SUStainable production of HIgh quality aquaculture FISH using innovative tools and production strategies and integrating novel processing methods and cold chain management | - CCMAR -

SUStainable production of HIgh quality aquaculture FISH using innovative tools and production strategies and integrating novel processing methods and cold chain management

Acrónimo 
SUSHIFISH
Reference 
COFASP/0002/2015
Coordenação 
CCMAR
Coordenador 
Orçamento CCMAR 
206.67k€
Orçamento Total 
555.52k€
Parceiros 
INSTITUT NATIONAL DE LA RECHERCHE AGRONOMIQUE (INRA)
Data 
03/2016 a 02/2019

Organiza

Descrição

SUStainable production of HIgh quality aquaculture FISH using innovative tools and production strategies and integrating novel processing methods and cold chain management

Aquaculture production has a lower carbon footprint per kg meat compared to terrestrial production systems, there are clear health benefits of consuming fish and aquaculture removes dependence on wild fish and contributes to protect ecosystems and biodiversity. The greatest gains in efficiency of aquaculture production can be obtained by management of animal production and by allying this to improved postharvest storage and processing. Modifications in production regimes to improve growth and yield will impact on flesh quality and shelf life and an integrated approach focused on these complementary aspects has the potential to amplify the benefits that can accrue. Sushifish is intersectorial and focuses on two essential parts of the value chain, aquaculture production and postharvest processing and resource utilization. The workplan targets the most important aquaculture species in Southern Europe (eg. sea bass and sea bream). Strategies are directed at shortening the production cycle and improving growth by manipulating sex ratios in favour of the faster growing sex, using egg/larval imprinting strategies to improve growth and muscle quality and by monitoring and reducing chronic stress. The impact on product quality of manipulating production cycles will be linked to strategies to optimize cold chain management and development of innovative processing technologies. Pre-slaughter conditioning to optimize production regimes and stress control prior to slaughter will interface with tasks directed at optimizing product quality by establishing its impact on post-harvest quality and new processing strategies. New technologies such as superchilling and high pressure processing of fish products will be tested together with Time-Temperature Integrators for monitoring spoilage enriched with novel data from "omics" analysis. The project will build on the existing knowledge base and innovate to increase aquaculture sustainability. The impact of the project on the aquaculture sector will be assured by the involvement of aquaculture companies, through industry based training workshops, pilot studies, implementation and validation of standard operating procedures and dissemination activities.

 

Membros

Enroll

Atual
Name Position
Deborah Power Senior Researcher
Liliana Anjos Postdoc
Rute Sofia Tavares Martins Postdoc
André Alçada Baptista Rebelo de Andrade Research Assistant
Rita Costa Postdoc
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Retrato de Deborah Power
Name:
Deborah Power
Position:
Senior Researcher
Retrato de Liliana Anjos
Name:
Liliana Anjos
Position:
Postdoc
Retrato de Rute Sofia Tavares Martins
Name:
Rute Sofia Tavares Martins
Position:
Postdoc
Retrato de André Alçada Baptista Rebelo de Andrade
Name:
André Alçada Baptista Rebelo de Andrade
Position:
Research Assistant
Retrato de Rita Costa
Name:
Rita Costa
Position:
Postdoc
Eventos
Eventos 
Tipo de Evento 
Outros Eventos
The COFASP (Cooperation in Fisheries, Aquaculture and Seafood Processing) ERA-NET held its final conference in Kiel, Germany (7-9 December 2016) to present results and to discuss the future
Qua, 07/12/2016 a Sex, 09/12/2016
Local 
kiel, Germany
Tipo de Evento 
Evento Científico
O workshop apresentará tecnologias que melhoram o processamento e monitorização de qualidade alimentar de produtos do mar (pescado, marisco e bivalves), e decorrerá no dia 24 de Maio a partir das...
Sex, 24/05/2019
Local 
Sala 0.10 (Videoconferência), Piso 1 Edifício 1, Campus Gambelas - UAlg
Notícias
O projeto SushiFish pretende melhorar o processamento e monitorização de qualidade alimentar de produtos do mar como o pescado, marisco e bivalves utilizando novas tecnologias.