The relationships between absorbing aerosols and snow cover snow water equivalent over the Himalayas and the western Tibetan Plateau during boreal spring. Woo-Seop Lee1, Maeng-Ki Kim1, KM Lau2, Kyu-Myong Kim3 and Sung Ki - Black Spring - Document - PDFSEARCH.IO

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	The relationships between absorbing aerosols and snow cover/snow water equivalent over the Himalayas and the western Tibetan Plateau during boreal spring. Woo-Seop Lee1, Maeng-Ki Kim1, KM Lau2, Kyu-Myong Kim3 and Sung Ki Add to Reading List Document Date: 2014-04-15 20:27:38 Open Document File Size: 524,10 KB Share Result on Facebook City Baltimore / Boville / / Company Korea Laboratory / / Country China / United States / / Event Natural Disaster / Environmental Issue / / Facility Korea Laboratory of Atmospheres / Kongju National University / Technology Center / / IndustryTerm surface energy balance / anomalous atmosphere heat energy / / NaturalFeature Plateau April / Himalaya / Tibetan Plateau / / Organization National Aeronautics and Space Administration / Space Flight Center / Kim3 and Sung Kim1 Department of Atmospheric Sciences / University of Maryland / Kongju National University / / Position Walker / / ProvinceOrState Maryland / University of Maryland Baltimore County / / Region South Asia / Central China / / Technology Radiation / / SocialTag Climate forcing Hydrology Climate change Aerosol science Black carbon Environmental science Snowmelt Radiative forcing Aerosol Atmospheric sciences

The relationships between absorbing aerosols and snow cover/snow water equivalent over the Himalayas and the western Tibetan Plateau during boreal spring. Woo-Seop Lee1, Maeng-Ki Kim1, KM Lau2, Kyu-Myong Kim3 and Sung KiAdd to Reading List