Project

DISCARDLESS

Working for less discards

TerritoryEuropean
Funder:European Union
Duration2019-2022
StatusCompleted

Key results

Project partners also developed a series of tools, freely accessible online via a single repository that gathers, synthesises and disseminates the knowledge produced by DiscardLess. So far, tools include a manual of existing selective gear devices and their effectiveness, proposed solutions based on interviews featuring fishers’ responses to LO regulations, and a catalogue containing over 30 valorisation products and a methodology for selecting the most promising ones in each case study. Also included is a report on possible on-board handling of unwanted unavoidable catches for four different fleet segments in 3D, together with a simple cost-benefit tool to estimate the economic feasibility of investing in the solutions.

European fisheries should operate without discards. This aim has been clearly expressed by both the European Union (EU) and other fishing nations in Europe, together with the overall intention to reduce the environmental impact of societies. In accordance with this, the landing obligation in the new EU Common Fisheries Policy (CFP) aims for a gradual elimination of discards of commercially exploited stocks on a case-by-case basis (EU, 2013). The landing obligation encompasses a subset of the catch only, whereby many species will still be legally discarded. This policy will thus lead to less discarding rather than discard-free fisheries. The name of our project reflects this important nuance.

DiscardLess will provide the knowledge, tools, and methods required for the successful reduction of discards in European fisheries. To achieve this, DiscardLess will work through collaborations between scientists, stakeholders and policy makers to support and promote practical, achievable, acceptable and cost-effective discards mitigation strategies, and to make the EU landing obligation functional, credible and legitimate.

The collaborative approach of DiscardLess will ensure that the developed tools, information and strategies will provide relevant, acceptable and cost effective means with a wide uptake in society which will result in the achievement of the goals of the landing obligation.

Website

http://www.discardless.eu

Participants

DTU Aqua (ccordinator) and 31 partners from 12 countries

Funding

Horizon 2020 – the Framework Programme for Research and Innovation (2014-2020)

Proyectos de investigación

BIO²

Natural bio-mass and microbial bio-control agent solutions for the replacement of contentious inputs in organic farming

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BLUENET

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

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ZIMARROI

Spatio-temporal distribution and zonal attachment of Atlantic bluefin tuna 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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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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LANDFEED

Unlocking efficient bio-based fertilisers for soil sustainability from underutilised side streams

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LATXA ENERGY

Improvement of the environmental performance of latxo sheep farms, through energy efficiency, power generation and reduction of the environmental footprint

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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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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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BFT Index

BFT juvenile acoustic index in the Bay of Biscay

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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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DIADES

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

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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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LIFE ECOFFEED

New Strategies for the Coffee Spent Grounds Recovery as a new Raw Material for Animal Feed

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PRIMA NEWFEED

Turn food industry by-products into secondary feedstuffs via circular-economy schemes

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ATIPECA

Innovative technologies to boost the circular economy in aquaculture

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LIFE BREWERY

New strategies for improving the suistanibility of breweries: full waste recovery for aquaculture feed

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SEA2LAND

Producing advanced bio-based fertilizers from fisheries wastes.

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EIT Food FUTUREPROTEIN

The Protein of the Future & the Future of Protein in Europe

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CABFISHMAN

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

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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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Related application sectors, research lines and sublines

Research lines: Blue Economy, Circular economy, Efficient, sustainable fisheries and aquaculture, Food sustainability and eco-efficiency

Research sublines: New sources of proteins and bioproducts, Sustainable fishery management

Research team

Raúl Prellezo

Raúl Prellezo
Coordinator (PhD)

Contact
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