HIMALDOC 23 records found  previous11 - 20next  jump to record: Search took 0.00 seconds. 
Year: 2012
With the health of the world’s highest glaciers in dispute, an international team is planning a long-term campaign to measure the vital signs of the ice atop Tibet and its surrounding mountains
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Year: 2011
The southern boundary between India and the Tibetan Plateau represents a classical case of continental subduction, where the Indian continental lithosphere is subducted northwards beneath the Tibetan Plateau
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Year: 2011
This study combines microstructural observations with Raman spectroscopy on carbonaceous material (RSCM), phase equilibria modelling and U–Pb dating of titanite to delineate the metamorphic history of a well-exposed section through the South Tibetan Detachment System (STDS) in the Dzakaa Chu valley of Southern Tibet
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Year: 2011
We study the interdecadal-scale variability over the Himalayas/Tibetan Plateau (H/TP) to deepen the understanding of Earth's important ecosystem after the recent controversy about glaciers melting in the Himalayan Mountains
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Year: 2011
the impact of carbon dioxide and aerosols on the snowpack using a global climate model
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Year: 2011
The Tibetan Plateau is the largest high-altitude landmass on Earth, with more than 45,000 glaciers that feed the major river systems in Asia, which in turn support 40% of the world's population
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Year: 2011
We use a data set of 86 surface pollen samples from moss polsters and surface soils from northeastern Qinghai-Tibetan Plateau to explore the relationship between modern pollen assemblages and contemporary vegetation patterns
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Year: 2010
This report aims to open up a dialogue on water challenges in the Hindu-Kush Himalaya region, an issue that could put the lives and livelihoods of millions of people at risk in the foreseeable future
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Year: 2010
Because of heterogeneous topographies, high-mountain areas could harbor a significant pool of cryptic forest refugia (glacial microrefugia unrecognized by palaeodata), which, as a result of poor accessibility, have been largely overlooked
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Year: 2010
Numerical experiments with the NASA finite-volume general circulation model show that heating of the atmosphere by dust and black carbon can lead to widespread enhanced warming over the Tibetan Plateau (TP) and accelerated snow melt in the western TP and Himalayas
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HIMALDOC 23 records found  previous11 - 20next  jump to record: Search took 0.00 seconds. 
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"Tibetan Plateau" in TERI