New Jersey 



coastal processes and beach 

 erosion CERC R. 1-67 

 Pictorial History CERC MP 5-64 

 Storm, November 1953 



BEB Bui I. V. 8, #3 



New Jersey Shores 



littoral transport CERC TM 18 



New Jersey, State Government 

 Beach Erosion Committee 



BEB Bull . V. 3, #3 



New York Harbor Entrance 



wave statistics BEB TM 55 



New York Shores 



littoral transport CERC TM 18 



New York University 



Institute for Math & Mechanics 

 surface gravity waves 



BEB Bui I . v. 2, #2 



Nonlinear Water Waves BEB TM 133 



Non-Tidal Currents CERC TM 5 



Non-Tidal Eddy CERC TM 5 



North Atlantic Coast 



forecasting BEB TMs 55, 57 



North Sea, Neuwerk Island 



tidal waters, Neuwerk Shallows 



BEB Bui I . v. 6, #1 

 wave measurements, shallow waters 

 BEB Bui I . V. 10 



Nursery Stock, vegetation for 

 dune stabilization CERC TM 22 



Ocean Beach, Maryland 



sand samp I i ng BEB TM 90 



Ocean City, Maryland 



Sand-Asphalt Groins BEB MP 2-59 



Ocean City, New Jersey 



artificial beach BEB TM 77 



Ocean Waves 



breaker angle CERC Bull. v. II 

 direction gage CERC R. 1-66 



Oceanographic Studies 



Center for Research, France 

 BEB Bui I . V. 3, #3 



Offshore Bars 



depth BEB TM 8 

 formation BEB TM 53 



Offshore Breakwaters 



Santa Monica, California 

 BEB TM I , 16 



Offshore Sto'Ckpile Deposit 

 BEB TM 62 



Offshore Zone 



equilibrium characteristics 

 BEB TM 126 



Onshore-offshore Sand Transport 

 BEB TMs 20, 48, 68 



Orbital velocity, sand ripples 

 BEB TM 100 



Orbital Velocity 



water waves CERC TM 3 

 wave action near breaker zone 

 BEB TM 79 



Organization of CERC CERC MP 3-64 



Orthogona I s 



method for drawing 



BEB Bui I . V. 6, #1 

 seaward from shore 



BEB Bui I . V. 5, #4 

 (see also Wave Orthogona Is) 



Oscillatory Boundary Layer 

 BEB TM 47 



Oscillatory Laminar Flow 

 along a wa I I BEB TM 47 



Outer Banks of North Carol i na 

 dune stabilization CERC TM 22 



130 



