Humans Brought Fire to a Fireless Amazon and Reshaped It for 10,000 Years

Glacial- period (Last Glacial and earlier Pleistocene) paleoecological records from Amazonia and adjacent areas show that fire was rare or absent before human arrival, supporting the interpretation that Amazonian wet forests evolved largely without fire.

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New research shows that fire in the Amazon rainforest over the past 10,000 years has been almost exclusively human- driven, not a natural process, and has substantially shaped modern forest composition.

The study, โ€œThe pyrogeography of Amazonia: a Holocene perspectiveโ€ by Crystal N. H. McMichael and colleagues (including Mark B. Bush), was published in June 2026 in the open-access journal Frontiers of Biogeography.

It is based on a compilation and analysis of 1,361 radiocarbon (ยนโดC) dates from 303 sites, covering soil charcoal fragments and burned archaeological materials.

Fire is essentially human- ignited in these wet forests. Pre- human (glacial- period) paleoecological records show charcoal absent or present only in minute amounts.

Examples include sites such as the Hill of Six Lakes (Brazil), Serra Sul dos Carajรกs, and especially the Campo Libre core on Ecuadorโ€™s Andean slopes, which recorded ~30,000 years without fire until humans arrived around 4,500 years ago. Researchers describe human arrival as introducing fire to a โ€œnaรฏve landscapeโ€ of evolutionarily fire-sensitive plants.

Spatiotemporal spread of fire (Holocene phases):

  • ~10,000- 6,000 years ago: Highly restricted, mainly in peripheral areas and along the main Amazon River channel.
  • ~6,000- 4,000 years ago: Rapid geographic expansion across most regions, coinciding with early maize cultivation in northwestern and southwestern Amazonia.
  • ~3,000- 2,000 years ago: Fire reached the deep interior (central Amazonia had been a relative fire-free refuge for millennia).

Decline in the last ~700 years (two phases): An initial drop ~600- 700 years ago supports an โ€œearly abandonmentโ€ or major pre- Columbian land- use shift (linked to a pollen surge indicating reforestation in some lake records). A larger decline followed the post- 1541 โ€œGreat Dyingโ€ (estimated 90- 95% Indigenous population loss from disease, warfare, and enslavement after European contact), reducing ignitions and allowing further forest recovery.

Ecological legacy: Intensified human- driven fire over the last ~2,000 years caused vegetation changes on a scale comparable to major climatic events (e.g., deglaciation or Pleistocene megafauna extinctions). It selectively favored more fire- tolerant species (such as certain palms) over fire-sensitive ones, leaving a lasting imprint on todayโ€™s plant communities.

This work challenges the long- standing idea of a largely โ€œpristineโ€ pre- Columbian Amazon.

Fire histories were not fully synchronous across regions, but the overall pattern of human introduction, expansion from periphery to interior, and later declines is clear from the summed probability distributions and related analyses of the dated materials.

The paper is open access via the journal (Pensoft and Frontiers of Biogeography).

The findings align with broader evidence that natural lightning- ignited fires are rare in intact humid Amazonian forest, while human activity has long been the dominant ignition source.

_____________________________________________________________________________________

Glacial- period (Last Glacial and earlier Pleistocene) paleoecological records from Amazonia and adjacent areas show that fire was rare or absent before human arrival, supporting the interpretation that Amazonian wet forests evolved largely without fire.

These records come primarily from lake and wetland sediment cores analyzed for charcoal (macroscopic and microscopic), pollen, phytoliths, and other proxies. Key examples cited in the 2026 pyrogeography paper and supporting studies include:

Campo Libre (eastern Andean slopes, Ecuador, ~2,700 m elevation)

  • A ~30,000- year sediment core from an alluvial terrace in a mid- elevation valley of the Quijos River.
  • No macroscopic charcoal was found in 122 samples spanning the full record.
  • Microscopic charcoal was also absent in samples dating between ~12,000 and 30,000 cal yr BP.
  • Fire (regional microscopic charcoal) first appears only around ~3,300- 3,400 cal yr BP, with clear human signals (maize phytoliths) beginning ~4,500- 4,700 cal yr BP.
  • The site underwent major vegetation shifts driven by climate and river dynamics (e.g., from active floodplain to palm forest around the Pleistocene- Holocene transition, then back toward swampier conditions), but these occurred without fire until humans arrived.

Hill of Six Lakes (northwestern Brazilian Amazon)

  • Multiple long lake records (e.g., Lakes Pata, Verde, Dragรฃo, and more recent work on Lake Malachite) spanning up to ~170,000 years or the full deglacial period.
  • Charcoal is rare and present only in very low abundances (often tiny microparticles <40- 80 ฮผm, consistent with distant sources) during glacial times.
  • The landscape remained continuously forested (with compositional shifts due to cooler temperatures, ~4- 5ยฐC colder at the Last Glacial Maximum). Fire increases notably only in the Holocene, sometimes linked to possible early human activity around ~10,200 cal yr BP in newer records.

