Visualization of change and movement across space and time is of increasing interest to researchers and geospatial practitioners. The visualization process of temporal data has four steps: (1) time values to be visualized, (2) point of view on time, that identifies the characteristics of the temporal values to be visualized, (3) time space: define the displayable space of the time values and (4) point of view on the visualization space, the implementation of the perceptible forms of time. The visualization of spatio-temporal data can be done in many different ways such as multi-panel plots (maps), time-series plots (graphs), space-time plots (graphs), 3D Virtual Reality (Computer generated artificial environment), animations (production of consecutive images), and tables. Spatiotemporal data comprises three important components: geographic location, temporal information and the thematic attributes describing a real-life phenomenon.