Supergranular Fractal Dimension and Solar Rotation

We present findings from an analysis of the fractal dimension solar supergranulation as a function latitude, supergranular cell size and rotation, employing spectroheliographic data in Ca II K line cycle no. 23. find that tends to decrease about 1.37 at equator 1 20 degree latitude either hemisphere, suggesting rotation rate has effect augmenting irregularity boundaries. Considering is directly correlated with dimension, we conclude mechanism behind our observation influences outflow strength, thereby size, dependence being consequence thereof.