|
Date
|
City
|
Degrees
Fahrenheit
|
|
Oct 24
|
Record low
Montague, CA
Traverse City, MI Breaks old record of 24 set in 1976
Islip, NY 31 tie
Pocatello, ID Ties previous record set in 1949
|
.
26
22
31 tie
18 tie |
|
Oct 24
|
Record rainfall
Pensacola, FL—3.3”
Columbus, GA—2.00”
Macon, GA—2.51” Breaks old record of 2.00” set in 1919
|
|
| Oct 23 |
Record low temperatures in 10 states!
Rome, OR Breaks old record of 20 set in 1980
Caribou, ME Breaks old record of 21 set in 1982
Winslow, AZ
Traverse City, MI Breaks old record of 24 set in 1976
Grand Junction, CO Breaks old record of 26 set in 1996
Hilo, HI
Childress, TX
Seattle, WA
Bountiful, UT
Burley, ID
Idaho Falls, ID Breaks old record of 18 set in 1958
Challis, ID
Pendleton, OR
Union, OR Breaks previous record of 20 set in 1980
Walla Walla, WA
Thanks to Chuck Clancy for this info
|
.
15
20
21 tie
22
23
64 tie
34 tie
39 tie
28 tie
21 tie
17
17 tie
29 tie
17
32 tie
|
|
Oct 23
|
Record snow
A record snowfall of trace was set at Dodge City, KS today. Ties old record set in 2002.
|
|
| Oct 23 |
Wettest October on record in Dodge City, KS
4.97 inches of rain as of today, breaking the previous record of 4.94 inches set in 1997
Wettest October on record in Hastings, NE
6.16 inches of rain as of today, breaking the record of 5.82 inches set 111 years ago in 1897
Wettest October on record in Kearney, NE
9.21 inches or rain as of today, breaking the old record of 6.30 inches set in 1946
Kearney may be headed for the wettest year on record
Total precipitation in Kearny so far this year stands at 35.48 inches. With more than two months remaining in the year, this total accumulation already ranks 2008 as the 5th wettest year ever in Kearney, where the all-time record annual rainfall stands at 40.07 inches.
|
|
| Oct 23 |
Record rainfall
Lincoln, NE— 2.01”
|
|
| Oct 22 |
Record rainfall
Houston, TX—3/70” Breaks old record of 2.40 inches set in 1920
|
|
| Oct 23 |
First snow of the season in Colorado and Nebraska – A vigorous storm pushed southeast and out of the Rockies on Tuesday night, dumping around 20cm (8inches) of snow across parts of Colorado.
Yesterday the storm continued to bring a wintry mix of weather and strong winds across the Central Plains. In O’Neill, Nebraska, snow fell during most of the day.
On Wednesday, Ottawa also saw its first snow of the season. There were also reports of snow across many northeastern states, including parts of New York and Pennsylvania.
http://www.bbc.co.uk/weather/world/news/23102008news.shtml |
|
| Oct 22 |
Record lows
Marquette, MI
Rome, OR
Traverse City, MI Breaks old record of 26 set in 1955
Alpena, MI
Bryce Canyon, UT
Pocatello, ID
|
.
21 tie
23 tie
22
20 tie
14 tie
18 tie
|
| Oct 21 |
Record lows
Hilo, HI
|
|
I really believe this will be a “classic” winter. Been a while since the last one. We will see some mild periods, too, as the cold reloads. Each shot being a little colder than the first, along with some intense storms.
There’s a surprise!! It’s snowing in Scotland.
Perry
I’m wondering whether the people who believe we can somehow “stabilise” the world’s climate by adjusting CO2 levels, like selecting values on a thermostat, have a clear idea of what would be the perfect state of worldwide heat and cold?
I’m not just talking about the ideal ppm for CO2 but about the length of summers and winters in different places around the world, the frequency of hurricanes, the rates that glaciers recede or advance.
Putting it another way, is there a snapshot or a perfect period of time in the past, that AGW proponents would like to return to, in terms of world climate? The 1860s? The 1920s? If there is one, and once that desired state is achieved, is there anyone who believes that global climate would remain in that ballpark, so to speak, for perpetuity, so long as CO2 levels stayed at 350 ppm, (or whatever the ideal value is)? I’m curious and have searched for evidence of some sort of consensus on the matter, but no luck so far.
