HIMALDOC 12 records found  1 - 10next  jump to record: Search took 0.01 seconds. 
Year: 2012
Rising temperatures and changing precipitation patterns across the Hindu Kush–Himalaya (HKH) region resulting from climate change have an influence on water resource availability and food security for the downstream population
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Year: 2012
Rising temperatures and changing precipitation patterns across the Hindu Kush–Himalaya (HKH) region resulting from climate change have an influence on water resource availability and food security for the downstream population
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Year: 2006
River flow from glacierized areas in the Himalaya is influenced both by intra-annual variations in precipitation and energy availability, and by longer term changes in storage of water as glacier ice
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Year: 2006
River flow from glacierized areas in the Himalaya is influenced both by intra-annual variations in precipitation and energy availability, and by longer term changes in storage of water as glacier ice
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Year: 2005
A large-scale perspective is provided upon the spatial distribution of river flow regimes across the Nepalese Himalaya by classifying long-term average monthly runoff data for 28 river basins
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Year: 2004
The Himalayan region of Nepal and northern India experiences hydrological extremes from monsoonal floods during July to September, when most of the annual precipitation falls, to periods of very low flows during the dry season (December to February)
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Year: 2004
A large-scale perspective is provided upon the nature of precipitation regimes across Nepal by classifying long-term mean monthly precipitation data for 222 stations
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HIMALDOC 12 records found  1 - 10next  jump to record: Search took 0.01 seconds. 
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Rees, G. in TERI