ILLUSTRATIONS 



Table Page 



I Characteristics of the Alaskan Earthquake of March I96U ... 30 



II Computed Amplification Effects in Port Lyttelton, N. Z. . . . 97 



III Summarized Results of Subjective Analyses of Marigrams from 



Selected Tide Stations, Pacific Ocean 100 



IV Apparent Periods of Oscillation of Monterey Bay Stimulated 



by Alaskan Tsunami of March 196i+ 131 



V Structures in Kodiak City which Resisted Displacement by 



Tsunami Waves l63 



VI Dimensions of Interconnecting Rectangular Basins Simulating 

 Resurrection Bay 209 



VII Eyewitness Account upon which the Marigram (Figure 137) 



is Based 2li+ 



VIII Dimensions of Interconnecting Rectangular Basins Simulating 

 Valdez Arm and Port Valdez 25U 



IX Identifiable Structures in Valdez Destroyed or Damaged in 



the Earthquake 287 



X Water Velocity at Front of Tsunami Surge 36U 



B-1 The Tsunami of March 28, 196^+ as Recorded by Tide Gages . . . B-1 



B-2 Seiche Action Caused by the Prince William Sound Earthquake 



of March 28, I96U as Recorded by Tide Gages B-U 



B-3 Maximum Crest Levels of the Tsunami Along the Canadian Coast B-6 



B-U Water Levels and Damage Along Pacific Coast of Washington . . B-7 



B-5 Summary of Recent Tsunamis Along Northern California Coast. . B- 8 



E-1 Tsunami Damage at Kodiak City, Alaska E-1 



E-2 Intensity of Damage to Boats at Kodiak and Vicinity E-2 



E-3 Description and Cost of Restoration or Replacement of 



Facilities at Kodiak Naval Station Damaged by the Earthquake 



or Tsunami E-3 



E-U Losses of Property and Income in Communities on Kodiak 



Island and Nearby Islands E-U 



X X 



