
The image above shows the latitude
of the moon at aphelion.

The image above shows the a relationship
between the latitude of the moon at
aphelion and the SOI.
Moderator: S2k Moderators
xtyphooncyclonex wrote:1982 was the fastest intensifying. It was supposed to be a weak El Nino, but it turned out to be one of the strongest on record. The warm pool was not yet properly developed but it surprisingly exploded!
xtyphooncyclonex wrote:+0.7 C is already Nino threshold, did we ever surpass March 31, 1997?
Ntxw wrote:xtyphooncyclonex wrote:+0.7 C is already Nino threshold, did we ever surpass March 31, 1997?
There isn't a cpc archived data back then that I can find. Using ENSO anomalies centered on the same dates (last week was centered on Weds 26th) the final week of March in 1997 had a reading of -0.1C, It was a blip down from the week centered on the week of 19th of +0.1C before that. First week of April saw 0.0C and to get to +0.2C where we stand that would be the second week of April 1997 centered on the 9th.
cycloneye wrote:30 day SOI continues to be well below the -8 threshold. It turned negative on March 1rst.
http://www.bom.gov.au/climate/enso/soi.txt
xtyphooncyclonex wrote:IMO, we'll have a good chance of getting a strong El Nino this year. Currently, this subsurface warm pool is the strongest of all time at this time of year and we have unusually high anomalies. We even surpassed 1997 in some regions. This may also intensify really fast like 1982 which was weak, but became 2nd strongest. We were previously cool neutral [even near La Nina] earlier this year. The effects of the warm pool underneath may be starting and could expand and intensify.
Ntxw wrote:xtyphooncyclonex wrote:IMO, we'll have a good chance of getting a strong El Nino this year. Currently, this subsurface warm pool is the strongest of all time at this time of year and we have unusually high anomalies. We even surpassed 1997 in some regions. This may also intensify really fast like 1982 which was weak, but became 2nd strongest. We were previously cool neutral [even near La Nina] earlier this year. The effects of the warm pool underneath may be starting and could expand and intensify.
To add, it's becoming increasingly more unlikely we will get a modoki (in a sense that you have cool neutral to La Nina like anomalies to the east) like 2004. It's most likely it will be a traditional El Nino that transitions into a basin wide event. Perhaps towards it's later life the basin wide event could morph into a modoki event that has all warm anomalies but strongest warmth in 3.4 instead of 3 and 1+2. But as of right now, the sub-surface does not support the cold east warm west. If anything we may see 4 try to cool and 3.4 and 3/1+2 heat up.
To get a 2004 style modoki you need a substantial cold pool east of 160W which does not exist. But as in a post before, it may not matter at this point as warmth is overtaking all regions below the surface so the values lies in the strength of Nino rather than location.
http://i57.tinypic.com/17wjmv.gif
http://i58.tinypic.com/f1xgz9.gif
Nino 1+2 is going to warm very rapidly the next month.
TeamPlayersBlue wrote:Very interesting graphic on the new moon relationship with El nino and La nina. I think i had a post earlier asking what could be the reason for the onset of an El nino or a La nina. Thanks a ton!
gigabite wrote:http://imagizer.imageshack.us/v2/xq90/823/fpey.jpg
The image above shows the latitude
of the moon at aphelion.
http://imagizer.imageshack.us/v2/xq90/209/elninolatap.jpg
The image above shows the a relationship
between the latitude of the moon at
aphelion and the SOI.
gigabite wrote:http://imagizer.imageshack.us/v2/xq90/823/fpey.jpg
The image above shows the latitude
of the moon at aphelion.
http://imagizer.imageshack.us/v2/xq90/209/elninolatap.jpg
The image above shows the a relationship
between the latitude of the moon at
aphelion and the SOI.
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