CONTENTS 



CH. 17. Surges hy P. Groen and G. W. Groves 



1. Introduction .... 



2. Description .... 



3. Dynamics and forecasting . 



CH. 18. Long Ocean Waves by W. H. Munk 



1. Introduction 



2. The instruments 



3. The spectrum 



4. Surf beat . 



5. Shelf waves 



6. Tsunamis . 



CH. 19. Wind Waves hy N. F. Barber and M. J. Tucker 



1 . Kinematics of waves 



2. The description of a comphcated wave pattern: the 

 spectrum ..... 



3. Theories of wave generation by wind 



4. Wave prediction 



5. Waves from distant storms . 



6. Waves approaching the shore 



7. The surf zone .... 



8. Ships and waves 



9. Methods of observation and analysis — methods taking no 

 account of direction of travel 



10. Methods of observation and analysis — the directional power 

 spectrum ...... 



CH. 20. MiCROSEiSMS by J. Darhyshire . 



1 . Relation between sea waves and microseisms 



2. The nature of microseisms . 



3. Refraction of microseisms . 



4. Storm tracking and estimation of the direction of approach of 

 microseisms ..... 



5. Estimation of direction from the nature of microseisms 



6. Instruments ..... 



7. Other work ..... 



CH. 21. Ripples 6t/ C. >S. Coa: .... 



1 . Spectrum and mean square slope . 



2. Effect of slicks . ... 



3. Shape of a rippled water surface . 



4. Growth of ripples .... 



CH. 22. Internal Waves. Part I by E. C. LaFond 



1. Introduction 



2. Measurements 



3. Observed relations 

 Part II by C. S. Cox 



4. Differential equations 



5. Spectrum . 



6. Internal waves and turbulence 



