Ecosystem Approach Community of Practice: ISFPA

Product

(Describe the expected service in maximum 3 sentences) The Sea Fisheries Protection Authority (ISFPA), which is the agency in Ireland with responsibility for Fisheries Control in Irish jurisdictional waters, .

In the last 2 years the electronic logbook project to all Irish vessels has been rolled out. Now that the project is up and running for all vessels the attention and focus is beginning to change towards data analysis.

The question for the internal data management team is how to make more use of the massive volumes of real-time data that is now streaming in from all vessels to ISFPA servers.

Priority to CoPCommunity of Practice.

List proposed solution priority following the iMarine Board priority setting criteria:

• The target community has been clearly identified; practioners engaged with the development of sustainable local fisheries.
• The users are split in three groups:

Data entry staff and data managers directly involved with the TBTI initiative;
The TBTI CoPCommunity of Practice., consisting of local / global experts that share information through TBTI-VREVirtual Research Environment.. This information can be confidential or subject to a work-flow. 
The consumers of TBTI-VREVirtual Research Environment. information that use a query- or map-interface to extract fact-sheets or topical information. 

• Potential for co-funding; HIGH, The TBTI initiative would contribute to development
• Structural allocation of resources; NONE, as this opportunity arose in 2013, in the context of FAO activities.
• Referred in DoW; NO, but related to FCPPS and ICIS components.
• Business Cases; BC1
• How does the proposed action generally support sustainability aspects; By identifying and mobilizing a CoPCommunity of Practice., the use of the D4S infrastructure is promoted. By gaining access to a cost-effective infrastructure and tools, TBTI can achieved sustainable management goals.
• How consistent is it with regulations/strategies; The proposed VREVirtual Research Environment. fits the data strategy of the TBTI initiative.
• Re-usability: TBTI re-uses FCPPS, ICIS, GeoExplorer, and VME-VREVirtual Research Environment. components. The benefits of this are much reduced development costs, and shared maintenance costs. The compatibility with existing TBTI tools is not an issue, as these are in an early stage of development.

Parentage

Relation to CoPCommunity of Practice. Software:

TBTI to clear. 

Relation to D4S technologies

TBTI VREVirtual Research Environment. is likely to re-use relevant parts of:
* Reporting and templating
* Documents work-flow
* Time-series management
* Code list management
* GeoExplorer
* iSearch

Productivity

The proposed measures are likely to be effective if they manage to organize the information from the different surveys in a global overview, and manages to update the global overview with new survey information when this becomes available. The VREVirtual Research Environment. will be most effective if it is used in planning and decision making processes. This requires a well designed map interface and the ability to add information from other domains, such as biodiversity and ocean-physical datasets.

Does TBTI-VREVirtual Research Environment. reduce a known workload? This is very difficult to assess, and not useful at this stage.

Presentation

How must the component be delivered to users?

The UI Design is expected to be provided through D4S components such as:

* Reporting and templating
* Documents work-flow
* Time-series management
* Code list management
* GeoExplorer 
* iSearch

Assistance and on-line help are expected to be made available through D4S components

* On-line help through context sensitive help (screen elements through tooltips), page related help information, and links to relevant wiki-page sections.
* Assistance is available through the TBTI-VREVirtual Research Environment. manager, who can rely on infrastructure support. 

The training material

The support is expected to be organized in 3 tiers:

Tier 1 is a TBTI VREVirtual Research Environment. manager trained in the full life-cycle management of a VREVirtual Research Environment.. Duties include user-management, user support, confidentiality and policy compliance, and data integrity. 
Tier 2 is a D4ScienceAn e-Infrastructure operated by the D4Science.org initiative. VOVirtual Organization; manager trained in technical support to VREVirtual Research Environment. managers and users. This tier can only be activated by the VREVirtual Research Environment. manager, or project management.
Tier 3 is the infrastructure manager that is responsible for infrastructure deployment and maintenanc. This tier is activated by tier 2, or project management.  

Policy

Are there any policies available that describe data access and sharing? Not yet.

Have the Copyright / attribution / metadata / legal aspects been addressed from a user and technology perspective? Not yet.