TA 3. Managing the Biological Lifecycle
Chair: Patrick Lavens – INVE Technologies (Belgium)
Facilitator: Béatrice Chatain – IFREMER (France)
Contact – TABiology@eatip.eu
VISION statement:
"European aquaculture in 2030 will produce larger volumes and contribute to a decrease of imports through a significant improvement of its competitiveness. It will also focus on being a commercial stakeholder in aquaculture worldwide. For the biological inputs, this competitiveness will be obtained from: Product specificity, targeted production environments, a high level of professionalism & skills and clear political & societal support."
Identified KEY GOALS:
- Establish predictability and improve output and cost control at every production stage of the lifecycle
- Genetic improvement of productive, health and welfare traits
- Improve broodstock management methods and control of sex and reproduction in captivity
- Manage the lifecycle of carefully selected "new" species that have high economic importance
Consultation:
The consultation is closed.
Library:
Relevant EU funded RTD Projects:
You can click on the acronym to download the Technical Leaflet!
AQUABREEDING (FP6) - Improving stock rearing in aquaculture through applied genetics knowledge
AQUAFIRST (FP6) - Combined genetic and functional genomic approaches for stress and disease resistance marker-assisted selection in fish and shellfish
AQUAFUNC (FP6) - Integrated knowledge on functional genomics in sustainable aquaculture
AQUAGENOME (FP6) - Genomics in fish and shellfish from research to aquaculture
AQUALABS (FP6) - Advanced laboratory training courses in aquaculture for early stage researchers
BLUESEED (FP6) - Technology development for a reliable supply of high quality seed in blue mussel farming
CODE-EFABAR (FP6) - A code of good practice for farm animal breeding and reproduction
COMPETUS (FP6) - Genetic improvement of farmed sea bass, Dicentrarchus labrax: strain testing and response to selection
ENRICH (FP7) - Enrichment of aquaculture implants by introduction of new marine species from the wild to breeding
FASTFISH (FP6) - On farm assessment of stress level in fish
FINEFISH (FP6) - Reduction of malformations of juvenile fish in hatcheries
GENIMPACT (FP6) - Evaluation of genetic impact of aquaculture activities on native populations: a European Network
LIFECYCLE (FP7) - Building a biological knowledge-base on fish lifecycles for competitive, sustainable European aquaculture
LUCIOPERCIMPROVE (FP6) - Improving egg and larval quality in pikeperch by broodstock management, husbandry, nutrition and sex control
MarineTT (FP7) - European marine research knowledge transfer and uptake of results
PHARMAPOX (FP6) - Chemistry, pharmacology and bioactivity of a novel apoptotic compound - a sex regulator in decapod crustaceans with promising environmental and medical applications
PRO-EEL (FP7) - Reproduction of European Eel: Towards a Self-sustained Aquaculture
PROSPAWN (FP7) - Implementation of natural spawning for marine fish species in culture
PROTENCH (FP6) - Intensive and sustainable culture of the freshwater species tench
REPROFISH (FP6) - Understanding and communicating fish reproduction research
REPROSEED (FP6) - Research to improve Production of Seed of established and emerging bivalve species in European hatcheries
SALMOTRIP (FP7) - Feasibility study of Triploid Atlantic Salmon Production
SELFDOTT (FP7) - From capture based to self-sustained aquaculture
SETTLE (FP7) - Bivalve conditioning and settlement – keys to competitive hatchery production.
SLIME (FP6) - Study Leading to Informed Management for Eel - Restoration of the European eel population; pilot studies for a scientific framework in support of sustainable management
SUDEVAB (FP7) - Sustainable Development of European SMEs Engaged in Abalone Aquaculture.
These Technical Leaflets are an output of the Aquainnova Project "Supporting governance and multi-stakeholder participation in aquaculture research and innovation" - a support action financed under the EU Seventh Framework Programme assisting the Thematic Areas of EATIP in the development of their Vision, SRIA and PoA.





