Your's truly looking at the ice core from 2,500 meters beneath the Greenland Ice Cap. The science trench where the drill is located is -20C and is about 10 meters below the surface. Dan's pic.

I’ve just returned today from Greenland and am looking forward to seeing my first “night” in 10 days!

The 14 countries that have supported the NEEM ice core project got their money’s worth this week. The two year project to drill an ice core through 2,500 meters of ice finally reached Greenland rock.

Where Is It

NEEM at Midnight- Dan's Pic.

The NEEM site is at 8,300 feet on top of the ice sheet. I arrived there a week ago Tuesday and was a guest for 8 nights. There were 38 of us in a small camp in the middle of a magnificent desolation of white.

The population of this tiny outpost is an international mix of young and older scientists, researchers and ice core drilling experts. Many like Jim White, the Director of the Stable Isotope Lab at INSTAAR are renowned experts in their fields.

It was a fun and fascinating 9 days with top ice scientists from Denmark, France, USA,Germany, Japan, Netherlands, Australia and New Zealand.

There was a riot of different accents but everyone had one thing in common.

Scientific curiosity.

Among those in science, that always transcends national borders, languages and cultures.

About NEEM

James White of the University of Colorado and director of INSTAAR.

I was a guest of Paleoclimate expert  Jim White the director of the Institute of Arctic and Alpine Research (INSTAAR) at the Uni. of Colorado. Dr. White arranged the support of the National Science Foundation. After Denmark, the NSF was the second biggest funder of NEEM.

So what did the folks at NEEM do in plain language?

They pulled up ice that was once falling as snow in Greenland around 150,000 years ago! Then they analysed and read it like a climate history book. This was the first time that a boat load of science was done on an ice core as it was being obtained.

This was during the ice age that preceded the Eemian. The Eemian is the warm period before our last ice age. This means we now have an ice core that goes all the way back through the Holocene (The warm period after the last ice age in which we now live), the ice age before the Holocene, and then the warm period before the last ice age (The Eemian) and finally into the penultimate ice age before the Eemian!

This is from the Antarctic VOSTOK ice core. Notice how stable the climate has been during the short blip of time called the Holocene. Virtually all of civilisation developed in the Holocene. Notice how unstable the climate was before! NEEM has now obtained a core from Greenland that goes back a similar period to that shown here. (NOAA)

Knowing what the climate of Earth was like in the Eemian is vitally important. The main reason is because there is overwhelming evidence the Earth will be as warm as the Eemian by the end of this century.

It should not be. The best evidence we have is that the Earth should be cooling slightly. It is actually doing just the opposite because of rapidly rising greenhouse gases.

There is no doubt among the scientists that we will continue to warm. Even if we quit burning fossil fuels tonight, the planet will continue to warm at least another degree. That’s because a lot of the warming has been stored in the oceans. If we keep burning coal and oil, the warming will be much more severe.

There is little debate about that in the science community. Almost none actually.

NEEM Camp- Dan's pic (click to make real big)

The Scary Bit Is What Is Not Known.

Could there be a rapid warming?

A significant jump in temperature that happens in a decade?

Sound crazy?

Think again., The ice core at NEEM and the other Greenland cores all show that this has happened many times in the past. Very abrupt warmings are part of our climate. The question is what are the tipping points that cause these. The bigger question is are we about to reach one.

This ice core at NEEM may hold very important clues.

Pictures and Video

I took thousands of pics and made 5 hours of video at NEEM. We will air reports on WHNT for those in North Alabama and there will be an in-depth documentary about NEEM coming as well from Dave Jones at Storm Center Communications. I was part of the three man team that Dave sent.

My colleagues, David Stroud and Robert Freeland, and I had an incredible adventure. I learned more of the latest climate science in 8 days than I could have in a year at home. (I had captive climate experts to ask questions of and I took advantage.)

We were there when NEEM reached bedrock.

Stay tuned here for the pictures and the story. I think you will find it fascinating.

One thing for sure, the phrase “snow on the toilet paper” will have a significant meaning to me for the rest of my life!

More soon after I sleep for awhile!

Dan

Click image for the full resolution! The ash layer is at 10-16,000 feet now instead of the higher altitudes over the weekend. From NASA. This new cloud is headed toward the UK.

There is actually some good news tonight. The ash cloud over Europe has diminished and begun to sink south of Paris and London. Here is the outlook for tomorrow regarding the no go areas.

Ash extent forecast for Tuesday 7 am London time. From UK Met Office.

Most of England is in the clear by 1 PM! From UK Met Office.

Late word tonight that the eruption has picked back up. The current wind flow will steer the new ash cloud toward the UK, Central England in particular. So the openings of the airports tomorrow may be brief. See below.

