Bulgaria’s experience also points beyond national planning: Greek solar, Bulgarian storage and Romanian wind could complement one another through stronger interconnections and coordinated markets during heatwaves, droughts, evening peaks and reduced hydro or nuclear availability.
    SCHWEPZ
    SCHWEPZ --- ---
    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/
    TADEAS
    TADEAS --- ---
    Interesting interview with Earth scientist Bill McGuire.

    One of the most concerning points he discusses is a new (as yet unreviewed) paper suggesting that current satellite observations aren't matching our understanding of Earth's energy imbalance. In other words, the planet appears to be warming faster than existing models can fully explain. As this paper has not yet been peer reviewed, these findings should be treated as provisional until they have undergone independent scientific scrutiny. If they do hold up, they suggest we could exceed 2°C of warming by around 2040, approach 3°C by around 2050, and continue rising thereafter, pushing Earth's climate towards temperatures not experienced for millions of years.

    The video also explores the economic consequences of climate breakdown.

    The Institute and Faculty of Actuaries, the professionals who assess financial risk for banks, insurers and pension funds argue that many economic models are fundamentally underestimating climate risk. Their concern is that most financial institutions treat climate impacts as isolated events, rather than recognising that droughts, crop failures, floods, migration, conflict and supply chain disruption can cascade into one another, creating far greater economic damage than the sum of the individual parts.

    Their warning is stark. Without immediate action to change course, severe climate impacts are not only plausible but could threaten future global prosperity.

    To illustrate the scale of the disagreement, many mainstream economic models still rely on assumptions originating from a model published in 2000, which estimated climate change would reduce global GDP by only around 3% by 2100. By contrast, actuarial risk assessments, produced by people whose job is to price and underwrite multi billion dollar financial risks, warn of around a 15% reduction in global GDP by 2050, rising to as much as 50% by 2100. Some actuarial scenarios even suggest the possibility of widespread societal breakdown beginning around the 2040s, with catastrophic human consequences later this century.

    It does make you wonder whether the old contrarian slogan, "We are the carbon they want to get rid of," has ended up applying in the opposite direction.

    The Insurance Industry Predicts Mass Death: How Do We Live A Good Life?
    https://youtu.be/9Q93ZE54yaE?is=q0M2JBIgKLEgw6ZZ&t=4m0
    TADEAS
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    get ready for wars, famines, droughts, floods, hurricanes, heatwaves, murders, chaos, refugees, stress, disease, extinction, disaster...


    26 million French people under red alert; the fire in Trévillach, in the Pyrénées-Orientales, is "now contained," announces Laurent Nuñez

    In a message on X, the Minister of the Interior expressed his "deep gratitude to the 800 firefighters of SDIS 66 and the reinforcements from several departments," as well as to all the other professions mobilized and the volunteers engaged against this fire which has covered 4,900 hectares since July 4.

    Client Challenge
    https://www.lemonde.fr/planete/live/2026/07/12/en-direct-canicule-un-dimanche-suffocant-en-france-au-c-ur-d-un-episode-caniculaire-durable-intense-et-etendu-l-incendie-dans-le-sud-de-l-espagne-est-stabilise_6720911_3244.html
    TADEAS
    TADEAS --- ---
    Global Extreme Weather Events Like Floods, Heatwaves, Droughts, Super-Storms Skyrocket: A New Study
    https://youtu.be/b7MOXnCexbY?si=CyNcxAixjTKy2QGs
    TADEAS
    TADEAS --- ---
    J Pecho
    https://www.facebook.com/share/p/1EQabz1x7C/

    Európa bude mať nový a rýchlejší monitoring sucha. Zatiaľ je však stále v testovacej prevádzke.

    Sucho je v Európe najdrahším typom prírodnej katastrofy — jedna epizóda znamená v priemere 621 miliónov eur škôd a v rokoch 2022 – 2023 vyhlásilo núdzový stav osem európskych krajín. Nemecké výskumné centrum Helmholtz UFZ v Lipsku na to v januári 2026 odpovedalo spustením nového systému: European Drought Monitor (EDM).

