Aermod Installation For Mac

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  1. Aermod Installation For Mac Os
  2. Aermod Installation For Mac Mojave
  3. Aermod Installation For Mac Installer
  4. Aermod Installation For Mac Windows 10

AERMOD/PRIME and MISKAM using the Thompson wind-tunnel dataset for simple stack-building configurations, Boundary Layer Meteorol.

  1. Get the Guidelines for garmin update - To get started with the Garmin map update free » in Windows or Mac, you need to follow certain steps for free garmin maps:- Go to reliable Garmin Express download source and install the compatible version on your computer -Open Garmin Express application on your computer -Get started by adding a GPS device from Garmin Express home screen.
  2. Plug the bootable installer into a Mac that is connected to the internet and compatible with the version of macOS you're installing. Turn on your Mac and continue to hold the power button until you see the startup options window, which shows your bootable volumes and a gear icon labled Options.
  3. AERMOD Modeling System Code and Documentation; AERMOD Implementation Guide: AERMOD Implementation Guide (PDF) (39 pp, 335 KB, 454-B-19-035) - Provides information on the recommended use of AERMOD for particular applications and is an evolving document. AERMOD Modeling System Development: Modeling System Development Website and White.
AERMOD

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Overview

  1. AERMOD is a steady-state plume model that incorporates air dispersion basedon planetary-boundary-layer turbulence structure and scaling concepts,including treatment of both surface and elevated sources, and bothsimple and complex terrain.
  2. Ituses other programs (AERMET and AERMAP) as run separately aspre-processors to create the needed meteorology files and receptorlocation files that can be used as input to AERMOD.

Used For*

  1. For short-range dispersion (within 50 km of the source).
  2. Source types: Multiple point, area and volume sources
  3. Source releases: Surface, near surface and elevated sources
  4. Source locations: Urban or rural locations. Urban effects are scaled by population.
  5. Plume types: Continuous, buoyant plumes
  6. Plume deposition: Dry or wet deposition of particulates and/or gases
  7. Plume dispersion treatment: Gaussian model treatment inhorizontal and in vertical for stable atmospheres. Non-Gaussiantreatment in vertical for unstable atmospheres
  8. Terrain types: Flat, or flat with simple hills (but not steep terrain mountains & valleys) **
  9. Building effects: Handled by BPIP-PRIME downwash algorithms
  10. Meteorology data height levels: Accepts meteorology data from multiple heights
  11. Meteorological data profiles: Vertical profiles of wind, turbulence and temperature are created

* from Wikipedia. ** from Stull.

Types of Inputs

  1. Intro slides by Stull.
Example of AERMOD use in an Environmental Impact Statement (2017)
  1. Appendix C. Modeling Technical Support Document for the Miami (Arizona) Sulfur Dioxide (SO2) Nonattainment Area.

A python version of AERMOD by Costanzini et al, 2018. (not EPA approved)

.

New links for the 2018 course:

The EPA recommended air quality dispersion models are AERMOD and CALPUFF: https://www.epa.gov/scram/air-quality-dispersion-modeling-preferred-and-recommended-models
AERMOD Model Dynamics, Physics & Parameterizations: See AERMOD Model Formulation (2018):
https://www3.epa.gov/ttn/scram/models/aermod/aermod_mfed.pdf
We will discuss this in class, so that AERMOD is not a 'black box' to you.
There are 3 major sections below, for installing and testing:
A. AERMOD
B. AERMET
C. AERMAP

A. AERMOD Instalation Methods (2018) for your laptop or desktop computer:

  1. If you have a PC, you don't need to compile any codefirst. Instead, you can download the existing executables.

    1. Use Windows Explorer to create a new directory C:AERMOD .

    2. See'Model Code' to get the appropriate executable from https://www.epa.gov/scram/air-quality-dispersion-modeling-preferred-and-recommended-models#aermod . Unzip itand copy the executable aermod.exe into your AERMOD subdirectory.

