temujin wrote:Looking good and looking like it's headed W.
Look at that sat loop... the mass itself is moving west, but the swirling ball near the middle of it has a significant northerly component...
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temujin wrote:Looking good and looking like it's headed W.
LAwxrgal wrote:Look at that sat loop... the mass itself is moving west, but the swirling ball near the middle of it has a significant northerly component...
CapeVerdeWave wrote:LAwxrgal wrote:Look at that sat loop... the mass itself is moving west, but the swirling ball near the middle of it has a significant northerly component...
Actually, at the end of the loop at the very least, the main LLC seems to have predominantly a just north of due west movement, which has been the consistent movement thus far.
CronkPSU wrote:gatorcane wrote:wobble wars here they go.....
LOL each wobble 3000 miles from the US mainland can have a huge effect on the eventual landfall
CronkPSU wrote:gatorcane wrote:wobble wars here they go.....
LOL each wobble 3000 miles from the US mainland can have a huge effect on the eventual landfall
temujin wrote:CronkPSU wrote:gatorcane wrote:wobble wars here they go.....
LOL each wobble 3000 miles from the US mainland can have a huge effect on the eventual landfall
This thing could go annular any time now... depends on the outcome of the next eyewall replacement cycle, which I think has already started.
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(That's a JOKE for you newbies out there)
wxman57 wrote:wxmann_91 wrote:The reason is they are all initialized from the GFS. But if the GFS is wrong, then wouldn't the general consensus follow suit?
GFS and ECMWF differ from each other quite drastically. In fact, the 12Z run of the Euro keeps Debby aoa 20 degrees latitude, or so I've heard elsewhere.
12Z GFS already had a UL developing to the northwest of TD 4. But I don't see it anywhere.
It really doesn't matter exactly where the GFS initialized the center, as the flow its predicting would take anyting in that general region NW. I get the ECMWF at work. Just logged in and ran the 10-day ECMWF in GARP. It doesn't even see the system, and I analyzed at 1mb increments. It does, however, show the ridge that's north of it now sliding eastward to EAST of the Azores in 3-4 days with a trof across the central Atlantic. So it's showing the same breakdown in the ridge as the GFS, it just doesn't see the storm.
CrazyC83 wrote:skysummit wrote:
Oh Lawd! If that can hold together, that could be a potential monster!
That would be a week down the road I think...
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