Remote sensing-based forest biomass estimation using UAV LiDAR.

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Written by

Mapaseka Matabane

Neftaly Arts Insight

???? Neftaly: Remote Sensing-Based Forest Biomass Estimation Using UAV LiDAR
Precision forestry from above — measuring what the forest holds.
At Neftaly, we leverage cutting-edge UAV-mounted LiDAR (Light Detection and Ranging) technology to estimate forest biomass with exceptional accuracy. Understanding biomass — the total amount of organic material in a forest — is essential for assessing carbon storage, planning sustainable resource use, and meeting climate commitments like REDD+ and net-zero targets.

Why Biomass Matters
Forest biomass is directly linked to a forest’s ability to sequester carbon, support biodiversity, and provide ecosystem services. Accurate biomass data helps:
???? Track carbon stocks and emissions reductions
???? Design better reforestation and restoration strategies
???? Support forest management, zoning, and land-use planning
✅ Meet national and international climate reporting standards

Why UAV LiDAR?
Traditional ground surveys are time-consuming and limited in scale, while satellites often lack the resolution to capture detailed forest structure. UAV LiDAR fills the gap by providing high-resolution, three-dimensional data across complex terrain and forest types.

How It Works
???? UAVs (drones) fly over forested areas equipped with LiDAR sensors that emit thousands of laser pulses per second.
???? The LiDAR system captures detailed 3D point clouds of tree canopies, branches, trunks, and ground elevation.
???? Neftaly processes this data to estimate tree height, canopy structure, and volume — all essential for biomass calculation.

Key Advantages
✅ High precision – Accurate to the individual tree level, even in dense and uneven forests
???? Rapid data collection – Survey large or remote areas in hours instead of days or weeks
???? Site-specific insights – Tailored biomass models for different forest types and conditions
???? Repeatable and scalable – Ideal for monitoring biomass change over time

Applications in Neftaly Projects
???? Carbon stock assessment for REDD+ and voluntary carbon markets
???? Monitoring forest restoration and natural regeneration progress
????️ Sustainable harvesting planning in community or commercial forests
???? Community-based forest management with local training on UAV use and data interpretation

Our Approach
Neftaly combines UAV LiDAR data with ground truthing, GIS tools, and local knowledge to create robust, science-based biomass assessments. We ensure the data doesn’t just sit in reports — it’s used to guide real-world conservation, carbon strategies, and community-led forest action.

Neftaly: Turning laser light into landscape insight — for forests, people, and the planet.

Remote sensing-based forest biomass estimation using UAV LiDAR.

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