Services/10 
Remote Sensing Survey
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At ADG Online Solutions, we specialize in providing comprehensive remote sensing survey services. As a leading service provider in the field, we leverage advanced technologies and expertise to collect valuable information about objects, areas, and phenomena from a distance, without the need for physical contact.
Our remote sensing surveys utilize electromagnetic energy, such as light, heat, and microwave, to detect and measure various target characteristics. We employ a range of platforms, including airborne and space-based systems, to gather data using sophisticated sensors like cameras, multispectral scanners, and radar.
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With our remote sensing survey services, we offer the following stages of perception:
- Airborne Stages: Building on the long history of aerial remote sensing, we use aircraft-mounted systems to capture images and data. Our aircraft are carefully selected for stability, ensuring high-quality and vibration-free data acquisition. By flying at a uniform speed, we enable precise and accurate remote sensing measurements.
- 2. Space-Based Stages: Leveraging the advantages of satellite technology, we employ spaceborne platforms to conduct remote sensing surveys. Satellites provide us with a comprehensive view, allowing us to observe large areas in a single image. Whether it's low altitude close polar orbiting satellites or high altitude geostationary satellites, we utilize the most suitable platforms for each project.
Our remote sensing survey services find application in various fields, including:/span>
- Agriculture: Monitoring crop health, detecting diseases, and assessing vegetation conditions.
- Forestry: Evaluating forest cover, analyzing deforestation, and monitoring tree health.
- Land use and soils
- Land Use and Soils: Mapping land use patterns, soil composition, and erosion risks.
- Geology: Identifying geological formations, mapping mineral resources, and studying geological processes.
- Urban Land Use: Assessing urban growth, analyzing infrastructure development, and monitoring urban planning.
- Water Resources: Monitoring water bodies, studying hydrological cycles, and managing water supplies.
- Coastal Environment: Assessing coastal erosion, studying marine habitats, and monitoring shoreline changes.
- Ocean Resources: Detecting ocean currents, studying marine ecosystems, and monitoring offshore activities.
- Watershed Environment: Evaluating watershed health, assessing water quality, and managing water resources.
- Environmental Monitoring: Detecting pollution sources, studying environmental impacts, and monitoring ecological changes.
- Infrastructure Management: Mapping road networks, monitoring transportation corridors, and assessing infrastructure conditions.
- Natural Resource Management: Evaluating mineral resources, monitoring mining activities, and studying land degradation.
- Facility Management: Conducting facility inspections, monitoring asset conditions, and managing maintenance activities.
- Disaster Management: Assessing disaster impacts, mapping affected areas, and supporting relief efforts.
- Digital Elevation Models: Creating high-resolution terrain models, generating elevation profiles, and conducting 3D analysis.