Serra Sul dos Carajรกs (southeastern Amazonia, Brazil)

  • Lake and bog records from this drier, plateau, ecotone region covering the last ~25,000- 26,000 years.
  • Charcoal was absent or present only in very low amounts in some locations until the deglacial period and onset of the Holocene.
  • Where glacial- period fire occurred, abundances were much lower than during the Holocene. Fires became more frequent during climatic transitions (e.g., dry- to- wet shifts around 11,000- 10,200 years ago) and later under seasonal conditions, with possible early human influence in the Holocene.

Additional context from related sites

  • Rainforest- savanna ecotones in Bolivia show very low and infrequent glacial- period fire.
  • Even in more fire- prone high Andean settings, pre-human charcoal levels are described as โ€œminisculeโ€ compared with post- human levels.

Natural (lightning- driven) fire was exceptional in these wet tropical systems.

Glacial climates were often cooler and, in many areas, drier or more seasonal, yet charcoal remained scarce.

This contrasts sharply with the Holocene, when human ignition dramatically increased fire frequency and spatial extent.

Amazonian plants are therefore largely evolutionarily fire- sensitive, making the introduction of regular anthropogenic burning a novel and transformative disturbance.

These glacial records form a critical baseline for the argument that Holocene pyrogeography in Amazonia is overwhelmingly human- driven.

_____________________________________________________________________________________

The pyrogeography of Amazonia: a Holocene perspective

The pyrogeography of Amazonia: a Holocene perspective is a 2026 open-access research article, published in Frontiers of Biogeography.

Fire in Amazonian forests rarely (if ever) ignites or spreads without human activity. Humans introduced fire to a previously โ€œnaรฏveโ€ (fire- sensitive) landscape beginning in the late Pleistocene, early Holocene.

The study reconstructs the spatiotemporal patterns of this human- driven fire (pyrogeography) over the last ~10,000 years using a large compilation of radiocarbon dates.

Data and methods

Compiled 1,361 radiocarbon (ยนโดC) AMS dates from 303 sites across Amazonia (after excluding 32 modern dates post-1950, analyses focused on 1,329 dates spanning the last ~12,000 years).

Sources: individually dated charcoal fragments from soil surveys (paleoecological) and burned archaeological materials (described as charcoal or charred).

New dates added from soil charcoal in northwestern and southwestern Amazonia.

Analyses: summed probability distributions (SPDs), composite kernel density estimations (CKDEs), and regional permutation tests.

Regions examined (following ter Steege et al. 2013): northwestern (WAN), southwestern (WAS), central (CA), eastern (EA), southern (SA) Amazonia, and Guiana Shield (GS).

Main results

Earliest fires were concentrated in peripheral areas and along the main Amazon River channel (~10,000โ€“6,000 years ago).

Geographic expansion accelerated ~6,000- 4,000 years ago (linked in part to early maize cultivation), with fire reaching the deep interior (including central Amazonia) mainly ~3,000- 2,000 years ago.

Peak fire likelihood occurred roughly 1,300- 500 cal BP (AD 700-1450).

Two-phase decline in the last ~700 years:

  • First decrease ~700- 500 years ago (supports โ€œearly abandonmentโ€ or major pre- Columbian land- use change/reforestation, consistent with some pollen records).
  • Second, larger decline after European contact (~AD 1541 onward), corresponding to the โ€œGreat Dyingโ€ (estimated 90- 95% Indigenous population loss).

Fire histories show some regional variation and are not fully synchronous, but the overall basin- wide pattern of peripheral- to- interior spread followed by later declines is robust.

The intensification and spread of human- ignited fire over the last ~2,000 years induced vegetation change at rates and magnitudes comparable to major climatic shifts (e.g., deglaciation or Pleistocene megafauna extinctions).

This selectively favored more fire- tolerant species (notably some palms) and left a lasting imprint on the composition and structure of modern Amazonian forests.

The work synthesizes and expands prior archaeological and paleoecological databases.

It reinforces that natural (lightning- driven) fire was exceptional in these wet forests before human arrival, as shown by glacial- period records with absent or minimal charcoal (e.g., Campo Libre, Ecuador: ~30,000 years without fire until humans appeared ~4,500 years ago).

The findings challenge notions of a largely pristine pre- Columbian Amazon and highlight the long- term role of Indigenous fire management in shaping todayโ€™s ecosystems.

The full paper is freely available via the journal site (Pensoft).

