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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 --- ---
    J Pecho
    https://www.facebook.com/share/p/18Wiy7HA4G/

    Lesy nie sú len zásobárňou uhlíka, ako sa často hovorí. Nová vedecká štúdia ukazuje, že pre naše prežitie sú ešte dôležitejšie. Okrem toho, že viažu CO₂, regulujú teplotu a vodný cyklus tak, aby nám uľahčili život.

    Výskumníci zhrnuli desiatky štúdií a zistili, že v lese je počas dňa v priemere o 4 °C chladnejšie než na priľahlých lúkach; v tropických oblastiach je rozdiel často dokonca väčší než 6 °C. V mestách dokáže stromová zeleň znížiť teplotu o 1,5–1,7 °C. Počas vĺn horúčav býva v lesoch pocitovú teplotu až o 6–14,5 °C nižšiu ako na otvorených priestranstvách.

    Toto ochladzovanie nie je len príjemné, ale zachraňuje aj životy. Odlesňovanie v trópoch vystavuje stovky miliónov ľudí vyšším teplotám a prispieva k desiatkam tisíc úmrtí ročne v dôsledku prehriatia. Výskumníci tiež upozorňujú, že lokálne otepľovanie spôsobené výrubom môže byť v niektorých regiónoch porovnateľné alebo silnejšie ako samotný signál globálneho otepľovania.

    Lesy sú zároveň dôležitou súčasťou vodného cyklu. Zachytávajú zrážky, zlepšujú vsakovanie a dopĺňajú podzemné vody. Odparovaním vracajú vlhkosť do atmosféry a stabilizujú prietok riek. V tropických a monzúnových regiónoch znižujú riziko záplav, no v suchších oblastiach môže prílišná výsadba stromov naopak znížiť dostupnosť vody.

    Dôležitý je aj kontext. Najväčší prínos majú prirodzené "staré" lesy a to predovšetkým na miestach, kde sa prirodzene vyskytovali aj v minulosti. Vysádzať stromy do stepí či tundry sa nemusí oplatiť: tmavé koruny absorbujú viac slnečnej energie ako svetlé trávnaté plochy alebo sneh a môžu spôsobiť lokálne oteplenie. Naopak, staré porasty majú jedinečnú schopnosť tlmiť teplotné výkyvy a regulovať kolobeh vody.

    Lesy ovplyvňujú aj veľkopriestorové procesy: uvoľňujú organické zlúčeniny, ktoré pomáhajú tvoriť oblaky, a recyklujú vlhkosť, čo ovplyvňuje zrážky aj stovky kilometrov ďaleko. Výskum z Bornea ukazuje, že rozsiahla strata lesa zvyšuje denné teploty, zintenzívňuje extrémy a významne znižuje množstvo zrážok, čo priespieva k väčšiemu suchu.

    Lesy teda pôsobia ako klimatická "infraštruktúra": ochladzujú, hospodária s vodou a zmierňujú extrémy lepšie než mnohé technické riešenia. Nemôžu síce zastaviť globálne otepľovanie, ale môžu urobiť teplejší svet znesiteľnejším. Aj preto odborníci zdôrazňujú, že ochrana a obnova pôvodných lesov patrí medzi najefektívnejšie a najlacnejšie formy adaptácie na zmenu klímy.

    Zdroj:

    https://www.science.org/doi/10.1126/science.ads4361 a

    Forests don’t just store carbon. They keep people alive, scientists say
    https://news.mongabay.com/2026/02/forests-dont-just-store-carbon-they-keep-people-alive-scientists-say/
    TADEAS
    TADEAS --- ---
    SKORZENY: refeeuje to k segmentu predtim v tom samem videu:

    Wind and solar reaching 30% in the EU is the visible numerator of a fraction whose denominator is shrinking. Industrial demand is leaving Europe which makes the renewable share look better while the economy gets worse. The energy transition did add renewables, but it also shut down nuclear, replacing zero-carbon base load with intermittency, severed Russian gas, replacing cheap pipeline gas with expensive LNG, and layered on carbon taxes and grid surcharge charges that made the total system cost uncompetitive.

