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--- aersurface [2025/05/15 10:29] – murilogerber
+++ aersurface [2025/05/15 10:31] (current) – murilogerber
@@ Line 2: / Line 2: @@
 ===== 2.1. Introduction =====
-In this section, we will cover **AERSURFACE**, a preprocessor for AERMET that assists in characterizing land surface parameters. It defines three key values:
+In this section, we will cover **AERSURFACE**, a preprocessor for [[AERMET]] that assists in characterizing land surface parameters. It defines three key values:
   * **Surface roughness length (Zo)**
@@ Line 290: / Line 290: @@
 | **SITE_CHAR** | Keyword indicating the start of a surface characteristics entry. |
 | **Month**     | Month of the year (1 = January, 2 = February, etc.).             |
-| **Sect**      | Wind direction sector number. Defined in AERMET configuration.   |
+| **Sect**      | Wind direction sector number. Defined in [[AERMET]] configuration.   |
 | **Alb**       | **Albedo** — fraction of solar radiation reflected by the surface. |
 | **Bo**        | **Bowen Ratio** — ratio of sensible heat flux to latent heat flux. Reflects surface moisture conditions. |
@@ Line 310: / Line 310: @@
   * **Roughness Length (Zo)**: 0.317 meters
-These values are used by AERMET to compute atmospheric stability and turbulence based on the physical characteristics of the surface surrounding the meteorological station.
+These values are used by [[AERMET]] to compute atmospheric stability and turbulence based on the physical characteristics of the surface surrounding the meteorological station.
 Save this file to the folder ''C:\Users\Cliente\Desktop\AermodTutorial\3.AERMET'':
-It will be used in AERMET's **Stage 2** as a surface input.
+It will be used in **AERMET's** **Stage 2** as a surface input.
 ===== 2.7. Next Step =====