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GaWx

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Everything posted by GaWx

  1. GaWx
    CFS is at warmest yet! Nov peak +3.75 vs record +2.69! Also, still has a record crazy rapid plunge Dec-Mar! OND peak +3.5 vs record +2.52!
  2. GaWx
    Yeah, Don, I just looked at the following, which is as of Aug 1. It tells me that whereas Aug 1st is NN for NA, SA is MBN. Projecting from Aug 1 to EOY gets NA to ~2012-25 avg but SA is headed for MBN when projected. July added only ~4 mill ha in Americas vs avg of ~8 due to wet SA thus putting Aug 1st even further behind than Jul 1st:
  3. GaWx
    They are overall although not the BN Arctic interestingly enough.
  4. GaWx
    Opinions about this, which shows lowest cumulative YTD burnt area as of July 1st in Americas since at least 2012?@donsutherland1@WolfStock1
  5. GaWx
    I never said this summer wasn’t hot and never said 1987 was as hot. But 1987 was still hot and not normal for Nino. That’s why I pointed it out as another hot summer exception for Nino. That’s all. Edit: I agree with your original idea that 2026 hot summer to date is atypical of pre-super-Nino. Then I brought up ‘91 being hot because it was the other exception to pre-super Nino hot summers. Then you correctly said that ‘91 was still just weak during summer. Then I brought up 1987 because it was mod to strong Nino in summer and hot.
  6. GaWx
    3. I never said 1987 summer was as warm as 2026 summer to date. But it was still warm in the E US, which is not normal for Nino. @bluewave
  7. GaWx
    Chris, 1. Just “A little warmer in the East” relative to the rest of CONUS”? For summer, which has relatively lower variance, this is not just “a little”. 2. This discussion started based on you posting cool Nino summer US maps. Why are you bringing up “Pacific to the Atlantic”? Red herring again.
  8. GaWx
    Over
  9. GaWx
    Here’s 1980-89 summer mean vs 1971-2000 climo: 1980s were NN Here’s 1987 summer vs same climo: notably warmer than the NN 1980s mean E 1/2 US and it did that during Nino: that was not Ninoish at all; comparing it to other hot summers like 1980, 1983, or 1988 is a red herring as they weren’t Nino
  10. GaWx
    The maps I was basing my post on were from weathermodels.com and were using 1991-2020 for base climo. But since I posted that, the WxBell Aug 1st version came out. It uses 1981-2010 for climo. WB had the warmest anomalies centered in Nov near 180 for the April-June 1st runs and significantly further E (near 160W) for the July 1st run. WB (using 1981-2010 base) has its Aug 1st Nov warmest centered near 150W, which is C based/basinwide and not E based like weathermodels.com’s (1991-2020 base) 130W. So, the WB 1981-2010 base version also moved E, but not nearly as far as the weathermodels 1991-2020 base version, which has it all the way E to 130W (pretty E based): WB 7/1/26 SSTa run for Nov (1981-2010 base) centered ~160W WB 8/1/26 SSTa run for Nov (1981-2010 base) centered ~150W
  11. GaWx
    1. Why are you using 1991-2020 for climo for a 1987 summer? That diminishes the above normal H5 in the E US on your 1st map. 2. The highest height anomalies/warmest temp annomalies are in the E US, regardless. How is that El Ninoish?
  12. GaWx
    But the summer of 1987 was hot based on the climo centered on the period it was within as I posted. Why are you comparing it to more recent (hotter) climo that makes it not seem as hot? Also, the hottest was in the E 1/2 of the US regardless of what climo you use.
  13. GaWx
    OHC is at a new high on this graph:
  14. GaWx
    Here’s another unusual one: the summer of ‘87 was similarly hot in the E 1/2 of the U.S. overall and El Niño wasn’t just weak as it was moderate to strong that summer:
  15. GaWx
    A cluster of thunderstorms has moved E into the SAV area. Rain started here just after 3PM. Heavy rain started at 3:25PM. Edit: I ended up with 0.7”, which put me at 5.15” for full July. Hottest 101.1 7/12 & 7/29.
