Submitted (public) deliverables can be found below:

• 2.1:  Online interactive system for registration of research infrastructure properties (, 1.57MB)
• 2.2:  Directory of infrastructure facilities, services, biological resources (, 1.12MB)
• 2.3:  Inventory of research needs based on Strategic Research Agendas (, 0.61MB)
• 2.4:  Report on regulatory collaboration framework for research infrastructures (, 0.64MB)
• 2.5:  Inventory of Research Infrastructure gaps (, 1.11MB)
• 2.6:  Model for sustained research infrastructure collaboration (,  0.73MB)
• 2.7: Updated lists and resources descriptions on the web sites from the Research Activities (,  1.8MB)
• 3.1:  Sanitary prescriptions and procedures for transfers and safety standards (, 1.53MB)
• 3.2:  Best practices & cross-applicability of methods to measure phenotypes (, 2.33MB)
• 3.3:  Fish-ontologic base (phenotyping/environment) and measure technical base (, 3.23MB)
• 3.5: Expiremental data repository (, 1.91MB)
• 4.1:  First call for Access and accompanying guidelines (, 3.31MB)
• 4.2:  Second call for Access and accompanying guidelines (, 3.45MB)
• 4.3:  Interim Evaluation of the call for access (, 2.23MB)
• 4.4: Final evaluation of the call for access (, 2.23MB)
• 5.1:  Public website (  )
• 5.2:  AQUAEXCEL brochure ( 1.02MB)
• 5.5a: First AQUAEXCEL newsletter ( 1.24MB)
• 5.5b: Second AQUAEXCEL newsletter ( 0.54MB)
• 5.5c: Third AQUAEXCEL newsletter ( 0.86MB)
• 5.5d: Fourth AQUAEXCEL newsletter ( 1.24MB)
• 5.6a: Short Intensive Training Courses - #1 (Recirculating Aquaculture Systerms (RAS) Technology) (, 2.30MB)
• 5.6b: Short Intensive Training Courses - #2 (Contribution of Genomic Approaches to the Development of Sustainable Aquaculture for Temperate and Mediterranean Fish) (, 1.01MB)
• 5.6c: Short Intensive Training Courses - #3 (The Application of Chromosome Set Manipulations and the Importance of Gamete Collection and Management in Aquaculture) (, 1.02MB)
• 5.6d: Short Intensive Training Courses - #4 (Efficient Utilisation of New Monitoring and Control Systems in Fish Experiments) (, 2.15MB)
• 5.8a: Booklet describing key achievements of AQUAEXCEL, issue 1 (, 0.77MB)
• 5.8b: Booklet describing key achievements of AQUAEXCEL, issue 2 (, 6.21MB)
• 5.8c: Booklet describing key achievements of AQUAEXCEL, issue 3 (, 2.53MB)
• 5.8d: Booklet describing key achievements of AQUAEXCEL, issue 4 (, 3.5KB)
• 6.4: Technical solutions, including revision of implementation guide (, 0.232MB)
• 6.5: e-Infrastructure open for TNA in IMARES, NOFIMA, WU and SINTEF (, 0.23MB)
• 6.6: Effect of the e-Infrastructure (, 1.07MB)
• 7.2: Development of new tagging tools and procedure for larvae and juveniles individual identification (, 1.36MB)
• 7.3: Set of methodologies for health and welfare phenotyping in trout, salmon and sea bream (, 3.84MB)
• 7.4: Set of methodologies for performance phenotyping in trout, salmon and sea bream (, 3.71MB)
• 7.5: Set of methodologies for phenotyping complex trait in trout isogenic lines (, 2.4MB)
• 7.7: Standardized waterborne challenge with Flavobacterium psychrophilum for phenotyping host resistance (, 1.09MB)
• 8.2: Scale effects in tanks and cages on Atlantic salmon and sea bass (, 1.45MB)
• 8.3: Biofiltration model including validation (, 1.18MB)
• 8.4: Report on predictions by initial model, and listing of refined model modules (, 1.99MB)
• 9.1: Optimization of gynogenesis in salmon (, 2.01MB)
• 9.2: Optimization of androgenesis in carp and seabass (, 0.65MB)
• 9.3:  Phenotypic analysis in G1 offspring in salmon and A1 offspring in seabass and carp (, 5.45MB, Addendum 0.33MB)
• 9.4: Established isogenic lines in salmon, carp and seabass (, 0.57MB)