FORESTRY AND AGRICULTURE
APPLICATION OF FLYCAMS IN THE MANAGEMENT, PROTECTION, AND SUSTAINABLE DEVELOPMENT OF FORESTS
The application of 3D scanning methods in assessing the current state of forests can help gather accurate and fast information about tree height, diameter, and characteristics. This will aid in creating a 3D model of the forest and enable experts to accurately evaluate metrics such as forest area, density, tree species, health conditions, and forest layers.
The information collected from 3D scanning can also be utilized to assess the forest’s regeneration potential after harvesting or forest fires. Additionally, gathering information through 3D scanning helps experts evaluate the impacts of external factors such as climate change, human encroachment, urban activities, and logging operations.
Check the boundaries of actual forest plots and those on the register, organize the construction of forest protection fences.
Current status of the forest: Natural forest, Planted forest, shrubs, felled trees
Check the status of the forest with an automatic flycam
Count the number of trees in the forest
Determine the position, coordinates, canopy circumference, and root diameter of the tree
Classify trees, tree species, leaf colors
Create a topographic map of the forest area for reforestation and forest management purposes
Elevation map of forest areas for assessing tree species suitable for different altitudes
Establish forest transportation routes to facilitate movement and patrols
Thermal drone detects wildlife in the forest, checks for deforestation
Identify water sources and streams for water supply
Utilize a wide-angle Autotimelapse camera (170 degrees) to detect smoke, alert forest management about the risk of wildfires
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APPLICATION OF UNMANNED AERIAL VEHICLES IN AGRICULTURE
The application of unmanned aerial vehicles (UAVs) in agriculture is considered a tool that supports farmers globally, particularly small and medium-scale farmers in Asian countries, in addressing some remaining challenges in agriculture. The applications of UAVs can include mapping, monitoring and tracking seasonal crops, spraying pesticides, irrigation monitoring, etc.
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Agricultural solutions utilizing unmanned aerial vehicles
- Create a current topographic map, verify the boundaries of actual land parcels against the registry
- Digitize data: Digitize agricultural-related data by parcel: Tree species, soil type, planting schedule, etc
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- Count the number of trees, tree coordinates, tree height, tree classification, tree species, canopy circumference, root diameter, leaf color
- Spread fertilizer, spray pesticides, irrigate, sow seeds using unmanned aerial vehicles
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Drone Solutions for Agriculture in the 4.0 Era
- Automates tasks such as fertilizing, seeding, irrigation, and pesticide spraying.
- Saves labor, increases efficiency, and boosts productivity.
- Minimizes farmers' direct exposure to agricultural chemicals.
- Operates effectively in adverse weather conditions, such as rain and wind, or at night for fertilizers requiring specific application times.
- Ensures even and rapid fertilizer distribution across large areas.
- Handles a wide variety of fertilizers, from powdered to granular forms, without clumping, reducing waste.
Through optimal communication solutions, technologies, and services, Viet-Flycam wishes to create quality products, contributing to promoting the image of the country and the people of Vietnam to the world.
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