A sharp increase in this quantity in one location created the "M reflector" feature and is referred to as the Messenian crisis. Parcels with differing values of this quantity undergo a double diffusion process to create a staircase of "fingers" in an effect elucidated by Melvin Stern. Measurement of this quantity uses an IAPSO standard for which this quantity is approximately 35. Glassworts are ab
A sharp increase in this quantity in one location created the "M reflector" feature and is referred to as the Messenian crisis. Parcels with differing values of this quantity undergo a double diffusion process to create a staircase of "fingers" in an effect elucidated by Melvin Stern. Measurement of this quantity uses an IAPSO standard for which this quantity is approximately 35. Glassworts are able to survive in regions in which this quantity is very high, and one method of measuring this quantity is to use silver nitrate to titrate the quantity of (*) halide ions, then multiply by a correction factor. Dissolved oxygen is inversely proportional to this quantity, which is most often measured using conductivity. Along with temperature, changes of this quantity drive oceanic currents via thermohaline circulation. For 10 points, name this quantity which is very high in brine water and low in freshwater, which is the salt content of a body of water.
A sharp increase in this quantity in one location created the "M reflector" feature and is referred to as the Messenian crisis.
salinity [accept things like “salt content” before the word “salt” is mentioned]