A contemporaneous press release from Pensoft Publishers summarized these results under the headline โ€œHuman- driven fires have shaped the Amazonian forest for over 10,000 years.โ€

Published: Frontiers of Biogeography (volume 19, e169863)

DOI: 10.21425/fob.19.169863

Authors: Crystal N. H. McMichael, Britte M. Heijink, Nina H. Witteveen, Annabel Zwarts, Mark B. Bush

Abstract

Amazonian forest fires rarely, if ever, ignite and spread in the absence of humans. The first colonization of people into South America happened in the late Pleistocene, and by 10,000 years ago, humans had introduced fire into a naive landscape. Here we build on previous databases of burnedย 14C dated archaeological material andย 14C dated charcoal fragments retrieved from soils and reconstruct spatiotemporal patterns of fire in Amazonia for the last 10,000 years. We ask whether fire histories are regionally synchronous, and whether major demographic events such as the โ€˜Great Dyingโ€™ or โ€˜Early abandonmentโ€™ appear in the fire histories within or between regions. We found that most of the earliest fires occurred in the peripheral areas and spread into central Amazonian forests mostly around 2000โ€“3000 years ago. The frequency and recurrence of burnedย 14C dated material also showed a two-phase decline over the last 700 years. Most regions show a decrease in fire occurrence ca. 700โ€“500 years ago and then again during the last 400 years when European influence spread across Amazonia. The restructuring of Amazonian pyrogeography over the last 2000 years has likely played a large role in shaping modern forests.

Carneyโ€™s Dagger: How Ottawaโ€™s Trade Brinkmanship Threatens US National Security Strategy

The collapse of US-Canada trade talks last week, and Prime Minister Mark Carneyโ€™s declaration that โ€œyouโ€™re at war when you get attacked,โ€ has turned a tariff dispute into a political toxin that now sits inside the one relationship still holding North American energy security together.

President Donald Trump announced on Friday that the US had secured majority control of more than 65 billion barrels of Venezuelaโ€™s proven oil reserves through a partnership with private business.

From Tilak`s Substack

By Tilak Doshi

The collapse of US-Canada trade talks last week, and Prime Minister Mark Carneyโ€™s declaration that โ€œyouโ€™re at war when you get attacked,โ€ has turned a tariff dispute into a political toxin that now sits inside the one relationship still holding North American energy security together. Fifty-percent US tariffs have taken effect on billions of dollars of Canadian goods; Ottawa has promised dollar-for-dollar retaliation from September 8th. Crude oil, natural gas and potash were, for the moment, carved out of the American levies, but that exemption cannot be thought permanent. The uncertainty, the public flirtation with using oil as a retaliatory instrument and Carneyโ€™s larger strategic posture toward Washington already threaten the physical barrels and the political trust on which the 2025 National Security Strategy depends.

The contrast with what seemed possible only a year earlier could not be more dramatic. The August 2025 Anchorage meeting between Donald Trump and Vladimir Putin, however inconclusive on Ukraine, opened a window onto a potentially different energy order: one in which sanctions-driven distortions might have eased and Russian Arctic and Siberian resources might have again attracted Western capital. Combined with the January 2026 capture of Nicolรกs Maduro and Washingtonโ€™s subsequent assertion of control over the rules of Venezuelan oil production, that vision promised hemispheric abundance rather than managed scarcity. Carneyโ€™s brinkmanship now risks putting a dagger through it โ€“ and doing so at the expense of Alberta first.

The Anchorage window and the promise of abundance

On August 15th 2025, at Joint Base Elmendorf-Richardson in Alaska, the presidents of the worldโ€™s largest and third-largest oil producers met for the first time since the outbreak of the Ukraine war. No ceasefire was signed, although the maximalist demand by EU hawks for an immediate ceasefire was dropped as a non-starter. Trump said there was โ€œno deal until thereโ€™s a dealโ€. Putin later conceded that โ€œthere were indeed no agreements reached in Anchorageโ€. Yet the meeting itself, after years of isolation, revived talk of economic cooperation in the Arctic, LNG technology, icebreakers and even possible restarts of ventures such as Sakhalin-1. Russian officials spoke of region-to-region contacts between the Russian Far East and the US West Coast; side conversations touched Novatek technology for Alaskan gas.

That window mattered because the post-2022 sanctions regime boomeranged on its progenitors. Measures intended to turn the Russian rouble into rubble instead accelerated Europeโ€™s de-industrialisation, sent discounted Russian barrels through Indian and Chinese refiners into European markets at a premium and encouraged experiments in non-dollar settlement. A genuine US-Russia thaw would have reversed those distortions, reopened Siberian unconventional plays to American fracking expertise and reduced the incentive for BRICS energy trade to migrate away from the dollar. Developing countries, long subject to decarbonisation demands while the West consumed the fossil fuels that built its wealth, would have gained cheaper energy and a less politicised development path. The โ€˜spirit of Anchorageโ€™ never became a treaty. By mid-2026 it had largely dissipated. But the mere possibility of ending the sanctions-driven split in global oil trade โ€“ and of pairing US technology with Russian Arctic and Siberian geology โ€“ was part of a larger architecture of energy abundance. The other half of that architecture was sitting in the Orinoco Belt.

