John Thomas Bealby and Peter Alexeivitch Kropotkin

Biographical details

John Thomas Bealby and Peter Alexeivitch Kropotkin 1911 Encyclopædia Britannica, Volume 15… (1911)

On the other hand, the precipitation on the Tibetan plateau is so copious, and so uniformly distributed, that it is able to retain the loosened material in situ, and causes it to heap itself up in rounded masses on the flanks of the mountains that are its primitive source of origin, these projecting in great part like skeletons from the midst of their own ruins.
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John Thomas Bealby and Peter Alexeivitch Kropotkin 1911 Encyclopædia Britannica, Volume 15… (1911)

This gives rise to the great morphological difference, that in the former regions, the Astin-tagh and the Kuruk-tagh, the products of disintegration are almost always carried away by the wind, and so disappear; no matter how powerful or how active the disintegration may be, none of the loosened material ever succeeds either in gathering amongst the mountains or in accumulating at their foot. The climate is so arid, and precipitation so extremely rare, that the fine powdery material falls a helpless prey to the winds.
Source: Wikisource

John Thomas Bealby and Peter Alexeivitch Kropotkin 1911 Encyclopædia Britannica, Volume 15… (1911)

Here in the Astin-tagh the mountains, like those in the Kuruk-tagh, [4] are indeed severely weathered, but they always consist, from base to summit, of hard rock, bare and barren, most frequently piled up in eccentric, rugged masses, denticulated, pinnacled crests and peaks. On the Tibetan plateau, on the other hand, most of the ranges are distinguished by their rounded outlines and soft consistency, and their striking poverty in hard rock, which in the best cases only crops out near the summits.
Source: Wikisource

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