Here it is, March 3rd, and snowing when
average high temps should be approaching 60.
We also calculated 30 years of
average high temps for March, April, May, and June, leaning on data from the National Oceanic and Atmospheric Administration (NOAA).
Not exact matches
In the case of Texas, the surrounding Gulf of Mexico has recently experienced record -
high temps, and this winter was the first time ever that its
average temperature did not dip below 73 degrees Fahrenheit.
(2) I see the
average temps and humidity for the summer look pretty
high — any anecdata as to how oppressive it actually is?
Now if you shrink the running
averaging period to zero so only month by month data is shown, in all cases the 2015
temps are
higher than 2009.
flxible @ 60: Long term January
average temp in Victoria is 7.6 C daily
high and 1.44 daily low.
Call me a nutter, but for the past several months I have been paying attention to the
temps there in northern Norway and places like Murmansk and Moscow, and they are waaaay
high above
average — umremittingly so.
Higher average global
temps make the planet wetter, colder
temps make it dryer (arid).
What did it rise from — and rise to — if the max
temp change in the graph (even though it ends incorrectly
high at 0.8 degrees instead of about 0.40
average local change) isn't 2.0 C?
The
average temps have been
higher (no winters) and the biota did better.
Between 1985 and 2012, CO2 increased from 345 to 395 ppm, and the
average global temperature increased by 0.3 — 0.4 deg C. Due to the
higher temp, the outgoing radiation from earth increased over a wide spectral range (3 - 50microns).
And, let us not forget the article at hand, which now shows that late 20th century
average temps are no
higher than they have been in the past.
state «we will cap emissions if a) CO2 ppm > 450ppm and b) emissions are
higher and c)
temps are > 0.3 C above 1990 - 2000
average.
Then they take the
high temp, and the low
temp, add them together, then divide by 2 to get the
average for that day.
What I am worried about, is the combination of
higher than
average temps across the CAB, while northernmost Siberia is colder than
average.
... Fred S. Singer, if you read this, or if somebody who knows you, At KTH Stockholm, September 2006, did you get my pun about the outliers being «outliars»??? And BTW, you are 39 years older on the day than the love of my life... and there are only 2 women having that name on this very planet if not a bunch are having secret numbers... if you generous and dot - omitting, the Texan one... Anectdotal and OT... On topic, always adjustments upwards, after a while... Svenska Dagbladet, Sweden's 2nd biggest morning paper, publish monthly
average temps, precipitation etc for Sweden in general and Stockholm in particular, the April «presentation» «already» May 26 or something like that, and, regarding Stockholm Observatory [inner city] 1,0 C too
high....
The satellite
temps are more sensitive (
higher swings) to ENSO and yearly variation than the surface temperatures, and the 5 - year
average for 1982 (1979 - 1984) is one of the
highest peaks above trend for the UAH record.
And since earth's
average nighttime
temp is
higher, our atmosphere is obviously retaining some latent heat capacity through the night.
Nick, pretty much everyone agrees that global
temps are on
average higher now than a century or 130 years ago.
Boise itself is having slightly above
average temperatures at night (low
temp), the difference is the very large negative anomaly in the daily
high temperatures.
so that proves global warming, even thought the
average global
temp is the same as sixteen years ago and the arctic ice cap area is the
highest in a decade and the Antarctic ice cap is the
highest in four decades.
That's why the very coldest nights at 80 N latitude are about -40 and the very coldest nights at 50 N latitude, where the «
average»
temp is MUCH
higher, are around -40.
Could be due to
higher than
average temps.
Monckton Craftily starting at a
higher than
average temp month and extrapolating the linear
temp graph to period prior to the temperature raising again.
This created a kind of Dr. Jekyll and Mr. Hyde relationship between winter and summer in which
high Arctic winter
temps seemed outrageously warmer than normal even as summer snapped back to more typical Arctic
averages in the furthest north locations.