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Fire Temperature RGB.pdf

Fire_Temperature_RGB.pdf

🔗 Source: rammb.cira.colostate.edu

📊 Size: 1.15 MB

👤 Author: Berndt, Emily B. (MSFC-ZP11)[UAH]

⬇️ Downloads: 173

Summary

The Fire Temperature RGB imagery is important because it allows users to identify the most intense fires and differentiate them from "cooler" fires. The RGB takes advantage of the fact that fires emit more radiation at shorter wavelengths, making it possible to detect intense fires. The imagery shows small/"cool" fires as red, while more intense fires appear white. The Fire Temperature RGB recipe consists of three bands: red (3.9 µm), green (2.2 µm), and blue (1.6 µm), which relate to cloud top phase and temperature, particle size/land type, and particle size/land type, respectively. The imagery is useful for detecting fire hotspot locations, analyzing fire intensity, and identifying burn scars, but has limitations such as cloud cover blocking the view of fires and false "red" fires due to land type.

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Description

The Fire Temperature RGB imagery is important because it allows users to identify the most intense fires and differentiate them from "cooler" fires.

Technical Information

File Format: PDF
File Size: 1.15 MB
Pages: 2
Language: EN
Author: Berndt, Emily B. (MSFC-ZP11)[UAH]
Total Downloads: 173
Last Updated: 1 week ago

Document Overview

This PDF document about Fire Temperature RGB provides comprehensive information and guidance. Whether you're a beginner or advanced user, this resource offers valuable insights into Fire Temperature RGB.