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aerplot [2025/06/12 09:55] murilogerberaerplot [2025/06/12 10:05] (current) murilogerber
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 ===== 6.1. Introduction to AERPLOT ===== ===== 6.1. Introduction to AERPLOT =====
  
-**AERPLOT** is a supplementary tool for the atmospheric dispersion model **AERMOD**, developed by the U.S. EPA. Its main function is to generate graphical output files for simulated concentrations at different receptors. These files, with the `.plt` extension, contain concentration data associated with specific coordinates and elevations, and can be used for graphical visualization in GIS (Geographic Information System) tools such as **QGIS**.+**AERPLOT** is a supplementary tool for the atmospheric dispersion model [[AERMOD]], developed by the U.S. EPA. Its main function is to generate graphical output files for simulated concentrations at different receptors. These files, with the `.plt` extension, contain concentration data associated with specific coordinates and elevations, and can be used for graphical visualization in GIS (Geographic Information System) tools such as **QGIS**.
  
-AERPLOT does not create maps directly but facilitates the export of simulated data for spatial interpretation. In this way, it serves as a bridge between AERMOD's numerical results and the visual analysis of pollutant plumes in geographic space.+AERPLOT does not create maps directly but facilitates the export of simulated data for spatial interpretation. In this way, it serves as a bridge between **AERMOD's** numerical results and the visual analysis of pollutant plumes in geographic space.
  
 ===== 6.2. Graphical Visualization of Emission Plumes with AERMOD and QGIS ===== ===== 6.2. Graphical Visualization of Emission Plumes with AERMOD and QGIS =====
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 You will now be able to visually analyze the dispersion of the modeled **SO₂** pollutant in the **Bloomington** region. The spatial visualization allows for the identification of **areas with the highest concentrations** over time, based on the simulation data from AERMOD. You will now be able to visually analyze the dispersion of the modeled **SO₂** pollutant in the **Bloomington** region. The spatial visualization allows for the identification of **areas with the highest concentrations** over time, based on the simulation data from AERMOD.
  
 +===== Attachment =====
 +{{ :plot.rar |}}
aerplot.1749747342.txt.gz · Last modified: 2025/06/12 09:55 by murilogerber

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