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The aim of the study is to formulate an approach to the monitoring ofinternal micro discontiniuties in a hybrid 2-D/3-D image of groundpenetrating radar (GPR) data gathered on historical monument groups, and toindicate methodologically rearranging amplitude-color scale and its opacityfunctions to activate micro fractures in monument groups including threecolossal women, three men, and 24 lion statues in Mustafa KemalATATÜRK's mausoleum (ANITKABIR) in Ankara, Turkey. Additionally, thispaper illustrates the use of petrographic research to describe the monumentand its groups. To achieve the aim, data measurements were carried out onthe monument groups with spaced 10 cm profiles and 1.6 GHz antenna.  The 3-D image was transparent 3-D volumes of the GPR data set that highlightedinternal micro fractures and cavities in the statues. Rearrangingappropriate amplitude-color scale and formulating the opaque of the datasets were the keys to the transparent 3-D data visualizations. As a result,the internal fractures and cavities were successfully visualized in thethree women, three men and twenty-four lion statues. Micro fractures wereobserved particularly at the rim of the vesicular of the rocks under apolarizing microscope

Picturing internal fractures of historical statues using ground penetrating radar method