Using the LiDAR Technology for Safety, Product Delivery, and Advance Efficiency.
Mapping has always been critical for a forest in various ways, inventory, fire management planning, and conservation planning. These tasks are particularly challenging while done manually, as our forests exhibit tremendous variability in composition, volume, quality, and topography.
LiDAR is an advanced technology which is widely used all over the world. This technology provides horizontal and vertical information at a high spatial resolution and vertical accuracies, offering opportunities for enhanced forest monitoring, management, and planning.
LiDAR technology helps Forestry Mapping industry in multiple of areas which can be summarized into these 3 sections
LiDAR applications in forestry mapping play a crucial role in forest management by providing detailed insights into tree density, volume, and height. LiDAR technology allows for the precise survey of forest areas, helping to assess the impact of deforestation and manage tree cutting. This data enables the creation of effective management plans that balance tree harvesting with wildlife preservation.
In the context of forest fire prediction, LiDAR combines spatial data layers to model and forecast fire behavior. Essential data layers such as elevation, slope, aspect, canopy height, crown base height, and fuel types are integrated into LiDAR systems to predict the spread of fires. This technology allows for better preparedness and swift response by identifying the most at-risk areas and formulating effective fire control strategies.
LiDAR applications assist in wildlife assessment by mapping and analyzing the forest's ecosystem. By examining aspects like tree volume and species distribution, LiDAR helps in understanding the forest’s suitability for different wildlife species. This data is valuable for ensuring that forest management practices do not disrupt the habitats necessary for the survival of local wildlife.
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