IS IRAN THE TARGET OF WEATHER WAR?
There is an intriguing, and hugely suggestive, article over at Zero Hedge that was spotted by premier Gizar article-spotter, V.T., and it raises the question of weather manipulation technologies in a very stark way:
"We May Have To Evacuate Tehran": Iranian President's Remarks Stun Amid Water Crisis
Note the following from the article:
Coming off a very 'hot' geopolitical summer which saw Israel and the US attack Tehran and the Islamic Republic's nuclear energy facilities, Iran is now facing yet another immensely threatening crisis amid historic drought: lack of water for the population of 90+ million.
Rainfall has been at record lows, causing reservoirs to be nearly empty, in an already arid Middle East climate. The situation has grown so acute that President Masoud Pezeshkian has warned that if the drought persists for another month, Tehran's water would have to be rationed. But this appears to be happening currently, as no rain is expected for at least the next ten days.
...
The alarming statement resulted in an avalanche of criticism in Iranian media, also with former Tehran mayor Gholamhossein Karbaschi dismissing the idea as "a joke" and saying that "evacuating Tehran makes no sense at all".
Some regional analysts and officials report an over 90% decrease in rainfall compared with last year. (Italicized emphasis added)
There are, of course, two ways to interpret this drought: (1) it is a purely natural phenomenon, or (2) it is the result of the use of weather modification technology (whether the result is intended or not). For the sake of our high octane speculation, we once again assume the existence of such weather modification technology, Indeed, in the original 1980s patents for the High Altitude Auroral Research Project (HAARP), physicist Dr. Bernard Eastland argued in the "application of the art" portion of the patent that "heating" the ionosphere via phased array antennae could produce areas of high and low pressure, and that these could actually be steered my manipulating the interferometry resulting from the phased antennae arrays. This steerage could, in turn, affect the jet stream, and thus affect the humidity and moisture flowing into a region, or cut it off altogether. And yes, this means a basic technology currently exists as an already-deployed technology - i.e., not merely on the drawing board - that can also steer storms like hurricanes. Additionally this technology could also be used to load energy into, or extract energy from, a target weather system or region. The mere existence and use of such technologies means something very stark and chilling, for according to Elana Freeland's very apt observation, this means that there is no longer any such thing are purely natural weather.
The average person, of course, does not have the means nor equipment to detect whether such technologies are in fact in use in a particular region at a particular time, and even with the internet, relying on governments to be forthcoming as to when such technologies are in operation, or at what power, and for what purpose, implies that they will be completely transparent and forthcoming. (If you believe that, I have an elegant suspension bridge over the Verrazano Narrows for sale, cheap. Cash up front only.) So how does one "detect" the possible use of such a technology? I and others have argued that one looks for possible political or economic news concerning a region that has been hit by some sort of weather disaster: the recent hurricane in Jamaica, for example, and the suddenness with which that small island nation was hit by waves of "developers" buying up property on the cheap after the disaster. The Maui fires. The Fukushima tsunami and earthquake. The Indonesian tsunami. Hurricane Katrina hitting New Orleans. The Haiti earthquake and the subsequent earthquake near Paral, Chile. And so on. Each of these instances had cases of disasters occurring within "geopolifinancial" contexts that suggests the possibility of the employment of such geoengineering technologies. It's speculative guess work, for sure, but when one looks at them, the pattern does suggest itself.
And few would deny that there certainly is a geopolifinancial context in which a weather war - a drought war - might be employed against Iran. What's intriguing to contemplate in this scenario of possible weather war, is that Iran is not an unsophisticated nor backward country technologically and scientifically. What it lacks in terms of ionospheric heaters like the HAARP project, it can make up for in terms of data collection and analysis. In other words, Iran is in the position to argue the case that it might be the victim of such weather warfare. It has access to the space powers of Russia and China, which would certainly have space assets able to correlate periods of ionospheric heater activity with weather patterns. Publication of such data would reveal much about the satellite capabilities of those nations, but it would also reveal much about the actual state of weather manipulation. Accordingly, I suspect that it is only a matter of time before such cases and analyses from various countries begin to be seriously made in public forums. Indeed, it's been long overdue, being discussed only in the abstract, and not urged on a specific case basis.
