Table 6: Main structures detected (with available VVDS spectroscopic data).

Slice
ID $\alpha $ $\delta $ Gen. ID N-slice N-St zcentral $\sigma _v$ (km s-1)
0.10-0.20 0001 36.3789 -4.2424 1 3 2 0.138  
  0002 36.7981 -4.1970 2 3 2 0.185  
0.15-0.25 0001 36.3746 -4.6831 3 4 2 0.225  
  0003 36.6240 -4.2523 5 11 5 0.210 258
0.25-0.35 0001 36.3166 -4.7515 10 3 3 0.311  
  0004 36.8416 -4.5810 6 12 6 0.308 391
  0006 36.6104 -4.5286 12 30 21 0.313 727
0.45-0.55 0004 36.3842 -4.2726 15 2 2 0.542  
  0005 36.8975 -4.3768 16 2 1 0.53  
  0006 36.8481 -4.6202 17 4 3 0.543  
0.55-0.65 0003 36.4645 -4.4997 21 15 9 0.613 594
  0004 36.8646 -4.5484 19 10 6 0.610 864
0.60-0.70 0001 36.6686 -4.5096 22 15 7/6 0.634/0.687 319/601
0.70-0.80 0003 36.8791 -4.2025 28 2 2 0.784  
0.75-0.85 0006 36.5030 -4.4714 29 2      
0.85-0.95 0005 36.3925 -4.4135 34 10 5 0.920 488
Other columns are: ID, coordinates, general identification, Nb of redshifts in the slice, Nb of redshifts in the system (when two systems are visible, we give both values), central redshift, velocity dispersion (when more than 4 available redshifts). We restrict here to VVDS redshift selected in the ellipse corresponding to every structure. When no value is given for the mean redshift and velocity dispersion, this means that the sparse sampling and/or the small number of data do not allow a significant characterisation.

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