**Table 2:** The $\ensuremath {{\rm CO}^5{\rm BOLD}}$ models considered in this work.
$\ensuremath{T_{\rm eff}}$	$\ensuremath{\log\ensuremath{g}}$	[M/H]	$\ensuremath{N_{\rm t}}$	time	$\ensuremath{t_{\rm c}}$
(K)	(cm s^-2)			(s)	(s)
(1)	(2)	(3)	(4)	(5)	(6)
5770	4.44	0.0	19	4300	17.8
4980	4.50	0.0	20	30 800	14.8
5060	4.50	-1.0	19	65 600	15.1
5430	3.50	0.0	18	144 000	151.0
5480	3.50	-1.0	19	106 800	149.3
5930	4.00	0.0	18	26 400	49.8
5850	4.00	-1.0	18	36 600	48.9
5870	4.50	0.0	19	16 900	16.0
5920	4.50	-1.0	8	7000	15.7
6230	4.50	0.0	20	35 400	16.3
6240	4.50	-1.0	20	25 000	16.1
6460	4.50	0.0	20	17 400	16.4
6460	4.50	-1.0	20	36 200	16.3

Note: Cols. (1)-(3) state the atmospheric parameters of the models; Col. (4) the number of snapshots $\ensuremath{N_{\rm t}}$ considered; Col. (5) the time interval covered by the selected snapshots; Col. (6) a characteristic timescale $\ensuremath{t_{\rm c}}$ of the evolution of the granular flow.

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