It's that public argument of specific case bases that I strongly suspect will be the next phase of the weather war, and we might be near to entering it. Time, of course, will tell.
In the meantime, there's another possible scenario lurking in the wings if, indeed, we do enter that phase of public allegations by specific countries of specific cases of weather war being used against them, that scenario is the third phase: the "retaliation" phase. Because while Iran does not have large ionospheric heaters, Russia, Japan, Germany and a few others do...
See you on the flip side...
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It seems no coincidence that Iran lies across The Gulf from the United Arab Emirates. We know that the UAE has advanced weather modification programmes.
After the Second World War, American scientists at General Electric seized on the idea of cloud seeding and control of the weather.
GE scientists were so successful that they were ordered to stop talking about cloud seeding publicly and direct their efforts toward a classified secret US military program called Project Cirrus which looked at weaponising the weather!
In Abu Dhabi in the UAE, it is reported that using laser beams will be able to enhance rainfall and change the weather in three ways.
First, acoustically—like the concussion theory of old, it’s thought that the sound of atoms in the air being ripped apart might shake adjacent raindrops so that they coalesce, get bigger, and fall to earth.
Second: convection—the beam will create heat, generating updrafts that will force droplets to mix.
Thirdly: ionization. When the beam is switched off, the plasma will reform—the nitrogen, hydrogen, and oxygen molecules inside will clump back together into random configurations, creating new particles for water to settle around.
If this laser technology is scaled up it can be deployed on a flatbed truck to the desired site for weather modification.
This article is well worth reading.
https://www.wired.com/story/new-gods-weather-rain-cloud-seeding-emirates/
The fools are at it again, intimidating and infuriating the rest of humanity. They’re either blindly arrogant or they know their reign of terror around the world is coming to an end. They want to go out with a bang, taking as many of us to hell with them
**Water and Fire:****/ Rain and Drought”**
**Motivation for weather modification**
Weather and environmental warfare has been used for centuries. Recently we have seen fire being used as proposed ” In Vietnam, the Persian Gulf, and Kosovo, liberal use of expensive precision weapons produced important results but still left the national leadership the unpalatable choice of accepting the terms of bombing alone or running up a butcher’s bill by sending in troops to root out an enemy. “( Hooper & McDaniel, 2001, p.89) going on to state that ” Fighting with fires is based on the simple proposition of grabbing something an enemy can’t afford to lose, then annihilating its forces with operational fires when it tries to reclaim it.” ( Hooper & McDaniel, 2001, p.91). It is an age-old method defence and attack recall the use of fire in the Battle of Hattin for example.
” Considering that from midmorning in the summer the winds on the Plain of Hattin blow from the west, fire and smoke would be carried eastward. If the fields would have been set on fire before the Franks were to the east of the Muslims, the fire would have been driven toward Saladin’s men or created a smoke screen between the two forces. The western winds would provide further advantage to those shooting arrows eastward (Figs. 6, 7; Lewis 2013:365–367). ” ( Lewis, 2023, p.246).
The use of drought achieves similar military objectives but over a longer period, falling under the category of sieging modus operandi. One notes that LBJ promoted weather modification to prevent droughts well is a bit like the local Cosa Nostra visiting to offer fire insurance. “Lyndon Johnson proclaimed in 1963 that we will someday “eliminate droughts and floods, bring rain to the deserts, and control deluges of jungles”; ( Caplan, 1974, p.30) . The evidence of rainfall modification used as a weather weapon, can be found in the implementation Operation Popeye during the Vietnam war . This weather operation has been severally referenced by Dr Farrell and by fellow Gizar nperpetuity April 2022 https://forum.gizadeathstar.com/t/weather-control-outed/4353/7 The overview details can be found here https://en.wikipedia.org/wiki/Operation_Popeye
**Intent:**
However, the above motivations and science for same can also directed towards the use and availability of water both as a weapon and as a resource (which could be sequestered and moved to where needed).