    3. Also see the 'Installation Guide' info at https://www.epa.gov/scram/air-quality-dispersion-modeling-preferred-and-recommended-models#aermod

  2. Ifyou have a Mac,and if you are lucky, you can download executables for AERMOD, AERMET,and AERMAP that I compiled in July 2018 on my iMac. You can findthem in the zip file here. Put the zip file on your Desktop, and unzip it. To see ifit works, skip step 3 below and go to the major section below that says'Check that AERMOD runs OK on your Computer.'
    However, AERMOD is often updated, and Apple produces new operatingsystems. So it is very likely that many of you with differentMacs and different OSX versions will be unlucky. (Sorry, pleasedon't contact me because I will NOT provide support for theseprograms.) In that case, see item 3 next.

  3. Ifyou have a Mac, and you are NOT lucky, then you need to (a) download the iTerm2 terminalprogram, (b) download Xcode, (c) run Xcode and allow it to install theadditional components when prompted, (d) install MacPorts, (e) downloadthe fortrancompiler to your Mac; (f) download the AERMOD source code andassociated files; and (g) compile the code on your Mac. Seemscomplicated, but I will guide you through it.

    1. If youdon't already have iTerm2 on your Mac, use your browser to search on'iTerm2'. Then download this free terminal program and install it.

    2. Check to see if you already have a fortran95 compiler on yourMac. In your iTerm2, type which gfortran. If one alreadyexists on your computer then the path to it will be displayed. Or, you might already have it, but it might be an old version. Onyour terminal, type gfortran --version . I used GNU Fortran (GCC) 6.3.0 for all the work described below. Ifyou already have it, or if you have an older or newer version that works OK when you try to use it, then skip step c below.

    3. To install gfortran, follow the instructions in Tips to Install gfortran on your Mac , but ...
      • Update to step 1 in that installation guide: use https:// instead of http://
      • Update to step 13 in that installation guide: use https:// instead of http://
      • Update to step 15: if your Mac is worried about the unidentifieddeveloper, another trick to open it is to option-click on thepackage. This step might not be neeeded if you Mac happily openedthe file.

    4. If you want to test your gfortran compiler with your own short fortran program, try this. (But not needed for the aermod installation.)

    1. Using your web browser,

      • download to your Mac Desktop the AERMOD source code as a zip file from https://www.epa.gov/scram/air-quality-dispersion-modeling-preferred-and-recommended-models#aermod
        where it says 'Model Code' / 'Source Code'. Move the downloaded zip file to your Desktop if it is not already there.

      • Then unzip the downloaded file. You should now have a folder on your Desktop called aermod_source .

    2. Use iTerm2, and type the cdcommand to move into the 'aermod_source' directory. For example,if you had downloaded the airmod.zip file to your Desktop and unzippedit there, then the following command should put you in the correctdirectory.

      cd ~/Desktop/aermod_source
      To confirm you are in the right directory, type ls in your terminalwindow. It should display a bunch of fortran files (i.e., fileswith the suffix '.f'.

    3. Next, copy and paste the following command in your iTerm, andhit the enter key to compile the aermod model. This commandshould be as one very long line (it will automatically word wrap iniTerm).
      It might take a long time to compile (a minute or so depending on thespeed of your Mac) during which time nothing seems to happen iniTerm. Please be patient and drink your coffee.
      gfortran-o aermod.x -fbounds-check -fcheck=all -Wall -frecursive -O3 modules.faermod.f setup.f coset.f soset.f reset.f meset.f ouset.f inpsum.fmetext.f iblval.f siggrid.f tempgrid.f windgrid.f calc1.f calc2.fprise.f prime.f sigmas.f pitarea.f output.f evset.f evcalc.f evoutput.funinam.f -w

    4. When it is finished compiling, your normal prompt line willappear in your terminal. If errors happened, then you will seelots of other stuff too. Hopefully you don't see lots of otherstuff.
      To confirm that aermod compled successfully, type ls into your terminal. Among the list of all the files, you should also see a new file aermod.x , which is the executable file. Congratulations.