Venezuelaโ€™s heavy oil and the Trump Corollary

In the pre-dawn hours of January 3rd 2026, US forces captured Nicolรกs Maduro and flew him to New York to face narcotics-terrorism charges. The operation was the most muscular application yet of what the administration calls the โ€œTrump Corollaryโ€ to the Monroe Doctrine. The November 2025 National Security Strategy had pledged that the United States would โ€œreassert and enforce the Monroe Doctrine to restore American pre-eminence in the Western Hemisphereโ€ and โ€œdeny non-Hemispheric competitors the ability toโ€ฆ own or control strategically vital assets in our Hemisphereโ€. Venezuelaโ€™s oil was precisely such an asset.

The Energy Instituteโ€™s Statistical Review still lists Venezuela as holding the worldโ€™s largest proved reserves โ€“ on the order of 300 billion barrels, the great majority of them extra-heavy Orinoco crude. At recent prices that stockpile is notionally worth many trillions of dollars. Venezuelan output has risen from well under a million barrels per day toward roughly 1.2 million, with several hundred thousand barrels now moving to US refiners. Supermajors remain cautious; service companies and smaller independents have moved first. Full restoration toward two to three million barrels per day still looks like a multi-year project even under favourable political conditions. That timeline is why Canadian barrels remain indispensable in the near term โ€“ and why treating them as a weapon is so reckless.

President Donald Trump announced on Friday that the US had secured majority control of more than 65 billion barrels of Venezuelaโ€™s proven oil reserves through a partnership with private business. This unprecedented US agreement to take control of a fifth of Venezuelaโ€™s vast oil reserves is a bet that American companies can revive the nationโ€™s battered energy industry.

As important as the headline volume is the molecule. Long-chain, high-sulphur, high-residuum crude is ideally suited to the delayed-coking complexes that dominate the US Gulf Coast. Those refineries convert discounted heavy sour barrels into diesel and jet fuel more efficiently than light-shale slates can be upgraded. Control of Venezuelan heavy oil therefore complements, rather than merely duplicates, the Permianโ€™s light sweet output. It gives the United States a full-spectrum position across the barrel and a second wing for a non-OPEC Americas bloc that already includes US shale, Canadian oil sands, Guyanaโ€™s new discoveries and Brazilian pre-salt, from Alaska to Tierra del Fuego.

Four million barrels a day and the Alberta-Ottawa fault line

EIA data show US crude imports from Canada averaged 3.9 million barrels per day in 2025; weekly figures through 2026 still cluster around 3.5โ€“4.2 million. Those volumes have routinely accounted for around 60% or more of US crude imports. The main destination is not only Houston. It is first the US Midwest, then the Gulf Coast: complex refineries configured over decades for Albertaโ€™s heavy sour crude. Bloomberg put 2025 Midwest receipts near 2.7 million barrels per day vs about 416,000 barrels per day to the Gulf. These barrels are not interchangeable with Permian light or with distant Middle Eastern grades that must travel longer, more vulnerable sea lanes. Without them, utilisation rates fall, product yields suffer and pump prices rise. In a tight global distillate market โ€“ the spread between crude and diesel, the โ€œcrack spreadโ€, has run over $100 a barrel โ€“ the substitution problem is acute. As David Blackmon assesses, there is no ready alternative outlet of comparable size and proximity for Canada either. Canadaโ€™s only large operating Pacific marine outlet is the Westridge terminal in Burnaby, the end of the Trans Mountain pipeline, rated at 890,000 barrels per day. That line can be optimised toward about 1.19 million barrels per day by 2028. A separate million-barrel West Coast pipeline has been proposed, with construction possibly starting in 2027. Neither is a substitute, this year or next, for the US inland system.

Canadaโ€™s own vulnerabilities are equally structural. Eastern provinces, home to most of the population, still depend on US-sourced barrels or on west-to-east pipelines whose routes pass through Minnesota, Wisconsin and Michigan. Ottawaโ€™s long refusal to approve adequate all-Canadian eastbound pipelines left Toronto, Montreal and Ottawa exposed. Any serious disruption therefore boomerangs on Canada as surely as it would hit Chicago and Houston.

That is why using oil as a weapon would detonate inside Canada long before it wounds the US โ€“ an economy 13 times larger that absorbs just under three-quarters of Canadian exports and some 90% of its oil exports. Alberta Premier Danielle Smith has said she โ€œcannot think of a more disastrous policy decision than cutting off or taxing Albertaโ€™s oil to the United Statesโ€. Doing so, she warned, would extinguish hundreds of thousands of livelihoods in Alberta, hobble Ontario and Quebec, send the TSX into a dive โ€“ and hand US cokers a reason to look to Venezuela instead, perhaps permanently. Saskatchewan Premier Scott Moe was equally blunt: his province โ€œcannot and will not support any kind of export tariffโ€ on oil or potash. The producing Western regions of Canada have told Ottawa no.

