Geological Mapping

Geological mapping is carried out to reveal geological features. Provides geographic and physical data necessary for computer services for global industries. We outsource geological map services using inexpensive means this data is created to represent the size, shape, and structure of the objects that appear on geographic maps.

Our geologists offer a large range of geological soil mapping services for the gas, oil and mineral industries in which including the structural and lithological interpretation and detailed fracture analysis using various satellite image sources and digital elevation models. In Eratost, all information on geological maps and other data sets are digitally managed and archived using GIS maps and relational databases with high-quality map production.

A typical interpretation identifies:

  • Orientation and dip of bedding surfaces
  • Major and minor faults and their classification
  • Fold the axial traces and also the direction of the fold
  • Stratigraphic boundaries
  • Structurally controlled drainage
  • Geomorphological properties
  • Surface deposits (drift)
  • Our studies are conducted within a GIS to facilitate the integration of additional exploration data, such as B. Potential field, seismic and downhole data provided by the customer.

Contours are important documents because the government and industrial mechanisms increasingly use contour mapping systems to regulate floods, property planning, forest fires, and development, and a bunch of other issues.

The contour analysis represents the climate and ocean conditions that represent the real environmental situations that ecologists use, and also the weather forecasting department to predict the futuristic climate shows the height of the ground above the mean sea level (MSL) in feet or meters and can be in one any interval can be drawn.

At Eratost, we understand the information that customers collect using special software to make bathymetric maps. These precise spatial models reveal complex bathymetric and morphological properties and enable their graphic representation. Our employees can also use the resulting digital model for additional analyzes.

© Project 2019.