The space data decoding

The purpose of the work:
The creation of geological and geophysical forecast models of objects that are promising for the presence of primary diamond deposits and development of recommendations on the direction and methodology of further ground exploration.

The main geological tasks:
Identification and tracking of objects that are promising for the presence of primary diamond deposits on prospective search sites using geophysical methods (remote sensing, space decoding), and based on the interpretation of the results of remote sensing, recommend areas for verification by ground-based geophysical work (magnetic exploration, electrical exploration using the method of resistances and induced polarization).

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Position of forecast objects for ground-level details of kimberlite magmatism (marked with ellipses with polygonal dots). The substrate contains halftone images of a high-frequency transformant of the gravitational field. On the foreground is the decoding of the RB and DTM without ranking. Predictive objects mark the coincidence of ring structures identified during decoding and discordant intersections of geodynamic zones traced by the gravitational field. The blue outline indicates the border of the remote base, and the white outline indicates the license borders.

Selection of the most contrasting spectrosonal remote images for five license areas in order to demonstrate the manifestation of zero-order ring structures in the modern landscape (comparable in linear size to the license areas) that can mark elements of deep permeable zones and associated kimberlite magmatism.