Content
Estimated climate variation: -10/-15 degrees
I open this subsection still working on identifying other precessional family lines beyond those I have already found, which interweave the volcanic activity of the Asian-Pacific fault—linking Japan with Indonesia and the Philippines—within the same precessional family line we have seen acting unequivocally in Icelandic volcanoes or in the examples of earthquakes and solar flares intertwined in repetitive family lines influenced by precession.
From the perspective of planetary cycles and transits, Neptune’s entry into Aries (natural phenomena in fire) forming a minor trine with the other two transpersonal planets after Uranus enters Gemini (changes in the immediate environment) in July 2025 (temporarily lasting four months until November) opens the possibility of activation of events involving natural phenomena of air and fire.
We are already within the Jupiter-Saturn conjunctions in the air element for the next 200 years (activated in 2020, resulting immediately in what was called Covid, transmitted through air), a radical shift that, as we have observed on so many other occasions, coincides with major events when occurring at the peaks or troughs of Aeons, Ages, or subages. The air element, of course, includes the sky and the possibility that it may be blocked by volcanic ash.
This period of Uranus (changes) entering Gemini (division from 1 to 2) in July 2025 also represents the division of the world into two, as occurred during the previous entry in 1942 during World War II and in other synodic cycles between two planets. This follows the solar flare on May 12, symbolizing a world dividing (into two) and confronting itself (Saturn/governments in Aries—angry—and Neptune/dreams in conflict in Aries) geopolitically. On May 12, 2025, Saturn will still be in Pisces, but when the blackout ends on May 27, it will already be in Aries alongside Neptune, signifying that the structures (Saturn) responsible for providing us with energy will be “in fire” or burned by the solar flare.
In January 2020, the Saturn-Pluto conjunction in Capricorn froze Capricornian elements because Saturn, as time, when fulfilling its cosmic mission, can freeze time itself. In conjunction with a stationary Pluto in Capricorn, what was paralyzed were Capricornian elements—governments, structures, and time itself—which is exactly what happened. The world was directed for the year of this conjunction by medical science (Aquarian technologies). When Saturn made its conjunction with Jupiter at 0° Aquarius in December 2020, the Saturn-Jupiter team that builds civilizations took charge of everything.
In 2025, Saturn forms another connection with a transpersonal planet, this time with Neptune in Aries. Once again, Saturn, representing time, will paralyze the sign where the transpersonal planet resides—Aries, symbolizing the energy sources we rely on.
The first entry of Uranus into Gemini, from July to November 2025, will therefore mark a period when changes manifest through events, in this case, fire-related events. This period should be closely observed for changes (Uranus) in the environment (Gemini) caused by fire. If volcanic activations occur during this time, we will need to wait for Uranus to re-enter Gemini in May 2026 to assess the consequences of this first entry—potentially resulting in a sky obscured by ash and the onset of two years of a minor glaciation.
Considering other predictive techniques, such as the Yuga cycles or precessional analysis, indicate the recurrence of such phenomena through the repetition of past cycles, and applying geodetic map astrology that also points to activations in this narrow global belt, I explore the possibility that volcanic activations, in addition to solar flares, may indeed occur. Given that Earth’s core could be even more affected than current 2024 science suggests, a solar flare of the magnitude of the nine analyzed in other sections—particularly the two strongest ones, which align with peaks and troughs in Era curves during the last glaciation—indicates that such powerful flares could destabilize Earth’s core enough to trigger volcanic fault activity. Further details are provided in the following chart.
In this upper chart, we see how all the periods of the last glaciation align perfectly with the 2,506-year sub-era curves, as well as the two most powerful solar flares ever recorded. Additionally, all the Yugas align with the beginnings of these periods, with the Yugas serving as a predictive technique that indicates the unleashing of powerful natural phenomena during Yuga transitions. The chart presented below is possibly one of the most significant on the website. It is further developed in the section “Precessional Astrology for the Fall of Empires,” where we observe how in 2487 BCE and 2235 BCE, a global temperature shift occurred that led to the collapse of the Indus, Achaean, and Ancient Egyptian civilizations due to severe drought. You can find these data here: enlace.
Beginning of the first drought in the year 2491 BC.
2491 BC + 2025 AD. = 4516 years
4516 years / 2148 ( 1 Era) = 2.1 Eras. We’re losing our calculations.
