OUR IMPACT

Using our geospatial tools and analysis, LSI is able to gather data to assess vegetation health and inventory which can be used to guide effective forest and agricultural management. 3D maps for precision farming, soil analysis, and irrigation management can be used to better monitor crop health, optimize field drainage, predict yields, and plan land use effectively. Similar techniques can be used to map and inventory forest resources, including information on species composition, canopy cover, tree height, areas at risk of pests or disease, and monitor changes in vegetation cover over time.​​

From seismic topographic mapping to mapping of pipeline corridors, access roads and utility right of ways, LSI’s LiDAR collection experience spans energy and renewable applications, including projects in wind and solar power.

LSI can provide highly detailed topographic information to support infrastructure projects. By using lasers and imagery to create precise 3D maps of the environment, LSI can help engineers and planners accurately optimize route alignment, support engineering design, construction, and project life-cycle analysis. This information can be used to detect changes and identify potential issues before they become major, and to plan more effective asset management and repair strategies.

LiDAR can be used to create high-resolution maps of areas prone to natural disasters such as floods, landsides, and earthquakes. This can help identify potential hazards and plan evacuation routes before disaster strikes, as well as assess damage after a disaster and monitor the progress of recovery efforts. Geospatial analysis can improve the speed, safety, and effectiveness of natural disaster response and recovery.

LSI offers comprehensive mapping and data collection services for the electrical utility industry, from preliminary route mapping, environmental evaluation, and as-built transmission line facility georeferencing. Partnering with electrical engineering teams, LSI delivers customized solutions covering all project phases from data collection and analysis through to transmission line re-rating and construction.

Using precise topographic data, geospatial data can be used to evaluate and improve the efficiency, safety, and sustainability in various governmental functions. This can be applied to urban planning and 3D modelling of smart cities, optimizing land use, infrastructure management, waste management, environmental monitoring, and public safety.

From traditional DTMs and volumetric mapping to advanced time-sequenced topographic modeling and ortho-mosaic imaging, our technology can be used to map mineral deposits and surrounding geological features across diverse geographies in remote or inaccessible areas.

Our mapping services contribute to various environmental and conservation efforts including watershed analysis, forestry health, geologic stratigraphy, glaciers, and seafloor mapping, and monitoring of coastal erosion and sea ice. Geospatial analysis can also support wildlife habitat mapping and monitoring in remote regions, as well as other research related to environmental, cultural, and archaeological sites.