Project

SOSTE

Applied science and technological innovation to enhance sustainability in fishing activities

TerritoryRegional
Funder:Basque Government
Duration2026-2027
StatusActive

Context

Sustainability is a strategic priority for the future of the fishing industry, against a backdrop of evolving regulatory and market requirements and the need to reduce the environmental impact of fishing activities.

Research and innovation are delivering solutions to make fishing more sustainable, particularly in areas such as reducing bycatch, tackling marine litter and addressing climate change. However, for these advances to have a tangible impact, their adoption in onboard fishing practices must be facilitated.

SOSTE addresses this challenge by strengthening the direct transfer of knowledge between the scientific community, training institutions and the fishing industry. The maritime and fisheries training schools in Bermeo, Ondarroa and Pasaia will play a central role in bringing the latest scientific and technological advances to both current professionals and future generations of the industry.

Objectives

SOSTE aims to transfer scientific knowledge and research, development and innovation (R&D&I) results to encourage the adoption of more efficient, safer and more sustainable practices on board fishing vessels.

The project focuses on three main areas:

To achieve this, AZTI will review existing innovations and best practices, develop training materials that can be regularly updated, and organise participatory workshops and co-creation activities for students and professionals specialising in fishing, marine engineering and commercial diving.

Results

SOSTE will deliver an up-to-date scientific and technical framework for sustainable fishing, together with training materials based on research findings, technological innovations and practical experience gained in collaboration with fishing fleets.

Throughout 2026 and 2027, AZTI researchers will run workshops at the maritime and fisheries training schools in Bermeo, Ondarroa and Pasaia. These participatory sessions will help adapt scientific knowledge to different fishing methods and the operational realities faced by industry professionals.

The project will also analyse the experiences gained through these activities to identify best practices, lessons learned and opportunities for improvement, assessing the effectiveness of the methods used to transfer scientific and technological innovation to the fishing industry.

Expected impact

SOSTE will help bridge the gap between science, innovation and fishing practices through a structured approach, enabling current and future fishing professionals to incorporate new tools and solutions into their day-to-day activities.

This knowledge transfer can help reduce bycatch and marine litter, support efforts to address climate change, and strengthen the industry’s ability to adapt to scientific and technological advances and evolving sustainability requirements.

Furthermore, collaboration between AZTI, maritime and fisheries training schools and the fishing industry will help establish a knowledge transfer and co-creation model grounded in scientific evidence and practical experience. This model can be applied to future innovation and training initiatives aimed at achieving environmentally, socially and economically sustainable fishing.

Funding

Eusko Jaurlaritza – Basque Government through the European Maritime, Fisheries and Aquaculture Fund

GV_FEMPA_en

Proyectos de investigación

MOBIMUTUNA

Thermal tolerance of Atlantic bluefin tuna and implications for spawning in the Mediterranean Sea

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DigiWaves

Towards more transparent and sustainable European fisheries through digital innovation in monitoring, control and surveillance

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FUTPES - CLIMATE CHANGE AND FISHERIES

New fisheries resources under short-term climate scenarios

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TRANSPOTTING

Transport processes, recruitment and anchovy size in the Bay of Biscay

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SEADEEP

Sustainable Energy Advancement through Digitalisation for Energy-Efficient Production in Aquaculture and Fisheries

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INDAGA

Innovation and Diagnosis for Adaptive Eel Management in the Basque Autonomous Community

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GenREACT

Predicting resilience and climate change adaptation potential using genomic tools to improve fisheries management

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PIXEL

Driving innovation for the sustainable exploitation of pelagic species

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BLUENET

Creating new life for disused aquaculture gears to prevent marine litter generation

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TIOPESCA

Input-Output Tables for the Basque Fishing Sector

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ZIMARROI

Spatio-temporal distribution and zonal attachment of Atlantic bluefin tuna in the Bay of Biscay

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EEO Tuna

Evaluation of management strategies for temperate and tropical tuna stocks of interest to the Basque fleet

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GEAR

Bluefin tuna fattening farms research project in the Bay of Biscay

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MUGITUN

Migratory Patterns and Thermal Preferences of Atlantic Bluefin Tuna through Biogeochemistry

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ACDC

Changes in the accessibility and availability of mackerel and anchovy: technical and strategic adaptations

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AnEco

AnEco: Improving knowledge of anchovy population dynamics through a fisheries decision-support tool

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BBPP ANABAC

Monitoring and verification of the Code of Best Practices for Purse Seine Tuna Vessels

