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Funded Projects › FP7

PROSPAWN · IMPLEMENTATION OF NATURAL SPAWNING FOR MARINE FISH SPECIES IN CULTURE - IMPROVING THE QUALITY OF OFF-SPRING AND ANIMAL WELFARE

FP7Status: CLOSED1 January 201031 December 2012EU funding €1,056,000

In general, marine fish species have a very short period (a “quality window” of few hours) when ovulated eggs are of outstanding quality and when fertilization results in high quality embryos and juveniles. Environmental conditions and broodstock tank construction should therefore be conducive to the occurrence of natural spawning, ensuring the collection of embryos of the highest possible quality. Under the correct environmental conditions, the most important of these being temperature and photoperiod regimes, combined with the proper physical surroundings, courtship and mating will take place in populations of captive broodstock. In addition to increasing the quality of the collected eggs, it should also be noted that animal welfare will be significantly improved by replacing stripping with natural spawning - without the use of hormones. Furthermore, it should be noted that some fish species considered to be good candidates for aquaculture are so susceptible to handling that the only feasible method of obtaining embryos will be through natural spawning; two such species are included in the study. While the correct environmental cues will induce natural spawning in captive fish, the physical features of the holding tanks may be manipulated to reduce the negative behavioural traits which may impede courtship. To achieve this end for flatfish, each female will be provided with a “breeding nest”, a gravel-filled structure, while demersal round-fish species will be held in shallow raceways so broodfish populations can perform schooling behaviour along a high-speed current axis. Both features are expected to facilitate undisturbed courtship. Infra-red cameras will document fish behaviour in the system. The expected improvement of egg quality will be verified through the implementation of different methods and a p

Consortium · 16 organisations

coordinator

AKVAPLAN NIVA AS

NO · €44,800

participant

SILT BV

NL · €104,750

participant

FISKEY HF

IS · €130,000

participant

FAI AQUACULTURE LIMITED

UK · €185,000

participant

ACUINUGA

ES · €115,000

participant

SOLEA B.V.

NL

participant

Intravision AQUA AS

NO · €70,000

participant

OTTER FERRY SEA FISH LTD

UK · €71,500

participant

NORSK KVEITE AS

NO · €173,450

participant

AGENCIA ESTATAL CONSEJO SUPERIOR DE INVESTIGACIONES CIENTIFICAS

ES · €5,000

participant

A. COELHO E CASTRO LDA

PT · €100,000

participant

THE UNIVERSITY OF STIRLING

UK · €5,000

participant

SagaFjord Seafarm AS

NO

participant

CENTRO DE CIENCIAS DO MAR DO ALGARVE

PT · €5,000

participant

MERLUNOR AS

NO · €46,500

participant

WAGENINGEN UNIVERSITY

NL

Research fields

View the official record on CORDIS →

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Source: CORDIS, Publications Office of the European Union. Global Research Partnerships surfaces open EU research data to help you find collaborators; we are not affiliated with the European Union.