Duration: 110 years
The first drought of 2491 BC, through the repetition of the precessional cycle, was responsible for the Little Ice Age that began in 1809 AD, lasted several decades, and is analyzed further below in this subsection.
2491 BC. + 1809 AD. (start of the 1809 Little Ice Age) = 4300 years de 1809) = 4300 años
4300 / 2148 ( 1 Era) = 2.001 Eras
The first drought of 2491 BC comes close in timing but falls just short of being responsible, through the repetition of the precessional cycle, for the Little Ice Age that began in 1641 AD, which is analyzed further below in this subsection.
2491 BC + 1641 = 4132 years
4132 / 2148 (1 Era) = 1.925 Eras
Start of the 2nd drought in 2241 BC
2241 BC + 2025 AD= 4260 years
4260 years / 2148 ( 1 Era) = 1.99 Eras
Duration: 290 years
The 2nd drought highlights the year 2025 AD, marked by undeniable climate change and coinciding with the activation of Mount Tarumae, which initiated the Little Ice Age episode in 1667 AD
When adding this data to all the analyses conducted using various predictive techniques, it becomes evident that the collapse of civilizations caused by radical climate changes aligns precisely with the current moment, where we face a similar dilemma. This further strengthens my determination to focus on the potential activation of volcanoes in the Asian belt, guided by the geodetic map model, with even greater effort and perseverance
The collapse of the three civilizations of that era could in no way have been caused by moderate climate variations, that is, by changes of merely 1 or 2 degrees in temperature, but rather by much more significant decreases or increases. We are talking about small ice ages in terms of the length of the time periods, which are short—not short in terms of the degrees of climate change. There is no consensus among experts on this matter, according to what I have read. Some firmly assert that climate variations were greater than 15 degrees, while others only acknowledge changes of 1 or 2 degrees.
My conclusion, as I develop this subsection, is that what lies ahead in 2027 and 2028 are climate variations between 10 and 15 degrees below normal, which presents a truly significant problem. We have more information on other small ice ages in a chart further down, where, for instance, in 1815, following the eruption of Mount Tambora in Indonesia, it snowed during summer in New York.
According to science, there are two primary reasons why small ice ages occur on the planet: a decrease in solar activity or an excess of volcanic activity, which generates an ash blockage that prevents sunlight from reaching Earth’s surface.
Here in this chart, we can see the calculations of solar astronomer E.W. Maunder, who argues that low solar activity coincides with periods of global temperature decline. It is noteworthy that current solar astronomy provides evidence of six solar minima similar to Maunder’s and explains how the occurrence of these minima fluctuates irregularly, with intervals ranging from 180 to 1,100 years between minima.
The precessional astrology practiced on this website consistently shows that critical global events —whether climatic or caused by human activity and the development of their civilizations — ALWAYS OCCUR AT THE PEAKS AND TROUGHS OF AEONS, ERAS, AND SUB-ERAS and/or at their exact midpoints.
Once again, the figure of 180 years appears, which is nothing less than proof that the unit of measurement of a 179-year sub-era in precessional astrology is the starting point for identifying when critical global events occur.
I will add here, rather than in the subsection on earthquakes, another piece of data I have found that once again brings us the figure of 180 years (1 sub-era) or its half, ½ sub-era (89 years), as it relates to the area I am investigating: the Pacific-Asian fault zone from Japan to the Philippines.
Check out information about the Nankai Trench here.
Scientists have found during 2024 and 2025 that this trench, which is crucial for the activation of earthquakes—and, of course, for the associated activation of volcanoes in the same area—could become active in 2025.
Seismicity of the Nankai Trench
Earthquake history in the Nankai-Tonankai-Tokai trench
The Nankai Trench is the near-surface extension of an active seismic zone that subducts beneath southwestern Japan. The rupture zone has been subdivided into five areas for seismic modeling purposes. These five subdivisions exhibit interesting differences in earthquake behavior: earthquake frequency, which varies in cycles of 90 to 150 years; similar slip events along fault segments; the faulting subdivision order; and different fault characteristics. Hydrological observatories were placed in boreholes in 2000 (IODP sites 808 and 1173) to quantify pore pressure changes caused by the opposing motion of the Philippine Sea Plate. “Site 808” is located at the forefront of the main reverse fault, while “Site 1173” is approximately 11 km from the frontal thrust zone. Other interesting findings from pressure measurements include pressure changes resulting from sediment deformation near boreholes and the effect of low-frequency earthquake swarms at times of pressure change. The working hypothesis is that these pressure changes indicate a shift in elastic stress within the formation.
