Cities Ablaze
The Zetas have repeatedly stated that all forests will burn during the Pole Shift, but as usual gave no dates nor timeline. It appears that urban areas are not exempt. The Japan blaze has been followed by Hong Kong high rise buildings, which went ablaze en masse. Where is this trend going? The Zetas explain.
- Japan on Fire
https://t.me/ZetaTalk_Followers/79487
- The fire broke out around 5:40 pm on November 18, 2025 in the Saganoseki district of Oita City, located about 770 km southwest of Tokyo. Over 170 buildings were reduced to ashes, including homes and shops, devastating an entire neighborhood. 175 residents evacuated to emergency shelters as the flames spread rapidly through the hilly coastal town. Firefighters battled the blaze overnight, assisted by military and firefighting helicopters dropping water. Strong winds worsened the situation, spreading flames to forested slopes and even an uninhabited island offshore. The Fire and Disaster Management Agency confirmed this was Japan's largest urban fire in nearly half a century, surpassing most modern disaster records. The cause of the fire has not been identified.
- Over 250 Missing after Hong Kong's Deadliest Blaze in Decades
November 26, 2025
https://apnews.com/article/hong-kong-highrise-fire
- Hong Kong firefighters were scouring scorched high-rises Thursday for over 250 people listed as missing, a day after the financial hub's worst blaze in decades killed at least 55 in an apartment complex. Over 24 hours after fire broke out in the eight-building housing estate with 2,000 units, flames were still visible in some windows as crews sprayed water on the blackened exteriors. Authorities have begun investigating what sparked the disastrous blaze, including the presence of bamboo scaffolding and plastic mesh wrapped around the structures as part of construction work.
ZetaTalk Confirmation 11/20/2025: At the start of the ZetaTalk Saga we stated that all forests would burn during the forthcoming Pole Shift as a result of burning Petrol descending to Earth. We did not predict a timeline. Sky Fire has emerged, with burning Petrol balls descending worldwide. This has now been followed by Sky Glow where the upper atmosphere is peppered with Petrol, causing a glow. This is causing fires not only in forests but cities too. The majority of cases are caused by burning Petrol.
An example of a city set on fire by burning Petrol is Japan on November 18-19. The video shows Sky Glow overhead. How will the populace react to burning forests and cities? Forests will regrow from the ashes and many seeds need this scorch to activate them. But burning cities will incite migration, with the populace leaving and then returning as no city will be safe. Until there is nothing left to burn. Winds will blow embers about. The cities will become like forest fires.
Upper atmosphere explosions of Petrol have been of record for years, causing a Sky Blink. None but the Zetas predicted these Petrol fires on the upper atmosphere.
- SkyBlink
https://www.zetatalk.com/newsletr/issue970.htm
- What would cause the sky to suddenly flash brightly for a moment and then fade again? Lightning storms can do this, but if there are no storms about, clear skies, then what on Earth happened? More and more people are noticing these instances and they are indeed related to Nibiru s approach. Six years ago in 2019 Russian Lomonosov satellites noted explosions on the outer edge of the upper atmosphere. Red Sprites and Blue Jets are known to dance there, but are always associated with lightning and atmospheric turmoil below. But the Lomonosov explosions were not associated with either lightning or storms.
ZetaTalk Prediction 7/15/1995: With the atmosphere scattered, chemicals in the comet's tail similar to your petrol chemicals do not flash in a quick consummation into water and carbon dioxide, but descend close to the surface of the Earth before bursting into flame. A fire storm, killing all beneath it. All this has been reported in ancient times, as humans observed accompaniments to the cataclysms. This type of activity sets forests afire. Where vegetation regrows, from seeds and roots, many areas will nevertheless be denuded of vegetation for some time.
ZetaTalk Confirmation 3/31/2021: As could be seen from the number of Petrol Bubbles descending through the atmosphere, while afire, it was inevitable that ground fires would be started by this route. Wildfires are nothing new, but with the increase and severity of drought this will be problematic in some locations. We have stated that the Pole Shift fires will burn all the forests, which will then regrow from seed. The Earth will become green again. But in the meantime, the firemen will be busy.
City fires are very noticeable as they disrupt human activity, but forest and wildfires have been on the increase stealthily. Flaming petrol is to blame.
- Wildfires in the U.S. have been Getting Larger
https://science.nasa.gov/earth/explore/wildfires-and-climate-change/
- The size and number of wildfires in the United States has been recorded since 1983 by the National Interagency Fire Center. Over the past 20 years, the amount of land area burned each year has increased as wildfires have grown larger, while the number of fires each year has remained fairly constant.
- Fire Season is Getting Longer, and Emissions Larger
https://science.nasa.gov/earth/explore/wildfires-and-climate-change/
- In 2021, a destructive wintertime wildfire in Colorado became part of a growing trend of wildfire activity extending well beyond the summer. By looking back at 35 years of weather data, U.S. Forest Service scientists found that fire seasons are starting earlier in the spring and extending later into autumn. Parts of the Western United States, Mexico, Brazil, and East Africa now have fire seasons that are more than a month longer than they were 35 years ago.
- Extreme Wildfire Activity has more than Doubled Worldwide
https://science.nasa.gov/earth/explore/wildfires-and-climate-change/
- NASA's Terra and Aqua satellites detect active wildfires twice each day. Scientists studied this data over a 21-year span and found that extreme wildfires have become more frequent, more intense, and larger. The largest increase in extreme fire behavior was in the temperate conifer forests of the Western U.S. and the boreal forests of northern North America and Russia. Warmer nighttime temperatures are a major contributing factor, allowing fire activity to persist overnight.
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