Atmospheric Boundary Layer Processes, Characteristics and Parameterization (MDPI - Multidisciplinary Digital Publishing Institute, 2023)
Keywords: aeolian saltation; air-sea turbulent heat fluxes; aircraft turbulent measurements; air–sea flux parameterization; atmospheric boundary layer height; biomass burning; boundary layer stability; Brownian diffusion; CO2 flux; concentration boundary layer thickness; convective boundary layer; diurnal variation; drag coefficient; dropsonde; dry deposition velocity; Eddy diffusion; eddy diffusivity of heat; eddy diffusivity of momentum; elastic lidar; erosion rate; evaluation; friction velocity; global models; Gobi sand flow; gravitational settling; gravity wave; horizontal fields of velocity; horizontal homogeneity; impact erosion; intensification period; isftcflx option; land–sea circulation; large eddy simulation; machine learning model; MJO; n/a; numerical calculation time; parameterization; platform observations; Power Spectrum Density; radial position; rainfall; Reference, Information and Interdisciplinary subjects; Research and information: general; RF algorithm; saturated wind speed; SiB2 model; spatial variation; three-layer deposition model; tidal processes; tropical cyclone; tropical cyclones boundary layer; turbulence length scale; turbulence parameterization; turbulent flux; turbulent momentum flux; Typhoon Mangkhut; velocity variance; vertical mixing length; wheat field; wind erosion; wind shear; wind speed; wind stress