Evolution Of Himalayas And Tibet, And The Great Volcano

[jibz]

Evolution of Himalayas and Tibet, and the Great Volcano

 

Here's an article on Evolution of Himalayas and Tibet and formation of the existing continental plates from a Massive Volcanic Eruption, which proposes some major twist in the existing theories regarding Plate Tectonics. It needs to be submitted before reputed Organizations or Scientists for open discussion, further exploration, approval and acceptance.

The essence of the proposal can be quoted as "Himalayas and Tibetan Plateau was not formed due to the collision of the said plates but due to a huge and massive volcanic eruption  and the entire Tibetan plateau is the huge Volcanic Crater formed due to the eruption. The Volcano was so massive that the lava had flown to the sea at a thickness averaging 4-5 kilometers, bending or crushing the then existed earth crust. The Lava had flown through the sides of the crater except through the Himalayan ranges and the Indian subcontinent had not got buried under the Volcanic Lava. The Himalayan Ranges is the South side of the volcanic crater and this portion had not been overtopped by the Lava from the eruption."

 

For further reading of the full illustrative article use the following link

Link to the file : -  https://drive.google...iew?usp=sharing

Here, I just tried to convey the evidences of Volcanic activity that had caused in the formation of continental plates, Tibet and the Himalayas. Further acceptance of the theory and linking the same with timeline of evolution of Earth has to be done after detailed research and brainstorming debates.

[umesh64]

Evolution of entire Himalayan orogeny is a super episodic movements between the existing continents of Gondwana and Lawresia during kainozoic Pd.Life traces and lithological assemblage and the correlative himotaxial equivalents of northern Tibbetan floral,faunal assemblage esembling to that of Central Gondwana formation s of Indian subcontinent.On this ground one can assume the chronologically of similar igneous or sedimentary formations.Still doubt arises great volcanic could have burn out the life traces just after mesiziuc igneous activity.Himalayan orogeny dates in kainozoic Pd.Tibbetan plateau if are associated feature of Deccan eruption then things could be in agreement.Yet super igneous volcanic localized at platean of Tibbetan crator could have vanished by burning out the concurrent life assemblage.Which are persisting.So I guess the Tibbetan plateaued are sedimentation then metamorphosed then uplifted formation due to super movement likecHercynian.Which raised the level up to the present table height.

[jibz]

Thank you

Adding Details

 

Some details and further clarifications for better understanding of the concept is prepared and can be read from the link shared below:

 

https://drive.google.com/file/d/0BwLXWNjyXjnVZVNUYUhoaVRvU28/view?usp=sharing

 

Also, I’ve come across some interesting statistics (searched out by Dr. Funkenstein) while going through some of the forum topics and it says that out of the 39 major earth Quakes around the world, 35 of them occurred in winter. I think out of the 4 earthquakes happened during summer as he listed, may include those from the southern continent also, and that figure can also add to this as there is winter during our summer.

It must be sure that the statistics has something to do with the contraction of continental plates, and also this proves to be an additional evidence for the formation of major portion of the continents as we see now, from the massive volcanic eruption from Tibet, which I have illustrated in my articles linked to this topic “Evolution of Himalaya and Tibet, and the Great Volcano”.

 

There it is concluded that the continental plates as we see now are formed from the massive lava flow from the great volcano, and the continental plates are free to move over the Earth crest (Ocean Floor), but the outer edges of the lava flow (ring of fire) might have got fused with the bottom layer of crushed and bend down Earth crest. These top plates are still getting cooled and at varying stress levels, trying to reach the final equilibrium. During winter however, as major portion of continents are in northern hemisphere and will certainly get cooled faster and shrink faster causing enormous stresses to develop, finally resulting to earthquakes.

 

Edited October 27, 2015 by jibz