ATSC 595D - Atmospheric Dispersion Modeling (ADM)

Evaluation

Max Points	Assignment	Comments
.	Homeworks	Instructions: Write code in any language (python, R, matlab, fortran, excel, etc.) to perform the assigned calculations, and submit (via Canvas or email to Stull) your answers ALONG with your code. Rubric: Grades based on accuracy, completeness, documentation, and clarity.
40	1 - Gaussian plume	See instructions above.
50	2 - AERMOD Deardorff convective dispersion	ditto
20	3 - Boundary layer similarity - sigma	ditto
30	4 - HYSPLIT Lagrangian dispersion in 1-D	ditto
50	5 - HYSPLIT Lagrangian spersion in 2-D	ditto
50	6 - CALPUFF slugs	ditto
65	7 - CMAQ smog chem	ditto
35	8 - CMAQ - PPM advection	ditto
.	Class Presentations on Model Physics	Rubric for class presentations.
20	AERMOD	Each student presents their assigned portion of the model physics. Grades based on preparation, clarity, enthusiasm, loudness, integration into the whole model, ability of the other students to understand the concept, and timing. (See the rubric above.)
20	HYSPLIT	ditto
20	CALPUFF	ditto
20	CMAQ	ditto
.	Installing and Running Dispersion Models	Rubric: Full marks if you submit the successfully completed case-study or sample run as assigned by the TA. Zero marks otherwise.
20	AERMOD	Install and run the model for the assigned case study. (A detailed rubric will be provided later.)
20	HYSPLIT	ditto
20	CALPUFF	ditto
20	CMAQ	ditto
	TOTAL
500

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