Introducing the WUWT US Weather History Reference Page

We are pleased to introduce WUWT’s newest addition, the WUWT US Weather History Reference Page

The US Weather History page includes temperature, precipitation and snowfall graphs and graphics covering the prior year in the United States. It will soon be joined by the US Weather Prediction, the US Climate History and the Global Climate Indicators pages. All of which should be good additions, but the Global Climate Indicators page is shaping up to be particularly formidable…

We have also added new graphs and graphics to the Sea Ice, Atmosphere, ENSO and Solar pages. If you have not had the opportunity to look through WUWT’s reference pages, it is highly recommended, as they are very informative, and indicative of the tremendous complexity of Earth’s climate system:

If you have have any suggested additions or improvements to any of the WUWT Reference Pages, please let us know in comments below.

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My sincere thanks to WUWT regular “justthefacts” for his hard work on this – Anthony

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Very impressive! Considering the volume of quality data available here, one would think you would be entitled to some hefty government funding… 😉
As always, thanks!

An Inquirer

I would like to see a graph of stratospheric temperatures — updated on a monthly basis.

John Marshall

Looks like a bunch of good new stuff.
The US/Canada is probably a good indicator of what the NH climate is doing, this being because of size and the latitude spread. When the UK Met. Office come out with their claims, built on data collected mainly from the UK which is a small insignificant island off the NW coast of Europe, I smile.
I look forward to reading the facts.

justthefacts: Another job well done. Thank you.

Wonderful! The sea surface temps should be especially useful when the Carbon Cultists start attributing some event to “unusually warm oceans”.
One thing that’s missing is wind. I don’t know if NOAA makes it available in a useful or graph-able way, but it would be a good indicator of gradient strength and overall instability.

kramer

Thanks Anthony.

Pamela Gray

Would it be possible to indicate temperature sensor locations on the temp maps? Often, readers will quip, “Not based on our local temps!!!”

Olen

Thanks

TFN Johnson

The Solar pages still seem full of poorly annoted graphs: of little use to interested amateurs.

jcl

Slightly OT, but if we gain a bit more here….it’ll be a new peak for the year.
http://nsidc.org/data/seaice_index/images/daily_images/N_timeseries.png

Viv Evans

Thanks, Anthony, for setting up this invaluable reference page.
Thanks, justthefacts, for putting in this enormous work, populating the reference page.
I love going there, looking at the graphs, and just thinking about what they show.

Anthony, Any chance of providing the Weather history data for the UK; or a reliable link to it? Regards, Bob.

What about a global ocean temperature page?
Thanks.

Rhoda R

Lovely, Anthony, just lovely. Thanks.

Anthony, Thanks to you and those who contribute to this site, my grandkids teachers better stay on top of their game or the kids are going to be more knowledgable.

Would greatly appreciate graphs and links concerning Arctic sea ice volume.
Also, updated graphs on GrIS mass balance and Antarctic mass balance would be appreciated. These can be obtained from Dr. John Wahr at the University of Colorado.

John from CA

The US weather page is great.

Walter Schneider

Great page, Anthony, and thanks to justhefacts for doing the work on that.
Can’t help but notice how the weather stops north of of the 49th Parallel. Maybe that is why the real weather often comes as a surprise that the forecast didn’t foresee. 🙂

Hi Just the Facts,
I am a little confused. The first link you gave in your above comment wrt to Arctic sea volume was to the volume anomaly, but you mentioned that it was Greenland, was that a typo?
I mean, the pages of links you are creating are a pretty valuable resource, but the Arctic ice extent is not nearly as important as the volume numbers, so it is important to include them even with the uncertainties, and the ranges are indicated as pretty broad, plus we now have more than 30 years of data.

Also, AW’s post of 2010.12.08 concerning an article about lubrication and speeding up of glaciers on Greenland does not say anything about inaccuracies or in any way challenge Dr. Wahr’s GrIS mass balance GRACE data. So, I am not sure what you mean.

vigilantfish

Wow, what a treat! The humidity map is rather puzzling (it looks like cloud cover) but I guess intuitively informative. Love the sea surface temperature maps and find the differences between the Pacific and Atlantic coasts amazing. Thank you for your hard work, Just the Facts.

Dear Just The Facts,
You know, apparently, Jason Box’s group got similar results for Greenland using different methodology.
I don’t even much care what either group did.
Since I have no access to quantitative data, I have been tracking Greenland’s melt qualitatively by looking at composite satellite images available on a Danish site. I also look at the MODIS images. I store the composite images on my HD. They are fairly low resolution compared to anything available to a actual researcher.
Even so, the melt during 2010 was visually very dramatic. If I can see rapid changes occurring by looking at low-resolution images, then to me that has significance because I shouldn’t even be able to discern rapid changes from such images unless they are large.
Further, we know that temperatures on southwestern Greenland remained above freezing even through December, unlike prior years when freezing would take affect by September. The images that I look at also allow one to see the effects of runoff in the sea due to the reflectivity of the sediment particles that flow out with the glacial runoff, and runoff could be seen through December. Only lately has there been ice in the sea off the southwest coast sufficient to get in the way of observing the sediment particle reflections.
The same site also used to have graphics of water temperatures around the coast of Greenland, and when certain events occurred like major draining of most all melt lakes along the edge of the ice sheet in August (these are very interesting since they are neon blue against white in the MODIS images, and when they drain out, they leave depressions behind that are greyish where their shadows occur). The number and size of the melt lakes were much larger in 2010 that in any prior year. Further, the retreat of the edge of the ice sheet along the south west was not built back by any accumulation of snowfall this past winter due to temperatures being above freezing. This actually resulted in a lowering of the horizon to the east of Nuuk, causing the sun to appear two days earlier than normal in January.
The other thing that occurred all around the entire coast of Greenland was that none of the fjords really froze over like they had in past years. Not to mention the ice arches did not form at the north end of the Nares Strait so sea ice from the Arctic continued to flow out through December. And the ice that flows out there is in general what is left of the multi-year ice.
Again, this is all qualitative info, but it is easy enough to see what occurs when the ice arches form (as they had done for years) and when they stop forming.
Now, we have a situation where we know that the Arctic Sea temperature has increased, the temperature of the air above the Arctic has increased, the winds have increased in speed, there are more storms, and the ice is much much thinner, leading to its greater susceptibility to being shoved around and broken up and moved out of the Arctic Sea.
Anyway, this is the link to the Danish site: http://www.seaice.dk/latest-ice.html
Once there, you have to click on the link to “Overview pictures of northern and southern hemisphere.”
The images are updated daily so if you want to see them again, you have to download them as their links will not work the next day.
I used to look at a Canadian site to track the sea ice north of the Canadian archipelago, but the images are too fuzzy now due to more storms. They are best when there are no clouds. This is not the case for the Danish images which use some type of system that eliminates cloud cover.