Watch the skies and land and oceans

[Sindy-T.S.R]

Then there's the effect of disruptions in the Earth's magnetic field which may (or may not) be directly related to earthquakes:

In this case, Nostradamus says this:

A great swarm of bees​

Amongst Nostradamus' more peculiar predictions, this passage reads "The great swarm of bees will arise by the night ambush". Some suggest this could happen next year as the passage aligns with the number 26.

View 2 Images
Nostradamus has made some chilling predictions(Image: Corbis via Getty Images)
However, it's uncertain what the bees might represent, as it appears unlikely that an enormous bee swarm could cause real damage through "ambush".

 

[Olivierlejardinier]

Regarding the bee swarm in Israel, which does look on the creepy omen side:



From this omen article:

https://twitter.com/x/status/2044497736612135100

https://twitter.com/x/status/2044470110015131844

Hi Gaby, the first link goes to another article, found this one from the same source.

 

[Gaby]

As I was reading this article, I had this super wild speculation... What if it's warming up because of 4D tampering? Maybe they need the region for the upcoming changes, i.e. Ice Age. Anyway, FWIW:

Antarctica’s vanishing sea ice transforms marine life

Shrinking ice is arguably one of the most visible indicators of climate change – particularly in the Arctic. However, a European Space Agency-funded study used information from satellites to show that Antarctica is now experiencing similar dramatic changes, with profound consequences for key...

www.esa.int

About 10 years ago, the amount of sea ice around Antarctica suddenly declined.

After many years of relatively stable sea-ice coverage, an expanse of ocean nearly the size of Greenland lost its seasonal ice within just a few years. At first, researchers thought the decline might be temporary. Today, however, this abrupt, step-like drop is understood to have been the onset of a new ‘low-ice era’. [...]

February 22nd, 1997

A: Climate is being influenced by three factors, and soon a fourth.

Q: (L) All right, I'll take the bait; give me the three factors, and also the fourth!.

A: 1) Wave approach. 2) Chlorofluorocarbon increase in atmosphere, thus affecting ozone layer. 3) Change in the planet's axis rotation orientation. 4) Artificial tampering by 3rd and 4th density STS forces in a number of different ways.

December 5, 1998

Q: (L) Why was it not covered by ice? (A) Because the climate was warmer.

A: Technologically achieved.

Q: (L) Why would somebody want to technologically warm Antarctica if the whole rest of the planet was available for use? What is so special about Antarctica?

A: The whole rest of the planet was available for use? Not hardly.

May 20th, 1995

Q: (T) Is there some kind of underground base in Antarctica?

A: Yes. Eight.

 

[Gaby]

The following press release means that something is being currently expelled from inner Earth. They can't say it outright, otherwise the public will panic.

They're forecasting possible weather extremes and heat. No rocket science there, however, the public is forewarned that these phenomena have nothing to do with inner core dynamics.

Admitting the obvious because it's past the point of no return.

Earth's energy imbalance is much more extreme than climate models show ‪—‬ but scientists aren't sure why

And the following study comes to basically reassure everyone that there's "absolutely nothing to see here", "we have everything figured out, go back to sleep!", "if anything, we need to seriously consider killing all cows and as many humans possible".

Anyhow:

Blended satellite data reveal what drove methane's 2019–2024 rise worldwide

"We find that anthropogenic sources drove the 2019–2021 emission increase, rising from 375 Tg year−1 in 2019 to 404 Tg year−1 in 2021, then decreasing in 2022, before increasing slightly again to 396 Tg year−1 in 2024," the study authors write.

The team also says that the methane peak in 2021 was primarily driven by a 7% increase in emissions from livestock between 2020 and 2021, with a 6% contribution from waste and 3% from wetlands. They note that this data aligns with atmospheric observations of carbon ratios, which attribute the 2020–2022 methane surge to a biogenic source.

 

[Laurentien2]

As I was reading this article, I had this super wild speculation... What if it's warming up because of 4D tampering? Maybe they need the region for the upcoming changes, i.e. Ice Age. Anyway, FWIW:

A: Climate is being influenced by three factors, and soon a fourth.

Q: (L) All right, I'll take the bait; give me the three factors, and also the fourth!.

A: 1) Wave approach. 2) Chlorofluorocarbon increase in atmosphere, thus affecting ozone layer. 3) Change in the planet's axis rotation orientation. 4) Artificial tampering by 3rd and 4th density STS forces in a number of different ways.

There was some time ago (last year I think) an article about Antarctica it melting ocean ice and breaking of it forming massive iceberg. When asked by a journalist if it was due to climate change (heating) the scientist reply, no it is cause by an undersea volcano erupting underneath the ice sheat.
One doesn't exclude the other one. Maybe the tampering is done via volcano activation.

