Oceans 2025 Home

A strategic programme for NERC
 
Skip to content

Oceans 2025 Annual Science Meeting: NOCS 28-29 May 2008

PRESENTATIONS FROM THE OCEANS 2025 SCIENCE COMMUNITY - DAY 2

THURSDAY 29 MAY

SHELF AND COASTAL PROCESSES

21.Coastal and shelf processes and interactions, Judith Wolf, POL

22. Topographic regime control over shelf sea systems, Mark Inall, SAMS

23.Consequences of climate change and anthropogenic activity on ecosystem functioning of estuaries,
coasts and shelf seas (S Widdicombe, PML)

Associated sustained observations

24. Western Channel observatory (SO 10, Tim Smyth, PML)

25.Liverpool Bay coastal observatory (SO 11; Roger Proctor, POL)

26.Tiree Passage time series (SO 12; Mark Inall, SAMS)

BIODIVSERITY AND ECOSYSTEM FUNCTIONING

27.Mechanisms regulating marine biological diversity (Mel Austen, PML)

28.Resilience and predictability of ecosystem services (Mike Burrows, SAMS)

29.Recruitment and survival in coastal ecosystems (Colin Brownlee, MBA)

Associated sustained observations

30.Longterm observations of marine mammals (SO 14; Ailsa Hall, SMRU)

31.Continuous Plankton Recorder survey (SO 15; Martin Edwards, SAHFOS)

SUSTAINABLE MARINE RESOURCES

32.Climatological trends in the physical environment (Roger Proctor, POL)

33.How environmental changes translate to ecological responses and economic impacts (Jerry Blackford, PML)

34.Integrating individual to population processes in a changing marine environment (David Sims, MBA)

TECHNOLOGY DEVELOPMENT

35.Enabling technology for ocean telescience (Gwyn Griffiths, NOCS)

36. Development of instruments, platforms and measuring systems (Chris Balfour, POL)

37. Towards an optimal observing network (David Meldrum, SAMS)

Associated Sustained Observations

38. Seal-tracking technologies (Mike Fedak, SMRU)

OCEAN PREDICTION SYSTEMS

39. Developing and integrating coastal-ocean modelling systems (Roger Proctor, POL)

40. Quantifying and reducing uncertainty in marine ecosystem models (Icarus Allen, PML)

41. Development and maintenance of leading-edge ocean and coupled climate models(Tom Anderson, NOCS)