Table 1.

Horizontal grid spacing, surface properties at the landing site, height of the midpoint of the lowest model layer, and height to which atmospheric temperature ($T_{\mathit{air}}$) is extrapolated, for the nine simulations presented here. See above and Sects. 3.1–3.7 for more explanation

Simulation	Horizontal grid spacing	Albedo	Thermal inertia ($\text{J}{\text{m}}^{-2}{\text{K}}^{-1}{\text{s}}^{-1/2}$)	Emissivity	Roughness map/method	Roughness height, $z_0$ (m)	Height of lowest model layer (m)	$T_{air}$ given at (m)
GEM-Mars	4∘ (237 km)	0.1935	288.5	0.950	Hébrard	0.0074	2	2
LMD (global)	5∘ (296 km)	0.186	283.0	0.950	Hébrard	0.0078	4.5	4.5
OpenMARS	5∘ (296 km)	0.1667	321.0	0.950	Hébrard	0.0110	5	1.5
Ames (low resolution)	1.875∘ (111 km)	0.1540	284.4	0.944	Uniform	0.0100	5	5
MarsWRF (global)	2∘ (118 km)	0.1342	260.7	0.950	Garvin	0.0267	10	1.5
LMD (mesoscale)	10 km	0.165	319.0	0.950	Hébrard	0.0110	4.5	4.5
Ames (high resolution)	6.6 km	0.1721	293.4	0.941	Uniform	0.0100	5	5
MarsWRF (domain 5)	1.4 km	0.1342	260.7	0.950	Garvin	0.0267	10	1.5
MRAMS	2.96 km	0.1362	260.0	0.950	Garvin	0.0300	14.5	14.5