u/larolita_

JMA confirmed no changes in volcanic monitoring data after the June 26th M5.6 at 20km depth near Fujikawaguchiko. The agency issued a standard one-week caution window citing 10-20% historical frequency of comparable follow-up events.

The part missing from most coverage: the 2012 NIED study estimated magma chamber pressure beneath Fuji at 1.6 MPa following the Tōhoku earthquake — 16x the 0.1 MPa threshold associated with the 1707 Hōei eruption, which occurred 49 days after the M8.6 Nankai earthquake, well outside the standard monitoring window.

Full analysis with sources: https://youtu.be/l0A7xswu1sM?is=68d-VS0lv6j3tvTt

Kīlauea has produced 49 fountaining episodes since December 2024 — more than any episodic eruption ever recorded at this volcano, officially surpassing the historic Puʻu ʻŌʻō sequence (47 episodes, 1983-1986) that eventually transitioned into a 35-year lava flow.

USGS's latest update has narrowed the forecast window for episode 50 to June 25-27, with June 26 flagged as most probable. That's not a guess — it's based on measured tiltmeter inflation and gas emission data at the summit.

Full breakdown with sourcing:

https://youtu.be/xpDqKN4ifo0?is=RG8URkGdBSTa4iwS

Campi Flegrei sits directly beneath Naples — not nearby, underneath. 500,000 people live inside the caldera itself.

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New research confirms the system has entered an accelerating phase, with deep magmatic volatile input now documented as an active driver. The historical precedent is 1538 — the last time this system produced a major eruption, the area was evacuated. This time, despite documented acceleration, there has been no equivalent response.

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Full breakdown with sourcing: https://youtu.be/1BXURiPxgVo?si=Cv99EPS3G9Ba9tRK

In 2025, marine heatwaves affected 99.6% of the Mediterranean Sea. The 2003 event — which took 70,000 lives across Europe — was the historical ceiling. The current data has already surpassed it in geographic extent, three consecutive years, each starting from a warmer floor than the one before.

July 2025 registered the warmest Mediterranean surface temperature since records began at 26.9°C. That is now the pre-season baseline for summer 2026.

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Full breakdown with sourcing: https://youtu.be/zyWmj5MJL8s?si=q34ZsximbTmMaRkX

In 2025, marine heatwaves affected 99.6% of the Mediterranean basin. Second warmest year on record at 21.35°C — following records in 2024 and 2023. The basin is not fluctuating. It is climbing.

The mechanism that should be moderating this — Atlantic inflow through the Strait of Gibraltar — is currently importing heat. As of May 30, 2026, anomalies in the western Mediterranean already exceed 5°C above seasonal average before summer begins.

A Paris-Saclay attribution study processed against 74 years of ERA5 reanalysis confirmed long-term warming has amplified Mediterranean SST extremes by up to 1.5°C, with dominant anthropogenic contribution.

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Full breakdown with sources: https://youtu.be/zyWmj5MJL8s?si=q34ZsximbTmMaRkX

Utrecht University published the highest-resolution AMOC simulation ever completed in March 2026. It identified a two-stage collapse signature: stage one is a slow northward drift, stage two is an abrupt 219km lurch in just 2 simulated years followed by full conveyor failure.

They cross-referenced against real satellite altimetry (1993-2024) and subsurface observations back to 1965. The Gulf Stream has already drifted ~53km north — matching stage one exactly.

A separate Science Advances study from April 2026 revised the slowdown estimate from 32% to 51% by 2100. Rahmstorf revised his personal collapse probability from 5% to over 50%.