“**Legislating the weather.**
Anderson’s legislation was not the first to address weather modification – an earlier bill in 1947 had directed the US Weather Bureau to perform rainmaking experiments – but his was the first to encourage research and establish administrative controls. Anderson modelled his ‘Weather Control Act of 1951’ after the Atomic Energy Act. The Weather Control Act provided for assisting private and government research and development, placed the federal government in control of the experiments to advance …” (Harper, 2008, p.21)
**Means:**
There have been ongoing military (DARPA-like) since the 1940’s but secret programmes aren’t the only opportunity to develop weather control of water and rainfall which was empirically tested on for example animal behaviour in this case redstart birds in equatorial rainforest following rain seeding tests . “Instead, we found that the same birds changed their spring departure from one year to the next in relation to the amount of rainfall in March.” (Studds & Mara, 2011, p.3440). In addition, and from a useful ready reference and overview of HAARP functionality, methods and concepts Singh notes that ” Atmospheric and Climate Studies: By inducing localized ionospheric disturbances, HAARP allows researchers to study atmospheric conditions”” (Singh, 2023, p3369).
Moving weather, rain and storms is possible by many techniques cloud seeding (cooling, control weight in the storm and causing spin deflection by favouring one sector over others) is only one, HAARP (heating a storm system or ionosphere to create a storm system, and then to steer by favouring the heating of one sector of the storm over others) is at a minimum being researched and can be used as well but the more esoteric techniques revolve around plasma creation and changing electromagnetic conditions for directional control.
Normal weather patterns, prevailing winds (low altitude to jet stream) and geographical features (coastal convection patterns and mountain range convection patterns) during the differing seasons of a year can be utilised.
**Conclusion:**
So, if the motivation is there, the means are there and the intent to act is there, then most likely Iran is receiving the benefits of such research currently.
**Evidence for use of weather control to cause drought:**
What would be the empirical evidence for this? Should such a programme exist then the water taken out the natural rainfall resources of Iran would have to be moved and dropped at another location. Well, the following is a short comparison of rainfall in areas in contiguous regions and following air movements available and augmenting any synthetic directional control of rain, contiguous and regional extreme weather rainfalls are reviewed below. Declaration: This list was compiled by asking AI to compile. Syria had experienced similar droughts to Iran after the civil war commenced there in 2011 however, this hasn’t been reviewed but ought to be.
In addition to reviewing weather system directional control, wind patterns, their control controlled by heat, cold and electro magnetically, should also be reviewed, This has not been done regional detail here, but the major prevailing and seasonal wind patterns are list for convenience in Wikipedia here.
https://en.wikipedia.org/wiki/List_of_local_winds. As an additional resource I frequently use Windy one of several tools for weather forecasting. It is free and easily available for presenting current and predicted weather patterns over time. It offers several layers or conditions (wind weather and wave patterns) viewing. https://www.windy.com/-Waves-waves?waves,61.648,33.750,3
However, a closer review of the seasonal wind patterns for Iran are presented and reviewed by Karami and Asadi, 2016.
**Final remarks:**
The incidence of extreme rainstorms and rainfall did increase between 2024 and 2025 (no history was interrogated for years prior to 2024.
Interestingly it doesn’t look like some of the contiguous regions were significantly affected such as in Russia, but the Central Asia and Asia Pacific regions did see significant increases. Well, I guess you can’t have it all but impacting Iran and pivoting to Asia Pacific region would probably be an acceptable outcome particularly if accompanied by some diplomatic winking. Anything more than that might mean a demand at the UN by Iran to have their rains and water left unmolested, even perhaps to have the taken and lost resource amount made good in some way or another to support the drought conditions there.
