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1
Introduction
2
Presentation
3
Tsunami
4
Tsunami research
5
Publications
6
The famous wave
7
What is a tsunami
8
Causes of tsunami
9
Why is sedimentology important
10
Paleo tsunami deposits in Thailand
11
Tsunami in Japan
12
Summary
13
How tsunami deposits look like
14
Additional issues
15
What is left
16
Accommodation space
17
Indian Ocean tsunami
18
Thickness distribution
19
rapid development of plants
20
Tsunami deposits
21
Conclusions
22
Other changes
23
Marine tsunami deposits
24
Offshore tsunami deposits
25
Tohoku tsunami 2011
26
Sources of sediments
27
Postdepositional processes
28
Minor redistribution
29
Tsunami deposits in Japan
30
Sedimentary DNA
31
boulders
32
sediment sources
33
rolling icebergs
34
identifying storm deposits
35
tsunami criteria
36
conclusion
37
questions
Description:
Explore the sedimentological perspective of tsunami disasters in this comprehensive lecture. Delve into the devastating impacts of major tsunamis, including the 2004 Indian Ocean and 2011 Japan events. Learn about the importance of studying tsunami deposits to assess coastal risk and the challenges in identifying paleotsunami evidence. Examine various types of tsunami deposits, their similarities to storm deposits, and post-depositional alterations. Discover new methodologies enhancing traditional sedimentological and stratigraphic approaches, including paleogenetics. Analyze case studies from Thailand, Japan, and Greenland, exploring deposit characteristics, thickness distribution, and rapid plant development. Investigate marine and offshore tsunami deposits, sediment sources, and post-depositional processes. Gain insights into distinguishing tsunami deposits from storm deposits and understand the criteria used for identification. Engage with the latest research on sedimentary DNA, boulder deposits, and the impact of rolling icebergs on coastal landscapes. Read more

What Is Left After Tsunami Disasters? – A Sedimentological Perspective

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