    Verzia v0.2.0 z 29. apríla 2026 priniesla podstatnú novinku — pôdne sucho sa už nezobrazuje len ako jedna mapa, ale ako štyri mapy v rôznych hĺbkach pôdy:

    🟨 0 – 10 cm — vrchná vrstva, ktorá rýchlo reaguje na dážď a vidia ju aj satelity
    🟨 0 – 30 cm — koreňová zóna obilnín a tráv
    🟨 30 cm – 2 m — hlbšie korene stromov a viacročných plodín
    🟨 0 – 2 m, teda celý profil — dlhodobé sucho s dosahom na hladiny podzemných vôd

    Prečo na tom záleží? Po búrke môže byť vrchná vrstva pôdy mokrá, zatiaľ čo hlbšia zóna zostáva vysušená z minulého leta. Jedna spriemerovaná mapa zvyčajne stav skresľuje — štyri mapy ukazujú problém vo väčšej komplexnosti.

    V čom je EDM iný ako Copernicus EDO?

    Európska únia už dlhšie prevádzkuje vlastný monitoring sucha — Copernicus European Drought Observatory (EDO). EDM ho nenahrádza, ale dopĺňa ho najmä v troch veciach:

    🟩 Denná aktualizácia s približne 8-hodinovým oneskorením; EDO publikuje raz za 10 dní
    🟩 Schopnosť zachytiť „flash droughts“ — rýchlo nastupujúce suchá, ktoré sa vyvinú za 2 – 3 týždne a sú v meniacej sa klíme čoraz častejšie
    🟩 EDM nadväzuje na osvedčený nemecký Drought Monitor, ktorý úspešne beží od roku 2014

    Čo všetko ešte chýba?

    Dôležité je zostať triezvy. EDM je zatiaľ v testovacej fáze:

    🟦 Aktuálne beží v rozlíšení 3 km; cieľom je 1 km
    🟦 Zatiaľ produkuje len index pôdneho sucha (SMI); index horúčav, modul európskych nádrží (~1 200 priehrad) a modul zavlažovania pribudnú postupne
    🟦 Na „úradné“ rozhodnutia zatiaľ slúžia Copernicus EDO a národné monitoringy; EDM je výskumný doplnok s rýchlou odozvou

    Kde si produkt možno pozrieť?

    Stránka projektu UFZ: https://www.ufz.de/index.php?en=52233
    Interaktívny dashboard: https://platform.dtehydrology.org/european-drought-monitoring

    Projekt financuje Európska vesmírna agentúra (ESA) v rámci iniciatívy Digital Twin Earth Hydrology Next, ktorá buduje hydrologického „digitálneho dvojníka“ Európy. Vedie ho tím okolo Luisa Samaniega a Pallava Shresthu na UFZ v Lipsku.

    Na priložených obr. je stav indexu SMI k 2.5.2026: vľavo 0 – 30 cm, vpravo 0 – 2 m.
    IOM_NUKSO
    IOM_NUKSO --- ---
    As we face a changing climate with more frequent droughts, understanding these fungal INpros could be vital. We might one day use these natural, biodegradable proteins for "cloud seeding" to create rain.

    The new discovery about fungi is exciting because it shows that even organisms buried in the soil can influence the atmosphere, adding a new dimension to this ancient partnership between life and the sky.

    It's a missing piece in the puzzle of how life and the global climate shape one another. This ice-making ability probably gives the fungi a survival edge.
    They use ice to pump moisture toward their mycelia (a vast, underground web of tiny fungal threads), shield themselves from jagged frost damage, and hitchhike through the clouds to reach new homes.
    Tiny Microbes Hiding in Soil May Help Pull Rain From The Sky, Study Reveals : ScienceAlert
    https://www.sciencealert.com/tiny-microbes-hiding-in-soil-may-help-pull-rain-from-the-sky-study-reveals
    TADEAS
    TADEAS --- ---
    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
    TADEAS
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    Elon Musk suggests AI satellites could dial down global warming
    https://interestingengineering.com/space/elon-musk-solar-radiation-management-geoengineering

    while Musk’s companies have unmatched reach in space infrastructure, scaling an SRM system to planetary levels is another story. “It would be far easier said than done,” as one analyst put it, especially given that even the most advanced SRM proposals remain largely theoretical.

