Satellite scanning of the basement is one of the advanced technologies that obtains accurate and complete information from the basement using satellites. This technology is used as a powerful tool in various applications such as treasure hunting, burial exploration, discovery of objects buried underground, borehole exploration, mineral exploration and precision agriculture. In this article, we will examine the types of satellite scanning methods, the types of satellites and the companies providing these services.
The satellite treasure hunter program is available in Germany, Russia, America, Israel, China, Japan, Brazil, Australia, Canada, etc. To use satellite dot scanners that are under the control of certain organizations, you have to pay a lot of money.
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Types of underground satellite scanning methods
1. Ganj satellite scanning programs
Satellite scanning programs are software that extract information from the underground based on satellite images. These programs often include a variety of tools for image analysis and terrain data interpretation.
Most of the satellite treasure hunter programs try to show us the buried objects and subsurface structures by creating topographic images of the earth as well as simulating the underground. However, this method also has its own conditions.
2. Satellite hole finder program
This method is used to detect underground cavities and holes. By gathering satellite information, these devices are able to identify and locate different holes on the surface of the earth.
3. Satellite scan program with Android mobile phone
These applications use the imaging and positioning capabilities of smartphones to provide detailed information on the location and characteristics of the underground. Today, the use of mobile phones in various fields has grown significantly.
The Android treasure hunter program includes a variety of applications provided by different companies. One of the best options to use is NASA Satellite Metal Scan satellite treasure hunter program. With this program, you can easily analyze different situations and be sure of the existence of treasure there.
4. Satellite treasure finder
Using satellite information, these devices are able to identify metal materials in the basement. These tools are used to search for treasures, find underground pipes or even detect mini-explosions.
Today, all kinds of metal detectors have been produced for all kinds of metals such as gold, silver, bronze, etc. Now there are many devices that receive satellite data and analyze the underground based on the technology defined for it.
Access to a satellite treasure detector is not possible for everyone, and only certain companies and organizations have access to advanced models.
Types of satellites
1. Imaging satellites
These types of satellites acquire high-resolution images of the earth’s surface using their cameras. Examples of these satellites are Landsat and Sentinel.
2. Special satellites
These satellites are designed and launched for specific purposes, such as special satellites for weather monitoring, environmental monitoring or monitoring military activities.
3. Communication satellites
These satellites are used to transmit information and communication by mobile satellites such as mobile phones, internet and television.
Companies providing satellite scanning services
1. NASA
NASA is one of the largest space organizations in the world, which provides a variety of services, including high-resolution and accurate satellite images.
The National Aeronautics and Space Administration (NASA) operates several satellite missions that facilitate subsurface scanning, including the Gravity Recovery and Climate Experiment (GRACE) and the Ice, Cloud, and Earth Altitude Satellite (ICESat). These missions use satellite images to study Earth’s subsurface dynamics and environmental changes.
2. Google Earth
Google Earth is a cloud service that provides Earth data from around the world, including high-resolution satellite imagery. Years ago, in the old versions of Google Earth, we could see some routes easily. But now the updated versions of the Google Earth application filter many other places. However, this program helps us a lot to get latitude and longitude points.
Although Google Earth is not a traditional satellite provider, it uses satellite images from various sources to provide users with an accurate view of the planet’s surface. By analyzing satellite images and accessing geographic information system (GIS) tools, users can use Google Earth for underground satellite scanning.
3. DigitalGlobe Inc
The company is recognized as one of the leaders in the field of high-resolution satellite imagery and offers a wide range of services, including underground imagery.
3. European Space Agency (ESA)
ESA’s Sentinel suite of satellites, especially Sentinel-1 with SAR capabilities, enables comprehensive monitoring of the Earth’s surface for geological, environmental and disaster response applications. Sentinel satellites provide valuable data for subsurface imaging and analysis.
See also: Satellite treasure hunter program for PC Windows version
Types of underground scanning methods with satellite
- Ground Penetrating Radar (GPR): Ground Penetrating Radar uses high-frequency electromagnetic waves to penetrate underground layers and detect changes in material properties. This method is used in archaeological investigations, facility mapping and Geological research plays a fundamental role.
- Synthetic Aperture Radar (SAR): SAR systems use microwave signals to record high-resolution images of the Earth’s surface and allow detailed analysis of ground features and underground structures. SAR data is valuable in geological mapping, environmental monitoring and crisis management.
- Gravimetry: Gravitational anomalies are measured using satellite missions equipped with gravity sensors and provide insight into changes in underground density and geological formations. This method is used in mineral exploration, groundwater mapping. And tectonic studies help.
- Magnetic anomaly detection: Satellite magnetic anomaly detection detects deviations in the Earth’s magnetic field caused by underground geological features or metallic objects. This method is used in mineral exploration, archaeological discoveries and military applications.
Applications of underground satellite scanning
- Archeology and cultural heritage: Underground satellite scanning helps archaeologists identify buried structures, ancient settlements and archaeological sites. This method plays an important role in preserving cultural heritage, site conservation and historical research. .
- Geological discoveries: Satellite scanning facilitates geological discoveries by mapping underground structures, identifying mineral deposits and identifying geological formations. This technology supports mineral resource evaluation, oil exploration and geophysical surveys.
- Environmental monitoring: monitoring subsurface features such as groundwater resources, soil moisture levels, and land subsidence is essential for environmental management and sustainability. Satellite scanning provides valuable data to assess environmental changes.
Conclusion
Satellite scanning of the subsurface is a vital tool for scientific research, precision agriculture, land control, and more. With the development of technology, we hope that the use of these methods will be improved and expanded, and more detailed information will be obtained from the subsurface.
With the advancement of technology and expansion of satellite capabilities, the potential of underground satellite scanning increases dramatically. From innovative NASA missions to ESA’s Sentinel satellites and commercial platforms like Google Earth, access to satellite imagery and analysis tools has never been easier or more impactful. Using the power of satellite scanning, researchers
Archaeologists and resource managers can uncover hidden secrets underground and pave the way for new discoveries and understandings. In conclusion, underground satellite scanning is a revolutionary approach to explore and understand the hidden depths of the Earth. From archaeological excavations to geological mapping and environmental monitoring, the applications of satellite scanning are wide and varied. Using advanced satellite technologies and image analysis techniques, researchers and organizations can discover hidden treasures, map underground structures, and make informed decisions for the benefit of society and the environment. Use the power of underground satellite scanning and embark on a journey of underground discovery and exploration.