Fisheries

Turn sonar data into fish habitat intelligence.



EcoFish

Fisheries Habitat Mapping & Analysis

With EcoFish™, BioBase transforms your sonar recordings into fish density and habitat maps. Automatically detect fish targets, estimate populations, and visualize preferred habitats.

• Detect and count fish targets by size and depth

• Combine fish, vegetation, and substrate layers

• Export data for spatial modeling and reports

• Evaluate the impact of structures or habitat improvements

Do a Visual Analysis with Fish Abundance Heat Map

Fish Abundance Screenshot

The Fish Abundance layer, the yellow represents more fish.

Or the Fish Sonar View

You can see all the possible individual fish (blue) and schools (yellow) with the sonar viewer.

Present the Analysis Reports with Fish Data

Ready made, printable or PDF, reports with fish data estimations including depth and vegetation.

Export Fish Data

Export point CSV data to do your own analysis and reports.

Create Custom Maps with the Export Fish Data

Do your own custom GIS analyses of fish by depth. In this example, only the endangered Cisco Coregonus artedi are known to inhabit deep waters in this Indiana lake. A fine example of how EcoFish™ could map and count individuals of certain species that occupy unique habitats

Passively map fish habitat while conducting fisheries surveys. Rapidly identify critical fish habitats for protection and enhancement

Passively map fish habitat while sampling fish

Use bottom hardness maps to strategically place fish habitat structure

Side-scan mosaic maps will give you high resolution images of bottom and nearshore areas allowing habitat classification



Map bathymetry, generate precise water volume measurements, and simulate lowered water conditions for fisheries management



Lake at full pool (1,840 acre-ft)
Lake at full pool
(1,840 acre-ft)
Simulated Drawdown -4 ft (705 acre-ft)
Simulated Drawdown -4 ft
(705 acre-ft)

"Collection and analyses of these data with consumer-grade sonar, BioBase cloud analyses, and [GIS] present a low-cost and reduced-effort method for identifying and quantifying habitats relevant to paddlefish reproduction."


Schooley and Neely 2017 Journal of Applied Icthyology





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