    Beyond the science, there’s also geopolitics. Who decides when and how to shade the planet? And what happens if one nation’s cooling efforts trigger droughts in another?

    there’s no indication SpaceX is working on SRM-capable satellites. For now, the comment seems more like a thought experiment than a corporate roadmap.

    Yet Musk’s timing is telling. With heat records being broken year after year, and progress on emissions lagging, even the most radical climate ideas are starting to sound less far-fetched
    CHOSIE
    CHOSIE --- ---
    The 2025 state of the climate report: a planet on the brink
    We are hurtling toward climate chaos. The planet's vital signs are flashing red. The consequences of human-driven alterations of the
    climate are no longer future threats but are here now. This unfolding emergency stems from failed foresight, political inaction,
    unsustainable economic systems, and misinformation. Almost every corner of the biosphere is reeling from intensifying heat, storms,
    floods, droughts, or fires. The window to prevent the worst outcomes is rapidly closing.
    Key Highlights
    • The year 2024 set a new mean global surface temperature record, signaling an escalation of climate upheaval.

    • Currently, 22 of 34 planetary vital signs are at record levels.

    • Warming may be accelerating, likely driven by reduced aerosol cooling, strong cloud feedbacks, and a darkening planet.

    • The human enterprise is driving ecological overshoot. Population, livestock, meat consumption, and gross domestic
    product are all at record highs, with an additional approximately 1.3 million humans and 0.5 million ruminants added weekly.

    • In 2024, fossil fuel energy consumption hit a record high, with coal, oil, and gas all at peak levels. Combined solar and
    wind consumption also set a new record but was 31 times lower than fossil fuel energy consumption.

    • So far, in 2025, atmospheric carbon dioxide is at a record level, likely worsened by a sudden drop in land carbon uptake
    partly due to El Niño and intense forest fires.

    • Global fire-related tree cover loss reached an all-time high, with fires in tropical primary forest up 370% over 2023,
    fueling rising emissions and biodiversity loss.

    • Ocean heat content reached a record high, contributing to the largest coral bleaching event ever recorded,
    affecting 84% of reef area.

    • So far, in 2025, Greenland and Antarctic ice mass are at record lows. The Greenland and West Antarctic ice sheets
    may be passing tipping points, potentially committing the planet to meters of sea-level rise.

    • Deadly and costly disasters surged, with Texas flooding killing at least 135 people, the California wildfires alone
    exceeding US$250 billion in damages, and climate-linked disasters since 2000 globally reaching more than US$18 trillion.

    • Climate change is endangering thousands of wild animal species; more than 3500 species are now at risk and
    there is new evidence of climate-related animal population collapses.

    • The Atlantic meridional overturning circulation is weakening, threatening major climate disruptions.

    • Climate change is already affecting water quality and availability, undermining agricultural productivity, sustainable
    water management, and increasing the risk of water-related conflict.

    • A dangerous hothouse Earth trajectory may now be more likely due to accelerated warming, self-reinforcing
    feedbacks, and tipping points.

    • Climate change mitigation strategies are available, cost effective, and urgently needed. From forest protection
    and renewables to plant-rich diets, we can still limit warming if we act boldly and quickly.

    • Social tipping points can drive rapid change. Even small, sustained nonviolent movements can shift public
    norms and policy, highlighting a vital path forward amid political gridlock and ecological crisis.

    • There is a need for systems change that links individual technical approaches with broader societal
    transformation, governance, policies, and social movements.
    Figure 1.Time series of climate-related human activities. In panel (f), tree cover loss does not account for forest gain
    and includes loss due to any cause. For panel (h), statistics are based on total energy supply (Energy Institute 2025);
    hydroelectricity and nuclear energy are shown in supplemental figure S2. Sources and additional details about each
    variable are provided in supplemental file S1.