Danielle Smith also points out that an export tax on Alberta crude invites a symmetric American levy on gasoline and diesel heading into Ontario and Quebec โ€œright as we turn into fall and winterโ€. Carney himself said in July he did not โ€œsee the valueโ€ in using energy as leverage and that Canada must remain a โ€œreliable supplierโ€. The โ€˜warโ€™ language of last week sits uneasily with that earlier caution. If Ottawa now flirts with the oil card, it will reopen the oldest Canadian fracture: Alberta and Saskatchewan sell the oil and potash, and the Carney Government in Ottawa is tempted to treat those exports as leverage. Albertaโ€™s separatist undercurrent does not need a better recruiting poster.

This interdependence is a strength when relations are stable. It becomes a glaring weakness when they are not. Even though energy was excluded from the latest 50% tariff list, the collapse of talks has already injected the uncertainty that markets and capital abhor. Cross-border projects feel it immediately. South Bowโ€™s Prairie Connector โ€“ a partial reuse of cancelled Keystone XL pipe, with 20-year commitments for about 465,000 b/d and a mid-2027 investment decision โ€“ needs a permit that survives the next election. CEO Bevin Wirzba has said the company will not proceed without a โ€œdurableโ€ US authorisation. Twenty-year contracts cannot be financed on a relationship described as war.

Waiting out Trump: Democrats, Davos and a lame-duck bet

Mark Carney is a former Bank of England governor and UN special envoy for climate finance who once argued that central banks should help impose โ€œmoral sentimentsโ€ on capital allocation in the name of Net Zero. In his January 2026 Davos speech he told middle powers that the old rules-based order was fading and that โ€œwhen we only negotiate bilaterally with a hegemon, we negotiate from weaknessโ€ โ€“ obviously, if obliquely, referring to Trumpโ€™s America. He has signed new โ€œstrategic partnershipsโ€ with the EU and China, diversified trade talks across four continents and presented Canada as an โ€œenergy superpowerโ€ whose customers need not be confined to the United States.

Carney elevated Maia Johnson โ€” an American who worked on scheduling and operations for Hillary Clintonโ€™s 2016 campaign and later on the Biden and Harris efforts and who was tied to Michael Bloombergโ€™s political-data firm Hawkfish โ€” into a newly created senior operating role in the Prime Ministerโ€™s Office. The hiring choice is a signal about which American political network Ottawa finds congenial. So are Carneyโ€™s private meetings this year with leading 2028 Democratic contenders โ€“ including Pennsylvania Governor Josh Shapiro, Pete Buttigieg and Elissa Slotkin โ€“ as Democrats begin to audition for the post-Trump era.

The timeline fits a waiting game. People familiar with Ottawaโ€™s deliberations told Bloomberg that Carneyโ€™s Government sees little chance of restarting talks before the November 2026 midterms and is designing support โ€œto ride out the balance of Trumpโ€™s term if necessaryโ€. Carney himself said Canada would back affected firms โ€œfor as long as it takes, in other words, beyond the life of this US administrationโ€. Danielle Smith, from the other side of the same calendar, has urged diplomacy so that Canadian oil can be kept out of the trade war. CityNews put the question directly: is Carney waiting for a lame-duck president?

But a Democratic midterm gain would not automatically unwind executive tariffs; a White House official called that expectation โ€œa desperate pipe dreamโ€. A 2028 Democratic restoration does little to alleviate the trade standoff. It might, however, restore the Net Zero reflex that spent a decade making Canadaโ€™s physical ability to get crude out of Alberta and to paying customers harder. Betting the continental oil system on a US partisan cycle is the opposite of energy security.

Trumpโ€™s National Security Strategy is an energy-dominance doctrine that treats pipelines, upgraders and heavy-oil reserves as instruments of hemispheric security. The Venezuelan reset was meant to reduce extra-hemispheric influence in the Americas and, over time, to give Washington a substitute source of heavy crude. That substitution is years away. In the meantime any sustained interruption โ€“ or even the credible threat of one โ€“ raises the odds of tighter product markets, higher prices for American and Canadian consumers alike and the postponement of the very infrastructure that would make the hemisphere more secure.

The Anchorage meeting and the Caracas operation together sketched a world in which the Western Hemisphere could become a low-cost, high-security energy platform spanning Alaska to Tierra del Fuego โ€“ light oil from the US Permian and other shale oil basins married to heavy Orinoco and Athabasca crude, insulated from Eurasian pipeline politics and Middle Eastern chokepoints. That architecture still requires Canadian flows in the critical intervening years. Carneyโ€™s war language, his Democratic entanglements and the temptation to โ€˜wait Trump outโ€™ do not create new heavy-oil supplies or new all-Canadian pipelines. Rather, they raise the probability that the existing system fractures worsen โ€“ between Ottawa and Alberta, and between Ottawa and Washington โ€“ at the precise moment when US strategy is attempting to lock in hemispheric advantage in energy supplies.

