Table 1: Overview of the measured and observed parameters from the data taken on June 13th 2001 as part of JOP144 in the 171 Å passband. L is the length of the observed footpoint, ${\it w}$ is the average footpoint width, ${\it w_{\rm d}}$ is the divergence rate of the loop footpoint, $A_{\min}{-} A_{\max}$ is the range of intensity variation in amplitude above the background, $P_{\rm prop}$ indicates the dominant period found by wavelet analysis, v is an estimate of the propagation speed of the oscillation (where ${\it O}$ indicates the order of the propagation speed) and $L_{\rm d}$ is the length along each footpoint that the oscillation could be detected.
No. Time (UT) (x,y) L (Mm) ${\it w}$ (Mm) ${\it w_{\rm d}}$ $A_{\min}{-}A_{\max} (\%)$ $P_{\rm prop}$ (s) v (km s^-1) $L_{\rm d}$ (Mm)

1 0057 (270,196) 13.7 3.1 0.114 2.8-9.2 350 ${\it O}(95)$ 5.7

2 0138 (276,198) 12.8 3.4 0.132 2.8-11.4 390 ${\it O}(105)$ 7.2

**Table 1:** Overview of the measured and observed parameters from the data taken on June 13th 2001 as part of JOP144 in the 171 Å passband. L is the length of the observed footpoint, ${\it w}$ is the average footpoint width, ${\it w_{\rm d}}$ is the divergence rate of the loop footpoint, $A_{\min}{-} A_{\max}$ is the range of intensity variation in amplitude above the background, $P_{\rm prop}$ indicates the dominant period found by wavelet analysis, v is an estimate of the propagation speed of the oscillation (where ${\it O}$ indicates the order of the propagation speed) and $L_{\rm d}$ is the length along each footpoint that the oscillation could be detected.
No.	Time (UT)	(x,y)	L (Mm)	${\it w}$ (Mm)	${\it w_{\rm d}}$	$A_{\min}{-}A_{\max} (\%)$	$P_{\rm prop}$ (s)	v (km s^-1)	$L_{\rm d}$ (Mm)
1	0057	(270,196)	13.7	3.1	0.114	2.8-9.2	350	${\it O}(95)$	5.7
2	0138	(276,198)	12.8	3.4	0.132	2.8-11.4	390	${\it O}(105)$	7.2

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