« A first clue | Main | Remotely operated aircraft measure Arctic soot »

Comments

idunno

Hi Neven,

This might also be a good place for a permanent home for this huge unwieldy research paper database:

http://highnorth.uit.no/

See for example a search for one of your category headings "sea ice thickness":

http://highnorth.uit.no/discover?query=sea+ice+thickness&sort_by=score&submit=Search

Neven

Yes, that's an awesome research database, idunno. I wish I could program that.

But this one is more personal, ie stuff I have read. It's not about quantity either, just the most important stuff one needs to develop an understanding of the current situation in the Arctic.

Andrew Xnn

In my opinion, this Ice Drift acceleration paper was ground breaking:

IPCC climate models do not capture Arctic sea ice drift acceleration: Consequences in terms of projected sea ice thinning and decline

http://web.mit.edu/~rampal/rampal_homepage/Publications_files/Rampal_etal2011.pdf

IPCC climate models underestimate the decrease of the Arctic sea ice extent. The recent Arctic sea ice decline is also characterized by a rapid thinning and by an increase of sea ice kinematics (velocities and deformation rates), with both processes being coupled through positive feedbacks. In this study we show that IPCC climate models underestimate the observed thinning trend by a factor of almost 4 on average and fail to capture the associated accelerated motion. The coupling between the ice state (thickness and concentration) and ice velocity is unexpectedly weak in most models. In particular, sea ice drifts faster during the months when it is thick and packed than when it is thin, contrary to what is observed; also models with larger long-term thinning trends do not show higher drift acceleration. This weak coupling behavior (i) suggests that the positive feedbacks mentioned above are underestimated, and (ii) can partly explain for the models underestimation of the recent sea ice area, thickness and velocity trends. Due partly to this weak coupling, ice export does not play an important role in the simulated negative balance of Arctic sea ice mass between 1950 and 2050. If we assume a positive trend on ice speeds at straits equivalent to the one observed since 1979 within the Arctic basin, first-order estimations give shrinking and thinning trends that become significantly closer to the observations.

Neven

Thanks, Andrew. Could you copy your suggestion to the comment section of the appropriate category (Sea Ice Thickness)? Just to show it works.

I'll then put this paper on top of the list.

Chris Reynolds

In view of recent legal actions (some filehosting site) I've been wondering if my habit of linking to free papers could be a problem. That said there is a climate science blog that specialises in lists of research - can't remember its name.

Be careful what you wish for Neven, I have over 150 pdfs in my Arctic folder. In checking that figure I find I've got 719 pdfs of scientific papers (WTF!) on AGW, I've at least partially read all of them over the last five years. It's no wonder that every time I comment or post a blog post I have a nagging feeling I've read something relevant. The problem is I just can't remember them all. :( BTW there are 8 papers in the 'denialist papers' folder. Including G&T's farce.

Andrew Xnn,
In view of Rampal 2011 - I've just read Boe at al 2009, Current GCMs’ Unrealistic Negative Feedback in the Arctic. http://www.atmos.ucla.edu/csrl/publications/Hall/boe_et_al_published.pdf
You might find it interesting.

Neven

That said there is a climate science blog that specialises in lists of research - can't remember its name.

That would be AGW Observer.

Be careful what you wish for Neven

:-)

One paper a week should be doable.

Actually, it's your blogging on research that inspired and motivated me to try this out.

Kevin McKinney

I think this will be a useful resource, Neven. Thanks!

Chris Reynolds

AGW Observer - yes that's it, useful blog I don't visit often enough.

"Actually, it's your blogging on research that inspired and motivated me to try this out."

:)

Verify your Comment

Previewing your Comment

This is only a preview. Your comment has not yet been posted.

Working...
Your comment could not be posted. Error type:
Your comment has been posted. Post another comment

The letters and numbers you entered did not match the image. Please try again.

As a final step before posting your comment, enter the letters and numbers you see in the image below. This prevents automated programs from posting comments.

Having trouble reading this image? View an alternate.

Working...

Post a comment