Check that AERMOD runs OK on your Computer

  1. If you have a PC, here is an excellent SampleRun guide provided by EPA: https://www3.epa.gov/ttn/scram/models/aermod/SampleRun.pdf

    1. use Windows Explorer to create a subdirectory: C:AERMODsample

    2. From
      https://www.epa.gov/scram/air-quality-dispersion-modeling-preferred-and-recommended-models#aermod
      download and save the Installation Guide (Sample Run) 'Sample Run Instructions' pdf to your sample subdirectory.
    3. Then download the SampleRun.zip file into the same subdirectory, C:AERMODsample . Unzip it .

    4. use Windows Explorer to create a new subdirectory (i.e., a new empty folder):

      C:AERMODtryme
    5. Use Windows Explorer to move a COPY of the following 4 input files from your C:AERMODsampleSampleRun directory into your tryme directory:
      aermod.inp
      aermet2.sfc
      aermet2.pfl
      aertest_evt.inp
      Also move aCOPY of aermod.exe into that tryme directory. These 5 files (4 inputs & 1 executable) should be the ONLY 5 files in your tryme subdirectory.

    6. Open the Command Prompt window (i.e., the old DOS command-line window) on your PC. (Hint: Start|All Programs|Accessories|Command Prompt ). This will probably display a prompt on your screen of C:Docuents and SettingsYOURNAME>_ .

    7. Then, use the cd command in the window to navigate to be in your tryme subdirectory. For example, type: cd aermodtryme . If this was successful, the prompt on your screen will now be C:AERMODtryme> .

    8. At this command prompt, type DIRand the enter key. It should display the names and other infoabout the 5 files in that tryme directory. Namely, it should showthe 5 files that were discussed in item (e) above. You are doingthis just to confirm that you have all the files you need for this run.

    9. Then, run AERMOD by typing aermod.exe and the enter key into your Command Prompt window. Hopefully it runs, and produces new output file(s) in your tryme directory, which you can see by typing DIR enter . Hopefully one of the new files produce is aermod.out . (If your executable didn't run, then try typing only aermod or only AERMOD to get it to run.)

    10. Back in Windows Explorer, open the tryme folder to see what files are in it, and use your normal text editing programs to view all the input files and all the output files. Please do this to learn more about input and output to/from aermod.

    11. The most important output is in your aermod.outfile. Normal text edit programs will word-wrap the output making itdifficult to read. However, you can read aermod.out into a Microsoft Worddocument, and then reformat it to be Landscape orientation, font size 8points, and reduce all the margins by about half their initial values. This also takes advantage of the page-breaks that are already in the aermod.outfile. The result is many pages (about 33 when I did it), but isvery readable. You can save it as a Word.doc , or print it into apdf file.

    12. Some hints are in the Sample Run Instructions.pdf that youdownloaded, but they have set up their directories slightly differentthan I suggested here. Also, note that you need to enter DOScommands into the Command Prompt window to run aermod. You can'tjust double click on the aermod.exe file.

    13. PCusers, if any of the instructions above need fixing or clarification,please let me know. Also, please refer to the SampleRun documentprovided by EPA. https://www3.epa.gov/ttn/scram/models/aermod/SampleRun.pdf

  2. Ifyou have a Mac, .

    1. Use your Mac desktop to create a new folder called tryme . Drag and drop (while holding down the option key) aermod.x from the aermod_source directory to your new tryme directory. This puts a copy of the executable in tryme.

    2. From https://www.epa.gov/scram/air-quality-dispersion-modeling-preferred-and-recommended-models#aermod download the 'Sample Run (ZIP)' file to your desktop, and un-zip it.

    3. Fromthis new Sample Run directory on your Desktop, use option-drag-drop toput a copy of each of the following 4 input files into your tryme folder:
      aermod.inp
      aermet2.sfc
      aermet2.pfl
      aertest_evt.inp .

