BioCarbon Engineering's Reforestation Plan Includes Multipurpose UAVs
Alyson Wyers — May 13, 2015 — Eco
References: biocarbonengineering & springwise
In an excellent example of how drones can be used for good, this reforestation plan includes flying tree-planting robots. While there are lots of other deforestation-combating initiatives, eco-conscious startup BioCarbon Engineering is using multipurpose drones as a key part of their damage control strategy.
Using the latest automation tech, BioCarbon Engineering hopes to address industrial scale deforestation, which is responsible for the destruction of 26 billion trees a year. This is due to factors like agriculture, lumber, mining and urban expansion.
Precision planting and mapping increases the number of trees they can plant. Their three pronged reforestation plan integrates UAV-enabled mapping, planting and monitoring. This will help them plant one billion trees in one year. In total, the number of trees planted by hand is about 15 billion.
Using the latest automation tech, BioCarbon Engineering hopes to address industrial scale deforestation, which is responsible for the destruction of 26 billion trees a year. This is due to factors like agriculture, lumber, mining and urban expansion.
Precision planting and mapping increases the number of trees they can plant. Their three pronged reforestation plan integrates UAV-enabled mapping, planting and monitoring. This will help them plant one billion trees in one year. In total, the number of trees planted by hand is about 15 billion.
Trend Themes
1. Multipurpose Drones for Reforestation - The use of multipurpose drones for precision planting and mapping can significantly increase the number of trees planted and provide a cost-effective solution for reforestation.
2. Uav-enabled Mapping for Damage Control Strategy - Utilizing advanced UAV mapping technology can offer a more efficient way to identify areas that require reforestation, leading to a significant reduction in the time and resources typically required for such initiatives.
3. Automation in Deforestation-combating Initiatives - Automation technology offers a sustainable solution to large scale deforestation, allowing for efficient mapping, monitoring, and reforestation and thus reducing the negative impact of human-related activities on the environment.
Industry Implications
1. Agriculture Industry - The use of multipurpose drones with precision planting and mapping technology may provide a sustainable and cost-effective reforestation solution for large-scale agricultural projects.
2. Mining Industry - UAV-enabled mapping technology will enable mining companies to monitor areas that have been affected by mining activities and proactively initiate reforestation initiatives to offset the environmental impact.
3. Environmental Conservation Industry - Drones can be used for mapping, monitoring, and precision planting to support environmental conservation initiatives, shaping up a sustainable solution to combat deforestation.
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