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Air Pollution Modelling: Local-, Regional-, and Global-Scale Application
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The air pollution problem inevitably accompanies our human activities. Severe air pollution situations have been reported, especially in emerging countries, and satisfying the air quality standards fully remains an underlying issue. Today, modeling research is one of the more valuable approaches to understanding the behavior of air pollutants, and is useful for regulation-, policy- and decision-making. Such modeling applications range, with regard to horizontal grid resolution, from a few km (local) to hundreds of km (regional), to thousands of km (global). To foster our current scientific knowledge on modeling potentialities and limitations, scientific research related to multi-scale air pollution modeling is collected in this book.
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Keywords
- Air quality
- air quality modeling
- atmospheric reanalysis
- biomass burning
- CFD
- chaotic advection
- chemical reaction model
- CMAQ
- Community Multiscale Air Quality (CMAQ)
- East Asia
- eastern China
- Education
- emissions dispersion
- Environmental assessment
- Environmental science, engineering & technology
- escape rate
- IMPROVE
- Large eddy simulation
- large-scale atmospheric advection
- mesoscale models
- model inter-comparison
- n/a
- neural network algorithm
- Nitrate aerosol
- open burning
- PM10
- PM2.5
- PM2.5 components
- radiation
- reactive pollutants
- RePLaT-Chaos
- RxCADRE
- secondary particles
- smoke modeling
- SO42–
- stabilized Criegee intermediates (SCI)
- street canyon
- stretching rate
- sugarcane crops
- Technology, engineering, agriculture
- three-dimensional chemical transport model
- tokyo
- urban canyon
- Urban pollution
- urban scale
- Visibility
- wildfire plume rise
- WRF-Chem
- WRF-SFIRE
Links
DOI: 10.3390/books978-3-0365-0645-6Editions