    4. At this point, only aermod.x and those 4 input files should be in your tryme folder. Nothing else please.

    5. Using iTerm2, use cd to navigate into your tryme directory. For example: cd ~/Desktop/tryme

    6. Then, run AERMOD by typing ./aermod.x into your iTerm2 window.

    7. Back on your normal Mac desktop, open the trymefolder to see what files are in it, and use your normal text editingprograms (TextEdit or BBEdit) to view all the input files and all theoutput files. Please do this to learn more about input and outputto/from aermod.

    8. The most important output is in your aermod.out file. Normal text edit programs will word-wrap the output making it difficult to read. However, you can read aermod.outinto a Microsoft Word document, and then reformat it to be Landscapeorientation, font size 8 points, and reduce all the margins by abouthalf their initial values. This also takes advantage of thepage-breaks that are already in the aermod.outfile. The result is many pages (about 33 when I did it), but isvery readable. You can save it as a Word.doc , or print it into apdf file.

  3. .

Aermod installation for mac os

Aermod Installation For Mac Os


B. AIRMET Installation Methods (for the meteorological pre-processor)Aermod
AERMET is a pre-processor that accesses weather data in 'normal'formats, and quality-controls it and then writes new meteorologyoutput files in the special format that AERMOD needs as input. See AERMET info at: https://www.epa.gov/scram/meteorological-processors-and-accessory-programs#aermet
AERMET has 3 stages, where you run AERMET 3 times to gradually create the output meteorology files needed as AERMOD input.
See the AERMET Users Guide at: https://www3.epa.gov/ttn/scram/7thconf/aermod/aermet_userguide.pdf

  1. If you have a PC: you don't need to compile any codefirst. Instead, you can download the existing executables.

    1. Use Windows Explorer to create a new directory C:AERMET .

    2. From https://www.epa.gov/scram/meteorological-processors-and-accessory-programs#aermet, see'Model Code' to get the appropriate executable. Unzip it and copy the executable aermet.exe into your AERMET subdirectory.


  2. If you have a Mac: and if you downloaded a working executable from zip file here , then skip to step 3.
    Otherwise, youwill need to (a) download the AERMET fortran source code andassociated files; and (b) compile the code on your Mac. Hopefully, you have already installed gfortran on your Mac. Ifnot, please see AERMOD Mac steps 2a-d in the previous section toinstall and test gfortran.

    1. Using your web browser, go to https://www.epa.gov/scram/meteorological-processors-and-accessory-programs#aermet . Then ...

      • ...where it says 'Model Code' / 'Source Code', download toyour Mac Desktop the AERMET source code as a zip file. (As of Jul 2018,that zip file is at https://www3.epa.gov/ttn/scram/7thconf/aermod/aermet_source.zip .)
        Move the downloaded zip file to your Desktop if it is not already there.

      • Then unzip the downloaded file. You should now have a folder on your Desktop called aermet_source. It has about 200 fortran subroutine files that need to becompiled and linked into a single executable. Luckily, we willautomate this for you.

      • Use your normal Finder to open the aermet_source folder, and change the name of one of the fortran files. Change from mod_AsosCommDates.for to mod_AsosCommDates.FOR . (You are changing the lower-case .for to upper-case .FOR).

      • Use your web browser to download a copy of the makefile provided here to your computer. Make sure the name of this file is makefile (with NO .txt suffix or any other suffix). This is thescript that tells the fortran compiler to compile all those subroutinesand link them into a single executable program. You can view thismakefile in any text editor, but please don't change it and don't causeany .txt suffix to be added to it.

      • Copy the makefile into your aermet_source folder .

    1. Use iTerm2, and...

      • type the cdcommand to move into the 'aermet_source' directory if you are not already there. For example,if you had downloaded the airmet.zip file to your Desktop and unzippedit there, then the following command should put you in the correctdirectory.

        cd ~/Desktop/aermet_source
        To confirm you are in the right directory, type ls in your terminalwindow. It should display about 200 fortran source files (i.e., most of the files have the suffix .FOR ).

