The movement of Earth's lithospheric plates has a direct impact on many of the planet's components. For example, when plates move and collide, they can cause earthquakes, volcanoes, and mountain building. This can affect Earth's atmosphere by releasing gases and particles into the air, leading to changes in climate. Plate tectonics can also cause the formation of subduction zones and oceanic trenches, which can affect ocean circulation and marine life. Plate tectonics can also cause the formation of new landmasses, which can affect the composition of ice, soil, and atmosphere in the region. Finally, plate tectonics can cause the movement of landmasses, which can affect the distribution of plants and animals, and can ultimately lead to changes in the global climate.

I recommend "Oasis in Space: Earth History from the Beginning" by Preston Cloud ( https://www.biblio.com/book/oasis-space-earth-history-beginning-preston/d/457088943 )

Dear Muhammad Waqas,

Many people know that during the compression of the Earth in December (the subduction phase), the number of earthquakes increases, and during the spreading phase in June, the number of volcanic eruptions increases.

Check out my discussions:

"Why don't strong earthquakes in mid-ocean ridges generate tsunamis?" This is about how earthquakes do not form tsunamis during plate spreading. The map from the discussion is attached.

"A 1200x1200 km tectonic block centered in Great Britain 24-27/11/2005 rises and falls in 2 days. Is it possible?" & "Changes on a global scale in autumn 2005, not related to climate change. What was that?" It's about how plate spreading in the Atlantic forms megacyclones in the atmosphere.

"Combustion of fuel takes oxygen from the atmosphere. There is more oxygen at the poles than in the tropics. Oxygen is released from the lithosphere?." This is about the release of oxygen from the lithosphere before earthquakes.

"Can the rapid horizontal displacement of 52 cm in South America on 06/23/2001 be considered as a tectonic plate movement?" Here, the spreading of the Nazca Plate in June (stretching) changes coordinates by 52 cm per hour.

"Aseismic deformations and seismicity have a global scale. Is this real?" Here, the movements of the tectonic plates are causing the destruction of buildings all over the Earth.

In our article "Influence of the gas component of the fluid regime of the lithosphere in the water area on atmospheric processes" that the spreading of tectonic plates in the North Atlantic generates tropical cyclones in January (it's winter).

Sincerely, Boris.

Dear Muhammad Waqas ,

It would be good to formulate a good Earth tectonic theory first and after it try to answer such a question...

No subduction:

Presentation The phenomenon of subduction is incompatible with Earth's su...

However, if that's how you want it, so be it:

Regardless, deal with the ice instead, The atmosphere can have 'indirect' effect: only in formation: rain, ice, landslides, lightning, ... Let your imagination go! and you will already have the material...

Regards,

Laszlo

Dear Colleagues.

I invite you to take part in the discussion on the topic "Devastating earthquake in Turkey. Influence of aseismic geodeformations on the collapse of buildings without seismic shocks. How does this happen?".

Deformation waves not associated with earthquakes continuously pass over the surface of the Earth. These are waves with periods of 12, 24 hours and 14 days. Long waves are imperceptible to people, although they have an amplitude 10 times greater than seismic waves. In areas with a thin earth's crust, they usually do not provoke earthquakes (I do consider not mantle earthquakes). If the earth's crust is not subject to geodeformations, then they destroy it. After an earthquake, waves of geodeformation can provoke the collapse of buildings (before the earthquake, these territories were not deformed).

Video from INTERNET

Let's start the discussion.

I will quote information from my other discussion.

The earthquake in Turkey occurred on the date of the tide syzygy in the solid body of the Earth on February 6, 2023. On the dates of syzygy, the amplitude of geodeformations increases by no less than 20%. The first destructive earthquake occurred at 01:17 (M=7.8), the second at 10:24 (M=6.7). At this time, at the earthquake epicenter, the amplitude of the diurnal and semidiurnal tides in the solid body of the Earth reached positive extremes. In addition, due to the 14-day zonal tide in the solid body of the Earth, the conditions of stretching and compression of the Earth's crust were formed on the surface of the planet. The zonal tide in the solid body of the Earth is associated with the extrema of the angular velocity of the Earth's rotation. The data is available only for February 3. Attached the chart https://hpiers.obspm.fr/ . Stretch conditions on February 3 and February 10, 2023. On February 3, in accordance, rapid changes in the Earth's gravitational field on a planetary scale were recorded. Changes in the gravitational field recorded by our method, see satellite images https://meteologix.com/. Between the expansion phases, the compression phase is fixed. The compression occurred on February 6, 2023 and triggered an earthquake https://zn.ua/img/forall/u/14/8/photo_2023-02-06_15.16_.16_.jpeg . These are the facts of the formation of compression deformations on March 6. The scale is planetary.

Planetary-scale deformations (amplitude 30 cm) were blocked on February 6 in the epicentral zone of the future earthquake. The blocking of tidal waves in the solid body of the Earth is associated with the release of heat. In the atmosphere, the release of heat leads to a decrease in atmospheric pressure. Warm air weights less. Look at the color map of atmospheric pressure and low pressure above the epicenter at the moment of maximum compression (map from Twitter https://twitter.com/BookofCrusty/status/1622643773900464128?t=Yy-KLEZn-FDuHvyIHh1y5w&s=09 ). The relapse occurred on February 20, 2023 after 14 days during the next cycle of the positive extremum of the angular velocity of the Earth's rotation associated with the repetition of the phase of the zonal tide in the solid body of the Earth.