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BBPP OPAGAC

Monitoring and verification of the Code of Best Practices for Purse Seine Tuna Vessels

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DEMERSALS BioVar

Biology and dynamics of demersal species and their associated Basque fishing fleets

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SUMMER

Sustainable management of mesopelagic resources

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ARBAS

Protected predators and commercial fisheries: bycatch assessment, mitigation and socio-economic valuation

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MEESO

Ecologically and economically Sustainable Mesopelagic Fisheries

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GECKA

Genetic close-kin analysis on white anglerfish (Lophius piscatorius) for abundance estimates in support of deep sea fisheries management under the Common Fisheries Policy

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MER-CKMR

Estimating the biomass of the hake spawning stock using the close-kin capture-recapture method

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GENGES

From genes to fisheries management

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DAT-CKMR

Data collection for the application of the Close-Kin Mark-Recapture (CKMR) method to estimate the spawning stock biomass of European hake.

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EDAMAME

Environmental DNA based approaches for marine and aquatic monitoring and evaluation

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ECOPES

Enfoque ecosistémico para la investigación pesquera

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BIOMAN & JUVENA

Campaigns for the scientific evaluation of anchovies

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BSH – BLUESHARK

Habitat characterisation, migration patterns and spatio-temporal interaction of the Basque fleet with blue sharks (Prionacea glauca) and shortfin mako sharks (Isurus oxyrinchus)

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SALPAS

Vertical distribution of anchovy and mackerel, predictive and tactical solutions

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MARINE BEACON

Understanding and reducing bycatch of protected species

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SECWEB

Strengthening regional cooperation in the field of data collection.

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INXS

Innovation for the sustainable exploitation of pelagic species

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PELAGIC VarBio

Biology, assessment and management of small and medium-sized pelagic fish

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Assessment and management of shellfish resources

Sampling and collection of biological variables for shellfish resources (REMAS)

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TUNA BAI

Abundance indices for tropical tuna based on acoustic buoy data

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BFT Index

BFT juvenile acoustic index in the Bay of Biscay

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IMPACPESCA

Data collection on the impact of fishing on benthic habitats

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TEMPLADOS VarBi

Biology and dynamics of temperate tuna stocks

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PALPROF

Deep-sea longline campaign to estimate the abundance of sharks and other species.

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NEGULABUR

Spatial-temporal distribution of bluefin tuna in the Bay of Biscay

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CLIREMAR

Escenarios climáticos de los recursos marinos vulnerables de España

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MSE Tuna

Desarrollo de marcos de gestión para atunes tropicales y atún blanco del Atlántico

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CLIPES

Predicción y anticipación de los efectos de la variabilidad en condiciones oceanográficas y el cambio climático global a las pesquerías de las flotas vascas

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TROPIVarBi

Data collection and analysis (stock assessments) and participation in ICCAT and IOTC meetings

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DIADES

Assessing and enhancing ecosystem services provided by diadromous fish in a climate change context

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Community Fisheries Data Collection Programme

Sampling and collection of biological variables from different fisheries

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Regional coordination (REGCOORD)

Development of regional plans in line with the requirements of the Data Collection Framework (DCF).

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MARINE GUARDIAN

Reducing the environmental impacts of fisheries on marine species and hábitats

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VarMer

Variability in abundance and biological parameters of European hake

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EPELECO

Evaluating the pelagic realm from an integrated ecosystem based perspective in a changing world: insights from the NE Atlantic

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SEAwise

Shaping Ecosystem Based Fisheries Management

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DISCARDLESS

Working for less discards

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SOSART

Sustainability of Small-Scale Fisheries: Distribution of Fishing Opportunities and the Impact of Designating Vulnerable Marine Ecosystems

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CABFISHMAN

Conserving Atlantic Biodiversity by Supporting Innovative Small Scale Fisheries co-Management

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PETFISH

Interaction between protected species and fishing activities

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GBYP

Genetic and biological studies for the population structure of Bluefin Tuna

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ITUNNES

Improving tropical TuNa biological knowledge for eNd-usErS

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GENOMY

Feasibility study of genetic methods and otolith microchemistry to inform population structure of eastern Pacific yellowfin tuna.

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Research team

Nagore Cuevas
Researcher (PhD)

Contact
Related application sectors, research lines and sublines

Sectors: Fisheries and aquaculture sector

Research lines: Blue Economy, Efficient, sustainable fisheries and aquaculture

Research sublines: Sustainable fishery management

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