Data and Analysis In 3-D Or Quasi-3-D Manners

Geology is the study of the structure of the Earth's surface and under it, as well as the processes that have shaped it. It also includes methods for determining the relative and absolute ages of rocks discovered in a certain place, as well as describing the rock's history. Geologists may document the geological history of the Earth as a whole and demonstrate the age of the Earth by combining these technologies. Plate tectonics, the evolutionary history of life, and the Earth's previous temperatures are all supported by geology. Field work, rock description, geophysical techniques, chemical analysis, physical tests, and numerical modeling are all used by geologists to better understand the Earth's structure and evolution.  From paper recording and charting, geological modeling has come a long way. As a result, a two-dimensional model of the three-dimensional geological bodies was created. It took a long time to interpret and analyze the data. To better understand what was underneath, geologist needed to utilise their imagination to imagine the mineralized body or lithological unit in 3D. 3D geo-modeling significantly accelerates the research process, aids decision-making gives immediate feedback and eventually saves the organization money. Physical property models produced from geophysical data are converted to a 3D quasi-geology model via geology differentiation. It marks a significant advancement in the quantitative interpretation of geophysical data.