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May 2026 confirmed what the post-maximum phase of Solar Cycle 25 has been signalling for months: the Sun is winding down, but it is doing so in fits and starts, and the planet is feeling every twitch. The official picture continues to show declining sunspot averages; the cycle's max-phase end was effectively dated to February, yet 2 active regions, AR4436 and AR4432, kept the month from going quiet.

On May 10, AR4436 fired an M5.7-class flare with an Earth-directed coronal mass ejection that lit auroras at unusually low latitudes in the days that followed.

The point we keep returning to is the one mainstream solar physics still resists: a "declining" cycle does not mean a quiet planet. Historically, the strongest events of any cycle tend to cluster in the descending phase, sometimes years after the official peak, and the terrestrial consequences, from jet-stream distortion to electromagnetic stress on the atmosphere, intensify rather than fade as the Sun loses coherence.

That solar context frames the second story of the month: the equatorial Pacific has formally tipped. By mid-May, weekly Niño anomalies had surged, NOAA upgraded its status to El Niño Watch, and the IRI plume was assigning a 98% probability of historical El Niño conditions through the northern summer, with persistence through early 2027.

Mainstream outlets are already calling it a "Super El Niño" and queueing the familiar headlines about another record-warm year. The deeper signal is the one they keep missing. Strong El Niños do not herald runaway warming; they cluster around climatic inflection points, with the ocean unloading enormous stores of heat to the atmosphere, where it radiates to space. What looks like a warm spike on the surface is the planet losing energy. Paired with a Sun losing its grip on cycle coherence, a still-weakening geomagnetic field, increased volcanic loading of the stratosphere, and the cometary debris environment we'll get to below, the picture sharpens.

The water on the ground bore that out:
  • New York City endured what locals described as some of the worst flooding the city had ever seen.
  • A woman died in Petal, Mississippi when her SUV was swept away in flash flooding.
  • Recife, in Brazil's Pernambuco, was hit by severe flooding triggered by extreme rainfall.
  • Early floods devastated the Habiganj haors in Bangladesh, with Boro farmers staring at heavy losses.
  • South Africa's Eastern Cape saw thousands displaced as rain continued to fall and the flooding worsened.
  • South East Queensland in Australia received 8.4 inches in 48 hours.
  • Afghanistan lost 24 lives to flooding over two days.
  • Central China counted at least 9 dead and 11 missing after sudden flooding.
  • Belgium closed the month with historic storms, floods, and firefighters openly admitting they were overwhelmed.
  • A freak hailstorm cast a white blanket over Pietermaritzburg in South Africa.
  • Powerful hailstorms wreaked havoc in northern Italy on the final day of the month.
Then there was the snow... in May:
  • Wyoming and Colorado were slammed by a snowstorm dropping up to a foot, and a follow-up storm dumped 30 inches in Colorado.
  • Rocky Mountain National Park was buried under a foot of snow days before Memorial Day.
  • The Russian city of Noyabrsk was buried by a blizzard.
  • Greece logged its coldest May Day in 70 years, with unseasonal snowfall blanketing the mountains.
  • California's Donner Pass was buried, with I-80 ground to a halt.
  • Snow fell across two provinces of Türkiye.
  • Hikers had to be rescued from China's Mount Wutai after heavy spring snow.
  • Jammu and Kashmir's Mughal Road was closed by fresh snowfall.
  • A bitterly cold airmass pushed early snow into southeastern Australia.
  • Eastern Switzerland saw winter return mid-month.
  • Scotland's Cairngorm took 15.7 inches in a single overnight blizzard.
  • Kashmir saw another fresh snowfall on the 25th.
  • Austria's Alpine glaciers picked up two feet of fresh snow in 72 hours.
This is not what a warming planet looks like. It is what a meridional jet stream and a destabilizing climate look like. The polar air is spilling deep into latitudes that should have been months into spring.

Volcanoes and seismic activity stayed elevated:
  • On the 8th, three died after Indonesia's Mount Dukono sent up an ash column six miles high, while Japan's Sakurajima fired an 11,500-foot plume the same day.
  • Japan was rocked by a 6.7-magnitude earthquake on the 15th, with warnings issued for five prefectures, followed by a strong quake in south China that killed two and forced the evacuation of 7,000.
  • An undersea volcano erupted in Papua New Guinea's Bismarck Sea on the 19th, prompting tsunami concerns.
  • A 6.9-magnitude earthquake struck northern Chile on the 26th.
  • Mount Marapi, in West Sumatra, ejected a 2,000-meter ash column on the 30th.
  • A new geyser began disrupting life in a small community in Michoacán, Mexico.
The cosmic side of the ledger is where May really stood out. Bright fireballs were logged over Indiana, Puerto Rico, New Brunswick and Québec, Arizona, Colorado, Tasmania, southern Spain (twice), Sydney Harbour, Wyoming, Germany, Italy, the Netherlands, western New York, and Connecticut, a near-daily cadence that has now extended the surge the American Meteor Society flagged in Q1.

The AMS reported that the count of large fireballs roughly doubled, and the count of events producing audible sonic booms reaching the ground hit a record of 33, one every three days.

The standout event came on May 30 at 2:06 p.m. local time, when a meter-scale bolide exploded over northeastern Massachusetts and southern New Hampshire at an altitude of roughly 40 miles. The sonic boom rattled homes from Boston to Rhode Island, and was followed the same day by a separate large fireball over British Columbia, Oregon, and Washington.

NASA's initial estimate placed the energy release at approximately 300 tons of TNT, a notably large event for a populated area. Current revisions have pushed that figure considerably higher, with later analyses pointing toward something closer to 1,000 tons, a meaningful upgrade that places the event well into the range that historically would have been classified as a near-nuclear-scale atmospheric airburst. Either way, the event continues the pattern: larger objects, penetrating deeper, producing sonic booms over populated regions. Keep an eye on the sky.

Five days earlier, on May 25, the PHIVOLCS Ligñon Hill camera in the Philippines captured one of the most visually arresting events of the year: a brilliant green fireball plunging from the sky directly behind the erupting Mayon Volcano, briefly framing the cosmic and the geological in the same shot.

The meteor disintegrated in the atmosphere and did not, as some initial reports suggested, strike the volcano's slopes; had it impacted directly, estimates suggested the equivalent of roughly 7,500 tons of dynamite, more than enough to trigger major rockfalls.

That two such events, Massachusetts and Mayon, would land within a week of each other is exactly the kind of clustering the AMS data has been pointing to: The Earth's near-space environment is becoming progressively denser and more energetic. The dirtier the inner solar system gets, the harder it is to keep telling the official story.

All this and more in our SOTT Earth Changes Summary for May 2026:


To understand why these events fit a coherent pattern of solar-driven, cyclic catastrophe rather than the official anthropogenic narrative, check out our book Earth Changes and the Human-Cosmic Connection. Previous installments in this series, translated into multiple languages, are available on our channel.