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Surface–Atmosphere Exchange—Micro-Scales to Climate Scales

This special issue belongs to the section “Biometeorology and Bioclimatology“.

Special Issue Information

Dear Colleagues,

Surface–atmosphere exchange is now increasingly focused on bio-meteorological interactions, which represent the study of how the biosphere, including both natural and humanmade ecosystems, interacts with the atmosphere through the surface–atmosphere exchange of energy, gases, and particles on micro- and regional scales. Increasingly, it has been realized that the biosphere is a critical component in the Earth’s climate system through processes of bio-deposition and emission interactions involving climatically important biogenic gases and particles in response to evapotranspiration changes. Thus, biospheric processes are now a common feature of regional and climate models required to accurately predict both past and future ecosystem response to climate change. This has motivated researchers to develop measurement and computer modeling techniques to improve our understanding of biosphere atmospheric exchange and its role in local as well as global chemical cycling. The study of surface–atmosphere exchange and biometeorology requires a significant multidisciplinary approach using new technological developments in real-time aerosol composition and biological aerosol detection and quantification using optoelectronic techniques coupled with neural network–AI algorithms, to better understand biogeochemistry, ecology, co-emissions of anthropogenic and natural biogenic environmental pollution, and biogenic agricultural emission patterns.

Prof. Dr. Martin Gallagher
Dr. Ian Crawford
Guest Editors

Manuscript Submission Information

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Keywords

  •  biometeorology
  •  terrestrial bioaerosols
  •  ecosystem health
  •  urban bioaerosol dispersion
  •  modeling bioparticle emission
  •  using neural network analysis to discriminate airborne biogenic aerosols

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Atmosphere - ISSN 2073-4433