      • In iTerm2, type make and hit the enter key. This will automatically use the makefileto tell the fortran compiler what to do. If it was successful,you will see a new an object (.o) file for every one of the 200 original fortran (.FOR) files. More importantly, one of your new files is called aermet.x . This is the executable file that you wanted.

    2. .

  3. Both PC and Mac. Run a sample to test if aermet is working. In the followingdescription, I will use the generic word 'gui' for graphic userinterface, which for PC users is Windows Explorer and for Mac users istheir desktop Finder. Also, when I use the generic word'terminal', then PC people should use Command Prompt, and Mac peopleshould use iTerm2. (See the examples above for AERMOD if you areunfamiliar with usage of these software systems.)

    1. Via your gui, use a web browser to download a copy of the aermet 'Test Cases.zip' file, from https://www.epa.gov/scram/meteorological-processors-and-accessory-programs#aermet . Then unzip it.
    2. Create a new subdirectory on your C drive (if PC) or Desktop (if Mac) called trymet .
    3. Open your unzipped aermet_test_cases folder, and find and open the subdirectory aermet_def_testcases folder, and then find and open its subdirectory EX03, and copy the following files into your trymet folder:
      • 1990_FLS.DAT (this is the sounding profile data)
      • EX03_S1.INP (this is the aermet input fire for the 1st stage of aermet)
      • EX03_S2.INP (this is the aermet input fire for the 2nd stage of aermet)
      • EX03_S3.INP (this is the aermet input fire for the 3rd stage of aermet)
      • RDU-90ALL (this is the surface weather data)
    4. From your aermet_source folder, copy your aermet executable (aermet.exe or aermet.x) into trymet . Your trymet folder should now have 6 files in it.
    5. Run the 1st stage of aermet as follows:
      • In trymet, make a duplicate copy of EX03_S1.INP , and rename it aermet.INP . This will be the input control file for the first stage run of aermet.
      • Use your terminal window to navigate into your trymet folder. Via your terminal window, execute aermet. (Namely, PC users should type aermet.exe and hit enter, while Mac users should type ./aermet.x and hit enter.)
      • If it runs successfully you will see 6 new output files in trymet. One is a message MSG, one is a report RPT, and there will be two SF files and two UA files. These last 4 files will be used as input to the next stage.
    6. Run the 2nd stage of aermet as follows. In your gui, delete the old aermet.INP . Make a copy of EX03_S2.INP and rename it as aermet.INP. In your terminal, execute aermet. It should produce a new MR (merged meteorology) file in trymet., which is used as input for the third stage.
    7. Run the 3rd stage of aermet as follows. In your gui, delete the old aermet.INP . Make a copy of EX03_S3.INP and rename it as aermet.INP. In your terminal, execute aermet. It should produce two MP files in trymet. These are the desired surface (.SFC) and vertical profile (.PFL) files that AERMOD needs as input.
      (If this had been for an actual AERMOD run, you would copy these last 2files into the folder holding your AERMOD executable and input file.)
    8. Use any text editor in your gui to view all of the input filesand all of the output files, to help you to better understand theseoperations.

  4. .


C. AIRMAP Installation Methods (for the AERMOD terrain map and receptor pre-processor)
AERMAP is a terrain preprocessor for AERMOD. AERMAP processescommercially available Digital Elevation Data and creates an outputfile suitable for use as input within an AERMOD control file. This file would contain elevation and hill-height scaling factors foreach receptor in the air dispersion study. See AERMAP info at:
https://www.epa.gov/scram/air-quality-dispersion-modeling-related-model-support-programs#aermapMac
A users guide for AERMAP is at: https://www3.epa.gov/ttn/scram/models/aermod/aermap/aermap_userguide_v18081.pdf

  1. If you have a PC: you don't need to compile any codefirst. Instead, you can download the existing executables.

    1. Use Windows Explorer to create a new directory C:AERMAP .

    2. From https://www.epa.gov/scram/air-quality-dispersion-modeling-related-model-support-programs#aermap , see'Model Code' to download the appropriate executable to your PC. Unzip it and copy the executable aermap.exe into your AERMAP subdirectory. Also copy all the associated .las and .los files into that same subdirectory.


