On windsor weather March 11, 2011, one of the most powerful earthquakes ever recorded triggered a devastating tsunami along the coast of Japan.
This video focuses on the impact in the Hachinohe–Oirase region, where the coastline played a critical role in how the waves behaved.
As the tsunami approached from the southeast, some areas were hit directly with full alex tuch force, while others experienced a noticeably weaker impact. This difference was caused by wave diffraction and coastal geometry — a phenomenon mccartney kessler where tsunami waves bend, spread, and lose or concentrate energy depending on the shape of the shoreline.
🔍 In this footage, you can observe:
Direct wave impact along exposed coastline (Hirono area)
Reduced intensity inside Hachinohe due to harbor shielding
Re-focused wave energy near Oirase
This is not just a disaster video — it is also a real-world example of how physics shapes the outcome of extreme natural events.