**Please list any extreme rainfall, storms during 2025 in the Middle East, India, including Asia Central Asia, East Asia, Northern Asia, Southeast Asia, Japan, Polynesia, Philippines, Southern Russia and Central Europe and the Central/Eastern Mediterranean region.**
Middle East No major extreme rainfall events or storms directly impacted the core Middle East (e.g., Arabian Peninsula, Levant) in 2025. Severe Cyclonic Storm Shakthi (October) approached Oman but dissipated offshore with minimal effects. India and Pakistan (South Asia)
* Late June–July 2025: Intense monsoon rains caused severe flooding in northern Pakistan (Punjab and Khyber Pakhtunkhwa provinces) and heavy rainfall across India.
* May 2025: Deep Depression BOB 01 brought extreme rainfall, flooding, and landslides to Northeast India (Assam, Meghalaya, etc.) and Bangladesh; 65 deaths (61 in India).
* July 2025 Monsoon Season (July–October): Multiple depressions triggered widespread flooding.
* July: Depression LAND 01 caused flash floods and extreme rainfall (up to 234 mm in parts of Rajasthan); 10 deaths.
* July: Depression BOB 04 led to torrential rains and waterlogging in Kolkata (up to 186 mm in 24 hours).
* October: Deep Depression BOB 07 resulted in heavy rainfall, flooding, and landslides across East India (West Bengal, Odisha, Andhra Pradesh), Nepal, and Bhutan; 111 deaths (48 in India).
* October: Severe Cyclonic Storm Montha brought torrential rainfall and severe flooding to South India (Andhra Pradesh, Telangana); 9 deaths and $720 million in damage.
Central Asia, Northern Asia, and Southern Russia. No significant extreme rainfall, floods, or storms reported in 2025 for Kazakhstan, Uzbekistan, Siberia, or southern Russia. Some sources noted potential spring 2026 flood risks in Kazakhstan due to snowmelt, but nothing materialized in 2025.East Asia (China, Korea, Japan)
* June 2025: Tropical Storm Wutip caused severe floods and widespread damage in southern and eastern China (including Hainan); part of broader East Asian monsoon impacts.
* July–September 2025: Multiple typhoons made landfall in China.
* Typhoon Danas (July): Heavy rains and flooding in eastern China.
* Typhoon Podul (August): Flooding in Fujian and surrounding areas.
* Typhoon Ragasa (September, super typhoon with 205 km/h winds): Significant flooding in southern China (Guangdong, Guangxi).
* Japan experienced frequent heavy rainfall from passing typhoons and depressions.
* Tropical Storm Nari (July): Up to 144 mm rainfall in Mie Prefecture.
* Tropical Storm Peipah (September): Flooding and damage in Kanto and other regions; tornadoes and power outages.
* Other systems (e.g., Sepat, Lingling) brought gusty winds and localized flooding in Hokkaido, Kyushu, and Kantō.
Southeast Asia (Philippines, Vietnam, Thailand, etc.)
* July 2025: Enhanced southwest monsoon (habagat) + Tropical Storm Wipha (Crising) and Typhoon Co-May (Emong) triggered massive flooding across Luzon, Metro Manila, Pangasinan, and other areas; affected millions, 30–40+ deaths, states of calamity declared.
* August 2025: Typhoon Kajiki (Isang) caused extensive flooding in Metro Manila and northern Philippines (affecting 50,000+), plus landslides and flash floods in Vietnam, Laos, Thailand, and Myanmar; 7+ deaths in Thailand.
* September 2025: Super Typhoon Ragasa (Nando) devastated northern Philippines (e.g., Cagayan, Babuyan Islands) with extreme winds, rainfall, and storm surge; multiple deaths.
* November 2025: Torrential rains (over 150 cm in places) from a storm system caused deadly floods and landslides in central Vietnam; 41+ deaths in central Vietnam; earlier storms evacuated 1.4 million in northwestern Philippines with landslides.