The physics, economics and geography of global oil trade flows remain broadly unchanged. What has changed is the political choice to treat an existential energy partnership as another front in a trade war, or as a holding action until the next American election. If cooler heads do not prevail, Carneyโ€™s dagger threatens not only the oldest and most intimate trading relationship in North America but also the energy security interests of the entire American hemisphere.

Dr Tilak K. Doshi is the Daily Scepticโ€˜s Energy Editor. He is an economist, a member of the COโ‚‚ Coalition and a former contributor to Forbes. Follow him on Substack and X.

โ€œSuperโ€ El Nino Misinformation

The media and social media are abuzz with talk about the upcoming โ€œSuperโ€ El Niรฑo, with forecasts of low snowpack, drought conditions, and massive wildfires

Surprisingly, there is nothing called a โ€œSuper El Ninoโ€ in the scientific world.

AI generated by Grok

From Watts Up With That?

From the Cliff Mass Weather Blog

Cliff Mass

The media and social media are abuzz with talk about the upcoming โ€œSuperโ€ El Niรฑo, with forecasts of low snowpack, drought conditions, and massive wildfires (see sample below).

My local newspaper and some amateur social media are making similar claims.

Few of these scary claims are supported by the facts: in reality, the outlook is quite favorable for our region if a โ€œSuper El Niรฑoโ€ continues to develop.

Let me prove this to you.

Surprisingly, there is nothing called a โ€œSuper El Ninoโ€ in the scientific world.  

If the temperature anomaly (difference from normal) of the ocean surface in the tropical Pacific is 1.5 to 2 C above normal, it is called a strong El Niรฑo.  More than 2C, a very strong El Niรฑo.   

The media calls this a โ€œsuperโ€; the scientific community does not.

Below is the latest forecast by NOAA. 

They are predicting a very strong El Niรฑo this autumn (peaking around 2.2 C above normal).  

There is little doubt we will get a very strong El Nino, but this is not unprecedented, with others occurring in 1982-1983, 1997-1998, 2015-2016, and 2023-2024  (others have occurred before as well).

A KEY point is that very strong El Niรฑos are very different animals than their more moderate cousins.  With different impacts.

Moderate to strong El Niรฑos are typically associated with less snowpack and drier-than-normal conditions.

Very strong El Niรฑos bring near-normal snowpack and plenty of moisture.  

Thus, our water resources are generally fine with very strong El Niรฑos like the upcoming winter.

Want the proof?

Below is a plot of precipitation from October to April (our wet season) since 1980.  The red arrows indicate very strong (โ€œsuperโ€) El Nino years, and the yellow line is the average of the period (1980 to today).   

Very strong El Niรฑo years are NOT particularly dryโ€ฆ their average is a bit ABOVE NORMAL.

What about snowpack? 

Letโ€™s check out a few sites, looking at April 1 snowpack (which is generally the date used for evaluations).

Crystal Mountain Ski area (around 6000 ft)?  Snowpack during very strong El Niรฑos is nearly normal (horizontal line) during such years.

The much lower Stampede Pass (4000 ft)? Same story.

Even LOWER at Snoqualmie Pass (below). Same storyโ€ฆnearly normal snowpack during very strong El Niรฑo years!

Very strong El Niรฑo years have near-normal snowpack in our mountains.    I could show you a dozen other locations:  same story.

What about temperature?   

Over Washington State at the surface, very strong El Niรฑo years are about 1ยฐF above normal, although one was below normal (2024).

With normal rain and mountain snow during a very strong El Nino year, the expectation is that there will be plenty of water next year for our regionโ€™s needs.   

So those predicting drought, drastically reduced snowpack, and enhanced wildfires over the region will have a lot of the proverbial egg on their face next summer.  

So what exactly does a very strong El Niรฑo do to the larger-scale atmospheric circulation around here?     I am a weather scientist and am curious!

Below is the average of the upper-level heights at 500 hPa (think pressure at 18,000 ft), showing the difference from normal for October through March of a very strong El Niรฑo year.  Purple is much lower than normal heights/pressure (a strong trough).

Mama mia!   A HUGE intense low-pressure area over the north Pacific!

Letโ€™s look at the local implications of this intense pattern by examining the difference from normal in the winds around 5000 ft for such a very strong El Nino year (below).    

There are greatly enhanced winds from the southwest offshore, bringing in lots of moisture into the West Coast.  That means more precipitation. NO DROUGHT.

To demonstrate this, below is the difference in precipitation from normal for such very strong El Niรฑo years.

A lot more precipitation over the West Coast, with the greatest increase over northern CA and southern Oregon.   

Our region will be a bit warmer than normal, but the additional moisture should result in near-normal snowpack in the mountains above 3500 ft.  Lots of water to fill reservoirs and moisten the soils.

No problem.

