DOI: 10.1029/2004je002356
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Abstract: [1] The Oregon State University Mars MM5 was used in a comprehensive highresolution study of northern polar summertime circulations. Three simulations (L s = 120, L s = 135, and L s = 150) characterize the changing circulation. The atmosphere is dry, and model dynamics are hydrostatic. A modified TES thermal inertia map provides a realistic simulation of the polar thermal environment. The highest-resolution nest (18 km) resolves complex flows near the cap; zonal-mean easterlies ($10 m/s) and zonal-mean kataba…

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