Münster in Westfalen
Joined March 2020
Global annual temperature anomalies from eight organizations.
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Indonesisches Bergwiesel retweeted
While there is increasingly strong evidence that global warming is accelerating, we need to be careful about how we detect it. Unfortunately a newly published paper on the topic makes a number of mistakes in it approach, as I discuss over at The Climate Brink: theclimatebrink.com/p/how-no…
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The preliminary OISSTv2.1 data suggest that the SST plateau in the Niño 3.4 region has come to an end.
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Here shown as anomaly relative to a moving baseline. (ONI)
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Indonesisches Bergwiesel retweeted
New paper in Nature Communications led by Lander Van Tricht: glacier models run with daily instead of monthly climate data project 5 to 10% more glacier ice loss by 2100. That adds 20 to 33 mm to global sea-level rise. doi.org/10.1038/s41467-026-7…
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60S-60N SSTs have spiked upward again in the preliminary OISSTv2.1 data. +0.87K yesterday.
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And here are the four Niño regions. Niño 3.4 does not yet show any response to the most recent westerly wind burst, whereas Niño 3 and 1+2 are trending upward.
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Indonesisches Bergwiesel retweeted
Very useful: Review of all (?) storminess reconstructions from coastal sediments published in 1985-2025 in Europe incl. several from our paleo-storminess group @Stockholm_Uni. A systematic large-scale storminess reconstruction remains on the to-do-list. #storms #paleotempestology
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Indonesisches Bergwiesel retweeted
The central equatorial Pacific is experiencing its *strongest westerly wind burst* of this entire El Niño event — the 13th distinct burst across the wider Pacific this year. It should help push Niño 3.4 temperatures toward 4°C above average by late November.
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IAPv4.2 ocean heat content data for September is in. Shown here are the anomalies for the upper 2000 meters of the ocean.
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Another visualization of the September 2026 lower-tropospheric temperature anomalies, based on satellite measurements. The dataset is NOAA-STAR. It has better coverage near the South Pole and does not exclude high mountain ranges. The baseline here is 1991–2020.
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Indonesisches Bergwiesel retweeted
“Here we analyze the latest observational temperature records through 2025 and identify a statistically significant doubling of the global warming rate during 2011–2025 (0.40 °C per decade) compared to 1971–2025 (0.20 °C per decade). Extrapolating this accelerated rate projects a crossing of the 1.5 °C threshold by 2028, nearly a decade earlier than previous estimates.” 1/ link in reply…
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Indonesisches Bergwiesel retweeted
Will this year's record-shattering El Niño event be the strongest in a millennium? In a new piece over at The Climate Brink I review the paleoclimate literature from tree rings and corals and argue that may well turn out to be the case. (link below)
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Summer 2026 temperature anomalies of the lower troposphere, derived from satellite-based microwave radiometry. Data source: Remote Sensing Systems (RSS).
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And here are the temperature anomalies for September 2026 from the same data source.
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The Relative Atlantic Niño Index using OISSTv2.1, following the method described by Tan et al 2023. It is the ATL3 region minus the global-mean SST anomaly and then rescaled to restore the share of the signal that the subtraction removed. agupubs.onlinelibrary.wiley.…
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Indonesisches Bergwiesel retweeted
The October runs for dynamical El Niño models are now all out, and its a mixed bag. Some revise the event downward, some upward, but on average its still expected to peak at ~4C, albeit with the peak more likely to occur in December than November:
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Since there was a request: Here is an Indian Ocean Dipole index based on OISSTv2.1. bom.gov.au/climate/iod/
Replying to @Climate11529
Yes. I implemented 2 different ways. This is the BOM's method with weekly values ending on Sunday. I chose the same period to make it comparable.
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Speaking of the Indian Ocean, the sharp uptick of SSTs in the Bay of Bengal has not continued, at least for now.
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