Differences

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--- ecoop-eurodess:start [2009-05-26 14:33:51]
martin.price@metoffice.gov.uk
+++ ecoop-eurodess:start [2022-05-31 09:29:32] (current)
@@ Line 16: / Line 16: @@
 ==== Subtasks ====
-Each target application will be performed as a separate subtask, but following a common procedure. The existing systems are identified as version V0. These are developed (Mo 9-24), through adoption of standards from Task 9.1 and interfacing to EuroMISS, to V1 in time for the TOP.
-Demonstrations, with user involvement, are carried out during the TOP with the V1 systems (Mo 24-27). Assessment of the TOP demonstrations (reported in Task 9.2) leads to revision and development from V1 to the final V2 systems (Mo 24-33). Representative V2 systems will be applied to a new area as a relocatability demonstration near the end of the project (Mo 33-36). Verification of codes will be carried out routinely and tested in connection with the demonstrations. Coordination and exchange of ideas with similar applications (through meetings and reporting) will support the development.
 [[S9.2.1 - Marine security in the Northwest Shelf]] (fast track service)
@@ Line 23: / Line 21: @@
 [[S9.2.2 - Ecosystem health in the North Sea]] (fast track service)
 	Martin Price (METO) - CEFAS, IMR, METO, NIVA, TECHWORKS
-This work package addresses 'Ecosystem Health in the North Sea', intended for decision makers concerned with monitoring and predicting the health of marine ecosystems - for example whether there is a risk of algal bloom, poor water quality, or danger to marine organisms. The information provided is past, present and forecast ocean information from the UK Met Office Shelf-Seas physical and ecosystem numerical model (which is called MRCS-ERSEM), together with ocean measurements from several fixed and moving platforms. These include:
-  * SmartBuoys operated by the Centre for Environment, Fisheries and Aquaculture Science
-  * Ferrybox systems operated by the UK National Oceanography Centre, and the Norwegian Institute for Water Research
-  * Fixed platforms that contribute observations to EuroGOOS, through the SEPRISE project
-Other observations are to be included during the demonstration phase. Standards based data services have been used where possible: Open Geospatial Consortium Web Map Services for maps, Web Feature Service for observations, and THREDDS OpenDAP for gridded data. This addresses another aim of the project: to provide interoperable systems that can be combined for different uses and in different regions.
 [[S9.2.3 - Marine security and ecosystem health in the Aegean Sea]] (slow track service)
 	Nittis Kostas (HCMR) - HCMR
@@ Line 41: / Line 33: @@
 [[S9.2.8 - Environmental status support to North Sea fisheries assessment]] (slow track service)
 	Martin Price (METO) - IMR
-The objective of the work package "Environmental Status Support to North Sea Fisheries Assessment" is to provide information about the state of the North Sea from dynamical models output and from direct observations to assist decision making in the fisheries sector.  The DESS web portal presents a subset of the environmental assessments made in the document-based North Sea Pilot Project (NORSEPP) reports (an ICES and EuroGOOS project). Key advantages of this service are:
+[[S9.2.9 - Task 9.2 coordination]]
-  * A more frequent update (the target is for a monthly update).
+	Göran Broström (MET-NO)
-  * An interactive display – for example displaying areas and times selected by the user
-  * Flexible display of other relevant information – for example time series of fisheries information.
-The products displayed are mainly based on the Met Office Medium-Resolution Continental Shelf (MRCS) model. Information about MRCS can be found at http://www.ncof.co.uk/Coastal-Seas-Modelling.html
+Each target application will be performed as a separate subtask, but following a common procedure. The existing systems are identified as version V0. These are developed (Mo 9-24), through adoption of standards from Task 9.1 and interfacing to EuroMISS, to V1 in time for the TOP.
+Demonstrations, with user involvement, are carried out during the TOP with the V1 systems (Mo 24-27). Assessment of the TOP demonstrations (reported in Task 9.2) leads to revision and development from V1 to the final V2 systems (Mo 24-33). Representative V2 systems will be applied to a new area as a relocatability demonstration near the end of the project (Mo 33-36). Verification of codes will be carried out routinely and tested in connection with the demonstrations. Coordination and exchange of ideas with similar applications (through meetings and reporting) will support the development.