    Europe is running a real-time experiment in whether an advanced industrial economy can maintain its productive capacity at today's superorganism throughput level while fundamentally restructuring its energy system. And so far the answer is not without enormous economic pain and possibly not at all.
    SHEFIK
    SHEFIK --- ---
    Researchers from ETH Zurich have found that two large lakes in the Democratic Republic of Congo — Lakes Mai Ndombe and Tumba — are releasing carbon that’s been locked away in surrounding tropical peatlands for thousands of years.

    By analysing dissolved carbon in the lakes, they discovered that roughly 40% of the CO₂ emissions come from peat deposits 2,000–3,500 years old, not just from recent plant material. This shows that tropical peatlands, long considered stable carbon stores, can leak ancient carbon back into the atmosphere.

    The study highlights a hidden climate risk: these peatlands could contribute to atmospheric CO₂, especially if disturbed by climate change or land‑use changes, challenging assumptions about how securely carbon is stored in tropical ecosystems.

    Published in: Nature Geoscience, February 2026

    Millennial-aged peat carbon outgassed by large humic lakes in the Congo Basin | Nature Geoscience
    https://www.nature.com/articles/s41561-026-01924-3
    TADEAS
    TADEAS --- ---
    The global extent of the grassland biome and implications for the terrestrial carbon sink | Nature Ecology & Evolution
    https://www.nature.com/articles/s41559-025-02955-6

    New research shows how weak the global data on grasslands have been and still is:

    "Here we demonstrate this data vulnerability in grasslands, which are critical to C cycling but whose estimated distribution has varied by >50 million km2 (3.5–42% of the Earth’s terrestrial surface). Comparing multiple high-resolution land cover products with expertly annotated grassland data from six continents, we show sources of mapping error and discuss C implications based on 2023 United Nations (UN) FAO estimates. Past misidentification arose from inconsistent definitions on grassland identity and classification flaws especially relating to woody plant cover. "
    TADEAS
    TADEAS --- ---
    France bets on nuclear in new plan to cut fossil fuel imports
    https://www.lemonde.fr/en/environment/article/2026/02/12/france-bets-on-nuclear-in-new-plan-to-cut-fossil-fuel-imports_6750431_114.html

    France's government on Thursday, February 12, presented an energy plan to use less imported fossil fuels, including by ramping up nuclear-fuelled power production over the next decade. France wants to phase out fossil fuels by 2050, and is hoping consumers will switch from burning oil and gas to consuming more low-carbon electricity to do so.

    The plan, spanning from 2026 to 2035, foresees more use of the country's 57 nuclear power plants and the construction of six new ones, as well as more energy from offshore wind farms. But it aims to rely less on solar parks and land-based wind farms. The move is a reversal from a plan for 2019 to 2024, which had called for shutting down several of France's nuclear reactors.
    TADEAS
    TADEAS --- ---
    "Climate hushing"—the quiet trend undermining global climate action
    https://www.talkingclimate.ca/p/climate-hushingthe-quiet-trend-undermining?

    As political winds have shifted in the United States and elsewhere over the past year, “climate hushing” has become a real thing: and that’s bad news. “When leaders don’t talk about something, enthusiasm falls among voters,” Senator Sheldon Whitehouse of Rhode Island writes here. “In politics, you can often make your own wind, or you can make your own doldrums.”

    Unfortunately, climate hushing is going global. This year, when world leaders spoke at the World Economic Forum’s meeting in January, nearly every single one of them avoided the topic—even Prime Minister Mark Carney, a former UN Special Envoy for Climate Action and Finance. Why is this? “In today’s deeply polarizing U.S. political stance, climate discussion has come to feel so radioactive that many leaders would rather avoid it,” sustainable business professor Anjali Chaudhry writes.

    The only major leader to break the silence was Chinese Vice Premier He Lifeng, who used his speech to press for collaborative climate action. ”We invite enterprises from all over the world to embrace the opportunities from the green and low-carbon transition, and work closely with China in such areas as green infrastructure, green energy, green minerals and green finance,” he said.

