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Atmospheric Boundary Layer Processes, Characteristics and Parameterization

This reprint focuses on the variation characteristics, dynamical processes, and their parameterization methods in the atmospheric boundary layer. The atmospheric boundary layer is of great importance in affecting the weather, air quality, and climate change. This reprint reports new observation find...

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Format: Online
Sprog:engelsk
Udgivet: MDPI - Multidisciplinary Digital Publishing Institute 2023
Fag:
drag coefficient
wind speed
aircraft turbulent measurements
saturated wind speed
air-sea turbulent heat fluxes
tidal processes
wind stress
boundary layer stability
platform observations
dropsonde
friction velocity
radial position
MJO
rainfall
diurnal variation
land–sea circulation
gravity wave
turbulence length scale
turbulence parameterization
evaluation
large eddy simulation
atmospheric boundary layer height
horizontal homogeneity
elastic lidar
biomass burning
turbulent momentum flux
tropical cyclones boundary layer
eddy diffusivity of momentum
eddy diffusivity of heat
vertical mixing length
three-layer deposition model
dry deposition velocity
Brownian diffusion
Eddy diffusion
gravitational settling
concentration boundary layer thickness
parameterization
numerical calculation time
global models
Large Eddy Simulation
convective boundary layer
Power Spectrum Density
wind shear
spatial variation
horizontal fields of velocity
velocity variance
turbulent flux
CO2 flux
SiB2 model
RF algorithm
wheat field
machine learning model
air–sea flux parameterization
Typhoon Mangkhut
intensification period
tropical cyclone
isftcflx option
aeolian saltation
Gobi sand flow
wind erosion
impact erosion
erosion rate
n/a
thema EDItEUR::G Reference, Information and Interdisciplinary subjects::GP Research and information: general
Online adgang:ONIX_20231130_9783036574301_90
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Summary:This reprint focuses on the variation characteristics, dynamical processes, and their parameterization methods in the atmospheric boundary layer. The atmospheric boundary layer is of great importance in affecting the weather, air quality, and climate change. This reprint reports new observation findings of the atmospheric boundary layer over underlying surfaces of megacity, desert, and ocean, and also presents new methods of atmospheric boundary layer parameterization and modelling.

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