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Ravindra K. Pande
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Earth & Planetary Sciences

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Tawaghat landslide of Kuman Himalaya, India Ravindra K. Pande
Indonesian Journal of Geography Vol 20, No 59 (1990): indonesian journal of geography
Publisher : Faculty of Geography, Universitas Gadjah Mada

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.22146/ijg.2187

Abstract

Reports of lansdlide and sinking stc., at Tawanghat and its surrounding areas have been reported in past also with noticeable amount of loss of lives properties.A Sizable landslide accured in this region in december, 1962.During august 1977, a major landslide came roaring down the main nala (a local term used for small channels or stream) of Khela village and destroyed sheds and houses, killing 44 persons and 76 heads of cattle.About 150 acres of standing crops were washed out.Geological and geomorphological investigataion showed that a large area was dislocated at the head of the nala moving down the gradient and activating the boulder filled nala.The mass of the mountain scree that moved was perhaps resting already at a critical angle and the torrential rains had triggered the flow.In August, 1979 again a major gravitational slide of the steep mountainslopes between Rauntigad and tawaghat region had accured, seriously affecting Sinsa, gachila and Syankuri village situated on the above slipes.
Routing model of sediment yield for a representative Himalayan drainage Basin, India Ravindra K. Pande
Indonesian Journal of Geography Vol 21, No 61 (1991): Indonesian Journal of Geography
Publisher : Faculty of Geography, Universitas Gadjah Mada

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.22146/ijg.2198

Abstract

For a large watersheds sediment yield can be more accurately estimated if the large watersheds is divided into sub-watersheds to compensate for non-uniformly distributed sediment sources. The effect of drainage basin hydraulics can be included by routing the sediment yield from sub-watersheds to the large watersheds outlet Sediment routing increase prediction accuracy and determines individual watersheds contribution to the total sediment yield.
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