p^ 



ra 





T 



able 



1. Cross refer( 



snce 



s f 



jr b< 



:ach profi! 



_e data. 



^ 1 



u« 1 



227*02 



3030 



34.53 



123.12 



US044 UL0I7 IS 1 





HI 21 



270*04 



2020 



18.83 



(4itr*M 



111.71 



■S021 8L00? 





Ul 2 



It 1*14 



700 



27.52 



117.32 



US043 U1011 IS 3 





HI 24 



2tO*00 



2000 



20.17 



111.73 



HS027 





»l ) 



llt»§« 



tt7 



27.10 



117.10 



13 3 





HI 25 



310*02 



1998 



23.33 



I12.it 



■S02I ILOII 





III 4 



17t*87 



m 



27.31 



117.38 



US042 13 4 





HI 21 



330*00 



100 



23.12 



113.12 







Ul 3 



ltt«88 



101 



34.22 



117.18 



•son 





HI 27 



311*00 



3900 



22.01 



111.12 



H502t 





Ul 1 



111*14 



230 



17.77 



101.81 



IS 3 





HB 28 



370*tt 



189? 



It. 13 



lOt .15 



nson 





ui ; 



I14»«t 



106 



11.11 



101.81 



US040 BIIIS 13 1 





HI 2t 



38t»tS 



2002 



It. 47 



lit. 17 



■ SOU 11811 





Ul • 



113*00 



SI' 



11. SI 



101. II 



USOlt 





nt 30 



410*00 



96 



It. IS 



lOt. IS 



nioi: 





Ul f 



13t»81 



464 



11.37 



111.57 



US01I 13 7 





HI 31 



410*91 



2050 



It. IS 



109.65 



HS012 





Ul 10 



133*00 



540 



20.32 



106.57 



US037 





CI 1 



ltt*tt 



999 



35.71 



104.05 



CS032 



CS2t0*0S 



Ul 11 



I4t»t5 



4?5 



27.27 



117.27 



UtOll IS 8 





CI 2 



190*00 



300 



14.03 



104.05 



CS03I C1013 



CSttt+OO 



Ul 12 



143*00 



480 



27.27 



117.27 



IS03S 





CI 3 



113*00 



300 



14.03 



104. OS 



183*00 





Ul 1] 



140*20 



520 



31.01 



121.08 



USOlt 13 t 





CI 4 



180*00 



2 US 



14.03 



104.03 



CS03I 



CS 180*00 



Ul 14 



133*00 



47V 



31.01 



121.08 



ason 





CI 5 



177*50 



250 



43.53 



104,05 



177*30 





Ul 13 



130*21 



1025 



31.10 



121.10 



BS033 11014 13 II 





CI 1 



173*00 



250 



14.05 



104.05 



173*00 





Ul 11 



1lt*tl 



19 



30.12 



120.12 



US031 IS 11 





CI 7 



173*50 



249 



14.03 



104.03 



172*38 





Ul 1? 



llt»2l 



426 



30.12 



120.12 



US030 15 12 IIH*t1t2S 





CI 1 



170*01 



251 



14.03 



104.03 



CS04t 





Ul 11 



113*00 



303 



10.12 



120.12 



US02t 





CI t 



117*50 



250 



14.05 



114. IS 



117*31 





Ul IT 



I0t*t7 



497 



30.12 



120.12 



US02I IS 11 





CI 10 



165*00 



250 



14.03 



104.13 



CS04I 112*30 





Ul 20 



105*00 



303 



30.12 



120.12 



IS 027 





CI 11 



112*50 



249 



14.03 



104.03 







Ul 21 



tt*t7 



297 



30.12 



120.12 



0S031 ILII3 IS 14 





CI 12 



110*01 



231 



14.05 



104.03 



CS047 C10I4 





Ul 22 



t7»O0 



200 



30.12 



120.12 



US023 





CI 17 



157*50 



24t 



14.03 



104. OS 



137*50 





Ul 23 



ts«oo 



264 



30.12 



120.12 



US024 





CI 14 



113*04 



500 



14.05 



104.03 



CS041 





Ul 24 



t2*31 



23? 