Japan(See East Asia above) Multiple typhoon-related heavy rainfall events, including localized flooding and landslides in southern and eastern regions, no single dominant event but cumulative impacts from the active Pacific season. Polynesia and South Pacific Islands
* January 2025: Tropical Cyclone Pita caused heavy rains and flooding in Samoa and Fiji (including bridge collapse).
* February 2025: Tropical Cyclone Rae brought heavy rainfall to Fiji, Wallis and Futuna, and Tonga. Impacts remained limited compared to other regions, no major events post-February.
Philippines(See Southeast Asia above) Highly active year with repeated typhoon landfalls and monsoon enhancement; July monsoon floods and storms like Wipha, Co-May, Kajiki, and Ragasa stood out as most severe. Southern Russia No notable extreme rainfall or storms in 2025.Central Europe and Mediterranean
* September 2025: Storm Alessio caused flash flooding in Italy (Piemonte, Toscana, Lazio), Slovenia, Croatia, and Spain; 2 deaths.
* September 2025: Ex-Hurricane Gabrielle and other systems led to high-risk extreme rainfall (up to 200 mm) and flooding in eastern Spain, Italy, Slovenia, and Croatia.
* October 2025: Storm Alice triggered red-alert flooding in eastern Spain (Alicante, Murcia) and Balearic Islands.
* October–November 2025: Storm Barbara brought orange/red rain warnings and flooding to the Balkans, Romania, and Ukraine.
* November 2025: Storm Claudia delivered extreme rainfall (up to 150 mm), severe flooding, and disruptions in Portugal, Spain, Wales (UK), and Ireland; 3 deaths in Portugal.
The 2025 Pacific typhoon season was particularly active (26 named storms, multiple super typhoons), driving most impacts in Asia, while Europe saw frequent extratropical storms with heavy rain. Events are current as of November 21, 2025.
Middle East2024: Exceptionally severe due to the April 2024 Persian Gulf floods, a once-in-a-century event with record-breaking rainfall (up to 250+ mm in 24 hours in Dubai/UAE. Caused widespread flash flooding, major disruption to Dubai airport, infrastructure damage, and at least 25 deaths (20+ in Oman, 4–5 in UAE; additional impacts in Iran/Bahrain). Considered the region’s heaviest rainfall event on record, exacerbated by climate change.
2025: Minimal impacts; Severe Cyclonic Storm Shakhti (October) approached Oman but dissipated offshore with negligible rainfall or flooding. No other major events.
Comparison: 2024 was dramatically worse—one of the most extreme events ever recorded in the arid region—while 2025 was unusually quiet. India and South Asia (incl. Pakistan, Bangladesh, Nepal, Bhutan)2024: Above-average North Indian Ocean season with multiple deadly systems. Key events included Severe Cyclonic Storm Remal (May, 85 deaths, flooding in West Bengal/Bangladesh), Deep Depression BOB 03 (September, major floods in Andhra Pradesh/Telangana, $1.55B damage), BOB 05 (September, 53 deaths + 308 missing, extreme rainfall/landslides in Bangladesh/West Bengal), Dana (October, flooding in Odisha), Fengal (November–December, 37 deaths in Tamil Nadu/Sri Lanka). Total season: ~590 deaths/missing, $2.35B damage. Monsoon also brought widespread flooding.
2025: Active monsoon with several depressions/cyclones. Standouts: Deep Depression BOB 01 (May, 65 deaths/landslides in Northeast India/Bangladesh), Depression LAND 01 (July, flash floods Rajasthan, 10 deaths), Deep Depression BOB 07 (October, 111 deaths incl. Nepal/Bhutan landslides), Severe Cyclonic Storm Montha (October, severe flooding Andhra Pradesh/Telangana, 9 deaths, $720M damage). Heavy July monsoon rains caused severe flooding in northern Pakistan. Total season: 185 deaths, ~$803M damage.
