Project

BIOMAN & JUVENA

Campaigns for the scientific evaluation of anchovies

TerritoryRegional
Funder:Basque Government
DurationDesde 2005
StatusActive

The Bioman and Juvena campaigns are the basic pillar of the international assessment of anchovy and allow recommendations to be made to the fisheries authorities on the risks associated with the admissible catches of anchovy and in the event that the data so advise, to open or close the fishery and recommend the Total Admissible Catches of anchovy (TAC) for the coming season.

AZTI’s scientists participate in this forum and their contributions are taken into account for the final calculation of the anchovy stock and the Total Allowable Catch (TAC) that the European Union will determine for the year following the evaluation.

Objective

The aim of the scientific campaign Bioman is to evaluate the adult anchovy population present in the Bay of Biscay at the end of spring, by applying the daily egg production method (MPHD), undertaking various studies and sampling throughout the anchovy reproduction area.

After collecting plankton samples, the eggs spawned by the anchovies are extracted. At the same time, samples of adult anchovies are collected to later calculate their average fertility; that is, the average number of eggs produced by each female. The relationship between the quantity of eggs found in the plankton and the average fertility of the females allows AZTI experts to estimate the biomass of this marine resource, considered to be one of the pillars of the economy of the Basque fishing sector and of the entire Cantabrian coast.

The Bioman study in spring is complemented by the Juvena campaign in autumn, in which AZTI’s research personnel determine the abundance and spatial distribution of young anchovies, study their condition and analyse the environmental factors that affect their survival. In this way, the technicians can predict the amount of anchovy that will enter the adult population the following year and that will sustain the fishery.

The importance of the campaign lies in the fact that only through sustainable management is it possible to guarantee the survival of the species and the future of the economic activity generated by this fishery both in the fishing sector and in the canning and food industry, which employs more than 3,500 people.

Useful Documentation

Protocol guide

Funding

Eusko Jaurlaritza – Gobierno Vasco a través del Fondo Europeo Marítimo, de Pesca y de Acuicultura (FEMPA)

Proyectos de investigación

BLUENET

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

View project

ZIMARROI

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

View project

PI-BREAK

Predictive Intelligent system to optimize BREAKwater maintenance

View project

MUGITUN

Migratory Patterns and Thermal Preferences of Atlantic Bluefin Tuna through Biogeochemistry

View project

BBPP ANABAC

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

View project

BBPP OPAGAC

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

View project

SUMMER

Sustainable management of mesopelagic resources

View project

ARBAS

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

View project

MEESO

Ecologically and economically Sustainable Mesopelagic Fisheries

View project

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

View project

ECOPES

Enfoque ecosistémico para la investigación pesquera

View project

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)

View project

SALPAS

Vertical distribution of anchovy and mackerel, predictive and tactical solutions

View project

MARINE BEACON

Understanding and reducing bycatch of protected species

View project

SECWEB

Strengthening regional cooperation in the field of data collection.

View project

INXS

Innovation for the sustainable exploitation of pelagic species

View project

TRANSEATION

Advancing Ecosystem-Based Management through Hybrid Blue-Grey Infrastructures in Marine and Coastal Areas

View project

BFT Index

BFT juvenile acoustic index in the Bay of Biscay

View project

PALPROF

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

View project

NEGULABUR

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

View project

Gipuzkoa Coastal Observatory on Climate Change

Monitoring and analysis of physico-chemical and biological indicators of climate change on the coast of Gipuzkoa

View project

URBAN KLIMA 2050

The biggest climate action project in the Basque Country

View project

CLIREMAR

Escenarios climáticos de los recursos marinos vulnerables de España

View project

MSE Tuna

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

View project

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

View project

DIADES

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

View project

MARINE GUARDIAN

Reducing the environmental impacts of fisheries on marine species and hábitats

View project

VarMer

Variability in abundance and biological parameters of European hake

View project

EPELECO

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

View project

SEAwise

Shaping Ecosystem Based Fisheries Management

View project

DISCARDLESS

Working for less discards

View project

CABFISHMAN

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

View project

GBYP

Genetic and biological studies for the population structure of Bluefin Tuna

View project

ITUNNES

Improving tropical TuNa biological knowledge for eNd-usErS

View project

GENOMY

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

View project
Related application sectors, research lines and sublines

Sectors: Fisheries and aquaculture sector

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

Research sublines: Real-Time Observation and Monitoring, Sustainable fishery management

Cookies