The ash will be at a lower altitude but it may become more dense and put an end to the planned reopening of the airspace over the UK tomorrow. Further east there is more hope for flights.

Keflavik Radar from Iceland Met Office. No plume from the ash currently being detected!

The weather radar at the Keflivik Airport is not seeing a plume from the ash cloud this evening. The last report from the UK Met. Office is a plume height of 16,000 feet. This is much lower than over much of the last 72 hours.

There is also good news on the flight restrictions. The lower levels are looking much better. It looks possible that flights could operate from Paris tomorrow, and even some domestic UK flights might be possible.

Restricted flight zones due to ash from Iceland. Image from UK Met Office/NATS

Ash cloud approaching 30,000 feet over Iceland. Courtesy Iceland Met Office.

The UK has now grounded aircraft through 1AM GMT Sunday. The ash cloud has gotten worse and there is a new plume headed toward Europe as the image above indicates. Meteorologists from the Iceland Met Office flew o Friday near the volcano to check the height of the ash cloud and reported it is nearly 30,000 feet (10,000 meters).

The upper level winds at this level will steer the ash toward NW and Central Europe. The conditions may very well worsen over the weekend.

Why?

Look at the winds forecasted for Sunday at 34,000 feet from the UK Met Office numerical weather prediction model:

Winds at flight level 34,000 feet from UKMet Model. Image courtesy UK Met Office and 21st Weather Squadron USAF

A “Eureka Alert from SCIENCE late Friday has some interesting and alarming news:

Public release date: 16-Apr-2010
[ Print | E-mail |  Share ] [ Close Window ]

Contact: Jay Miller
miller@iodp.tamu.edu
979-845-5740
Texas A&M University

Icelandic volcanoes can be unpredictable and dangerous, say Texas A&M prof

If history is any indication, the erupting volcano in Iceland and its immense ash plume could intensify, says a Texas A&M University researcher who has explored Icelandic volcanoes for the past 25 years.

Jay Miller, a research scientist in the Integrated Ocean Drilling Program who has made numerous trips to the region and studied there under a Fulbright grant, says the ash produced from Icelandic volcanoes can be a real killer, which is why hundreds of flights from Europe have been cancelled for fear of engine trouble.

“What happens is that the magma from the volcano is around 1,200 degrees and it hits the water there, which is near freezing,” he explains. “What is produced is a fine ash that actually has small pieces of glass in it, and it can very easily clog up a jet engine. If you were to inhale that ash, it would literally tear up your lungs.”

Miller says most volcanoes in Iceland erupt only about every five years on average and are relatively mild, but history is repeating itself. Extremely large eruptions occurred there in 934 A.D. and again in 1783 that covered Europe with ash much like today.

“Ben Franklin was ambassador to France in 1783 and he personally witnessed the large ash clouds over Europe, and he later wrote that it was a year in which there was no summer,” Miller adds. “The big question now is, what happens next? It’s very possible this eruption could last for quite some time, but no one knows for sure. Volcanoes in that part of the world are very hard to predict.”

—–

Here below is the latest ash coverage forecast from the UK Met Office:

Ash cloud from UK Met Office

More soon,

Dan

Ash cloud from Iceland Met Office and UK Met Office.

The Iceland volcano that has shut down the air traffic over much of Europe sent ash clouds high again today and the news is not good. The upper level winds are likely to continue to blow the ash toward the UK and Northern Europe.

Most of the ash is in a layer from 20,000 to 35,000 feet. Since most aircraft fly around 35,000 feet across the Atlantic, it is impacting almost all of the transatlantic flights. The ash is hard to see on weather satellites but the thicker portion of the plume is visible.

The UK Met Office has been using LIDAR to measure the intensity and location of the cloud over the UK. LIDAR is like radar but uses laser light instead of radio waves.

Forecasting the ash can be broken down into three problems.

1.  Where is it now?

2. Where is it going?

3. Is there more coming up?

Unfortunately, there IS more coming up.

The ash cloud reached 24,000 feet today. The pic above shows where it is now, and the image below shows where it is likely to go. This forecast map is for the winds at around 30,000 feet for Saturday. You can see the streamlines pointing straight toward Western Europe.

Upper level winds forecast for 11am Saturday, London time. The ash will likely spread out and cover much of NW Europe.

If the volcano calms down a bit the ash will clear in about 24-36 hours.

Update:  Here is a pic of the dusty sky over North Wales on Friday evening from a friend. Most of the time he shoots wedding not clouds. Just the opposite of me! If you ever need a wedding photographed Alan Williams in Wales, you know now who to call!

Stay tuned, and for those of you stuck in Paris or London – why are you complaining!!