    Figure 2.Time series of climate-related responses. For surface temperature anomaly (d), estimates based on a
    segmented linear regression model are shown in gray (prior to 2010) and black (beginning in 2010). For area burned
    (o), the black horizontal lines show changepoint model estimates, which indicate abrupt shifts (supplemental figure S3).
    For other variables with relatively high variability, local regression trendlines are shown in black. The variables were
    measured at various frequencies (e.g., annual, monthly, weekly). The labels on the x-axis correspond to midpoints of years.
    Sources and additional details about each variable are provided in supplemental file S1.


    https://academic.oup.com/bioscience/advance-article/doi/10.1093/biosci/biaf149/8303627
    SHEFIK
    SHEFIK --- ---
    Toplist pro priznivce checklistu. Od pohledu uz budem nejmin za tretinou, lokalni stastlivci budou mit za chvili bingo

    Top 40 Impacts of Climate Change

    1. Acid rain
    2. Algae blooms
    3. Ash & smoke
    4. Bees dying & pollination loss
    5. Climate refugees & migration
    6. Coral bleaching
    7. Crop failures
    8. Deforestation
    9. Desertification
    10. Disease, pandemics (plants & animals)
    11. Droughts
    12. Drying up of lakes, rivers, wells, springs
    13. Earth axis shift
    14. Earthquakes, Tsunamis, Volcanoes
    15. Extreme cold
    16. Financial/bank/stock collapse
    17. Fires
    18. Floods
    19. Food & water riots
    20. Hazardous, smoke-filled & polluted air
    21. Heat waves: frequency, power, duration
    22. Hunger, famine & starvation
    23. Infrastructure collapse
    24. Melting Antarctic & Greenland land ice
    25. Melting Arctic & Antarctic sea ice / Blue Ocean Event
    26. Melting glaciers (drinking water crisis)
    27. Methane bomb (Siberian permafrost methane & Clathrates from ESAS)
    28. Nuclear plant meltdown
    29. Ocean acidification & deoxygenation
    30. Ozone layer depletion
    31. Permafrost thaw
    32. Price instability & inflation
    33. Reanimated bacteria/viruses
    34. Sea level rise (e.g. Thwaites glacier)
    35. Shutdown of AMOC, SMOC
    36. Species extinction (100+/day)
    37. Storms — more frequent, power, duration
    38. Supply chain & transportation collapse
    39. Unemployment & poverty
    40. War, extremism, fascism & terrorism

    Top 40 Impacts of Climate Change – Watching the World Go Bye
    https://climatecasino.net/2021/10/top-40-impacts-of-climate-change/
    TADEAS
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    https://www.science.org/doi/10.1126/sciadv.adx0298

    An Unprecedented Drying of the Continents: A Decline in Freshwater Availability

    This study analyzes changes in terrestrial water storage—which includes all forms of water stored on land, such as ice, snow, surface water, vegetation water, soil moisture, and groundwater.

    It reveals that since 2002, the continents have experienced an unprecedented loss of terrestrial water storage—a critical indicator of freshwater availability.

    Each year, areas undergoing drying have expanded by an amount equivalent to twice the size of California, creating “mega-dry” regions across the Northern Hemisphere. While most of the world’s dry areas are getting drier and wet areas wetter, the rate of drying is now outpacing the rate of wetting. This shift is driven by water losses in high latitudes, severe droughts in Central America and Europe, and widespread groundwater depletion—which alone accounts for 68% of the non-glacial continental water loss.

    “The drying of the continents has profound global consequences. Since 2002, 75% of the world’s population has lived in 101 countries that have lost freshwater. Furthermore, continents now contribute more to sea level rise than ice sheets do, with drying regions contributing more than glaciers and ice sheets combined. Urgent action is needed to prepare for the major impacts highlighted by these findings.”

    The Rise of Mega-Dry Regions on Land

    Previous studies identified key features of changing terrestrial water storage across continents, consistent with climate model projections, glacier and ice sheet melt, global groundwater depletion, and shifts in flood and drought extremes. This study demonstrates how recent regional and continental trends in water storage are accelerating continental drying.

    Implications for Freshwater Availability

    Today, excessive groundwater pumping is the main driver behind the decline in terrestrial water storage in drying regions. It significantly worsens the effects of rising temperatures, increased aridity, and extreme drought. Continued overexploitation of groundwater—such as what's happening in California at an accelerating pace—threatens both regional and global water and food security in ways that remain largely underrecognized worldwide.

