A warm La Nina

[Likkmee]

Well, here we are in a year that has featured a deep La Nina since August, yet tied 2016 as the warmest year on record.

https://www.cpc.ncep.noaa.gov/products/analysis_monitoring/lanina/enso_evolution-status-fcsts-web.pdf

Not going to read 32 page report, it is silly anyway since year 2016 was about .5C warmer than now.

No year 2016 was a LOT warmer than this year, you really need to stop LYING!

View attachment 440439

LINK

Here is the running mean since 2016

View attachment 440440

LINK

 

[Old Rocks]

Meanwhile, after all the defelction and whining, 2020, a La Nina year, is still tied with the previous record of 2016, an El Nino year.

Global warming marches on. We rational people aren't surprised. After all, we've been proven right about everything for many years. In contrast, the deniers here have gotten everything laughbably wrong.

That's why they're in maximum deflection mode. They can't hide their incompetence and dishonesty any more.

No need to worry about global warming. When the sun hits us with a solar flare and CME, the pole shift will occur and most of mankind will disappear. That should make the warmers happy.

Care to show me one peer reviewed article showing a connection between a solar flare and a pole shift? Or one article that claims a pole shift has major biological effects, or occurs that quickly.

Lol. It’s not a subject most know about, but it dates back decades. Einstein knew of it. Spend some time here to start. It’s the sun my son!!!
Suspicious0bservers – Earthquakes | Space Weather | Cosmology – Your Mind is Your Weapon

In the lavas of the Steens Mountain, we have a complete history of one magnetic flp. The link will get you the complete arcticle;

Summary
Geomagnetic polarity transitions may be significantly more complex than are currently depicted in many sedimentary and lava-flow records. By splicing together paleomagnetic results from earlier studies at Steens Mountain with those from three newly studied sections of Oregon Plateau flood basalts at Catlow Peak and Poker Jim Ridge 70–90 km to the southeast and west, respectively, we provide support for this interpretation with the most detailed account of a magnetic field reversal yet observed in volcanic rocks. Forty-five new distinguishable transitional (T) directions together with 30 earlier ones reveal a much more complex and detailed record of the 16.7 Ma reversed (R)-to-normal (N) polarity transition that marks the end of Chron C5Cr. Compared to the earlier R-T-N-T-N reversal record, the new record can be described as R-T-N-T-N-T-R-T-N. The composite record confirms earlier features, adds new west and up directions and an entire large N-T-R-T segment to the path, and fills in directions on the path between earlier directional jumps. Persistent virtual geomagnetic pole (VGP) clusters and separate VGPs have a preference for previously described longitudinal bands from transition study compilations, which suggests the presence of features at the core–mantle boundary that influence the flow of core fluid and distribution of magnetic flux. Overall the record is consistent with the generalization that VGP paths vary greatly from reversal to reversal and depend on the location of the observer. Rates of secular variation confirm that the flows comprising these sections were erupted rapidly, with maximum rates estimated to be 85–120 m ka−1 at Catlow and 130–195 m ka−1 at Poker Jim South. Paleomagnetic poles from other studies are combined with 32 non-transitional poles found here to give a clockwise rotation of the Oregon Plateau of 11.4°± 5.6° with respect to the younger Columbia River Basalt Group flows to the north and 14.5°± 4.6° with respect to cratonic North America (95 per cent confidence interval).

Evidence from lava flows for complex polarity transitions: the new composite Steens Mountain reversal record

Summary. Geomagnetic polarity transitions may be significantly more complex than are currently depicted in many sedimentary and lava-flow records. By splic

academic.oup.com