The Gulf stream is typically warm.
The type of weather results you get when the warm waters of the Gulf Stream meet with cold wind is fog.steam????Nearly right ! The answer is fog.
Cold-core rings are typically found between the Gulf Stream and the coast of the US. These rings are formed by the meandering and pinching off of colder water from the Gulf Stream, creating a distinct eddy of cooler water.
Warm and cold fronts interact with the Gulf Stream to influence weather patterns. Warm air over the Gulf Stream can enhance thunderstorm development and precipitation. High pressure systems generally bring fair weather, while low pressure systems typically bring stormy conditions along the Gulf Stream.
Gulf Stream
Europe deflects the Gulf Stream current as it flows towards the continent from the Gulf of Mexico.
cold
Warm.
When warm waters of the gulf stream meet cold winds from the North hurricanes occur.
there are many variables to consider, sun activity and gulf stream, the gulf stream slowed and began to stop there is little solar activity. the jet stream is not as stable as it once was. so the answer is, warm and wet. early on warm and sunny, June wet, august Sept sunny hot, Oct windy cold. December cold snow and January starting cold, same as last year as there is a global cooling period of 30 years starting.
because its hot
southern equatorial current
The type of weather results you get when the warm waters of the Gulf Stream meet with cold wind is fog.steam????Nearly right ! The answer is fog.
The Gulf stream, which is properly called the North Atlantic Drift, is warm.
Cold-core rings are typically found between the Gulf Stream and the coast of the US. These rings are formed by the meandering and pinching off of colder water from the Gulf Stream, creating a distinct eddy of cooler water.
Yes, at the surface but the full Gulf Stream is a cycle. It includes a flow of cold water in the opposite direction and which travels at depth.
The cold and warm water mixes and it forms a gulf stream and it starts to flow.
The current is warm.