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The fact is that the Gulf loop current collapse is not all that unusual. "There is a well- known history of the gulf loop current 'collapsing'," says reader Dennis Waggener. "This happened three times in 1996. It is a common event and not at all unusual."
Now let me ask you. How can this current possibly stop? It is caused by the rotation of the earth.
Simply explained, the earth rotates counter-clockwise, pushing the water of the South Atlantic westward against Central and South America where it splits into two streams - the Brazil Current, flowing south, and the Gulf Stream, flowing north, the Gulf Stream being greater of the two.
I see no way that that current will cease moving.
Originally posted by Heyyo_yoyo
lol... OMG - did anybody read the bio of the blogsite owner?
I'm sorry, but this guy seems to me to be heavily involved in some sort of chemical intake for me to truly believe a word he says.
The North Atlantic Current originates between the Grand Banks and Mid Atlantic Ridge near the Newfoundland Ridge at the branch point of the Gulf Stream.
...the Gulf Stream is located at 40°N 50°W and the Slope Water current at 41°N 50°W.
Aptly named, the North Atlantic Drift Current (NADC) is a slow-moving body of water located between about 50°-64°N and 10°-30°W. NADC is also considered to be an extension of the North Atlantic Current.
The North Atlantic drift as represented by the Mariano Global Surface Velocity Analysis (MGSVA).
The North Atlantic Current (North Atlantic Drift and the North Atlantic Sea Movement) is a powerful warm ocean current that continues the Gulf Stream northeast.
Originally posted by EndGame951
i82.photobucket.com...
Now look at NOAA data!
polar.ncep.noaa.gov...
It is visible otthe eye!
Originally posted by Aninonymous
reply to post by MrOrange82
I just got back from England, and where I was, I was told it was the warmest summer they've had in years... it was quite nice when I was there too... so... yeah... i dunno
Originally posted by MrOrange82
Originally posted by Aninonymous
reply to post by MrOrange82
I just got back from England, and where I was, I was told it was the warmest summer they've had in years... it was quite nice when I was there too... so... yeah... i dunno
The problem is i dunno too.
But if England had the warmest weather in years, doesnt that make it also step in line with this topic. (erratic weather)
Let the experts decide, meanwhile we'll start freezing.
[edit on 7-9-2010 by MrOrange82]
Originally posted by tspark
reply to post by MrOrange82
IMO they are only conjecturing off models what would happen to the weather...it would be baaaad but who get cold and who gets Hot could be determined by more than the currents...
Originally posted by dotkix
Originally posted by MrOrange82
Originally posted by Aninonymous
reply to post by MrOrange82
I just got back from England, and where I was, I was told it was the warmest summer they've had in years... it was quite nice when I was there too... so... yeah... i dunno
The problem is i dunno too.
But if England had the warmest weather in years, doesnt that make it also step in line with this topic. (erratic weather)
Let the experts decide, meanwhile we'll start freezing.
[edit on 7-9-2010 by MrOrange82]
I live int he UK to. Just today the weather has gone from freezing cold,to sunny as hell, then it started hailing large ice balls where I live in cheshire. and now, Its boiling hot again.
I have asthma and its unreal how many times ive had to use my inhaler,i am high as a kite lol
Originally posted by Essan
Incidently, it's worth noting that the surface velocity of any ocean current, including the Gulf Stream and NADC is determined in part by the weather. If there is a strong wind blowing counter to the direction of the current, then the surface water will move more slowly or even not at all.
It's possible, for example, that Hurricane Earl may have affected the speed of the Gulf Stream at the surface over recent days.
You're therefore often better off using the velocity at around 200m as a guide to whether a current is speeding up, slowing down or has stopped.