Jump to content
  • Member Statistics

    17,610
    Total Members
    7,904
    Most Online
    Chargers10
    Newest Member
    Chargers10
    Joined

January 2024


wdrag
 Share

Recommended Posts

In the El Niño thread I think they were posting a split lobe look with one lobe definitely over NA. But I suppose that’s just one model and one run, so who knows. We’ll need luck for sure at this point to get something to go right for a change. We don’t need to be in the deep freeze but we for sure need better air than what we’ve been choking down so far every day. 

Link to comment
Share on other sites

You don’t even see a fantasy storm on the GFS within 300 hours on these runs.  Every attempt at a ridge gets quickly squashed by that power house PAC jet.  It looks like we really are cooked.  

That’s too bad if it verifies. It really seems like we’re going through that sluggish part of the cycle where we get low-snow winters, and the background AGW just makes it more annoying for lunatics like ourselves.


.
  • Like 3
Link to comment
Share on other sites

FWIW there have been other periods where NYC had snow amounts of less than 20” over successive winters.  These include:

1899 - 1901

1927 - 1932

1949 - 1955

1961 - 1963

1974 - 1975

1979 - 1981

1987 - 1990

1997 - 2000

2006 - 2008

None of these winter periods featured seasonal totals of 20” or more (I am referring to the seasonal totals experienced during these years and not the entire period shown).  Many of them were 15” or less.  These numbers are from the NWS Upton website.  Unfortunately for the weenies it is a part of the climatology here that we do in fact experience successive winters with meager snow amounts.  I would have hated to be a weenie in 1949 knowing that the next 6 winter periods would all have less than 20” of snow.

 

 

 

 

  • Like 2
Link to comment
Share on other sites

54 minutes ago, MJO812 said:

DT on board 

413961577_758947412930966_7401961512222091207_n.jpg

It should be noted that the 20-30 days DT references would not immediately follow the SSWE. There’s usually a 2-4-week lag. The ongoing return of Atlantic blocking precedes the SSWE, it is not the result of an event that has not yet occurred.

There is some chatter on social media that there won’t be much of a lag. That is wrong. These events take time to propagate into the troposphere and, thereby, influence synoptic patterns.

For an illustration, consider a case where one throws a pebble into the center of a calm pond. It takes time for the ripples to reach shore. If, almost simultaneously to the pebble's being tossed into the center of the pond, an acorn falls from a tree near shore and its ripples arrive much sooner than those from the pebble, one can't attribute those ripples to that of the pebble. The same holds true regarding the redevelopment of blocking, which actually precedes the start of the SSWE.

  • Like 7
  • Thanks 2
Link to comment
Share on other sites

5 hours ago, MANDA said:

Nope, it sure ain't if it verifies.

It's actually possible to have a significant snowstorm before or after a "bad" Pacific flow pattern and get that 5-day average look. Heck even jumbled, partially interfering shortwaves could blunt the Pacific influence and still produce a time-smoothed result to match that graphic. LR multi-day-averaged anomaly maps are ensemble-and time-averaged. That produces a very low resolution, continental-scale overview. I think it's important to understanding what we're looking at before we try to interpret it.

  • Weenie 1
Link to comment
Share on other sites

It should be noted that the 20-30 days DT references would not immediately follow the SSWE. There’s usually a 2-4-week lag. The ongoing return of Atlantic blocking precedes the SSWE, it is not the result of an event that has not yet occurred.
There is some chatter on social media that there won’t be much of a lag. That is wrong. These events take time to propagate into the troposphere and, thereby, influence synoptic patterns.
For an illustration, consider a case where one throws a pebble into the center of a calm pond. It takes time for the ripples to reach shore. If, almost simultaneously to the pebble's being tossed into the center of the pond, an acorn falls from a tree near shore and its ripples arrive much sooner than those from the pebble, one can't attribute those ripples to that of the pebble. The same holds true regarding the redevelopment of blocking, which actually precedes the start of the SSWE.

Thank you for the straightforward explanation!


.
  • Like 1
Link to comment
Share on other sites

13 hours ago, Tatamy said:

FWIW there have been other periods where NYC had snow amounts of less than 20” over successive winters.  These include:

1899 - 1901

1927 - 1932

1949 - 1955

1961 - 1963

1974 - 1975

1979 - 1981

1987 - 1990

1997 - 2000

2006 - 2008

None of these winter periods featured seasonal totals of 20” or more (I am referring to the seasonal totals experienced during these years and not the entire period shown).  Many of them were 15” or less.  These numbers are from the NWS Upton website.  Unfortunately for the weenies it is a part of the climatology here that we do in fact experience successive winters with meager snow amounts.  I would have hated to be a weenie in 1949 knowing that the next 6 winter periods would all have less than 20” of snow.

 

 

 

 

How about multiple straight years of 2" or less? Just under 20" would be a godsend at this point. Yet another December with light to medium jacket weather around the Holidays, our new norm seemingly. Nice but also unsettling.

 

  • Like 1
Link to comment
Share on other sites

Create an account or sign in to comment

You need to be a member in order to leave a comment

Create an account

Sign up for a new account in our community. It's easy!

Register a new account

Sign in

Already have an account? Sign in here.

Sign In Now
 Share

  • Recently Browsing   0 members

    • No registered users viewing this page.
×
×
  • Create New...