35.28 



123.28 



US021 





CI IS 



130*01 



231 



14.05 



104.03 



CS043 C1013 





Ul 23 



It*t7 



197 



35.21 



123.21 



US022 13 IS 





CI It 



147*50 



50 



2.33fl04.03 



CS044 





Ul 21 



•1*00 



300 



35.21 



123.21 



BS021 





CI 17 



147*00 



Itt 



14.03 



104.03 



147*00 





Ul 27 



13*00 



200 



33.28 



123.21 



•S828 





CI IS 



145*01 



SI 



14.03 



104. 0! 



CS04] C1012 





Ul 21 



11*00 



284 



33.21 



125.28 



USOlt 





CI It 



144*50 



30 



14.03 



104. OS 



144*50 





Ul 2t 



10*11 



298 



33.28 



125.27 



USOII IU13 IS 11 





CI 20 



144*00 



ISO 



14.03 



104. 03 



144*00 





Ul 30 



77*18 



21S 



35.27 



125.27 



US0I7 





CI 21 



142*50 



50 



14.03 



104. OS 



CS042 





Ul 31 



73*00 



300 



33.27 



123.27 



USOlt 





CI 22 



142*00 



23 



14.03 



104. OS 



142*01 





Ul 32 



72*00 



202 



35.27 



123.27 



moil 





CI 21 



141*75 



30 



14.05 



104.05 





CIEIS'OOH 



Ul 33 



lt»tl 



4tl 



35.77 



125.77 



US015 UIOIO IS 17 





CI 24 



141*25 



23 



14.05 



104.05 





CIGI4*S0H 



Ul 34 



13*00 



100 



33.77 



125.77 



US0I4 





CI 25 



141*00 



23 



14.03 



104. OS 



CS04I 





Ul 33 



14*00 



400 



33.77 



125.77 



UlOOf 





CI 21 



140*75 



SO 



14.05 



104.05 





CIOI4.00H 



ul 31 



10*00 



400 



10.13 



121.11 



US013 IS IS 





CI 27 



140*25 



25 



14.05 



104. OS 





CS6R3«30I 



Ul 37 



31*00 



100 



30.83 



131.11 



uloos 





CI 21 



140*00 



23 



14.03 



104.03 



CS040 CLOU 





Ul 31 



33*00 



302 



30.11 



120.83 



U5013 





CI 29 



I3t*73 



23 



14.03 



104. OS 





CIGI3*O0H 



Ul 3? 



49*tS 



198 



30.72 



120.73 



■SOU 13 It 





CI 30 



I3t*30 



23 



14.03 



104.05 



U»*30 



CI0I2.73H 



Ul 40 



48*00 



300 



30.72 



120.72 



9LI07 





CI 31 



139*25 



23 



14.05 



104.05 





CJ6R2*30I 



Ul 41 



43*»0 



303 



31.72 



120.72 



ISO 10 





CI 32 



11t*00 



23 



14.05 



104. OS 



CSOlt 



CI6R2*23I 



Ul 42 



Jt»t? 



474 



30.31 



120.58 



USOOt OllOt 13 31 





CI 31 



118*73 



23 



14.05 



104. OS 





CIGI3*O0N 



Ul 43 



33*23 



510 



31.41 



123.41 



US008 





CI 14 



138*50 



23 



14.05 



104.05 





CIGI1.73I 



Ul 44 



30*13 



133 



33.47 



123.47 



US007 UIOOS IS 21 





CI IS 



138.25 



25 



14.05 



104.03 





C8GI1.30H 



Ul 45 



21*10 



340 



33.47 



123.47 



usoot is 25 uicr:i*oo 





CI 31 



138*00 



23 



14.05 



104. OS 



CS018 



CIGRU2SI 



Ul 41 



25*00 



498 



33.47 



123.47 



US003 





CI 37 



137*75 



25 



14.05 



104.03 





CI6RI*00t 



Ul 47 



20*02 



302 



32.37 



122.43 



9S004 U1004 IS 22 





CI 31 



137*30 



23 



14.0! 



