Smartphone technology to better understand ETP species encountered by a Surinamese fishery

• Smartphone technology for self-reporting and developing onboard monitoring protocols
• Developing a database of endangered, threatened and protected (ETP) species
• Supporting the development of management strategies to mitigate impacts on ETP species
  

Improving fishing practices though data collection

Fishing off Suriname, in the Western Atlantic Ocean, the corvina (Cynoscion virescens) and acoupa weakfish (Cynoscion acoupa) fishery incorporates both industrial trawl and artisanal driftnet vessels.

Managed by NGO CeDe Pesca, the Suriname trawl fishery underwent pre-assessment to the MSC Fisheries Standard in 2020. It is now progressing its improvements program and action plan towards full assessment. To be certified as sustainable, the fishery must next develop management strategies to minimise its interactions with ETP species and bycatch.

The fishery will gather data around species encountered during its operations, and promote management recommendations and protocols to crew , and adopt any measures to minimise impacts, where necessary.

Mishel Valery Reñada, is a master’s student at the Free University of Brussels in Belgium. Reñada is a recipient of the OSF Student Research Grant; through her research project, she will work with fishery managers and use the grant to help them obtain data needed to progress towards certification.

Research outputs to improve management

Reñada’s project will develop and implement an auditable, self-sampling, data collection program for the fishery.

The project will be conducted by the fishers themselves, using smartphone technology and an existing app, Mofi by Anchorlab, that was previously adapted and used successfully in a 2020 Science & Research Fund project.

Fishers will collect and upload images of ETP species encountered to the app, which feeds them  to a central database. The images will be geo-tagged and associated with each interaction event. The methodology is a simple and cost-effective way to expand scientific knowledge on the distribution of species within the fishery’s range.

To ensure the data collection protocols are robust and properly implemented, Reñada will, in consultation with the fishery and associated stakeholders, create a digital form to log ETP interactions. A pilot study will test the protocols onboard and in real-life fishing scenarios. Protocols may then be adapted where necessary. Skippers and crew will be trained in how to use the app to self-report and data will be collected continuously for a six-month period. The tested self-reporting forms will then be made available to other fisheries, such as the Suriname seabob fishery, who are seeking to improve their practices.  

The final outputs will be ready by May 2025 and will contribute to recommendations for the fishery’s management strategy.