Remote search based on sounding of the Earth
Remote sensing uses reflected solar radiation and emitted / reflected thermal radiation from the earth's surface to map changes in surface materials through the variation in their spectral absorbance, achieving in conjunction with GIS, the creation of computer simulations and interpretations of these data flows, to achieve reliable evaluations of the conditions of a terrain to be explored.
Some minerals, for example, show characteristic absorbance characteristics that alter with changes in crystal structure, molecular substitution, and water content. The spatial pattern of spectral variations can help to understand geological processes and can provide vectors identifiable to our experts.
Remote sensing imagery is widely used in LASE to aid in the interpretation and compilation of geological and regolith maps. Wide coverage, high spatial resolution, and multispectral capabilities make this data most useful in remote and arid environments where geological information is limited. In these regions, effective field work requires focusing on key areas of geological importance. These can be identified from remote sensing data using spectral enhancement and image processing such as mineral maps, false color images, band ratios and principal components to extract information on lithologies, geological environments, landforms, structural features , spectral variations indicative of geochemical signatures, among many others, that our team of experts knows through their years of experience.
What We Do
Remote sensing data market for processing aerial and satellite images and creating derivative products
GEOSPATIAL SOURCES
- Space images
- Aerial photography
- Shooting from Unmanned Aerial Vehicles
- Laser scanning
MARKET SECTOR
- Land use and management of territories.
- Geology and mining. Oil and gas complex.
- Forest industry.
- Ecology and nature protection
KEY SERVICES AND PRODUCTS
- Orthophoto, topographic and thematic maps, digital surface models, digital terrain models, expertise, geoservices, monitoring, business analysis.
- Processing, decryption, photogrammetry, cartography.
- Software Training Consulting.
Tasks in the exploration industry, solved by using ERS materials
GEOLOGICAL EXPLORATION
- Geological exploration and mapping of areas.
- Allocation of promising areas.
- Clarification and identification of tectonic faults and zones of increased fracturing of rocks.
- Clarification and detailing of the geological and geodynamic structure of ore objects
TRANSPORTATION
- Selection of routes to optimize logistics costs.
- Identification of dangerous sections of routes.
- Environmental monitoring.
DESIGN EXPLOITATION
- Preparation of mining and geological justification.
- Creation and updating of topographic maps and plans.
- Design of power transmission line.
- Creation and maintenance of GIS for enterprises.
- Observation of precipitation and deformation of the earth's surface.
Application of remote sensing methods is a mandatory stage of planning and implementation of geological exploration in leadin
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Identification of areas that are most favorable for mineralization localization (gold, silver, polymetals, etc.)
Creating high-precision terrain models (DEM) up to 1:5,000 and a remote base.
Thematic, spectral and structural geological interpretation.
Control of illegal mining
Google and yandex maps use only synthesized satellite images as seen by the human eye.
The original satellite images have much greater capabilities for decrypting objects
PROJECT
Development of complex forecast and search criteria based on the materials of space surveys and ground-based geological and geochemical studies
RESULTS:
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The development of complex predictive search criteria based on the materials of space surveys and ground-based geological and geochemical studies for gold-copperporphyry, epithermal gold-silver and copper-nickel objects was carried out.
PROJECT
Search and exploration for mineral deposits in Africa
RESULTS:
As a result of the execution of the work:
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High-precision remote bases (channel-by-channel and synthesized), as well as orthophotoplans, have been compiled. The results achieved will help to increase the mineral resource base of Zambia, which will have a positive impact both on the economic situation in the country and increase the investment attractiveness of the region.