(Putting it yet another way, AGW proponents want to avert the negative outcome of global warming; so what positive (and measurable) outcome are they aiming for?)
alexjc,
“So what positive (and measurable) outcome are they aiming for?”
Answer: Chains and shackles for the American lifestyle.
The Sun still sleeping, North Pacific cold pool ramping up again, heliosphere shrinking, Earth’s magnetic field weakening, global economy in a tail spin, food growing scarce, WMD proliferation amongst those who hate us … nothing to see here, move along.
Weather note from my house…
Snow flurries spotted today, snow showers expected tomorrow morning and night…much earlier than usual. Also looking at low temperatures 10F degrees below normal.
Brute: I think I read this, and Anthony and probably answer, surface stations have dropped from 6000 to 2000…of course this is worldwide numbers. My questions when I heard this was: are the stations still well distributed? What effect does the change in number of stations have on the average? Are there more urban stations now, than rural?
Maybe a snowstorm in the Northeast.
This guy has a good take on things.
Link
Hope it doesn’t get too cold in November.
http://news.bbc.co.uk/1/hi/sci/tech/7638564.stm
Brute (10:28:31) : My thinking is that over the course of 100 years, (1900 – 2000) the extreme high temperature records achieved should show up in the latter half of the 20th century when CO2 levels were higher, (if the CO2 = higher temperature theory were correct). You’d think that out of all 50 states that at least a slightly higher percentage of record highs would be broken after 1950.
If you think about it, not really. The records are extremes. The premise behind global warming is an increasing average. It’s not hard at all to increase the average temperature and simultaneously remain within previous extremes.
A maybe not so good example: the conterminous U.S. has east and west extremes at the Atlantic and Pacific oceans. It’s quite possible for the center of population (a location) to move toward one extreme or the other without going past either. To use this example, pretend temperature is location. The average temperature is approximately where most of the daily temperatures appear.
It’s also possible to have a new record without appreciably changing the average value.
Even so, one expects the number of extreme values to increase over time. at a rate logarithmic to the number of observations.
More talk about records and the extreme value fallacy.
DAV : Even so, one expects the number of extreme values to increase over time. at a rate logarithmic to the number of observations.
Correction: That sentence doesn’t even come close to what I meant. One expects the values to increase at a logarithmic rate. This means that the likelihood of finding another extreme decreases with time.
Well if you’ve been measuring “weather” (isn’t hat what GISStemp does) and maybe doing it for say 100 years.
Then in any perfectly ordinary year, on any date, at any “weather station”, you should on average expect to get 3.65 new record lows, and 3.65 new record highs, 3.65 new wind highs, and 3.65 new rain highs; etc.
If you only report say the record highs, you convince people it is warming, but if you only report the record lows, then you convince the same people it is cooling.
All GISStemp reports is what their algoritm computes from whatever raw data they get from their “sites”, and in the end, none of that is actually “Climate”. it is just anecdotal information about a very small number of arbitrary spots on earth. I’ve read that the number of actual weather reporting sites in the arctic (+60-+90 Lat) was about 12, 100 years ago, and increased up to 80 something at maximum, and is now down to 70 something; and this is supposed to be a reliable history of conditions in that region ?
Re: Steve M.
With either 6000 or 2000 observation sites globally, one thing you can say for sure is that there is no way you can be getting a correct “Average” temperature for the entire global surface or lower atmosphere.
For some reasons; unknown to me; climate scientists seem totally oblivious to the basic laws of sampled data systems. Every point on say the surface of the earth (solid or liquid) has some specific temperature at some specific time, and those values are continuous functions of both time, and space co-ordinates (say Lat/long).
It isn’t practical to measure all of those points at every point in time, even for say no longer than a full year orbit of the sun. So the best you can do is to sample that function of three variable (lat, long, time) at various intervals.
If you do that correctly according to the laws of sampled data systems, it is theoretically possible to reproduce the original continuous function from the set of data samples, so you can determine the value at any place and time that was measured, but you can also determine what is was at any point not measured at any time not measured.
