THE HIMALAYAN mountain region, located between INDIA and TIBET, has the world's highest peaks.
It stretches from the INDUS RIVER in the west to the Brahamaputra in the east and has a length of 1,500 mi (2,414 km) and a width from 100 to 150 mi (161 to 241 km).
Northwest of the Indus, the region of mountain ranges that extends to a junction with the Hindu Kush, south of the Pamir range, is known as Trans- Himalaya.
Thus, the Himalayas represent the southern face of the great central elevated region-the plateau of Tibet-the northern face of which is buttressed by the Kunlun.
The physiography of the Himalayan mountain system can be classified into three parallel longitudinal zones: The Great Himalayas.
The main ranges, which lie in the north, rise above the snow line and have an average elevation of 20,000 ft (6,096 m) above sea level.
They include the highest peaks of EVEREST (29,035 ft or 8,850 m), K2 (Godwin Austen) (28,251 ft or 8,611 m) and Kangchenjunga (28,168 ft or 8,586 m).
The Lesser Himalayas.
The middle ranges, which are closely related to and lie south of the Great Himalayas, form an intricate mountain system with an average height of 12,000 to 15,000 ft (3,657 m to 4572 m) above sea level.
The Outer Himalayas.
These comprise the Siwalik and other ranges, which lie between the Lesser Himalayas and the plains and have an average height of 3,000 to 4,000 ft (914 to 1,219 m) above sea level.
The above classification is a useful generalization but does not represent the peculiar and complex features of the Himalayan system.
These include: The Great Northern Watershed.
On the north and northwest of Kashmir is the great water divide, which separates the Indus drainage area from that of the Yarkand and other rivers of Chinese Turkistan the sources of all major rivers of China and Myanmar (Burma).
It is now proved that Mount Everest, which appears from the Tibetan plateau as a single dominating peak, has no rival among Himalayan altitudes and is definitely the world's highest mountain.
Everest was climbed by Sir Edmund Hillary and Tenzing Norgay in 1953.
In Asia, there are 94 peaks exceeding 24,000 ft (7315 m); all but two are in the Himalayas or Karakoram.
Much of the Himalayan area is still very imperfectly known geologically.
The general structure resembles that of the Alps, with huge overfolds and nappes; all the main horizons from Precambrian to recent appear to be represented.
A very large number of rock groups have been distinguished, described, and given local names.
It is certain that during Mesozoic times, the Himalayan area was occupied by the great geosyncline, which coincided with the Tethys Sea or ocean basin.
The sediments laid down in the Tibetan section of this great basin constitute the Tibetan zone, in which fossiliferous beds of Paleozoic and Mesozoic ages differ entirely in facies from those farther south.
The second or Himalayan zone, which comprises the Great and Lesser Himalayas, is composed chiefly of metamorphic rocks and sediments that are generally unfossiliferous.
It is believed that the elevation of this central axis took place mainly in Eocene-Oligocene times and that during this phase the important nummulitic limestones were deposited in a series of basins, notably in Ladakh.
The main orogeny would seem to have resulted from the northward movement of the ancient block that is now seen in peninsular India and that underlies the Indo-Gangetic plain.
Continued movement in Miocene times folded the nummulitic limestones; the final phase of the mountain building came in post- Pliocene times and has scarcely yet ceased-as the Assam earthquake bears witness-and folded intensely the Pliocene Siwalik sediments of the southern flank of the Outer Himalayas.
The uplift of the Himalayas was a gradual process protracted over a very long period and had a very marked effect upon the scenery, the topography, and the river system.
The last is not consequent upon the structure, but the principle rivers were of an age anterior to the tertiary earth movements and the drainage is spoken of as antecedent.
During the slow process of uplift, folding, and faulting, the rivers were able to keep, for the most part, to their original courses, although their erosive power was increased because of increased gradients.
- American civil pilots are getting queasy
"During the week two men who were piloting a civil plane felt sickish.
The United Airlines flight routing from Huston to San Francisco with 187 people aboard, including the crew group suddenly the pilot became ill and incapacitated. Therefore, the pilot-captain had to make an emergency landing.
Before that there had been another accident. American Airlines plane from Boston to Phoenix had to make an emergency landing at the Syracuse Airport because one of the pilots died. The stewardess, who provided first hand medical attention failed to save him. There were 147 people onboard that day. "
- Some tourists will be banned to visit “The Forbidden City” in Beijing
"Chinese management of the site blacklisted some tourists.
The blacklist counts around 2500 people, who could have ever visited the UNESCO site and behaved discourteously. Those who scratched their names or did other signs on the walls and sculptures of the ancient construction, littered or entered the palace using a fake ticket will no longer be able to visit The Forbidden City for at least three years.
As reported, such a practice did a good result that is why the site management plans to keep implementing this kind of sanction. And those people who are re-selling the tickets will be punished as well.
Such an unsuitable conduct of the tourists is not uncommon in China. Earlier it was mentioned that, despite the ban, the tourists who arrived to Shaanxi province keep touching the breast of the bare-waist deep statue of Yang Guifei. "