104.03 





CISR0*73H 



Ul 41 



13*00 



500 



32.37 



122.43 



USOII ULOOl 





CI 39 



137*23 



25 



14.05 



104.03 





CIGIO*S0N 



Ul it 



10*40 



4S0 



12.43 



123.43 



USO02 UL002 13 23 





CI 40 



117*00 



IS 



31.73 



108.03 



CS017 



C86R0*238 



Ul 30 



3*50 



3140 



40.21 



121.90 



US001 SLOOI 13 24 





CI 41 



111*85 



10 



31.71 



108.03 





0*OONF»CE 



HI 1 



7*00 



300 



40.21 



123.73 



HS004 





CI 42 



131*73 



10 



31.73 



10S. 01 





CIGRO.OO 



11 2 



10*00 



1000 



12.17 



123.71 



HSOOS 





CI 43 



131*65 



IS 



31.73 



108.01 





0*O»SF«CE 



ni 3 



20*00 



1000 



32.17 



123.17 



HSOtt 





CI 44 



llfSO 



25 



31.73 



108.01 



CSOlt 



CI6R0*2SS 



ill 4 



30*00 



1000 



32.10 



123.17 



HS007 





CI 45 



131*23 



23 



36.73 



108.03 





CJ6R0*50S 



HI 3 



40*00 



oso 



12.11 



133.17 



HSOOS 





CI 41 



131*00 



23 



11.7] 



101.01 



CS035 



CIGI0*7SS 



HI 1 



41*00 



200 



32.18 



m. 4i 



■SOOt HL001 





CI 47 



133*75 



23 



It. 7} 



I0S.01 





CI6R1*OOS 



HI 7 



30*00 



570 



12.11 



133.11 



IS0 10 





CI 48 



135*50 



-25 



31.73 



108.01 





C1SR1*25S 



HI 1 



33*70 



430 



14.10 



123.18 



nson *ion 





CI 19 



133*25 



25 



31.73 



108.01 





CIGII'SOS 



HI ? 



10*00 



400 



14.10 



134.10 



asm 





CI SO 



115*00 



23 



22.00 



110.02 



CS014 CL010 





HI 10 



14*00 



St? 



14.10 



134.10 



USOII H1003 





CI 51 



134.73 



30 



22.00 



112.00 





CIGI2*O0S 



HI It 



lt*tt 



201 



34.12 



124.10 



(ISO 14 





CI 52 



134*30 



33 



22.00 



112.00 





CIGX2.50I 



HI 12 



72*00 



799 



34.12 



124.10 



■SOI 3 ILI04 





CI S3 



134*23 



23 



22.00 



112.00 



CS033 





HI 1] 



7t*tt 



1001 



24.11 



124.12 



nsott HLOOS 





CI 54 



134*00 



75 



22.00 



112.00 





CIGI3.04S 



HI 14 



to*oo 



2243 



20.93 



124.11 



HS0I7 moot 





CI 55 



131*23 



33 



22.00 



112.00 





CJ6R3.30S 



HI 13 



110*00 



1800 



21.17 



lot. 73 



■sou 





CI 51 



123*00 



40 



22.00 



112.00 



CS012 



OGS3.73S 



HI It 



130*tt 



1900 



21.71 



111.17 



■SOI? 





CI 57 



112.10 



10 



22.00 



112.00 





CIFP 11210 



HI 17 



14t»tt 



2090 



15.11 



108.72 



HS030 HL0S7 





CI 38 



132.30 



30 



22.00 



112.00 



CS01I 





HI II 



170*00 



2000 



24.22 



111.30 



HS021 





CI St 



132*00 



30 



22.00 



112.00 



CS010 





HI It 



1t0*02 



2053 



17.41 



113.72 



■S022 





CI 10 



131*30 



ISO 



22.00 



112.00 



131*30 





HI 20 



210*04 



2040 



21.01 



112.73 



■S033 H.0OS 





CI 11 



130*00 



200 



22.00 



1 12.00 



CS82t CLOOl 





HI 21 



230*00 



2000 



12.75 



111.75 



HS024 





CI 62 



128*00 



30 



22.00 



112.00 



128*00 





HI 22 



230*01 



1996 



21.78 



111.71 



■ 5025 





CI 13 



127*50 



ISO 



22.00 



112.00 



CS023 





Note — Coastal structures at profiles WB17 (Johnnie Mercer's Pier), 

 WB45 (Crystal Pier), CB42 (groin), and CB57 (fishing pier). 



21 



