OK, couldn't help browsing around and found these two quite different paleo(?) slides to the S. one has a road on top. 61°36'27.69"N 124°17'50.98"W

Just add water: 3D printed rotational landslide.

Working on improving these models so the print files can be shared for outreach and teaching.

3D-print demonstrating a rotational landslide at it simplest. Amazing how much you can actually communicate with such a simple model: Rotation, self-stabilization etc.

Working towards making more complex models and share the blueprints so they can be used in outreach.

Looking at the runup on the opposite shore to the s of the scar and reading an approximate elevation from ArcticDEM it looks like we are close to the world record for highest tsunami runup (524 m Lituya Bay).

Crazy (horizontal) runup from the large landslide into Tracy Arm fjord, SE Alaska. This is 20 km out the fjord and the wave reached up to 400 m into this side valley. notice how the vegetation was only wetted for the most part (pixels still red) and only the mouth of the river is destroyed.

My interp, from this back-of-the-envelope cross section suggests that after the glacier retreated, the slopes of the glacial valley collapsed. This deformed the valley fill and likely dammed the valley forming a lake to the west.

A 7 km² Landslide in Denmark?!
Take a look at this massive beauty! Our peaceful (some might say “boring”) Danish landscape near Vejle hides giant secrets: colossal landslides from thousands of years ago. Completely unknown to scientist and locals alike.

Compare Fig. 5C vertical component :)

How wonderful: Artist @swaantje-guentzel.bsky.social made our awesome paper into an awesome Xmas card🎅. I guess I can scratch paper-turned-Xmas card off the bucket list then✔️. www.science.org/doi/abs/10.1...

Hørt!

På +siden er at midlerne går til anvendt forskning, som ellers ofte overses.

Den største udfordring (som jeg ser som "bruger") er, at midlerne gives til etårige projekter. Dybtgående forskning tager længere tid.

Også problematisk, at pengene kommer fra vores egne basismidler (ad omveje).

In early 2024 Møns Klint experienced three rather large (for DK) landslides with up to 200 m run-out. Here 11 months later the chalk dominated landslide deposits are still eroding. Look at that sediment plume here almost a year later! Copernicus sentinel-2 images by EO browser

Also: (but I have to force it with a "t")

Oh, Android dictionary: you know me too well!