  16. GaWx
    Hot off the press from another source posting the 8/1/26 Cansips run of Nino SST anomalies. It is continuing the CanSIPS run trend of moving the strongest warm SST anomalies further and further east at the ~Nov peak. That’s not surprising because I’ve been suspecting a Modoki bias for it based on the past few years of analyzing it as I’ve posted a number of times here before. The April-June 1st runs had the warmest anomalies near the Dateline/straight Modoki (W based) in the peak month of Nov. Then the July 1st had warmest anomalies in Nov further E near 160W, more of a cross between central based and Modoki. The new Cansips run’s Nov peak shows the warmest anomalies centered near 130W, which would be centered in E Nino 3.4/Nino 3 making it pretty E based. Though this run is not as E based as 1997-8, stay tuned to future runs because the E trend of the strongest anomalies on Cansips from run to run may very well not be done due to this suspected Modoki bias. I can’t post it because the file size is much too large for me to have room in my account. But when it comes out on TT and WxBell, those will be smaller files and thus postable.
  17. GaWx
    Out of the dozens of (pre) El Niño summers, 1991 was the 2nd hottest at Detroit on record with only the pre late developing weak Nino summer of 2018 hotter! The 3rd hottest Nino summer was 2002, which preceded a very snowy and cold winter that was one of the coldest and snowiest moderate or stronger El Niño winters there as you know.
  18. GaWx
    Darwin’s pressure has averaged 1015+ mb, a high pressure for there, for 22 straight days! That’s a new record (back to 1991) that breaks the old record of 20 days that was set during another developing super Nino, July of 2015. I’m expecting that streak to finally end tomorrow.
  19. GaWx
    1. The July SOI comes in way down at -26.8, by far the lowest July SOI on record. The only lower ones during met. summer were the -27.7 in June of 1905 and the -27.0 in June of 1896, both incoming El Niños. 2. This brings us to 82 straight days of -SOI. Going back to when records are readily available (since 1991), this is second only to the 100 days of 1998! It’s too early to tell whether or not the current streak will reach 100 days.
  20. GaWx
    Thanks, Don. But do you have any comments on the wet W, C, and N Europe (~+7”/year) averaged out year-round 2016-25 per the map I posted and how it does or doesn’t relate to CC?
  21. GaWx
    Thanks. I see that this is calling for the hottest being 101 at CAE, which would be their hottest of the summer to date. This reminds me that I forgot to mention that CAE finally reached 100 on July 28th although Augusta still hasn’t.
  22. GaWx
    Chris, my point is that the summer of 1991 didn’t follow the pattern of the mean of the other 5 as it was net warmer than normal in the E 1/2 of the Conus vs it being colder than normal for the other 5 years averaged out:
  23. GaWx
    Whereas far W Russia/E Ukraine have averaged drier than normal, check out the W, C, and N Europe precip. anomalies over the last 10 years. They’ve been averaging wetter than normal by ~0.5 mm/day, which is ~0.02”/day or ~7”/year wetter than normal. Is this by chance driven by wetter winters? Does anyone have a breakdown by seasons? Any comments? @WolfStock1@donsutherland1
  24. GaWx
    Do you mean El Niño possibly carrying over like 1957-8/1958-9? That’s the closest I could find followed perhaps by 1940-1/1941-2.
  25. GaWx
    Based on all that I’ve read, the role of CC in overall wildfire frequency/avg size is complex. One thing it is doing is increasing the green-ness of the Earth overall, which is a good thing but which itself also increases amount of fuel for burning. Also, where it is causing drier conditions on average, that along with heat increases fire danger. But wildfire stats, depending on what you examine, don’t necessarily show that wildfires have increased over the decades and in some cases have shown marked decreases. Some of that is likely due to better firefighting resources.
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