{jd_file file==D1.7 Quality control}

{jd_file file==D1.1 General assembly meeting reports - 5}

{jd_file file==D1.1 General assembly meeting reports - 4}

{jd_file file==D1.1 General assembly meeting reports - 3}

{jd_file file==D1.1 General assembly meeting reports - 2}

{jd_file file==D1.1 General assembly meeting reports}

{jd_file file==D1.2 Face to face Project Management Board meeting reports - 3}

{jd_file file==D1.2 Face to face Project Management Board meeting reports - 2}

{jd_file file==D1.2 Face to face Project Management Board meeting reports}

{jd_file file==D1.4 Project web site and intranet}

{jd_file file==D1.6 Second report on conflict management, cultural and gender issues}

{jd_file file==D1.6 Report on conflict management, cultural and gender issues}

{jd_file file==D1.8 Periodic report to the Commission M01-M18}

{jd_file file==D1.8 Periodic report to the Commission M19-M36}

{jd_file file==D4.1 Database of useful data for SWAT modelling and report on data availability and quality for hydrological modelling and water quality modeling in the Black Sea Catchments}
{jd_file file==D4.3: Calibrated high-resolution water quality models for BSC - the Vit catchment}
{jd_file file==D4.4 Outputs from hydrological scenarios running over the grid}
{jd_file file==D4.5 A package of calibration procedures linked to SWAT through a generic platform to perform calibration, validation, and uncertainty analysis}
{jd_file file==D4.9 Bringing hydrological and meteorological data as inputs for SWAT (with new partners from Russia and Turkey)}

{jd_file file==D4.11 Calibrated water quantity and quality model for BSC, with impacts of scenarios. The hydrological model of the Black Sea}

{jd_file file==D5.1 Analysis of retrospective data, selection of indicators and ecological groups of species, control plots and parameters to assess risk factors and impacts of climatic parameters. Organisation of monitoring}
{jd_file file==D5.2 Baseline analysis of agri-environmental trends, impacts and vulnerabilities}
{jd_file file==D5.3 Integrated water resource sustainability and vulnerability assessment}
{jd_file file==D.5.4 Risk Assessment Toolkit and DSS. The online Risk Assessment Toolkit and Decision Support System for introductions of invasive alien species for the Black Sea catchment}
{jd_file file==D5.5 Crop yield model for Ukraine and Romania}
{jd_file file==D5.5 Crop yield model for Ukraine and Romania - Annexes}
{jd_file file==D5.6 Assessment of the wind and solar energy potential, and improved policy for their promotion}
{jd_file file==D5.7 Report on impacts of water quality and quantity change on public health}
{jd_file file==D5.8 Synthesis of vulnerability and adaptation issues}
{jd_file file==D5.9 Monitoring, final preparation of databases}
{jd_file file==D5.10 Illustrated pilot case studies for the Black Sea Catchment Disaster Early Warning System}
{jd_file file==D5.11 Report on the Biodiversity societal benefit area}

{jd_file file==D6.1 Requirements and specifications for the development of BSC-OS Portal}
{jd_file file==D6.2 Report from survey on GEO BSC OBS}
{jd_file file==D6.3 Report and Uniform Resource Management for regional involvement of GEO}
{jd_file file==D6.4 First implementation of the BSC-OS portal}
{jd_file file==D6.5 Generic conceptual design of BSC-OS for citizens}
{jd_file file==D6.6 BSC-OS enviroGRIDS SDI supporting description, discovery, and validation of relevant information over the enviroGRIDS community}

{jd_file file==D6.7 Guidelines on integration of EnviroGRIDS services}

{jd_file file==D6.8 National GEO Committees}

{jd_file file==D6.9 Inclusion of CWE framework into BSC-OS Portal and Tools and applications for citizens through BSC-OS Portal}

{jd_file file==D6.10 CWE framework available to the partners to design their own applications and Scenarios of interest run through Web Portal}

{jd_file file==Deliverable D6.11. Functional prototypes of BSC-OS Flood Portals for citizens: Implementation and Evaluation}

Project fact sheets

Newsletters

Policy briefs

Press items

Other WP7 deliverables are found below (restricted deliverables only if you are logged in).

{jd_file file==D7.3 Web-based solutions for enviroGRIDS publication database}
{jd_file file==D7.4 Report on thematic workshops series 1}
{jd_file file==D7.7 Multi-media material for the public}
{jd_file file==D7.8 Report on thematic workshops series 2}
{jd_file file==D7.9 Virtual Training Center}
{jd_file file==D7.12 Policy and decision makers’ involvement}
{jd_file file==D7.19 Project after-life plan}

{jd_file file==D2.1 EnviroGRIDS interoperability guideline}
{jd_file file==D2.2 EnviroGRIDS Data Storage Guidelines}
{jd_file file==D2.3 EnviroGRIDS sensor data use and integration guideline}
{jd_file file==D2.4 EnviroGRIDS remote sensing data use and integration guideline}
{jd_file file==D2.5 GRID infrastructure sustainability guidelines}
{jd_file file==D2.6 Gap analysis report - Phase 1 and Phase 2}
{jd_file file==D2.7 Technical Report and Software packages of grid services supporting massive data management}
{jd_file file==D2.8 SWAT Gridification}
{jd_file file==D2.9 Software package of grid services supporting CWE Portal}
{jd_file file==D2.10 Grid-enabled Spatial Data Infrastructure serving GEOSS, INSPIRE, and UNSDI}
{jd_file file==D2.11 Remote Sensing Services}
{jd_file file==D2.12 Sensor web services}

{jd_file file==D3.1 Demographic model inputs and efficient data model with possibilities to be updated}
{jd_file file==D3.2 Existing data access and compilation on regional climate, historical records and prospects model}
{jd_file file==D3.3 Land cover model inputs and efficient data model with possibilities to be updated}
{jd_file file==D3.4 Existing scenarios and data compilation on integrated scenarios using demographic, climatic, land cover from global and Black Sea Basin studies}
{jd_file file==D3.5 proposed demographic scenarios}
{jd_file file==D3.6 Delta-method applied to the temperature and precipitation time series - An example}
{jd_file file==D3.7 Proposed land use scenario analysis, model input parameters and allocation rules}
{jd_file file==D3.8 The enviroGRIDS scenarios}

• Perform a gap analysis on Observations Systems in the Black Sea Basin.

• Gather, format and organize environmental data necessary to run models.

• Specify interoperability standards to be used in the project.

• Integrate remote sensing and sensor data.

• Gridify code of hydrological models.

• Mount a Spatial Direct Server to upload and download spatial data in any - formats and projections.

• To create spatially explicit scenarios on climate change

• To create spatially explicit scenarios on land cover changes

• To integrate the outputs of the three scenarios