The figure of 90 years (89.5 years, the average duration of a half sub-era) is marked as the minimum frequency for the activation of this trench, once again highlighting the connection to precessional astrology.
Another cause of significant temperature drops leading to a small ice age or “volcanic winter” is the activation of volcanic activity over a brief but extended period, capable of emitting enough ash to block sunlight. Based on the information, if small ice ages occur due to such phenomena, the skies typically take between half a year and a year to become fully covered, and the effects last for about two years.
Three Small Ice Ages
In the chart above, we see how there were three small ice ages between the 17th and 19th centuries, one of which began in 1667 with the activation of Mount Tarumae. In 2025, the precessional cycle of Mount Tarumae is completed through the repetition of exactly two sub-eras.
Japan
Check out the world’s volcano data for Japan here.
Tarumae Mountain in Wikipedia.
Activation of Tarumae in 1667 AD
2025 AD. – 1667 = 358
358 years / 179 = 2.000 suberas exactly.
Activation of Mount Fuji/Jogan in 864 AD
2025 – 864 AD = 1161 years
1164 years / 179 (1 subera) = 6.48 suberas
In dates very close to 2025, the Mount Fuji Jogan eruption completes a precessional cycle.
Eruption of Mount Fuji/Jogan in 864 AD
Indonesia
Numerous volcanoes are completing their precessional cycles around the years 2025 and 2026, coinciding with the activation of volcanoes in Japan.
Activation of Merapi 1672 AD
1672 AD – 2025 = 353 years
353 / 179 (1 subera) = 1.97 suberas
Gamkomora Volcano previously active during the Little Ice Age from 1667 to 1694, alongside Japan’s Tarumae, and now repeating its cycle.
Activation of Gamkomora 1673 AD
1673 AD – 2025 = 352 years
352 / 179 ( 1 subera) = 1.966 suberas
Activation of Dukono and Suoh 1933 AD
1933 AD – 2025 = 93 years
93 / 179 (1 subera) = 0.513 suberas
Activation of Ambang 1845 AD
1845 AD – 2025 = 180 years
180 / 179 (1 subera) = 1.005 Suberas
Activation of Batu Tara and Guntur 1847 AD
1847 AD – 2025 = 178 years
178 / 179 (1 subera) = 0.9944 suberas
Philippines
Taal Volcano 1572 AD
1572 AD – 2025 = 453 years
453 / 179 (1 subera) = 2.53 suberas
Taal Volcano 1754 AD
1754 AD – 2025 = 453 years
453 / 179 (1 subera) = 2.53 suberas
As observed, the Taal Volcano and the Mayon Volcano in the Philippines follow the usual precessional pattern, becoming active at some point when their sub-era or half sub-era cycles repeat. This is more clearly demonstrated in these charts.
Activation of Mayon Volcano 1766 AD
1766 AD – 2025 = 259 years
259 / 179 (1 Subera) = 1.44 suberas
Activation of Mayon Volcano 1853 AD
1853 AD – 2025 = 172 years
172 / 179 (1 subera) = 0.96 suberas
Activation of Mayon Volcano 1938 AD
1938 AD – 2025 = 87 years
87 / 179 (1 subera) = 0.48 suberas
Activation of Bulusan Volcano 1933 AD
1933 AD – 2025 = 92 years
92 / 179 (1 Subera) = 0.513 suberas
Consequently, these three volcanoes in the Philippines join the list of volcanoes expected to activate in 2025 due to the repetition of the precessional cycle of the Asia-Pacific fault, bringing the total to 12 potential candidates.
In 2025, we anticipate the possible activation of 7 volcanoes in Indonesia, alongside 2 volcanoes in Japan and 3 more in the Philippines, resulting in a total of 12 potentially active volcanoes simultaneously. Needless to say, if many of these volcanoes were to activate, the result would be a so-called “Volcanic Winter,” with extremely severe temperature drops.
This would significantly contribute to the “civilizational shift” already underway. When this begins to calm down around 2029, it will provide some relief, and by 2043—when the precessional technique indicates a +3-degree shift to 5.96 degrees of the Era, and the cycle and planetary transit techniques mark Pluto’s exit into Pisces—it will feel as if a millennium has passed, rather than just four years.