    The organization We Don’t Have Time hosted an alternative WEF speech, held on a pile of snow and featuring several of my colleagues and leading systems thinkers, including Dr. Johan Rockström, Sandrine Dixson-Declève, and former Unilever CEO Paul Polman, who said,

    “We know what needs to be done [about climate change]. It is not a failure of resources. Global capital has never been more abundant. It is a failure of collaboration and collective action. A failure of governments to align around shared interests rather than narrow advantage; of businesses to act as system-shapers rather than short-term competitors; and of leaders across sectors to share risk, and act in service of a common good.”
    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
    SCHWEPZ
    SCHWEPZ --- ---
    Za polovinu všech emisí oxidu uhličitého pohánějících klimatickou krizi bylo v roce 2024 zodpovědných pouze 32 firem těžících fosilní paliva, uvádí nejnovější vydání Zprávy o hlavních producentech uhlíku. O rok dříve bylo za polovinu světových emisí CO2 zodpovědných 36 společností.

    Sedmnáct z dvaceti největších producentů CO2 tvoří státem ovládané podniky, což podle autorů zprávy podtrhuje politické bariéry v boji proti globálnímu oteplování. Všech sedmnáct vlastní země, jež jsou proti v prosinci navrženému postupnému odchýlení od fosilních paliv. Jedná se například o Saúdskou Arábii, Rusko, Čínu, Írán, Spojené arabské emiráty nebo Indii.

    Half of world’s CO2 emissions come from just 32 fossil fuel firms, study shows | Fossil fuels | The Guardian
    https://www.theguardian.com/environment/2026/jan/21/carbon-dioxide-co2-emissions-fossil-fuel-firms-study
    TADEAS
    TADEAS --- ---
    TADEAS:




    Europe drove decarbonization of power supply but did not drive electrification. They're on the top left-hand side above the Americans, but not on the top right-hand side where the Chinese are to be found.

    - The Germans and Italians shut down nuclear as an essential part of their politics of green modernization, but they agonizingly extended the protection for the coal sectors.
    - They created a market for power supply through feed-in tariffs, then surrendered that market to the Chinese, and then slapped on protectionism anyway.
    - They introduced the carbon pricing mechanism but took almost fifteen years to make it work. It now does work—carbon prices in Europe are at very significant levels, sometimes above one hundred euros per ton—but they were unprepared for the shock of delivering that particular price signal.
    - Rather than focusing on new energy models, European politics and interest groups converged on the diesel, and the European car industry was milked as a source of dividends for its oligarchic investors. And they now complain about Chinese competition and demand protectionism.
    - The Europeans were clearly at odds with both Russia and the US, and yet did nothing to develop strategic autonomy with regard to either of them.






    On the left-hand side, the ramp-up you see: the formation period of this new synthesis of green governance in Europe through to the maximum level of investment in 2011 at $131 billion. And then you see, in the wake of the Eurozone crisis—which of course dramatically affected southern Europe, where unsurprisingly the investment in solar was particularly dramatic—as that crisis hits under the sign of austerity, the European push collapses. And this is the moment of China's overtaking.
    SHEFIK
    SHEFIK --- ---
    The global cost of greenhouse gas emissions is nearly double what scientists previously thought, according to a study published Thursday by researchers at the University of California, San Diego’s Scripps Institution of Oceanography.

    It is the first time a social cost of carbon (SCC) assessment—a key measure of economic harm caused by climate change—has included damages to the ocean. Global coral loss, fisheries disruption, and coastal infrastructure destruction are estimated to cost nearly $2 trillion annually, fundamentally changing how we measure climate finance.

    Ocean Damage Nearly Doubles the Cost of Climate Change - Inside Climate News
    https://insideclimatenews.org/news/15012026/ocean-damage-nearly-doubles-the-cost-of-climate-change/
    TADEAS
    TADEAS --- ---
    US plan to exploit Venezuela’s oil could eat up 13% of carbon budget to keep 1.5C limit | Climate crisis | The Guardian
    https://www.theguardian.com/environment/2026/jan/12/us-plan-to-exploit-venezuelas-oil-could-eat-up-13-of-carbon-budget-to-keep-15c-limit
    XCHAOS
    XCHAOS --- ---
    IOM_NUKSO: Tak předpokládá se, že vyroste nový strom... a ten zase pohltí další uhlík. Nejde o to stromy pokácet nějak bez náhrady.

