🚨PINGMapper v5.0🚨 This open-source mapping utility now supports: 💧Garmin RSD AND Cerulean Omniscan 450SS svlog files!!💧 If you have and collect data with these systems, why not take a look 👀 at this open-source option? * Please report issues on GitHub! cameronbodine.github.io/PINGMapper/

Interested in hunting ghost crab traps? 🦀 Want to learn how to use fishfinders for aquatic sonar surveys? 🌊 Or learn about a really cool restoration project? 😎 We are using fishfinders to help clean up lost crab traps in Delaware's Inland Bays. Watch the "Crab Pot Quest" series now!

Crab Pot Quest - YouTube

Interested in helping to clean up Delaware's Inland Bays? Learn how to use side-scan sonar, safely retrieve gear, and collect important data via this three-p...

youtube.com

Come share your innovative #sonar techniques in fisheries research and management at #AFS155 in San Antonio, TX, August 10-14, 2025!

#PINGMapper v4.0 features a super simple install & user experience! PINGInstaller enables installation in 2 steps & PINGWizard allows point & click interaction! Try it out! cameronbodine.github.io/PINGMapper/d...

Grant Otto posted a fantastic video showcasing a rewarding project I have been involved w/: ghost crab pot recovery in partnership with Brittany Haywood and Delaware SeaGrant! Check out Grant’s other videos showcasing the great work we are doing in Art Trembanis #CSHEL lab! youtu.be/VFZzC-AYvng?...

How to find 100 free crab pots in a day

YouTube video by Grant | sea saturated

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🔥 🔥 🔥 New Version🔥 🔥 🔥 #PINGMapper is now compatible with Lowrance fishfinders! github.com/CameronBodin... #CSHEL #sidescan #fishfinders4good #benthicmapping

GitHub - CameronBodine/PINGMapper: Open-source interface for processing recreation-grade side scan sonar datasets and reproducibly mapping benthic habitat

Open-source interface for processing recreation-grade side scan sonar datasets and reproducibly mapping benthic habitat - CameronBodine/PINGMapper

github.com

Having a dabble mosaicking VHF down-scan imagery along some rough ground previously mapped with the Humminbird sidescan, and processed using PINGMapper. Doing so provides a fantastic transect overview, and clearly illustrates the ground and the value that kelp cover provides for detected fish.

Sidescan verses towed video.

Heading filters are coming to #PINGMapper soon! You can specify the maximum heading deviation over a given distance to automatically remove bends from the mosaic. Better yet, each transect is exported to its own mosaic, allowing toggling a layer order in GIS.

Bug fixes, new features, & compatibility coming to an updated version (3.0??) of #PINGMapper. One is improved bankline polygon export made possible w/ shadow detection neural nets. Works on any sonar recording length. More features to come...

Georeferenced VHF sidescan sonar in waterfall view for quickly recording detailed water column transects with a spacial context. Here shoaling fish are seen amongst the kelp in a high energy coastal environment. #sonar #Humminbird #PINGMapper #QGIS @cameronbodine.bsky.social

If you are interested in mapping benthic substrates w/ sonar, check out my recent paper! Co-Authored with Dan Buscombe and Toby Hocking! doi.org/10.1029/2024...

Automated River Substrate Mapping From Sonar Imagery With Machine Learning

Transfer learning with a repurposed SegFormer model for substrate segmentation and classification Substrate segmentation algorithms available in a free open-source Python software package Fully ...

doi.org

I learned a lot about new applications at the “Advancing sonar techniques for use in fisheries management” symposium at #AFS154! I also shared updates to #PINGMapper.

I co-instructed the “Side Scan Sonar: Cutting-Edge Tools for Managing Habitat” last week at #AFS154 in Honolulu, HI with Adam Kaeser & Josey Ridgeway. Looking forward to expanding this workshop in the future!