Polar waters are not strongly stratified by temperature due to the cold, dense water that sinks and mixes with the slightly warmer water below. The limited solar heating in polar regions results in relatively uniform temperatures, with surface waters often close to freezing. Additionally, strong wind patterns and ocean currents promote mixing, preventing the formation of distinct thermal layers. This dynamic leads to a more homogeneous water column compared to warmer regions, where stratification is more pronounced.
Polar areas typically do not have a thermocline, which is a distinct layer in a body of water where temperature changes rapidly with depth. In polar regions, the water tends to be cold and relatively uniform in temperature throughout the water column, especially in winter. However, during summer months, surface waters can warm slightly, but this is often not enough to create a stable thermocline like those found in warmer regions. Thus, the thermal structure in polar areas remains less stratified compared to temperate and tropical regions.
Considering the fact that a polar region has a polar climate which includes tempuratures that are frequently below that of waters freezing temperature, it is frozen.
Yes,because as the cold water at the polar goes to the warm waters of the equator the temperature at the ocean would be balanced ;)bunnyshaine23@yahoo.com
Density currents that originate in the polar regions are primarily caused by differences in temperature and salinity of water. Cold and dense polar waters sink and flow towards lower latitudes due to their higher density, creating a current. The interaction between these dense polar waters and surrounding less dense waters helps drive the circulation of the global ocean currents.
The shallow-water thermocline in polar and temperate seas is seasonal because it is affected by changes in sunlight intensity and air temperature throughout the year. In the summer, increased sunlight warms the surface waters, creating a stratified layer with a distinct thermocline. In the winter, decreased sunlight and cooler air temperatures lead to mixing of the water column, causing the thermocline to weaken or disappear.
polar covalent bonding
I'm not sure what you mean... I know they migrate (by swimming) from polar to tropical waters. They breed in tropical waters during the winter and feed in polar waters in the summer.
Most of Earth's cold polar waters move towards the equator, where they converge and form ocean currents that distribute heat across the globe. This movement helps regulate global climate and temperature by redistributing warm and cold waters around the planet.
polar bears arent scared of fish cause they eat them how do you think they survive in the Atlantic
A polar molecule is a molecule with slight opposite charges. Water is a polar molecule which means that each water molecule is attracted to other water molecules which accounts for waters surface tension or cohesion.
Polar bears have very strong coats. This helps them to swim through below temperature waters allowing them to hunt. They have extremely strong jaws to help them tear through seal hide and eat fish.
Polar ice caps