    Samozřejmě, využití dřeva čistě jako konstrukčního materiálu by zafungovalo stejně, ale je tam problém s dopravou a zpracováním.. vše má uhlíkovou stopu. Ale hlavně nemůžeš nechat to dřevo jen tak, protože buď shoří, kde je problém jasný, a nebo shnije, a metan je krátkodobě ještě horší, než CO₂.

    Prostě část toho uhlíku je potřeba odstranit z oběhu a někam pohřbít, jako to bylo v případě uhlí. Ale kácet kvůli tomu ty lesy náhodně je samozřejmě brutální. Proto by bylo dobré to spojit s něčím, co by zabránilo šíření velkoplošných požárů, protože třeba v té Kanadě (a na Sibiře je to nejspíš ještě horší). Spíš než nějaké velkoplošné holoseče by to chtělo dlouhé požární průseky, a s tím dřevem by se mělo udělat něco aby ani neshořelo, ani neshnilo. Jak ho přesně v tom severním ledovém oceánu potopit, to nevím, jak zamýšlejí, ale ono se ho tam těma řekama spoustu dostane i přirozenou cestou.

    Důležitý je prostě "carbon sink", někam ten uhlík odstranit z přírodního oběhu.
    TUHO
    TUHO --- ---
    A nejaky info ze sveta
    Z Indie slusny zpravy. Po Cine, kde emise klesaji uz rok a pul (ackoliv stale malo)

    India power sector review 2025: Record clean energy deployment drives historic decline in coal generation – Centre for Research on Energy and Clean Air
    https://energyandcleanair.org/publication/india-power-sector-review-2025/

    V Litvě se meziročně zvedl podíl výroby z FVE šestnáctkrát (z 0,8 na 13 procent), hlavně na úkor importu z okolních zemí

    Lithuania Electricity Generation Mix 2025 | Low-Carbon Power Data
    https://lowcarbonpower.org/region/Lithuania
    XCHAOS
    XCHAOS --- ---
    TADEAS: ... tohle zřejmě znamená, že zkapalněný CO₂ má lepší akumulační vlastnosti, než zkapalněný vzduch...

    Liquid air has a density of approximately 870 kg/m3
    Liquid CO₂ density is 1101 kg/m3

    Podstatná je ale asi hlavně energie fázový změny. Kapalná fáze CO₂ vyžaduje tlak alespoň 5 atmosfér, ale zůstane kapalání až do 30°, takže nevyžaduje kryogenní skladování! (Oni teda pracují s daleko vyššími tlaky....). Nedaří se mi vygooglit energie fázové změny a její srovnání např. s vařením vody nebo s odpařováním stlačeného vzduchu. Evidentně využití CO₂ má oproti vzduchu nějaké výhody, jinak by do toho nešli.

    Vlastně je výborný, že by tímhle mohla vzniknout reálná poptávka po stlačeným či zkapalněným CO₂ v objemech, které by řádově přesahovaly dnešní poptávku po CO₂ jako technickém plynu (sváření, apod.). To by mohlo motivovat realistický carbon capture např. v cementárnách.

    Já bych to asi navrhl s podzemními zásobníky zkapalněného CO₂, které by podle mě při stejném tlaku mohly být násobně větší. Nic jiného, než vypouštění toho plynu do nějaké takovéhle nafukovací bubliny si ale asi moc představit nejde. Alternativou je prostě stlačování vzduchu, které se taky uvažuje, ale zřejmě má nějaké zásadní nevýhody..
    SHEFIK
    SHEFIK --- ---
    Ocean microplastics mess up carbon cycle understanding - Futurity
    https://www.futurity.org/ocean-microplastics-carbon-cycle-climate-change-3309772/

    A new study shows that microplastics in oceans can distort scientists’ understanding of the carbon cycle.

    The carbon cycle in our oceans is critical to the balance of life in ocean waters and for reducing carbon in the atmosphere, a significant process to curbing climate change or global warming.

