The warm Norway Current
flows northeastward off the Norway coast and produces generally ice-free conditions…….
What is the current in the Atlantic Ocean?
The North Atlantic Current (NAC)
, also known as North Atlantic Drift and North Atlantic Sea Movement, is a powerful warm western boundary current within the Atlantic Ocean that extends the Gulf Stream northeastward.
The relatively warm waters of
the North Atlantic Drift
are responsible for moderating the climate of western Europe, so that winters are less cold than would otherwise be expected at its latitude. Without the warm North Atlantic Drift, the UK and other places in Europe would be as cold as Canada, at the same latitude.
What is the ocean current which keeps the Norwegian coast ice free in winter?
Answer:
The North Atlantic Current of the Gulf Stream
, along with similar warm air currents, helps keep Ireland and the western coast of Great Britain a couple of degrees warmer than the east. …
What is Labrador Current famous for?
The Labrador Current, famous for
icebergs and once-abundant cod fish
, is a southeasterly flow of water over the continental shelf and slope east of Newfoundland and Labrador, between Hudson Strait and the southern tip of the Grand Banks.
Why Norwegian current is warm?
A mechanism of exchange of energy between the atmosphere and the surface waters of
the Atlantic Ocean, Norwegian Coastal Current, is very important to the climate of Norway. … These air masses generally flow in the direction of north-east, thereby warming the adjacent land masses (Norway); especially the coastal regions.
What causes Europe’s Atlantic Coast to have warm water?
The Gulf Stream is caused by
a large system of circular currents and powerful winds
, called an oceanic gyre. There are five oceanic gyres on Earth. The Gulf Stream is part of the North Atlantic Subtropical Gyre. … The Gulf Stream brings warm water from the Gulf of Mexico all the way up to the Norwegian Sea.
What happens if the Atlantic current stops?
If this circulation shuts down, it could bring extreme cold to Europe and parts of North America,
raise sea levels along the U.S. East Coast and disrupt seasonal monsoons that provide water to much of the world
, the Washington Post said.
What happens if the Atlantic current collapses?
If the AMOC collapsed, it would increase cooling of the Northern Hemisphere, sea level rise in the Atlantic,
an overall fall in precipitation over Europe and North America and a shift in monsoons in South America and Afria
, Britain’s Met Office said.
Which ocean current is the strongest and fastest ocean current in the world?
Gulf Stream Velocity
.
The Gulf Stream
is the fastest ocean current in the world with peak velocities near 2m/s. Shown to the left are velocity profiles across the Gulf Stream at the Straits of Florida and Cape Hatteras. In both sections the Gulf Stream is flowing into the page.
Is Norwegian current warm or cold?
| Name of Current Nature of Current | Okhotsk Current Cold | Florida Current Warm | Gulf Stream Warm | Norwegian Current Warm |
|---|
What would happen if the Gulf Stream stopped?
It would
disrupt monsoon seasons and rains in places like India, South America and West Africa
, affecting crop production and creating food shortages for billions of people. The decline of the Amazonian rainforest and the Antarctic ice sheets would also be put into fast forward.
Is Oyashio a warm current?
Oyashio (親潮, “Parental Tide”), also known as Oya Siwo, Okhotsk or the Kurile current, is a
cold subarctic ocean current
that flows south and circulates counterclockwise in the western North Pacific Ocean.
Why does the Labrador Current remains frozen for 9 months?
United Kingdom and Labrador (U.K. N. America) are in the same latitude but remains unfrozen due to warm Gulf Stream and Labrador is frozen for nine months
due to cold Labrador currents
. Norway Coasts are unfrozen throughout the year due to North Atlantic Drift. Thus the currents affect the climate of the coastal areas.
In which ocean does the Labrador Current flow choose the correct option?
North Atlantic
Labrador is cold oceanic current originating in Arctic Ocean and flowing south along the coast of Labrador, Canada.
What are the effects of Labrador Current?
The
cold waters
of the Labrador Current thus have a moderating effect on the climate of the coastal lands in its path, making the summers there cooler, and winters more severely cold. The numerous icebergs in the path of the Labrador Current often act as a barrier to the safe passage of ships.
