Papers
1
Total Citations
130
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1
About
Qinbin Li is a leading atmospheric scientist whose research centers on black carbon aerosols, climate forcing, and the cryospheric impacts of light-absorbing particles—particularly over the Tibetan Plateau and the Arctic. His most-cited work, “Black carbon radiative forcing over the Tibetan Plateau” (2014, 130 citations), provides a landmark quantification of how black carbon accelerates snowmelt in this sensitive high-altitude region. By integrating a global chemical transport model with a stochastic snow model and a radiative transfer model, Li demonstrated that the annual mean snow albedo forcing from black carbon reaches 2.9 W m⁻²—a value that underscores the disproportionate warming effect of these particles on snow-covered surfaces. This contribution has been pivotal in advancing our understanding of how anthropogenic aerosols exacerbate cryospheric change, influencing regional water resources and climate feedbacks. Li’s research bridges atmospheric chemistry, climate dynamics, and cryospheric science, offering critical insights for policymakers and modelers. His work continues to shape the discourse on short-lived climate pollutants and their role in accelerating ice and snow loss in vulnerable regions worldwide.
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- 1Black carbon radiative forcing over the Tibetan Plateau130 citations · 2014