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Figure 2 retains the structure of Figure 1 (Schematic of land-surface-atmosphere coupling from Betts et al. (1996)), but it has many additions and modifications, which have emerged from a decade of LBA research. The surface and atmosphere over Amazônia form a highly coupled system. At the surface, evaporation, carbon exchange and biomass burning are important; while in the atmosphere, aerosols, condensation nuclei, clouds and precipitation interact. Atmospheric composition, clouds and aerosols determine the direct and diffuse radiation field, which links surface, atmosphere and the top-of-the-atmosphere radiation budgets.
Betts, Silva Dias; Progress in understanding land-surface-atmosphere coupling from LBA research
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Progress in understanding land-surface-atmosphere coupling from LBA research, Betts, Silva Dias, Art. #6, 20 pp. Published 30 Jun. '10
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Intraseasonal Variability in an Aquaplanet General Circulation Model, Maloney, Sobel, Hannah, Art. #5, 24 pp. Published 7 Apr. '10
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Comparison of Firebrand Propagation Prediction by a Plume Model and a Coupled–Fire/Atmosphere Large–Eddy Simulator, Bhutia, Jenkins, Sun, Art. #4, 15 pp. Published 23 Mar. '10
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Rotated versions of the Jablonowski steady-state and baroclinic wave test cases: A dynamical core intercomparison, Lauritzen, Jablonowski, Taylor, Nair Accepted 9 Dec. '09
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Atmospheric dynamics of Earth-like tidally locked aquaplanets, Merlis, Schneider Accepted 11 Jul. '10
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Slow manifolds and multiple equilibria in stratocumulus-capped boundary layers, Bretherton, Uchida, Blossey Submitted 19 Jul. '10
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Comparison of Explicitly Simulated and Downscaled Tropical Cyclone Activity in a High-Resolution Global Climate Model, Emanuel, Oouchi, Satoh, Tomita, Yamada Submitted 13 Jun. '10
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