  2. If you have a Mac and if you downloaded a working executable from zip file here , then skip to step 3.
    Otherwise, youwill need to (a) download the AERMAP fortran source code andassociated files; and (b) compile the code on your Mac. Hopefully, you have already installed gfortran on your Mac. Ifnot, please see AERMOD Mac steps 2a-d in a previous section toinstall and test gfortran.

    1. Using your web browser, go to https://www.epa.gov/scram/air-quality-dispersion-modeling-related-model-support-programs#aermap . Then ...

      • ...where it says 'Model Code' / 'Source Code', download toyour Mac Desktop the AERMAP source code as a zip file. (As of Jul 2018,that zip file is at https://www3.epa.gov/ttn/scram/models/aermod/aermap/aermap_source.zip .)
        Move the downloaded zip file to your Desktop if it is not already there.

      • Then unzip the downloaded file. You should now have a folder on your Desktop called aermap_source. It has about 20 fortran subroutine files that need to becompiled and linked into a single executable. Luckily, we willautomate this for you.

      • Use your web browser to download a copy of the makefile provided here to your computer. Make sure the name of this file is makefile (with NO .txt suffix or any other suffix). This is thescript that tells the fortran compiler to compile all those subroutinesand link them into a single executable program. You can view thismakefile in any text editor, but please don't change it and don't causeany .txt suffix to be added to it.

      • Copy the makefile into your aermap_source folder .

    2. Use iTerm2, and...

      • type the cdcommand to move into the 'aermap_source' directory if you are not already there. For example,if you had downloaded the airmap.zip file to your Desktop and unzippedit there, then the following command should put you in the correctdirectory.

        cd ~/Desktop/aermap_source
        To confirm you are in the right directory, type ls in your terminalwindow. It should display about 20 fortran source files (i.e., most of the files have the suffix .f ).

      • In iTerm2, type make and hit the enter key. This will automatically use the makefileto tell the fortran compiler what to do. If it was successful,you will see a new an object (.o) file for every one of the 20 or so original fortran (.f) files. More importantly, one of your new files is called aermap.x . This is the executable file that you wanted.

    3. To get some of the additional supporting files, use your web-browser from your Finder to go back to https://www.epa.gov/scram/air-quality-dispersion-modeling-related-model-support-programs#aermapand then download the Windows executable zip file to your Macdesktop. Unzip it on your desktop, which creates a folder called aermap_exe . Use your finder to open that folder, and delete the windows executable file called aermap.exe . But keep the README and all associated .las and .los files. Change the name of this subdirectory to gridshift_files , which are needed input files for the test cases that you can run .

    4. .

  3. Both PC and Mac. Run a sample to test if aermap is working. In the followingdescription, I will use the generic word 'gui' for graphic userinterface, which for PC users is Windows Explorer and for Mac users istheir desktop Finder. Also, when I use the generic word'terminal', then PC people should use Command Prompt, and Mac peopleshould use iTerm2. (See the examples above for AERMOD if you areunfamiliar with usage of these software systems.)