Federal Oil and Gas Well Bonding: Undoing Biden

โ€œBLM is proposing to shift the state bonding minimums back to what they were prior to 2024, consistent with the White Houseโ€™s intent to reduce regulatory barriers to energy productionโ€ฆ. The large majority of oil and gas well operators are responsible, and it makes no sense to treat them all as though they were reckless and financially unstable.โ€

AI generated by Grok

From Master Resource

By Timothy Terrell

โ€œBLM is proposing to shift the state bonding minimums back to what they were prior to 2024, consistent with the White Houseโ€™s intent to reduce regulatory barriers to energy productionโ€ฆ. The large majority of oil and gas well operators are responsible, and it makes no sense to treat them all as though they were reckless and financially unstable.โ€

The Biden Administration enacted hundreds of punitive actions against the domestic oil and gas industry. The Trump Administration has worked to reverse this overreach. The latest reversal concerns a Bureau of Land Managementโ€™s proposal to lower statewide bonding on oil and gas leases from $500,000 to $25,000.

In protest, the Evangelical Environmental Network (EEN) and other left-of-center environmental organizations claim that companies will be incited to abandon wells and stick taxpayers with the cleanup bill. EEN misleadingly argues that โ€œasking companies to cover their own cleanup costs is not a regulatory burdenโ€ฆ.โ€

To clarify, the BLM is proposing to shift the state bonding minimums back to what they were prior to 2024, consistent with the White Houseโ€™s intent to reduce regulatory barriers to energy production. The higher minimums imposed in 2024 have not taken effect yet, as the BLM had extended the phase-in date to June of 2027.

Analysis

While it is appropriate that taxpayers not be on the hook for any companyโ€™s liabilities, the EENโ€™s complaint here is misleading. Companies will still be liable for their own cleanup costs if the bonding requirements revert to the pre-2024 level. The oil or gas well operator remains responsible for plugging wells and restoring the surface under the Mineral Leasing Act. If the operator does not comply with reclamation requirements, the lease can be cancelled, and other punitive actions can be taken.

Additionally, as the BLM explained, the lower bond minimums do not mean that the operator is not being required to provide adequate protection for the taxpayers. The bureau can increase the bond amount on a case-by-case basis, as when companies are โ€œat-risk.โ€ It can also โ€œimpose more stringent interim and final reclamation requirements, implement additional bond reviews, and develop other measures to limit the risk to the U.S. taxpayer from a lessee failing to meet its reclamation obligations.โ€

Will the BLM actually take these actions? A 2019 Government Accountability Office (GAO) report stated that the BLM had not been properly using its discretion to secure larger bonds where the risks justified doing soโ€”a point which opponents of the lower bond minimums have emphasized. But in 2024, the BLM addressed this problem with Instruction Memorandum IM2024-014, which strengthened the review process for setting bonds to help ensure that higher-risk operators pay accordingly. The BLM also indicated in its proposal this year that it is โ€œcontemplating re-instating nationwide bonds,โ€ which the 2024 bond increase rule had eliminated.

Taking all of this into consideration, the fact that the proposed statewide minimum bonding requirements โ€œfall far below the BLMโ€™s own estimated cost of $35,000 to $200,000 to decommission wellsโ€ is not particularly relevant, though a superficial comparison with the lower bond minimum might cause alarm among those who do not investigate further. The BLM can raise bonding requirements where necessaryโ€”especially since its IM2024-14 revisionsโ€”and has other means by which to induce compliance and protect Americans from the costs of unplugged and abandoned wells. The large majority of oil and gas well operators are responsible, and it makes no sense to treat them all as though they were reckless and financially unstable. Matching the bond requirement to the risk is better stewardship than a policy that ignores differences across firms and well characteristics.

Imposing high bonding requirements across the board does little to protect taxpayers or the environment and ties up capital in unproductive ways. In fact, as some states have ratcheted up financial assurance regulations, and as capital market trends have increased costs, some operators have been unable to cope. Ironically, this can make the well abandonment problem worseโ€”a foretaste of what could come if higher federal minimums come into force.

A group of western oil and gas producers pointed out the unintended consequences: โ€œFinancial assurance pressures increase bankruptcy and/or premature well abandonment, orphaning legacy assets without adequate plugging and reclamation funding. Increased financial assurance requirements are intended to prevent orphaned wells, but the reverse is occurring; such requirements are increasing the number of wells being orphaned.โ€ Lower bonding requirements should avoid these problems, and would particularly help smaller independent operators, who face even higher burdens if the 2024 rule phases in next year.

For consumers, the effect of higher bond minimums is to increase the expense of producing energy at a time when international conflict has already driven up prices significantly. Since lower-income Americans face comparatively higher budget strains from higher energy prices, and any increased burden on taxpayers (which should be minimal) would fall disproportionately on higher-income Americans who pay the vast majority of federal income taxes, it is even more difficult to understand objections from those who profess to care for the poor.

Politics or Market Process

An underlying problem here is common to any government ownership and managementโ€”the problem of determining the best use of a resource through political means. How does a bureaucracy such as the Bureau of Land Management determine the best use of land and its mineral resources amid the pressures of interest groups and the noise of public comments?

