In this work the sea surface temperature is analised for four stations: Split, Hvar, Rab and Komiža. Satellite data (AVHRR, CMC and JPL) with different periods are used, and later compared with reference data from the national network (DHMZ mesurements). To see how satellites matches with measurements, statistics for trend, bias, correlation, Taylor Diagram and Mann Kendall test significance are used. Analysis of sea surface temperature is connnected with climate changes because Adriatic as enclosed continental shelf represents an ideal area for analising climate changes. Also, the main characteristics of the Adriatic sea, stations with their coordinates, climate change factors and statistics are described in detail. For statistical calcula...
In recent years, it is becoming possible to investigate future changes of coastal climate due to dev...
The Baltic Sea is one of the fastest-warming marginal seas globally, and its temperature rise has ad...
Oceanographic model simulations of the Adriatic temperature and salinity fields for the year 2008 we...
In this work the sea surface temperature is analised for four stations: Split, Hvar, Rab and Komiža....
Klimatska predviđanja temperatura zraka i mora u obalnim područjima predstavljaju veliki izazov zbog...
Promjena razine mora prouzrokovana globalnim zatopljenjem bilježi se na većini mjernih postaja u sv...
The climatological fields of temperature and salinity in the northern Adriatic were determined by a ...
Sea surface temperature (SST) is an important parameter in oceanography and meteorology due to its m...
In some areas of the world, regional climate change is in good agreement with global climate change....
U ovom radu analizirana je vremenska promjenjivost površinske temperature mora koja se mjerila na po...
Time series of sea surface temperature (SST), measured over some 20-year interval at 21 stations alo...
In this article, five Advanced Very High Resolution Radiometer (AVHRR) and four Moderate Resolution ...
Time series of satellite data, generated by the AVHRR (1981-1999), CZCS (1979-1985) and SeaWiFS (199...
Accurate SST data are of great importance for monitoring and modelling the global ocean as well as c...
Applying sequential t-test analysis for regime shift detection on 52 years (period 1963-2004) of con...
In recent years, it is becoming possible to investigate future changes of coastal climate due to dev...
The Baltic Sea is one of the fastest-warming marginal seas globally, and its temperature rise has ad...
Oceanographic model simulations of the Adriatic temperature and salinity fields for the year 2008 we...
In this work the sea surface temperature is analised for four stations: Split, Hvar, Rab and Komiža....
Klimatska predviđanja temperatura zraka i mora u obalnim područjima predstavljaju veliki izazov zbog...
Promjena razine mora prouzrokovana globalnim zatopljenjem bilježi se na većini mjernih postaja u sv...
The climatological fields of temperature and salinity in the northern Adriatic were determined by a ...
Sea surface temperature (SST) is an important parameter in oceanography and meteorology due to its m...
In some areas of the world, regional climate change is in good agreement with global climate change....
U ovom radu analizirana je vremenska promjenjivost površinske temperature mora koja se mjerila na po...
Time series of sea surface temperature (SST), measured over some 20-year interval at 21 stations alo...
In this article, five Advanced Very High Resolution Radiometer (AVHRR) and four Moderate Resolution ...
Time series of satellite data, generated by the AVHRR (1981-1999), CZCS (1979-1985) and SeaWiFS (199...
Accurate SST data are of great importance for monitoring and modelling the global ocean as well as c...
Applying sequential t-test analysis for regime shift detection on 52 years (period 1963-2004) of con...
In recent years, it is becoming possible to investigate future changes of coastal climate due to dev...
The Baltic Sea is one of the fastest-warming marginal seas globally, and its temperature rise has ad...
Oceanographic model simulations of the Adriatic temperature and salinity fields for the year 2008 we...