SwaloPhotoCC BY-NC 2.0

Doggerland likely to have vanished due to the Storegga tsunami 8 ka ago

“Doggerland” refers to a drowned landscape located where the North Sea stretches today. Fishermen have found numerous archaeological artifacts when fishing between the coasts of UK and Denmark/Germany (more or less), which led to the idea that an ancient culture lived in this area when the sea level was lower some thousands of years ago. Archaeological studies and modelling confirmed this hypothesis (e.g., see Coles, 2000 or see this paper with a really cool title: White, 2006). Slowly rising sea levels and/or land subsidence forced our ancestors to move to higher grounds and to finally give up Doggerland at all around 8 ka ago. Jon Hill and his co-authors now added some more spice to this story. At the EGU they presented modelling data which imply that the Storegga tsunami over-ran the remaining islands, and that the end of Doggerland was sudden.

The BBC covered this story in a long article and they also have this nice video of the tsunami modelling:

The Storegga slide occurred off W Norway and is maybe the largest submarine slide that we know about (Bugge et al., 1987). It is well known that it caused a huge tsunami that affected the coasts of Norway, UK, Germany, Denmark, and so on (cf. Bondevik et al., 1997). So what’s new with the story of Hill et al.? They included the paleobathymetry in their modelling, thus being able to get a) more precise results on the consequences of the tsunami along the coasts and b) evidence for waves high enough to destroy what was left of Doggerland. Poor ancestors.

Check out Jon Hill’s talk on figshare or see the first 9 slides below:


submit to reddit

Christoph Grützner

Christoph Grützner

works at the Institute of Geological Sciences, Jena University. He likes Central Asia and the Mediterranean and looks for ancient earthquakes.

See all posts Christoph Grützner

No Comments

No comments yet.

Leave a Comment


Just click the "Unsubscribe" link which you find in every newsletter you get and your email adress will be removed from the subscribers list in seconds.


} ?>

Sharing Options

Digg this
Like us on Facebook
Follow us on Twitter
Follow us on Google +
The paleosesismicity.org group on LinkedIn
Subscribe to the paleoseismicity Newsletter