The temperature of a water current is primarily determined by its source and the surrounding environmental conditions. Warm currents typically originate from equatorial regions or areas with high solar radiation, while cold currents often arise from polar regions or deeper ocean layers. Additionally, factors such as ocean circulation patterns, wind direction, and seasonal changes can influence the temperature of these currents. Ultimately, the interplay of these elements dictates whether a current carries warm or cold water.
The California Current carries cold water to Mexico from the North Pacific Ocean. :-)
Labrador current is a cold current. It is a maritime current that flows southward along the eastern coast of Canada. It originates from the Arctic Ocean and carries cold water southwards.
sureface current
The California current carries cold water to the south.
The current that carries cold water away from Europe is the North Atlantic Current, which is part of the larger Atlantic Meridional Overturning Circulation. This current flows southward from the North Atlantic Ocean, transporting cooler waters away from the European coast. Additionally, the Labrador Current, originating from the Arctic region, also brings cold water down along the eastern coast of Canada and the northeastern United States. Together, these currents play a significant role in influencing regional climate and oceanic conditions.
The Alaska, Northern Pacific, and California currents carry cold water in the Eastern Pacific ocean in the Northern Hemisphere.
It determines were it was born.
A machine for preserving food cold and fresh
westward draft is pushing cold water to the current this water is from the polar region.
Cold water is more dense than warm water so the cold water has to sink to the bottom which causes a density current.
An upwelling is a current in the ocean that brings deep, cold water to the ocean surface.
Humboldt Current, Canary Current and Benguela Current.