Without a market process through which energy users, farmers and ranchers, wildlife lovers, industries, and home buyers reveal the strength of their preferences for different uses of land, governments will have no way to find that โ€œbest use,โ€ or to discover the appropriate financial terms to impose on users of the land. Instead, disputes over bonding requirements, oil and gas leasing revenues, environmental conservation, and the like will be settled through fractious interest group politics and alarmist rhetoric. A better way is to privatize the mineral rights to public lands and the surface land as well, a subject for another day.


Timothy D. Terrell (terrelltd@wofford.edu) is T.B. Stackhouse Professor of economics at Wofford College in Spartanburg, SC, and is a senior fellow at the Cornwall Alliance for the Stewardship of Creation and at the Mises Institute.

New Yorkโ€™s New Solar Religion Is Absolutely Devastating To Wildlife, Farmland

From CO2 Coalition

By Vijay Jayaraj

Drive from Buffalo into Genesee County and you will pass fields that have grown corn and soybeans for generations. Soon, thousands of those acres will be covered by steel and glass. New York state is forcing industrial-scale solar plants onto rural communities that never asked for them, and the people who live there are discovering just how little their voice counts when a governor decides differently.

The Mandate Behind the Mess

New York is tearing up rural communities, wiping out wildlife sanctuaries, and burying prime agricultural soil under solar installation in the name of green energy. The root of this campaign is New Yorkโ€™s Climate Leadership and Community Protection Act (CLCPA) of 2019, which demands that renewable sources supply 70% of the stateโ€™s electricity, that greenhouse gas emissions fall 40% below 1990 levels, and that the state build at least 3,000 megawatts of storage.

The footprint of the 18 solar power plants is staggering. The Cider Solar Farm in Genesee County will cover 4,000 acres, and the Ridge View Solar Farm in Niagara County will take another 2,000. Both were pushed through over the strong objections of the people who farm.

Destroy Wildlife and Redact Key Information

What becomes of the animals living where these panels will sit? The Fort Edward project targets land inside a Department of Environmental Conservation (DEC) grassland and bird sanctuary. DEC documents describe the area as critical for breeding grassland birds and wintering raptors.

The site hosts the short-eared owl, a bird so rare that the Grassland Bird Trust counts fewer than 50 breeding pairs in New York. The northern harrier, listed as threatened, hunts there. Fifteen species of reptiles and amphibians already of concern to biologists will lose their homes. These are key indicator species wildlife specialists monitor to judge ecosystem health.

You would expect a state that prides itself on environmental leadership to publish this information without hesitation. Instead, residents who filed Freedom of Information requests for an agency report on the Fort Edward site received a document so heavily blacked out that one local compared it to the redactions in the Epstein files. Why does a government agency need to hide a solar projectโ€™s effect on endangered owls?

Governor Kathy Hochul created the Office of Renewable Energy Siting and Electric Transmission specifically to override the objections of the towns and counties in its path. Critics say the agency exists to cut through red tape, sideline environmental review, and neutralize local pushback so projects move forward regardless of what residents want. That is silencing the communities the state claims to be protecting.

A Federal Reckoning Arrives

By 2026, even New Yorkโ€™s own climate agenda had begun to buckle under the weight of its contradictions, forcing Governor Hochul into a March recalibration of the CLCPA that acknowledged the complaints of rural communities.

Then came a rebuke from Washington. U.S. Department of Agriculture Secretary Brooke Rollins, Environmental Protection Agency Administrator Lee Zeldin, and Small Business Administration head Kelly Loeffler jointly challenged New Yorkโ€™s approval of solar projects on productive farmland, criticizing the state for not applying federal standards in evaluating its farmland.

And here is the contradiction that should embarrass every official who signed off on the policy. Hochul announced a moratorium of up to a year on new data centers that draw more than 50 megawatts, which typically occupy 15 to 40 acres. Meanwhile, New York has already parked solar complexes on approximately 11,000 acres of federally certified prime farmland and wildlife habitats.

Centuries ago, South American civilizations offered land, crops, and sometimes human lives to appease gods they believed controlled the climate. New York has updated the ritual for a modern audience. It has built altars of solar farms and appointed a priesthood of bureaucrats who redact the evidence of their policiesโ€™ destruction.

A government convinced it can control the climate by conquering the countryside is not practicing science. It is imposing an ideology on a citizenry that pays the tribute in property and quality of life.

Originally published at Daily Caller, August 29, 2026.

Vijay Jayaraj is a Science and Research Associate at the CO2 Coalition, Fairfax, Virginia. He holds an M.S. in environmental sciences from the University of East Anglia and a postgraduate degree in energy management from Robert Gordon University, both in the U.K., and a bachelorโ€™s in engineering from Anna University, India. He served as a research associate with the Changing Oceans Research Unit at University of British Columbia, Canada.