TELLUS SERIES B-CHEMICAL AND PHYSICAL METEOROLOGY
Scope & Guideline
Fostering collaboration for a deeper meteorological insight.
Introduction
Aims and Scopes
- Atmospheric Chemistry and Aerosols:
Research on the composition, sources, and impacts of atmospheric aerosols, including studies on non-sea-salt aerosols, black carbon, and their interaction with meteorological factors. - Boundary Layer Meteorology:
Investigation into the planetary boundary layer and its influence on atmospheric states, including effects on pollutants, weather patterns, and local climate. - Climate Change and Environmental Impacts:
Exploration of the effects of industrial activity and climate change on atmospheric conditions, focusing on variables like ozone, carbon uptake, and ocean acidification. - Satellite and Remote Sensing Techniques:
Utilization of satellite-derived data to analyze cloud properties, aerosol distributions, and atmospheric dynamics through advanced statistical and modeling approaches. - Modeling and Simulation:
Development and application of models for simulating atmospheric processes, including gas transfer dynamics, cloud microphysics, and vegetation-atmosphere interactions.
Trending and Emerging
- Machine Learning Applications in Meteorology:
The use of machine learning techniques to analyze meteorological data and improve understanding of cloud microphysical properties and aerosol impacts is on the rise, indicating a trend towards integrating artificial intelligence in atmospheric sciences. - Impact of Industrial Activities on Atmospheric Conditions:
Research exploring the effects of industrial activities on atmospheric composition, particularly regarding oxygen levels and aerosol loading, has gained prominence, emphasizing the interaction between human activities and the environment. - Climate Interactions with Natural Aerosols:
Emerging studies on the spatio-temporal distributions of natural aerosols and their climatic implications reflect a growing interest in understanding natural processes and their contributions to atmospheric phenomena. - Real-time Monitoring and Innovative Sampling Techniques:
The development of new methodologies for high-resolution sampling and monitoring of atmospheric conditions, including chemical composition of fog and aerosol dynamics, signifies a trend toward real-time data collection and analysis. - Interactive Vegetation-Atmosphere Dynamics:
Research focusing on the interactive roles of vegetation in the atmosphere, such as leaf phenology and its climatic effects, is gaining traction, highlighting the importance of ecological interactions in meteorology.
Declining or Waning
- Historical Ozone and Trace Gas Studies:
Research related to the historical analysis of ozone and trace gases has seen reduced emphasis, possibly due to a shift towards more immediate environmental issues and real-time data analysis. - Long-term Variability Studies:
Investigations centered on long-term variability of atmospheric parameters, such as ozone levels and aerosol measurements, appear to be waning, possibly due to a growing preference for studies that incorporate modern techniques and immediate relevance. - Societal Implications of Climate Change Education:
While initially gaining traction, discussions on the role of higher education in building climate change competencies have diminished, reflecting a potential shift towards more technical and empirical research.
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