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Map showing the Indo-Australian plate (IA) and other major plates The Indo-Australian plate, shown as its two subdivisions: the Indian plate (red) and the Australian plate (orange) The Indo-Australian plate is or was a major tectonic plate. It is in the process of separation into three plates, and may be currently separated into more than one ...
The Indian plate is currently moving north-east at five cm (2.0 in) per year, while the Eurasian plate is moving north at only two cm (0.79 in) per year. This is causing the Eurasian plate to deform, and the Indian plate to compress at a rate of four mm (0.16 in) per year. [citation needed]
Eurasian plate – Tectonic plate which includes most of Eurasia – 67,800,000 km 2 (26,200,000 sq mi) Indo-Australian plate – Major tectonic plate formed by the fusion of the Indian and Australian plates (sometimes considered to be two separate tectonic plates) – 58,900,000 km 2 (22,700,000 sq mi)
The Australian plate is bordered (clockwise) by the Eurasian plate, the Philippine plate, the Pacific plate, the Antarctic plate, the African plate and the Indian plate. It is however known from movement studies that this definition of the Australian plate is 20% less accurate than one that assumes independently moving Capricorn , and Macquarie ...
The convergent boundary between the Eurasian plate and the Indian plate formed the Himalayas mountain range. The geodynamics of Central Asia is dominated by the interaction between the Eurasian plate and the Indian plate. In this area, many sub-plates or crust blocks have been recognized, which form the Central Asian and the East Asian transit ...
The most dramatic orogenic belt on the planet is the one between the African plate and the Indo-Australian plate on one side (to the south) and the Eurasian plate on the other side (to the north). This belt runs from New Zealand in the east-south-east, through Indonesia , along the Himalayas , through the Middle East up to the Mediterranean in ...
The paleogeography of the India–Asia collision system is the reconstructed geological and geomorphological evolution within the collision zone of the Himalayan orogenic belt. The continental collision between the Indian Plate and Eurasian Plate is one of the world's most renowned and most studied convergent systems. However, many mechanisms ...
The slippage rate along the Chaman fault system as the Indo-Australian plate moves northward (relative to the Eurasian plate) has been estimated at 10 mm/yr or more. [1] In addition to its primary transform aspect, the Chaman fault system has a compressional component as the Indian plate is colliding with the Eurasian plate. This type of plate ...