Overview
Accurate river-corridor terrain, from the floodplain through the banks to the channel bed, built for hydraulic modelling, planning and long-term monitoring.
Solution
Bare-earth terrain beneath riparian vegetation, repeat monitoring of banks, channels and stream vegetation, and flood-model-ready surfaces.

Overview
Accurate river-corridor terrain, from the floodplain through the banks to the channel bed, built for hydraulic modelling, planning and long-term monitoring.
The challenge
Dense riparian vegetation hides the ground, banks shift after every flood, and the channel bed is invisible to conventional aerial survey. Gaps between land and water data undermine flood models.
Our approach
Drone LiDAR reaches the bare earth beneath vegetation; sonar or green-wave LiDAR adds the channel bed; RTK control and repeat flights tie every campaign to the same reference.
The intelligence
Ground classification, merged topo-bathymetric surfaces, cross-sections and change detection quantify erosion, deposition, bank retreat and vegetation change between floods.
The value
Drainage authorities and planners get one continuous, model-ready surface and measurable evidence for maintenance, restoration and flood-risk decisions.
Structured outputs
Connected technology
Related work
Drone LiDAR and high-resolution aerial imagery of restored stream segments for the Kishon Drainage and Rivers Authority, with repeat surveys to track erosion and deposition over time.
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Repeat drone LiDAR surveys for the Deshe Institute and the Israel Nature and Parks Authority, monitoring how a new road built across the reserve during the war affects runoff, erosion and vegetation.
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Drone LiDAR and drone-mounted sonar combined into one topo-bathymetric model of a Yarkon River reach for LIA, supporting planning of the river corridor.
View project →Consultation
We will help frame the acquisition, analysis, and decision-support workflow around your site.
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