Tetsuzan Benny Ron Aquaculture Program Coordinator University of Hawai’i

1. Tetsuzan Benny Ron Aquaculture Program Coordinator University of Hawai’i HAA Conference July 9, 2009

2. Demand for Fish is Too High for Fisheries

4. How does NDBC receive and process observations from other data providers? The National Data Buoy Center (NDBC) has a way for you to send your observations to us via the Internet. Some work is required on your part, but your observations will gain much greater public visibility.There aremany other reasonswhy you should consider doing this. NDBC is interested in mostmeteorological and physical oceanographic measurementswhich are collected in real-time. NDBC can give you a C-language software kit. You can modify this software to read measurements from your own file and output a message that looks like one of ours. Then, you can send the messages to NDBC for evaluation. If all the data look acceptable, you can write a script to automatically send us the observations at regular intervals. Clickherefor more information about this process. Your first step is tocontact NDBCand provide them someinformation about your stations. Thank you for your consideration. U.S. Dept. of CommerceNational Oceanic and Atmospheric AdministrationNational Weather ServiceNational Data Buoy Center  1007Balch Blvd.Stennis Space Center, MS 39529FeedbackPage last modified: September 4, 2003

5. "Ripple Effect"

6. Middle-East Universities & A-Enterprise Asian Aquaculture Enterprise Pacific Islands Virginia Polytechnic Institute North Carolina State University Traditional Aquaculture ADP Auburn University Local Aquaculture Enterprise OTTED Pacific Rim Universities CTAHR OTTED DBEDT UH-HILO Texas A&M University Traditional Fishing UH-AQUACULTURE DEGREE FREE INFORMATION-DATA CENTER OPEN ACCESS Australia SOEST Sea Grant HIMB WCC African Universities & A-Enterprise AFRC University of California DLNR DOA Local Restaurants Local Community Virginia State University University of Maryland University of Florida US-Mainland Aquaculture Enterprise American Universities Norwegian Universities & A-Enterprise European Union Universities & A-Enterprise

7. ENGINEERING ART ZOOLOGY MATH LAW COMPUTER AGRI

8. Middle-East Universities Asian Universities Pacific Islands Universities Virginia Polytechnic Institute North Carolina State University INFO-SYS Traditional Aquaculture BUSINESS Local Aquaculture Enterprise Auburn University EDUCTION ART Pacific Rim Universities PHARMCOLOGY ECONOMICS MATH Texas A&M University Traditional Fishing INTERNATIONAL PROGRAM UH-AQUACULTURE DEGREE FREE INFORMATION-DATA CENTER OPEN ACCESS Australian Universities TOURISM ECOLOGY MEDICINE African Universities University of California CHEMISTRY LAW Local Restaurants ZOOLOGY Local Community Virginia State University University of Maryland University of Florida American Universities Norwegian Universities European Union Universities

9. Be Informed Teach From Anywhere On Earth Get Partnership: Send Your Data Find A Job ARRANGE FOR MoU W/ Your University Participate in UH Workshops Meet And Choose Your Future Employer Make Friends Ask Yourself: What Can I Give To The Partnership Get A UH Certificate Acquire Education International Program Uh-aquaculture Degree Free Information-data Center Open Access Participate in UH Conferences Always Submit Proposals With Enterprise Partner Interact With Everyone Good Teacher Like To Teach Experience 3 Different Labs Before Committing Yourself To Specific Field Take A Student From UH and Get Funding Be Versatile Higher Chances To Get A Job Make The World Flat Apply From Anywhere On Earth Always Submit Proposals With More Than 1 Partner Send Your Students To UH Make The World Flat

10. OBJECTIVES TRANSFER genetic information, by using a comparative genomic approach, from model organisms to commercial species and integrate genome maps of various ray-finned fish with data from higher vertebrates, USE aquaculture and environmental questions and funds to enrich the comparative genomics approach towards understanding genotype - phenotype links, BRIDGE the QTL mapping approach to comparative genomics and the gaps in maps by merging physical and linkage maps, bridge the distance between aquaculture research and industry, and integrate evolutionary theory and modern technology to generate an applied endpoint, TRANSFER technology and know-how from leading laboratories in genome analysis and mapping to more classical fish genetics laboratories initiate a selective breeding programme in an aquaculture industrial partner and apply the developed tools to assist selection.

13. Reduction of over 40% in Biodiversity between 1986 and 2007 Tony Malmqvist

14. No change in Density between 1986 and 2007: More of Same Tony Malmqvist

15. National Gene Bank for Aquaculture and Marine Species

19. FAO Statistical Areas with numbers of marine species in blue (FishBase) 1042 128 1042 990 689 4795 662 1685 2297 3759 5738 4182 4182 4295 1788 1609 1735 2046 233 245 233 132

20. System Layout Base addition Effluent line Hydroponic tanks Degassing Rearing tanks Sump Clarifier Filter tanks Return line Total water volume, 110 m3 Land area - 0.05 ha

22. Perspective on UVI Aquaponic System The system represents appropriate or intermediate technology It conserves water and reuses nutrients The technology can be applied at a subsistence level or commercial scale Production is continuous and sustainable The system is simple, reliable and robust Management is easy if guidelines are followed

23. Integrated Multitrophic Aquaculture

24. MAHALO