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. The paper documents seasonality, interannual-to-decadalvariability, and trends in temperature, salinity, and density over a transectin the shallow northern Adriatic Sea (Mediterranean Sea) between 1979 and2017. The amplitude of seasonality decreases with depth and is much largerin temperature and density than in salinity. Time series of temperature andsalinity are correlated in the surface but not in the bottom layer. Trendsin temperature are large (up to 0.6 ∘C over 10 years), significantthrough the area, and not sensitive to the sampling interval and time serieslength. In contrast, trends in salinity are largely small and insignificantand depend on the time series length. The warming of the area is moreduring spring and summer. Such large temperature trends and their spatialvariability emphasize the importance of maintaining regular long-termobservations for the proper estimation of thermohaline trends and theirvariability. This is particularly important in regions which are key fordriving thermohaline circulation such as the northern Adriatic, with thepotential to affect biogeochemical and ecological properties of the wholeAdriatic Sea.

Present climate trends and variability in thermohaline properties of the northern Adriatic shelf