    1. Via your gui, use a web browser to go to https://www.epa.gov/scram/air-quality-dispersion-modeling-related-model-support-programs#aermap. and then from the Model Code section download the Test Cases zip file to your desktop. Then unzip it.
    2. Create a new subdirectory on your C drive (if PC) or Desktop (if Mac) called myNAD_Gap .
    3. Open your unzipped aermmap_testcase folder, and find and open the subdirectory NAD_Gap folder. Use your gui text editor (e.g., TextEdit or BBEdit on a Mac) to open the input text file aermap_NAD-GAP.inp , and delete line 15 that says: NADGRIDS .. . Then copy or 'Save As' the edited file with the new name aermap.inp into your myNAD_Gap folder.
    4. Then copy the following files from the NAD_Gap folder into your myNAD_Gap folder:
      • brdgport.dem (this is digital elevation data for one region)
      • marchook.dem (this is digital elevation data for another region)
    5. And copy the following files (from the gridshift_files folder if Mac, or from aermap_exe if PC) into your myNAD_Gap folder:
      • conus.las (this is gridshift data for the continental USA)
      • conus.los (this is more gridshift data)
    6. From your aermap_source folder, copy your aermap executable (aermap.exe or aermap.x) into myNAD_Gap . Your myNAD_Gap folder should now have 6 files in it (the 4 bulleted files listed above, plus the executable and the input file).
    7. Run aermap as follows:
      • Use your terminal window to navigate into your myNAD_Gap folder. Via your terminal window, execute aermap. (Namely, PC users should type aermap.exe and hit enter, while Mac users should type ./aermap.x and hit enter.)
      • If it runs successfully you will about 11 new output (.out) files in myNAD_Gap . In addition, you will find a .rec and a .src file. These 2 files are the receptor and source output files that can be used as input to AERMOD.
    8. Use any text editor in your gui to view all of the input filesand all of the output files, to help you to better understand theseoperations.

  4. .


Additional links from the 2016 version of this course:

Model Dynamics, Physics & Parameterizations

For
  1. AERMOD Model Formulation Document http://www.epa.gov/ttn/scram/7thconf/aermod/aermod_mfd.pdf
  2. AERMOD addendum: http://www.epa.gov/ttn/scram/7thconf/aermod/Addendum_to_MFD_v15181.pdf
  3. AERMET User Guide & Addendum: http://www.epa.gov/ttn/scram/7thconf/aermod/aermet_userguide.zip
  4. BPIP-PRIME User Guide & Addendum:

Code sources

  1. AERMOD to calculate pollutant concentrations: http://www3.epa.gov/ttn/scram/dispersion_prefrec.htm#aermod
  2. AIRMET pre-processor for meteorology (run before running AERMOD) http://www3.epa.gov/scram001/metobsdata_procaccprogs.htm
  3. BPIPPRM pre-processor for building downwash (run before AERMOD) http://www3.epa.gov/ttn/scram/dispersion_related.htm#bpipprm
  4. AERMAP terrain pre-processor (run before AERMOD) http://www3.epa.gov/ttn/scram/dispersion_related.htm#aermap
  5. MMIF converts WRF output to AERMOD input (run before AERMOD) http://www3.epa.gov/ttn/scram/dispersion_related.htm#mmif
  6. AERPLOT converts AERMOD output to kmz file for Google Earth. (run after running AERMOD) http://www3.epa.gov/ttn/scram/dispersion_related.htm#aerplot
Utility Functions
  1. R scripts for drawing contour lines and filled contours. plot3D (Jan 2016) , bulit-in functions , more , more2 ,
Installation

Aermod Installation For Mac Mojave

Model running resources

  1. Install and compile AERMOD on your own Macs. (our TA Matt has step-by-step instructions -v1.2 )
  2. AERMOD Users Manual as pdf (or http://www.epa.gov/ttn/scram/models/aermod/aermod_userguide.zip )
  3. Install and compile AERMET meteorological pre-processor on your Mac. (tips from TA Matt, with help from Pedro)

Other Resources

  1. Paper by Stull & Ainslie 2006: A simple model for pollution dispersion in a convective boundary layer. JAMC.
  2. PowerPoint about Building Downwash - Problems, Solutions & Next Generation , by Ron Peterson, Aug 2015.

Aermod Installation For Mac Installer

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Aermod Installation For Mac Windows 10

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