We analyse recent Mediterranean Sea surface temperatures (SSTs) and their response to global change using 1/4-degree gridded advanced very-high-resolution radiometer (AVHRR) daily SST data, 1982–2012. These data indicate significant annual warming (from 0.24 °C decade−1 west of the Strait of Gibraltar to 0.51 °C decade−1 over the Black Sea) and significant spatial variation in annual average SST (from 15 °C over the Black Sea to 21 °C over the Levantine sub-basin). Ensemble mean scenarios indicate that the study area SST may experience significant warming, peaking at 2.6 °C century−1 in the Representative Concentration Pathways 85 (RCP85) scenario
Twenty-first century projections for the Mediterranean water properties have been analyzed using the...
It is important for policy making to downscale the knowledge derived from global models to smaller a...
Global warming particularly affects the oceans and seas. In the Mediterranean Sea, in situ oceanogra...
Estimating long-term modifications of the sea surface temperature (SST) is crucial for evaluating th...
The Mediterranean Sea is very sensitive to climatic changes due to its semi-enclosed nature and is t...
The study of sea surface temperature (SST) is fairly essential for solving many meteorological and ...
International audienceWithin the CIRCE project “Climate change and Impact Research: the Mediterranea...
During the past two decades, Mediterranean waters have been warming at a rather high rate resulting ...
International audienceWithin the CIRCE project "Climate change and Impact Research: the Mediterranea...
Satellite observations from 1985¿2006 indicate that in the last 2 decades the temperature in the upp...
Twenty-first century projections for the Mediterranean water properties have been analyzed using the...
It is important for policy making to downscale the knowledge derived from global models to smaller a...
Global warming particularly affects the oceans and seas. In the Mediterranean Sea, in situ oceanogra...
Estimating long-term modifications of the sea surface temperature (SST) is crucial for evaluating th...
The Mediterranean Sea is very sensitive to climatic changes due to its semi-enclosed nature and is t...
The study of sea surface temperature (SST) is fairly essential for solving many meteorological and ...
International audienceWithin the CIRCE project “Climate change and Impact Research: the Mediterranea...
During the past two decades, Mediterranean waters have been warming at a rather high rate resulting ...
International audienceWithin the CIRCE project "Climate change and Impact Research: the Mediterranea...
Satellite observations from 1985¿2006 indicate that in the last 2 decades the temperature in the upp...
Twenty-first century projections for the Mediterranean water properties have been analyzed using the...
It is important for policy making to downscale the knowledge derived from global models to smaller a...
Global warming particularly affects the oceans and seas. In the Mediterranean Sea, in situ oceanogra...