Table 1: Log of the observations. R gives the average spectral resolution as measured from the data. The resolution varies by 10% from one spectrum to the next. The seeing is the one recorded by the observatory DIMM monitor, and not the effective spatial resolution obtained from the data cube.
Date Integration Setting $\lambda$ R Seeing

time (s) ( $\AA$ ) ( $\lambda/\Delta\lambda$ ) ( $\hbox{$^{\prime\prime}$ }$ )

2006 April 25 3 $\times$ 600 LR blue 3600-6800 250 0.9

2006 May 24 2 $\times$ 600 LR blue 3600-6800 250 0.9

2006 April 29 3 $\times$ 1800 HR orange 5045-7475 2700 0.7

2006 May 3 2 $\times$ 1800 HR orange 5045-7475 2700 0.8

2006 May 24 2 $\times$ 1800 HR blue 3970-6230 2600 1.0

2006 May 25 1 $\times$ 1800 HR blue 3970-6230 2600 0.4

**Table 1:** Log of the observations. R gives the average spectral resolution as measured from the data. The resolution varies by 10% from one spectrum to the next. The seeing is the one recorded by the observatory DIMM monitor, and not the effective spatial resolution obtained from the data cube.
Date	Integration	Setting	$\lambda$	R	Seeing
	time (s)		( $\AA$ )	( $\lambda/\Delta\lambda$ )	( $\hbox{$^{\prime\prime}$ }$ )
2006 April 25	3 $\times$ 600	LR blue	3600-6800	250	0.9
2006 May 24	2 $\times$ 600	LR blue	3600-6800	250	0.9
2006 April 29	3 $\times$ 1800	HR orange	5045-7475	2700	0.7
2006 May 3	2 $\times$ 1800	HR orange	5045-7475	2700	0.8
2006 May 24	2 $\times$ 1800	HR blue	3970-6230	2600	1.0
2006 May 25	1 $\times$ 1800	HR blue	3970-6230	2600	0.4

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