Jump to content
  • Member Statistics

    17,612
    Total Members
    7,904
    Most Online
    RyRyB
    Newest Member
    RyRyB
    Joined

Tropical Storm Jose


NortheastPAWx

Recommended Posts

  • Replies 861
  • Created
  • Last Reply

While my interest is peaked, I'll be more obliged once he finishes the loop and the sheer relaxes. He's under 25 knots of sheer and is getting pummeled. Once Jose finishes the loop and moves on, combined with the sheer relaxing, well see what models show and if Jose can recover strength.



Link to comment
Share on other sites

FWIW, looking back at the climatology statistics provided based on Jose's 11 am position, approximately 1/3 of the storms that did not make U.S. landfall wound up making landfall in either Nova Scotia or Newfoundland and Labrador. So, the possibility of landfall in Canada will also be something that may need to be watched.

Link to comment
Share on other sites

Some historic climatology statistics for reference regarding Hurricane Jose:
 
Since 1851, there were 44 hurricanes that tracked within 100 nautical miles of Jose’s 5 pm position (26.4°N 69.2°W) during August or September. Select statistics follow.

U.S. Landfall: 20%
No U.S. Landfall: 80%

Of the 9 hurricanes that made landfall, first U.S. landfall locations were as follows:

Alabama: 1 (11%)
Florida: 3 (33%) – all in southeast Florida
New York: 1 (11%)
North Carolina: 3 (33%)
Virginia: 1 (11%)

In terms of intensity, the landfalls were as follows:
Category 1: 3 (33%)
Category 2: 3 (33%)
Category 3: 3 (22%)
Category 4: 0 (  0%)
Category 5: 1 (  5%)

Of the 35 storms that did not make U.S. landfall, 13 (37%) made landfall in Canada. Of those 13 storms, landfall in Canada was as follows:

Newfoundland and Labrador: 7 (54%)
Nova Scotia: 6 (46%)

Overall, Jose’s current northward trajectory has put the hurricane in a less favorable spot for U.S. landfall. However, Jose remains well-modeled to make an anti-cyclonic loop in coming days. At the end of that loop, Jose will likely be in a more favorable spot for U.S. landfall. Such landfall remains uncertain, but is well within the realm of climatology and some of the solutions shown on the guidance (UKMET and GFS). The ECWMF shows Jose making Nova Scotia landfall. In short, it's too soon to discount any of the solutions given model errors and historic climatology.

Link to comment
Share on other sites

6 hours ago, donsutherland1 said:

Some updated historical climatology numbers for Jose's 11 am position (25.5°N 69.1°W):

Criteria:
● Timeframe: 1851-present
● August-September hurricanes passing within 100 nautical miles of Jose’s position

U.S. Landfall: 30%
No U.S. Landfall: 70%

Of the 15 hurricanes that made landfall, 93% made their first landfall on the U.S. East Coast. 40% of the hurricanes making U.S. landfall made their first U.S. landfall in North Carolina and 20% made their first U.S. landfall in Florida (all in Southeast Florida). 53% of the hurricanes made their first U.S. landfall as major hurricanes.

 

4 hours ago, donsutherland1 said:

Criteria:
● Timeframe: 1851-present
● August-September hurricanes passing within 100 nautical miles of Jose’s forecast position of 26.5°N 74.5°W


U.S. Landfall: 56%
No U.S. Landfall: 44%


All 25 of the landfalling hurricanes in the sample made landfall on the U.S. East Coast. The most common areas of landfall were:

Florida: 28% (6/7 of which were major hurricanes)
North Carolina: 24%
South Carolina: 20% (4/5 of which were major hurricanes)
Virginia to New England: 20%

60% of the hurricanes that made U.S. landfall did so as major hurricanes on their first U.S. landfall.

Don - either you have an error in here or I'm missing something.  The posts were both made after the 11 am position was known, yet in the first post you say,

U.S. Landfall: 30%
No U.S. Landfall: 70%

And in the second post you say, 

U.S. Landfall: 56%
No U.S. Landfall: 44%

Can you clarify?  Thanks.

Link to comment
Share on other sites

5 minutes ago, RU848789 said:

 

Don - either you have an error in here or I'm missing something.  The posts were both made after the 11 am position was known, yet in the first post you say,

U.S. Landfall: 30%
No U.S. Landfall: 70%

And in the second post you say, 

U.S. Landfall: 56%
No U.S. Landfall: 44%

Can you clarify?  Thanks.

He ran the other one based on the projected location of Jose after the loop to loop, which is further south than it's current location, hence the higher percentage of going onshore.

Link to comment
Share on other sites

6 minutes ago, RU848789 said:

 

Don - either you have an error in here or I'm missing something.  The posts were both made after the 11 am position was known, yet in the first post you say,

U.S. Landfall: 30%
No U.S. Landfall: 70%

And in the second post you say, 

U.S. Landfall: 56%
No U.S. Landfall: 44%

Can you clarify?  Thanks.

The latter post was in response to a question about what the climatology would be for a position forecast by the National Hurricane Center at 120 hours. It was hypothetical based only on the NHC's position verifying. The earlier message with the 30% landfall was based on Jose's actual 11 am position.

Link to comment
Share on other sites

The infrared map, with the pulsing amorphous purple convection and robust outflow, makes Jose look like a giant jellyfish.  If not for recent previous strength I don't think it'd initialize at 85 kts.  It doesn't look too dissimilar from some cherry INVEST.

Though the MLC is very tilted right now the surface vortex is still strong. The region under intense convection is probably not far off initialization. It may weaken further but the upper environment should begin improving in the coming days.
Link to comment
Share on other sites

Archived

This topic is now archived and is closed to further replies.

  • Recently Browsing   0 members

    • No registered users viewing this page.

×
×
  • Create New...