The Nyquist sampling theorem stipulates the requirements for correct sampling of the continuous function, in order to enable recovery. If you violate those conditions, the recovered function will contain errors, called “aliassing” noise, that is false information mixed in with the real information, in such a way that the two cannot be subsequently separated by any form of filtering; real or imagined.
If you violate the Nyquist criterion by just a factor of two; then it is not even possible to compute the average value of the function; which will itself be corrupted by aliassing noise.
The global sampling system used to determine GISStemp, violates the Nyquist sampling theorem criterion by orders of magnitude. Whatever its algorithm computes, it in no way can be represented as a mean global temperature. It is simply the result of a ritual carried out with no scientific validity to the result at all. GISStemp anomaly plots display GISStemp anomalies, whatever they are, and nothing else.
OT note to Anthony…..
I just came from Andrew Bolt’s site.
Did you know that Alex Lockwood mentioned you in a speech he gave?
Here’s the link to the written version. First paragraph on page 4.
http://www.ajeuk.org/papers/2008_09_12%20AJE%20Alex%20Lockwood.pdf
Saw this in a large retail store, Nottingham UK, I could not believe my eyes.
http://s446.photobucket.com/albums/qq187/bobclive/?action=view¤t=carboncreds.jpg
http://s446.photobucket.com/albums/qq187/bobclive/?action=view¤t=carboncreds2.jpg
George E. Smith (12:49:35) : Then in any perfectly ordinary year, on any date, at any “weather station”, you should on average expect to get 3.65 new record lows, and 3.65 new record highs, 3.65 new wind highs, and 3.65 new rain highs; etc.
That may be true but the values changes from the previous record will become less and less over time. After a while, the record can only be broken by a value that has more precision than the measuring equipment. IOW: you will asymptotically approach the “real” extreme.
John Finn: The anomalies you post for the past 30 days are incorrect for the Arctic. One clue to this is the seriously low anomaly over Alaska and the seriously high anomaly over the Beaufort Sea. Another clue: The dramatic refreeze of ice throughout the Arctic basin. Another clue: northernmost temperature stations don’t reflect anything other than cold for the past 30 days.
The anomalies are relative to the 1966-1996 period. The arctic was considerably cooler then than it is now. Current temperatures are only ‘low’ with relative to recent years.
The “dramatic refreeze” is, at least partly, due to the the extent of the summer melt (as with 2007).
George E Smith – “The global sampling system used to determine GISStemp, violates the Nyquist sampling theorem criterion by orders of magnitude. Whatever its algorithm computes, it in no way can be represented as a mean global temperature.”
Now you’re talking! But I can’t see how this ‘average’ thing works at all. For example, what am I to make of the fact that the average between a daily max. and min. is not necessarily the same as the average of a set of measurements taken at set periods over the 24 hour period? What does it ‘really’ mean to say that either one of these is the average temperature for that day? And of course, this is the data which then feeds into the whole average global temperature thing.
Is it just me or is there a real stink hanging over the rational behind this whole thing?
Brute said – “My thinking is that over the course of 100 years, (1900 – 2000) the extreme high temperature records achieved should show up in the latter half of the 20th century when CO2 levels were higher.”
To which DAV replies – “If you think about it, not really. The records are extremes. The premise behind global warming is an increasing average. It’s not hard at all to increase the average temperature and simultaneously remain within previous extremes.”
Seems to me that whilst this is correct as far as it goes, nevertheless there is a problem. The extremes on any graph of daily/monthly etc weather are themselves averaged to obtain the smoothing necessary to try and ‘make sense’ of the data. Isn’t it these smoothed (averaged?) figures that are fed into the global average thing. And therefore, are we not immediately involved in an average of extremes? And in the real (climate) world, wouldn’t an increasing average be accompanied by higher maximums and higher minimums? And wouldn’t absence of such higher maximums and minimums argue against any underlying ‘increasing average’.
And continuing the population centre example – what would it mean to say that the ‘average population centre’ was at such and such a location? Isn’t that the very problem with average temperatures?
Sorry, more questions than answers!
