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Modelling soil erosion in a small catchment on the Chines Loess Plateau (Applying LISEM to extreme conditions)

By: Hessel, RudiMaterial type: Text

TextPublication details: Utrecht Utreht University 2002Description: 317pISBN: 9068093436ISSN: 01694839Subject(s): Nederlandse Geografische Studies 307 | Bodemerosie ModelleringDDC classification: 630.116

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Item type	Current library	Call number	Status	Date due	Barcode
G Series Books	NIH Rorkee Library	630.116 H59M (Browse shelf (Opens below))	Available		G1326

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Previous	63:007.001 N28C Conference on informatics for sustainable agricultural development	630(084.4)(540) G96A Atlas of forest resources of India	630*114(207.3) K11M Methods manual for forest soil and plant analysis	630.116 H59M Modelling soil erosion in a small catchment on the Chines Loess Plateau (Applying LISEM to extreme conditions)	630*15 B39J Jangal ke jeev - jantu	630*233(235.243) G96A Afforestation integrated watershed mangement, torrent control and land use development project for U.P. Himalayas & Siwaliks	630*26(084.4)(540) N28I Irrigation atlas of India	Next

Flooding on China's largest and most important river, the Yangtz, is frequently reported in the press due to the almost annual occurrence of monsoon-related floods. In addition, the Three Gorges Dam being built to harness power from the Yangtze is also a matt of hot debate. In contrast, China's second river, the Yellow River(Huanghe) is not often in the news, yet this river probably poses a greater threat to the people living around it than the Yangtze does. It has been estimated that major floods on the Yellow River could threaten the lives of 150 million people: it is not by chance that the Yellow River has earned the name 'China' s Sorrow'.

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