Results from velocity fields and a two-point spatial correlation analysis from data collected in a wide field-of-view Stereoscopic particle image velocimetry experiment in a turbulent boundary layer at Reθ= 2200 is reported here. The field-of-view of the correlation maps for u-u, v-v and w-w velocity components has a span of Δx=5.2δ and a height of Δy=0.75δ. The study finds that the velocity fields and additional spatial correlation contours provide some character of hairpin vortex packets discussed in the literature and provide some evidence of 'superlayers' and 'superstructures' originating from the buffer and logarithmic layer respectively. The study also provides some nominal relationship between the growth of these structures, their respective aspect ratios and the inclination angles of the structures (acute angle between a structure's major axis and the stream-wise axis) with wall normal distance from the tunnel floor for this particular flow-case.