FIGURE Page 



The datum is mean sea level 151 



91 Time sequences of volume transport through Florida (FS) 

 and Yucatan (YS) Straits obtained from the simulation of 

 HURl. The unlabelled curve is the net differential 



volume transport 153 



92 Time sequences of volume transport through Florida (FS) 

 and Yucatan (YS) Straits obtained from the simulation of 

 HUR4. The unlabelled curve is the net differential 



volume transport 154 



93 Time sequences of volume transport through Florida (FS) 

 and Yucatan (YS) Straits obtained from the simulation of 

 HUR25. The unlabelled curve is the net differential 



volume transport 155 



94 Time sequences of the averaged water level in the Gulf of 

 Mexico (solid) and in the Cayman Sea (dashed) obtained 

 from the long term simulation of HUR5. The datum is mean 



sea level 158 



95 Time sequences of the averaged water level in the Gulf of 

 Mexico (solid) and in the Cayman Sea (dashed) obtained 

 from the long term simulation of HUR5 with no rotation. 



The datum is mean sea level 160 



96 Time sequences of volume transport through Florida (FS) 

 and Yucatan (YS) Straits obtained from the long term 

 simulation of HURS. The unlabelled curve is the net 

 differential volume transport 162 



97 Time sequence of water levels at Key West obtained from 

 the long term simulation of HURS. The datum is mean sea 

 level 163 



98 Time sequence of water levels at Galveston obtained from 

 the long term simulation of HURS. The datum is mean sea 

 level 164 



99 Time sequence of water levels at Dimas (Cuba) obtained 

 from the long term simulation of HURS. The datum is mean 



sea level 165 



100 Relationship between the maximum peak surge at the coast 

 and the central pressure deficit obtained from three 

 simulations of HURS with 40 mb, 80 mb and 120 mb pressure 

 drop 168 