There’s still a lot of material left in the stratosphere from the eruption of the Kasatochi volcano in Alaska – so much so that people from around the northern hemisphere are still sending in their pictures of volcanic sunsets.
http://www.spaceweather.com
So, even though Kasatochi is a tiny fraction of Pinatubo, prepare to be told that material lingering from the Kasatochi eruption is “masking” global warming.
A bit of cool weather in a few places is not the end of AGW. I don’t know how anyone could seriously believe that it does. The level of certainty expressed by so many here, the certainty that AGW is false and the uncompromising position that no policy decisions should be made on the basis of it being true make it seriously look to me like a vocal group with a political agenda trying to hijack this issue. The consequences of choosing to continue the expansion of emissions by choosing to disbelieve the consensus scientific view will be very serious. I don’t want to bet the future climate of the planet on the opinions of a few maverick scientists who, a. have already lost the scientific debate, b. mostly can’t even get published in the relevant science journals, c. complain that it’s innate prejudice against their conclusions when their work just isn’t good enough. They losers and they’re sore losers. Why would I bet anything on the losers being right and the whole science establishment being wrong?
I expect the government of my country to take the advice of the international body it helped set up to advise on climate change, to take seriously the findings of the scientific institutions that study climate and to look to the peak science associations and academies to guage the consensus scientific view. Unless of course they are in serious disagreement with each other. Unless there were fundamental disagreements between IPCC and climate research orgs like NCAR, NOAA, Hadley CRU, CSIRO, unless the peak science associations and Academies found the science flawed, unless the FBI found there really is a conspiracy to reject scientific publication that disagree with them in order to undermine civilisation and democracy, it would be a serious deriliction to choose to presume they are wrong. If there were serious fundament disagreements then I might take the complaints that the process is flawed seriously. There aren’t.
Sorry, I just can’t take the fuss over a bit of cool noise in a long term warming trend as seriously indicative of anything except the capacity of people to support opinions that align with their political prejudices.
The argument above is an example of “appeal to higher authority” and it is inconsequential to a scientific debate.
If you believe that the Earth is warming, and that manmade CO2 is the cause, produce your data. Tha’s all you have to do in this forum.
Look, you guys are going to have to speak, (write) English with me. Nyquist sampling theorem criterion is slightly out of my league.
If the “average” temperature is rising, shouldn’t the extreme high temperature rise also?…… Somewhere?…. At sometime during the course of the 100 year period? Is it simply because we are discussing such infinitesimally small increases? Are you guys suggesting that there is a ceiling or limit on extreme high temperatures?
Keep it simple for my sake please.
I don’t have any numbers or sources; however, I have to believe that the number of temperature monitoring stations has had to increase and become more widely dispersed over the last 100 years especially in the western United States.
Now, I’ve seen the sloppy work of many of the weather monitoring stations that Anthony has showcased, but even factoring in temperature monitors mounted on asphalt parking lots in Death Valley should indicate an extreme high temperature post 1950 if CO2 were the cause, right?
(I still can’t believe that we are discussing an “average” increase of .7 degrees “averaged” over 150 years, “averaged” over the entire surface of the globe and some in society have come to believe that this is a problem).
I don’t think that 30 years of weather is conclusive proof of anthropogenic global warming given that the planet has been warming (a) since records began (b) since the last ice age.
We should not be funding political initiatives based on a what if, especially as these initiatives will put millions of lives at risk through poverty. AGW is not conclusive, no matter how much the IPCC would like us to believe it.
“John D. (11:48:57) :
Here in the northern Sacramento Valley in Northern California, this October’s been aweful warm (low to mid 80’s so far); sure could use some of that cool and wet !
John D.”
That’s not in any way abnormal, for that location. Wait until tomorrow (if it has not already hit you today).
Ken, the “long term warming trend” started way before humans started increasing levels of CO2. Recent “scientific” studies show the sensitivity of the climate to increased CO2 is less then the models are projecting. The recent 7-10yr “cooling” trend may very well continue.
[…] be all that Global Warming Chill in the air: record low temps in 10 states Brisbane has its coldest October morning since 1976 Record NSW cold snap brings snow […]