ADRICOSM-STAR

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Istituto Nazionale di Geofisica e Vulcanologia

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Adriatic Sea Temperature - Seasonal Differences - Future-Present

Zoom on Montenegro Area Temperature - Seasonal Differences - Future-Present

Adriatic Sea Salinity - Seasonal Differences - Future-Present

Zoom on Montenegro Area Salinity - Seasonal Differences - Future-Present

Adriatic Sea Current Intensity - Seasonal Differences - Future-Present

Zoom on Montenegro Area Current Intensity - Seasonal Difference - Future-Present

Adriatic Sea Current Direction - Seasonal - Future and Present

Zoom on Montenegro Area Current Direction - Seasonal - Future and Present

Sediment Transport

Analysis of the coastal surroundings of the right branch of the Bojana River under the IPCC climate change conditions for the period 2020-2030. The analysis has been done considering the spatial avarege of the variables' values in the locations represented by the green dots of the map

Analysis of the coastal surroundings of the left branch of the Bojana River under the IPCC climate change conditions for the period 2020-2030. The analysis has been done considering the spatial avarege of the variables' values in the locations represented by the black dots of the map

Analysis of the coastal surroundings of the right branch of the Bojana River The analysis has been done considering the spatial avarege of the variables' values in the locations represented by the green dots of the map

Analysis of the coastal surroundings of the left branch of the Bojana River The analysis has been done considering the spatial avarege of the variables' values in the locations represented by the black dots of the map

Pollutant Dispersal at Bojana River

The map shows the dispersion of a hypothetical pollutant coming out of the Buna/Bojana River after one month from its release. The pollutant, simulated by 100 particles, is realeased on February 1st of each year from 2003 to 2030. The particles are forced by a daily averaged current field.

The map shows the dispersion of a hypothetical pollutant coming out of the Buna/Bojana River after one month from its release. The pollutant, simulated by 100 particles, is realeased on August 1st of each year from 2003 to 2030. The particles are forced by a daily averaged current field.

The map shows the dispersion of a hypothetical pollutant coming out of the Buna/Bojana River after three days from its release. The pollutant, simulated by 100 particles, is realeased every day of the month of May 2008. The particles are forced by an hourly averaged current field.

The map shows the dispersion of a hypothetical pollutant coming out of the Buna/Bojana River after ten days from its release. The pollutant, simulated by 100 particles, is realeased every day of the month of May 2008. The particles are forced by an hourly averaged current field.

Caption for the third image.

Istituto Nazionale di Geofisica e Vulcanologia CATALOG

Adriatic Sea Operational Simulation click here
Mediterranean Sea Operational Analysis click here
Adriatic Sea Climate Simulation click here
Adriatic Sea Sediment Transport Climate Simulation click here
Adriatic Sea Sediment Transport Simulation click here
Adriatic Sea coupled wave-current-sediment-Bojana-river click here

Istituto Nazionale di Geofisica e Vulcanologia SERVICES

Adriatic Viewing Service click here
Mediterranean Viewing Service click here
Adriatic Downloading Service click here
Mediterranean Downloading Service click here
Archive of Montenegrin Historical Data click here
Image Quick View Service click here

ADRICOSM STAR NETWORK

Click on the map to go to ADRICOSM STAR network

PRODUCTS

ADRIATIC FORECAST click here
NRT XBT & CTD DATA click here
SATELLITE DATA click here
HISTORICAL DATA click here

Supported by Italian Ministry for the Environment, Land and Sea

Coordinated by CMCC, Centro Euro Mediterraneo per i Cambiamenti Climatici.