 

[gottathink]

There was some time ago (last year I think) an article about Antarctica it melting ocean ice and breaking of it forming massive iceberg. When asked by a journalist if it was due to climate change (heating) the scientist reply, no it is cause by an undersea volcano erupting underneath the ice sheat.
One doesn't exclude the other one. Maybe the tampering is done via volcano activation.

Seems possible:

The colossal West Antarctic ice sheet hides what appears to be the largest volcanic region on the planet, according to the results of a study carried out by researchers at the University of Edinburgh (UK) and reported in the journal Geological Society.

Experts have discovered as many as 91 volcanoesunder Antarctic ice, the largest of which is as high as Switzerland’s Eiger volcano, rising 3,970 meters above sea level.

 

[Meliade]

There was some time ago (last year I think) an article about Antarctica it melting ocean ice and breaking of it forming massive iceberg. When asked by a journalist if it was due to climate change (heating) the scientist reply, no it is cause by an undersea volcano erupting underneath the ice sheat.
One doesn't exclude the other one. Maybe the tampering is done via volcano activation.

Trapped subsurface heat may have triggered Antarctica's sudden sea ice loss

In 2016, Antarctic sea ice, which had previously shown record expansion, shifted rapidly toward unusually low levels.
[...]
Researchers discovered that a sudden release of warm water that had been trapped below the surface for years can help explain what happened. The small team from Stanford University and the University of Washington analyzed 20 years of data from Argo floats, robotic ocean sensors that drift below the surface and periodically rise while measuring temperature and salinity.
[...]
The numbers revealed that even when the ice was growing, the water deep below was getting warmer and shallower. In other words, a huge amount of heat was being stored beneath the surface water.

We further highlight the regional dependence of these processes, with thermocline warming and shoaling being most apparent in the Weddell Sea and offshore of East Antarctica. In contrast, the thermocline in the Pacific sector of the Antarctic SIZ has mostly cooled and deepened since 2007. seasonal sea ice zone
[...]
Idealized modeling of the Weddell Sea ice-ocean system suggests that air–sea freshwater fluxes and wind-driven upwelling modulated decadal variations in sea ice and upper ocean stratification.

FWIW, they use modeling to imply that this losing trend of Antartica sea ice at some places is a top-down driven phenemena.

 

[Gaby]

They're forecasting possible weather extremes and heat. No rocket science there, however, the public is forewarned that these phenomena have nothing to do with inner core dynamics.

'Super El Niño' could push global temperatures to unprecedented highs, forecasters say

More Super El Niño scaremongering without dwelling into the REAL reasons as to why. It just "global boiling" before hell freezes over.

Will a super El Niño in 2026 bring record high temps?

Bottom line: Signs are trending toward a super El Niño to develop this summer. If it happens, we might see record high temperatures in 2026 and into 2027.

[...] Now the subsurface equatorial Pacific is warmer than average for April. And scientists are reporting only a “paper-thin layer” of cooler-than-average waters at the surface. The April outlook from one of the major weather models – the European Center for Medium-range Weather Forecasts – had every one of its more than 20 models predicting a strong El Niño by mid-June already. [...]

A super El Niño is a stronger event. Meteorologists often call it a super El Niño when the sea surface temperature anomalies peak at about 2.0° C (3.6 F) above normal. And currently, some models are calling for the coming El Niño to exceed 2.5° C (4.5 F) above the seasonal average by October.

[...] An El Niño usually brings higher global temperatures. The excess heat in the Pacific Ocean eventually enters the atmosphere. This causes warmer global temperatures. However, the rise in temperatures often has a lag time of a few months.

Some forecasters have already said that if a strong El Niño emerges, 2027 could become one of the hottest years on record. [...]

This comes on the heels of the hottest March on record for the contiguous United States. NOAA said:

The contiguous U.S. average temperature in March was 50.85° F (10.4 C), 9.35° F (5.19 C) above the 20th-century average, marking the first time any month’s average has exceeded 9° F (5 C) above that baseline.

​

In the summer, El Niño can dampen hurricane formation in the Atlantic. But it’s in winter that we feel El Niño the strongest. Often the jet stream will drop south, steering storms into California and Arizona and bringing much-needed rain. If the jet stream drops, then the southern and eastern U.S. can expect wetter and cooler weather. Meanwhile, drier weather could prevail in the northern U.S. and Great Lakes region.

Across the globe, El Niño brings drought conditions to places such as Australia, India and central Africa. And it can bring heavy rains to southern South America and eastern Africa.

An El Niño increases the likelihood of wetter weather in the southern and eastern U.S., with dry conditions near the Great Lakes and warm conditions along the upper tier of the U.S. Image via NOAA.