    The new study shows that when microplastics are accidentally collected and measured with natural ocean organic particles, the carbon released by plastics during combustion appears as if it came from natural organic matter, which distorts scientists’ understanding of the ocean’s carbon cycle.
    SHEFIK
    SHEFIK --- ---
    Tak snad to dotahnou do vyroby...

    Bioinspired building material reduces emissions by over 720 lbs
    https://interestingengineering.com/innovation/wpi-carbon-negative-building-material-esm

    Concrete is the most widely used construction material on the planet, and its production accounts for nearly 8% of global CO2 emissions,” he said. He added that the new method “doesn’t just reduce emissions—it actually captures carbon.”

    According to the researchers, producing a single cubic meter of ESM sequesters more than 6 kilograms of CO2.

    In contrast, the same amount of conventional concrete emits around 330 kilograms.

    Beyond emissions, ESM’s ability to cure quickly, adjust in strength, and be recycled makes it a candidate for applications such as wall panels, roof decks, and modular building parts.
    CHOSIE
    CHOSIE --- ---
    Southern Ocean Heat Burp in a Cooling World

    The ocean accumulates carbon and heat under anthropogenic CO2 emissions and global warming. Little is known about how the ocean will release heat and carbon under potential future “net-negative CO2 emissions.”

    In a net-negative emission scenario more CO2 is extracted from the atmosphere than emitted, and one expects global cooling. We use an Earth system model which is of intermediate complexity in that its ocean is comparatively coarsely resolved and its atmosphere comparatively simple, with the advantage that it can be used for multi-centennial scale climate simulations. We expose the model to an idealized climate change scenario, with first increasing atmospheric CO2 concentration, followed by decreasing atmospheric CO2 that implies sustained net-negative CO2 emissions.

    We find, after several centuries of global cooling under negative CO2 emissions, global atmospheric warming that is unrelated to CO2 emissions and is caused by ocean heat release.

    The rate of warming is comparable to average historical anthropogenic warming rates and lasts for more than a century. The ocean heat loss originates from the deep Southern Ocean.
    The average warming rate over the decades until the peak warm anomaly is reached is comparable to the average rate of observed global warming since the 19th century, and the maximum decadal warming with 0.14C per decade is analogous to historical warming over the past five decades (Allen et al., 2018).
    This anomalous warm period is “non-linear” as compared to the gradually quasi-linearly decreasing temperature trend prior to the warm period.

    It lasts for about 200 years, and happens despite linear forcing of continuously decreasing atmospheric pCO2, and under a regime of persistent net-negative CO2-emissions.
    https://agupubs.onlinelibrary.wiley.com/doi/10.1029/2025AV001700
    IOM_NUKSO
    IOM_NUKSO --- ---
    Dalsi critical wake-up call k ignoraci.

    Using advanced satellite data and machine learning, the researchers tracked more than a decade of changes in aboveground forest biomass, the amount of carbon stored in trees and woody vegetation. They found that while Africa gained carbon between 2007 and 2010, widespread forest loss in tropical rainforests has since tipped the balance.
    Africa's forests have switched from absorbing to emitting carbon, new study finds
    https://phys.org/news/2025-11-africa-forests-absorbing-emitting-carbon.html
    XCHAOS
    XCHAOS --- ---
    U carbon capture už všichni pochopili, že je chiméra, takže místo toho rozjedeme doslova chemtrails...
    https://www.politico.com/news/magazine/2025/11/21/stardust-geoengineering-janos-pasztor-regulations-00646414
    SHEFIK
    SHEFIK --- ---
    https://phys.org/news/2025-11-soil-food-webs-boost-carbon.html#google_vignette

    They found that stover return increased the content of particulate organic carbon (POC) and mineral-associated organic carbon (MAOC) by approximately 30.96% and 11.39%, respectively, compared with plots where stover was removed. Stover return also reshaped the structure of soil biotic communities, strengthening the trophic connections among soil microorganisms, microfauna, and macrofauna.

    Further analysis revealed that soil microfauna, primarily nematodes, played a crucial role in the carbon turnover process, contributing approximately 60.52% to total soil carbon renewal. These small soil biota enhance interactions within the soil food web and facilitate the trade-off between active (POC) and stable (MAOC) forms of soil carbon.
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