LiDAR
A LiDAR map is useful for industries such as forestry, agriculture / landscaping and complex infrastructure.
LiDAR (Light Detection and Ranging) imaging is a remote sensing method that uses laser light to measure distances to the Earth’s surface. Here are some of the key applications and uses of LiDAR imaging.
- LiDAR produces a 3D point cloud and is very effective for mapping densely vegetated areas, collecting data in low-light environments and helping to detect small features, such as wires and cabling.
- LiDAR, which stands for Light Detection and Ranging, is a remote sensing method that uses light in the form of a pulsed laser to measure variable distances and reflection intensity to the target area.
- 3D point clouds which are used to generate other geospatial products, such as digital elevation models, canopy models, building models and contours.
Applications of LiDAR Imaging ...
Surveyors, Urban Planning and Civil Engineering
Urban Planners
Use LiDAR to provide detailed information to assess areas for development, plan transportation routes, monitor changes over time, and improve city planning and management.
Civil Engineering
Civil engineers use LiDAR to collect high-resolution, accurate 3D data of landscapes and structures to provide detailed information for site survey and topographic mapping, monitoring construction progress, inspecting infrastructure, urban planning and development.
Utilise LiDAR to assess damage and plan response strategies in disaster-stricken areas.
Surveyors
Use LiDAR to create detailed maps and 3D models of the Earth’s surface for construction, land development, and property boundary determination.
Forest, Land and Environmental Management
Forestry
Use LiDAR to measure tree heights, canopy structure, and forest biomass, aiding in sustainable forest management.
Ecologists and Conservationists
Use LiDAR to study vegetation patterns, wildlife habitats, and ecosystem changes.
Coastal Management
Marine Biologists
Use LiDAR to map underwater habitats and coral reefs.
Coastal Engineers and Geologists
Employ LiDAR for shoreline mapping and coastal erosion studies.
Agricultural Professionals
Farmers and Agronomists
Employ LiDAR for precision farming, monitoring crop health, and optimising irrigation systems.
Soil Scientists
Use LiDAR data to study soil erosion and landform changes.
Surveyors and Geospatial Professionals
Surveyors
Use LiDAR to create detailed maps and 3D models of the Earth’s surface for construction, land development, and property boundary determination.
Geospatial Analysts
Utilise LiDAR data to analyse spatial relationships and patterns in the environment.
Transportation and Automotive Industry
Automotive Engineers
Use LiDAR in the development of autonomous vehicles for real-time navigation and obstacle detection.
Transportation Planners
Employ LiDAR for planning and maintaining transportation networks.
Mining and Resource Management
Mining and Quarry Engineers
Use LiDAR for mapping mining sites, monitoring stockpile volumes, and ensuring operational safety.
Resource Managers
Employ LiDAR for managing natural resources and planning extraction activities.
LiDAR technology is utilised by a wide array of professionals, including surveyors, foresters, environmental scientists, agricultural professionals, archaeologists, coastal and marine scientists, urban planners, civil engineers, disaster management teams, automotive engineers, telecommunications companies, and mining engineers. Each of these users leverages LiDAR’s precise spatial data to enhance their work and improve decision-making processes across various industries and applications.
Aerial Surveys and Topographic Mapping
- Land Development
- Construction
- Environmental Monitoring
- Agriculture
- Forestry
PHOTOGRAMMETRY
2D Orthomosaic Model
A top-down interactive model constructed from multiple high-resolution photographs.
3D Photogrammetric Model
Entire targeted landscapes, buildings, infrastructure and features in a high resolution interactive 3D model
LiDAR
A LiDAR map is useful for industries such as forestry, agriculture/landscaping and complex infrastructure.
LiDAR produces a 3D point cloud and is very effective for mapping densely vegetated areas, collecting data in low-light environments and helping to detect small features, such as wires and cabling.
Multispectral
Enhanced Environmental Monitoring. Highly accurate and up-to-date information about target ecosystems to make informed decisions on plant health, water management, disease, species identification.