Stabilizing Hydrographic Profiles with Minimal Change to the Water Masses
Paul M. Barker, Trevor J. McDougall
Abstract
Paul M. Barker, Trevor J. McDougall
Abstract
Abstract Both observed and averaged oceanographic data often contain regions with density inversions. This paper presents two methods of stabilizing a water column. The first method is intended for use with observed data; it minimally adjusts Absolute Salinity while leaving the values of in situ temperature unchanged. The second method adjusts the values of both Absolute Salinity and Conservative Temperature, and these adjustments are made in such a way as to cause the least possible damage to the water-mass structure of the vertical cast.
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Abstract Both observed and averaged oceanographic data often contain regions with density inversions. This paper presents two methods of stabilizing a water column. The first method is intended for use with observed data; it minimally adjusts Absolute Salinity while leaving the values of in situ temperature unchanged. The second method adjusts the values of both Absolute Salinity and Conservative Temperature, and these adjustments are made in such a way as to cause the least possible damage to the water-mass structure of the vertical cast.
Key concepts: Hydrography, Water mass, Salinity, Temperature salinity diagrams, Water column, Environmental science, Climatology, Potential temperature