Table 2: Associated metric type II bursts. $t_{\rm b}$ is the starting time of the type II burst, $f_{\rm b}$ the starting frequency (in MHz), $r_{\rm b}$ the inferred starting height above the solar surface (in Mm), $v_{\rm b}$ and $\bar v$ the initial and the average speed, respectively (in km s-1), $\bar a$ the average deceleration (in m s-2), and BDW0 and $\overline {\it BDW}$ are the initial and the average bandsplit, respectively. Values in brackets are ambiguous, and a blank space indicates that the parameter could not be measured at all.

Event		 $t_{\rm b}$ $f_{\rm b}$ $r_{\rm b}$ $v_{\rm b}$ $\bar v$ $\bar a$ ${\it BDW}_0$ $\overline{BDW}$

E1		 02:47:50 (73) (369) (1200)     (0.3)  
E2 04:38:06 85 323 1009 769 -2634 0.53 0.49
E3 09:08:50 143 179 1535 1038 -1113 0.51 0.46
E4 06:01:12 105 252 1686 1208 -3015 0.60 0.40
E5 13:40:50 (166) (143) (530) (277) (-812)    
E6 03:17:00 192 114 2629 1127 -3593    
E7 22:16:00 244 77       0.43  
E8 21:45:00 100 258 530        
E9 22:03:00 (75) (397)       (0.33)  
E10 13:41:00 (29) (793) (1655) (1637) (-6216) (0.30) (0.31)
E11 02:13:06 259 66 1649 1366 -2592    
E12 (18:39:00)              

Mean:		   161 181 1506 1101 -2589 0.52 0.45
$\sigma$:   71 100 709 222 918 0.07 0.04


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