Comparison: 2024 was deadlier and more damaging overall (higher death toll from Bangladesh events and higher cumulative damage), though 2025 had intense localized monsoon flooding (e.g., Pakistan/India stand out). Both years saw active monsoons, but 2024 had more cyclonic storms. Central Asia, Northern Asia, Southern Russia2024 & 2025: No significant extreme rainfall, floods, or storms reported in either year for Kazakhstan, Uzbekistan, Siberia, or southern Russia. Minor spring snowmelt risks noted occasionally but nothing extreme materialized.
Comparison: Similarly quiet in both years. East Asia (China, Korea, Japan)2024: Highly active Pacific typhoon season (26 storms, 13 typhoons, multiple super typhoons). Major events: Typhoon Gaemi (July, flooding China/Taiwan), Typhoon Shanshan (August–September, heavy rain/flooding Japan/South Korea, ≥$6B damage), Typhoon Yagi (September, severe flooding southern/eastern China), Typhoon Kong-rey (October, Taiwan/Japan impacts), plus Jongdari (flooding Northeast China/South Korea). Cumulative heavy rainfall events across season.
2025: Also, highly active (26–27 storms, 13–16 typhoons). Key: Severe Tropical Storm Wutip (June, floods southern China), Typhoon Co-May (July–August, major floods eastern China incl. Beijing area), Typhoon Danas/Ragasa/Podul (July–September, flooding southern China/Guangdong), plus multiple systems bringing localized heavy rain to Japan (e.g., Nari, Peipah earlier noted).
Comparison: Similar activity levels, but 2024 had more super typhoons and higher cumulative damage in China/Japan; 2025 saw notable urban flooding in China (e.g., Beijing area) but slightly less intensity in super typhoon count. Southeast Asia (Philippines, Vietnam, Thailand, etc.) and Philippines specifically2024: Devastating Pacific typhoon season with repeated landfalls. Deadliest: Typhoon Yagi (September, 815+ deaths across Vietnam/Laos/Thailand/Myanmar, extensive flooding), Gaemi (July, widespread Luzon flooding, 152 total deaths), Trami (October, severe flooding Philippines/Vietnam, 178–179 deaths), Kong-rey/Man-Yi (October–November, multiple Philippines landfalls). Enhanced monsoons caused massive flooding (millions affected).
2025: Extremely active with frequent Philippines landfalls (14–8 named by PAGASA). Major: Wipha/Co-May/Kajiki cluster (July–August, massive Luzon/Metro Manila flooding, 60–100+ deaths, millions affected), Ragasa (September super typhoon, devastation northern Philippines), Bualoi/Matmo/Kalmaegi/Fung-wong (September–November, repeated landfalls, 288+ deaths from Kalmaegi alone, hundreds displaced). Vietnam/Thailand also heavily hit (e.g., Kajiki floods).
Comparison: Both years catastrophic for Philippines (multiple direct hits), but 2025 slightly worse for the Philippines (more frequent landfalls, higher local deaths like Kalmaegi 269 in Phil) while 2024’s Yagi was regionally deadlier across mainland SE Asia (844 deaths). Overall similar severity, remarkably high both years. Japan (see East Asia above for overlap)2024: Typhoon Shanshan caused major flooding/landslides; several others (e.g., Jongdari, Kong-rey) brought heavy rain/tornadoes.
2025: Multiple systems (Nari, Peipah, Sepat) with localized flooding in Kantō/Hokkaido/Kyushu; no single dominant event but cumulative impacts.
Comparison: 2024 worse (Shanshan record rains in places); 2025 more moderate but frequent rain events. Polynesia and South Pacific Islands2024: Part of 2023–24 or 2024–25 South Pacific season; limited major events (minor cyclones affecting Fiji/Tonga).
2025: Tropical Cyclones Pita (January, flooding Samoa/Fiji) and Rae (February, heavy rain Fiji/Tonga/Wallis/Futuna).
Comparison: Slightly more active in early 2025, but both years limited impacts compared to other regions. Central Europe and Mediterranean2024: Extremely severe year. Storm Boris (September, record rainfall Central Europe: Poland/Czechia/Austria/Romania, dozens of dead, € billions damage). Valencia Spain DANA (October, 217+ deaths, catastrophic flash floods). Widespread river flooding across 30% of European network.