    Groundwater depletion is directly influenced by water management decisions—and can also be stopped by them.

    In many areas, once groundwater is depleted, it will not naturally replenish on a human timescale. The disappearance of groundwater from the Earth’s aquifers represents a new and serious threat to humanity, creating cascading risks that are rarely considered in environmental policy, water management, or governance. This is an intergenerational resource that is being poorly managed—or not managed at all—by today’s societies, at a tremendous and deeply underestimated cost to future generations.

    Protecting the world’s groundwater reserves is essential in a warming world and on continents we now know are drying out.

    A Call to Action

    Just as efforts to slow climate change are faltering, so too are efforts to curb the drying of the continents.

    Key policy decisions and new management strategies—particularly those promoting groundwater sustainability at both national and regional levels—alongside international initiatives for global groundwater sustainability, can help safeguard this vital resource for generations to come.

    Major, coordinated efforts—national, international, global, and transdisciplinary—are urgently needed to raise awareness and spur action on the drying of the continents and the decline in freshwater availability.
    TADEAS
    TADEAS --- ---
    Fears of ‘mass grave’ in Valencia as storms batter Majorca & 5,000 more troops deployed
    https://youtu.be/tL9Q_cZxSMY?t=258&si=jGF01ohrKSae3uhG


    Wars, famines, droughts, floods
    Hurricanes, heat waves, murders, thugs
    Chaos, refugees, stress, disease
    Extinction, disaster, I-P-C-C

    TADEAS
    MARSHUS
    MARSHUS --- ---
    Comparing 2000-2020 period to 1980-2000 period:

    Number of #droughts up 1.29x
    Number of #storms up 1.4x
    Number of #floods up 2.34x
    Number of #heatwaves up 3.32x

    From United Nations Office for Disaster Risk Reduction

    #climate #weather #pocasi
    TADEAS
    TADEAS --- ---
    TADEAS:

    Savory Institute


    Denmark recently became the first country in the world to put a tax on livestock emissions. The tax will go into effect in 2030, and after a 60% tax break is applied, farmers will end up paying 120 krone ($17) per tonne of CO2-equivalent coming from their livestock, which will eventually rise to 300 krone ($43) per tonne in 2035.

    This move comes on the heels of other measures the Danish government has implemented in recent years to reduce emissions and meet climate goals and, given that agriculture is one of Denmark’s largest sources of emissions — with pork and dairy being their largest industries — this is an opportunity to make some headway towards those goals.

    We at Savory are particularly disappointed in this tax given that our new Savory Foundation — which focuses on funding large-scale grassland regeneration projects around the world — is based in Denmark, but more than that, we have serious concerns with regards to how this new tax makes no effort to incentivize a transition towards carbon-sequestering forms of regenerative grazing.

    Yes, our global agricultural system is massively flawed and contributes significant amounts of greenhouse gases into the atmosphere, but this is a blanket tax on ALL forms of livestock management that makes no differentiation between land-degrading carbon-emitting forms of production or land-regenerating carbon-sequestering forms of livestock production.

    If Denmark really wanted to incentivize a transition towards a more sustainable livestock industry — which we agree is needed — they could create a sliding scale for this tax so that regenerative farmers who are improving soil health and sequestering carbon aren’t penalized. This could be accomplished either through soil samples analyzed in a lab — even though that would be costly to producers so ideally would be subsidized by the government — or modeling based on the latest research of what’s possible, not just average emissions of the typical producer which is the basis for this tax.

    Still, even if we were to expand the conversation from just emissions to one that also includes drawdown, the focus on greenhouse gases is a reductionist view that misses the forest for the trees. The climate crisis is intrinsically tied to our global loss of biodiversity, our broken water cycles that amplify droughts and flooding, and our impoverished soils, rural communities, food systems, and everything in between.

