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Different from the existing global ocean climatological datasets of isothermal layer (ITL) depth ( h ), a global ocean synoptic dataset of  h  along with other parameters has been established from temperature profiles of the National Centers for Environmental Information (NCEI) world ocean database 1961–2017. The exponential leap-forward gradient method was used to identify  h  and thermocline gradient ( G ) from each temperature profile measured by expendable bathythermograph (XBT) and conductivity, temperature, depth (CTD) instruments. Due to quality and vertical resolution of the profiling data, the numbers of ( G ,  h ) pairs are 446,811 out of 964,942 CTD profiles and 755,086 out of 2,303,433 XBT profiles. With the given  h , other parameters such as ITL heat content ( H   ITL  ), sea surface temperature ( SST ), temperature below ITL ( T   m  ), and quality measures ( Q ,  I ) indices are provided. Altogether, the dataset contains 1,201,897 temporally and horizontally varying sets of ( G ,  h ,  H   ITL  , SST,  T   m  ,  Q -index,  I- index). Note that we added 200° to the longitude. This synoptic dataset is located on the NCEI website for public use.

Global ocean synoptic thermocline gradient, isothermal-layer depth, and other upper ocean parameters