2025: Frequent extratropical storms: Alessio/Gabrielle (September, flash floods Italy/Slovenia/Croatia/Spain), Alice (October, red-alert eastern Spain), Barbara (October–November, Balkans/Romania), Claudia (November, extreme rainfall Portugal/Spain, 3 deaths). Some northeastern Italy flooding November.
Comparison: 2024 significantly worse (Boris and Valencia among Europe’s deadliest recent floods, higher deaths/damage); 2025 active but less catastrophic single events. Overall Summary: 2024 was more severe globally in these regions due to standout mega-events (Dubai floods, Typhoon Yagi, Storm Boris, Valencia DANA) with higher total deaths (~2,000+ from typhoons/floods alone) and damage. 2025 remained highly active in Asia (especially Philippines/India monsoons) with distributed impacts but lower peak intensities in most areas. Pacific typhoon seasons comparable in storm count but 2024 deadlier regionally. Europe/Middle East saw sharper contrast favouring 2024 as worse. Data as of November 21, 2025 (2025 season incomplete for late-year systems).
References:
Caplan, P., 1974. Weather modification and war. *Bulletin of Concerned Asian Scholars* , *6* (1), pp.28-31.
Harper, K.C., 2008. Climate control: United States weather modification in the cold war and beyond. *Endeavour* , *32* (1), pp.20-26.
Hooper, G.R. and McDaniel, M.L., 2001. Fighting with Fires.
Karami, M. and Asadi, M., 2016. Seasonal Distribution Of Wind In Iran. *Int. J. Sci. Technol. Res.* , *5* , pp.5-11.
Lewis, R.Y., 2023. A Methodological Framework for the Archaeology of Conflicts in the Southern Levant, and the Battle of Hattin (July 3–4, 1187). *’Atiqot/עתיקות* , pp.229-258.
Singh, S., 2023. The Technological Foundations, Applications, and Controversies Surrounding HAARP. *International Journal of Research Publication and Reviews* , *4* (10), pp.3366-3372.
Studds, C.E. and Mara, P.P., 2011. Rainfall-induced changes in food availability modify the spring departure programme of a migratory bird. *Proceedings of the Royal Society B: Biological Sciences* , *278* (1723), pp.3437-3443.
The US Bible Belt – that is made of ‘Israhell Firsters’ – is the depraved queer club, of the Roman Catholic extraction, that crusades, on behalf of the Vatican empire.
The Vatican-controlled West, that is waging weather warfare against the BRICS – is a Vatican arsonist, that ignites a flashpoint, in the skies – which is an attempt, to export the ‘Gaza Genocide’.
Steven Spielberg’s parody:
https://dl.dropboxusercontent.com/scl/fi/451kqn4oprh2ul0xx4pij/steven-spielberg-parody.jpg?rlkey=njjk54olr83shn53fcs753pou
BTW, today, the so-called ‘leadership of Europe’ is made of feminist lesbōs, and būggery boys, who have been stabbing the indigenous patriarchy, in the back, for several generations.
As a result, all natural authority is, today, concentrated, in the lowest strata of European societies, dispossessed, by a systemic agenda of backstabbing, conducted, by traitors.
Today, the rampant hysteria, in the EU, at the top level, is caused, by internal pressure – BECAUSE – Pavlov’s doggy has escaped his cage, and is now, snappingly, mad, at heels…
Rumour has it, that Pavlov’s doggy has a rabid agenda, which is – a long time coming – satan in hell.
PAVLOVIAN RESPONSE TEAM
Pavlov’s puppy went totally loopy,
and mad was crazed snoopy,
and, in drooling bong,
at food gong,
he bit the mailman’s booty.
BTW, humour has it, that there is an ongoing ‘Hawaii t-shirt’ contest, by nose-picking intelligence.
https://www.youtube.com/@dialogueworks01/streams