"We've already <a href="https://hani257676.tistory.com/796" target="_blank">인천용달이사</a><br /> redone the near-field 
modelling with a finer resolution based on the new bathymetry and the results are about the same, despite having a smaller 
volume of rock," explained tsunami expert Prof Stephan Grilli from the University of Rhode Island.

"The shallower slide occurs almost like a ski jump, maintaining <a href="https://siolkwi8732.tistory.com/137" target="_blank">강
북포장이사</a><br /> the collapse material closer to the surface and making it more tsunamigenic than a steeper failure, 
which would have brought the sediment down deeper, much quicker."

Profs Tappin and <a href="https://sites.google.com/site/pillibpeullei2guilyu/" target="_blank">라프시몬여성의류</a>=라프시몬
여성의류<br /> Grilli were speaking here in San Francisco at the American Geophysical Union's annual Fall Meeting. This is 
the first chance they've had to present their findings to the wider scientific community.

Also speaking was Prof Hermann <a href="https://ssairensori.tistory.com/entry/%ED%8F%AC%EC%9E%A5%EC%9D%B4%EC%
82%AC-%EB%B9%A0%EB%A5%B8%EA%B2%AC%EC%A0%81-%EA%B5%AC%EB%A1%9C-%EA%B4%91%EC%A7%84%EA%B5%
AC-%EC%95%84%ED%8C%8C%ED%8A%B8%EC%9D%B4%EC%82%AC" target="_blank">구로포장이사</a><br /> Fritz from the 
Georgia Institute of Technology.

He reviewed the damage on nearby shores, describing from on-the-ground studies how high the tsunami waves must have 
been and how far inland they reached.

On the islands in the immediate vicinity of Anak Krakatau, trees up to 80m above the normal sea surface were torn from their 
roots.