Topical Collection on "Remote Sensing of the Earth's Atmosphere"

Submission Status:  Open
Submission Deadline: 
 
 
Collection Editor:

  Dr. Manoj M.G.
Affiliation: Advanced Centre for Atmospheric Radar Research, Cochin University of Science and Technology, India
Research Interests: Aerosol and Cloud Physics, Air Pollution and Climate Change, Monsoon Dynamics and Thermodynamics, Remote-Sensing, Simple Atmospheric Models, Tropical Meteorology

 

Topical Collection Information:

Dear Colleagues,

Despite in-situ measurements, a wide range of technologies are available for measuring the atmospheric parameters from afar, or remotely, for filling the spatial and temporal gaps in observations. These technologies utilize electromagnetic radiation or sound to collect data about the atmospheric properties. Ground-based remote-sensing such as radar, lidar, sodar, etc. provide ample opportunities to unravel the composition, structure, dynamical and thermodynamical features of the atmosphere. The fundamental principles of atmospheric remote sensing and their applications in different research domains are included in the scope of this Collection. This Collection also aims to emphasize the applications of atmospheric remote study in aerosol/cloud profiling, wildfire detection, atmospheric dynamics, ocean remote sensing, high-altitude weather events, storm dynamics, etc. thereby helping us better understand and predict weather patterns, climate trends, and air quality. Additionally, they can be integrated with other observation platforms such as satellites and aircraft to provide a more comprehensive view of the atmosphere to better predict the changing weather pattern in the backdrop of climate change which has far-reaching potential for disaster management.

This Topical Collection encompasses various subjects related to ground-based remote sensing, development of retrieval algorithm on various parameters, including but not limited to, the following:

  • Operational radar/lidar network and retrieval products;
  • Wind profiling radars
  • Application of ground-based remote sensing in earth's environment;
  • Quantitative precipitation estimates;
  • Urban hydrological applications and planning;
  • Aerosol-cloud interaction and microphysical studies;
  • Severe weather storms;
  • The risk assessment of aerosols;
  • Use of remote sensing data for numerical weather prediction applications;
  • AI/ML applications for remote sensing

Given this significant area of scientific concern, we invite original articles, reviews, and meta-analyses on relevant topics of interest.

Dr. Manoj M.G.

 

Keywords:

  • Remote sensing
  • Radar/Lidar/Sodar
  • Atmospheric profiling
  • Atmospheric structure and dynamics
  • Meteorological applications

 

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