    At the intersection of all these issues is ecosystem function, so why do we only ever hear about carbon? The global narrative surrounding climate change would be best served by a shift towards restoring ecosystem function. Imagine an alternate world where Denmark's new tax was one that took a more holistic look at ecosystem function — assessing not just carbon but also biodiversity and water-holding capacity — and rather than penalizing everyone involved it paid farmers who demonstrated positive improvements to their ecosystem processes?
    SHEFIK
    SHEFIK --- ---
    Related

    1 in 5 new car sales globally were EVs in 2023, and that's curbed oil demand – IEA
    https://electrek.co/2024/03/02/1-in-5-new-car-sales-globally-in-were-evs-in-2023-oil-demand-iea/

    The bad news is that energy-related emissions rose in 2023. But the good news is that continued expansion of clean energy technologies meant that global energy-related emissions rose less strongly than in 2022, even as total energy demand growth accelerated.

    Emissions increased by 410 million tonnes, or 1.1%, in 2023 – compared with a rise of 490 million tonnes the year before – taking them to a record level of 37.4 billion tonnes.

    An exceptional shortfall in hydropower due to extreme droughts in the US, China, and several other economies resulted in over 40% of the rise in emissions in 2023 as countries turned largely to fossil fuels to plug the gap. Had it not been for the unusually low hydropower output, global emissions from electricity generation would have declined in 2023, making the overall rise in energy-related emissions significantly smaller.

    ...

    Advanced economies saw a record fall in their emissions in 2023 even as their GDP grew. Their emissions dropped to a 50-year low while coal demand fell back to levels not seen since the early 1900s.
    TADEAS
    TADEAS --- ---
    Risotto crisis: the fight to save Italy’s beloved dish from extinction | Rice | The Guardian
    https://www.theguardian.com/environment/2024/feb/29/risotto-crisis-the-fight-to-save-italys-beloved-dish-from-extinction-aoe


    In 2022, the worst drought in 200 years hit the Po, Italy’s longest river. The waterway forms the lifeblood of a complex web of canals built between the Middle Ages and the 1800s, which serve as the paddy fields’ main source of irrigation. That year, Italy lost 26,000 hectares (64,000 acres) of rice fields, according to Ente Nazionale Risi, the national rice authority, and rice production dropped by more than 30%. Last year, the drought persisted and the crop from another 7,500 hectares of rice fields was lost.

    Today, rice farmers struggling to recover from the impact of the drought face an uncertain future. “The higher the temperatures, the more frequent and intense these extreme events will be,” says Marta Galvagno, a biometeorologist at the Environmental Protection Agency of Aosta Valley.

    Over the past two years, Ferraris, like other farmers in the area, has tried to diversify his crops to reduce the risks brought by the climate crisis. He has reduced the acreage dedicated to paddies and started to grow crops such as maize, that require less water.

    “The climate is changing and I am afraid there will be other droughts,” says Ferraris, whose farm lost about €150,000 [£129,000] in 2022. Rice remains his biggest crop, however. Recently, he has started monitoring snowfalls in the Alps and checking the water levels in Lake Maggiore every day. “It’s hard to sleep at night,” he says.

    Ferraris is particularly worried about the production of carnaroli classico, a refined rice variety. Thanks to its ability to resist high cooking temperatures and absorb flavours, carnaroli is considered the “king of risotto”, but it is also extremely delicate and vulnerable to changes in the climate.
    NJAL
    NJAL --- ---
    Bez dvou mesicu pred 20 lety, happy doomsaying 2024!

    Climate change over the next 20 years could result in a global catastrophe costing millions of lives in wars and natural disasters..

    A secret report, suppressed by US defence chiefs and obtained by The Observer, warns that major European cities will be sunk beneath rising seas as Britain is plunged into a ‘Siberian’ climate by 2020. Nuclear conflict, mega-droughts, famine and widespread rioting will erupt across the world.


    Now the Pentagon tells Bush: climate change will destroy us | Environment | The Guardian
    https://www.theguardian.com/environment/2004/feb/22/usnews.theobserver
    SHEFIK
    SHEFIK --- ---
    SHEFIK: pro lenochy

    Buying or selling bitcoin uses 16,000 litres of clean water for every single transaction, which could exacerbate existing droughts around the world. While the energy consumption and carbon emissions produced by bitcoin and other cryptocurrencies have been well studied, this is the first assessment of its water use and wider environmental impact.
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