_________________________________________________________________ Tide Freq. Amplitude Error Phase Error SNR Constituent (cph) (cm) (cm) (º) (º) _________________________________________________________________ MM 0.0015 1.63 3.12 97.83 121.37 0.28 MSF 0.0028 0.96 2.71 213.74 173.42 0.13 ALP1 0.0344 0.44 0.90 57.11 141.74 0.23 2Q1 0.0357 0.28 0.90 216.89 195.98 0.10 *Q1 0.0372 2.44 1.20 10.86 28.06 4.16 *O1 0.0387 14.84 1.11 23.59 4.37 179.46 NO1 0.0403 1.16 1.36 107.05 69.40 0.73 *K1 0.0418 18.28 1.14 66.98 4.02 257.80 *J1 0.0433 1.40 1.17 128.14 48.17 1.43 *OO1 0.0448 1.12 0.82 166.83 48.66 1.87 UPS1 0.0463 0.11 0.61 45.37 223.28 0.04 EPS2 0.0762 3.16 5.39 212.30 128.00 0.34 *MU2 0.0777 9.22 6.59 204.87 41.44 1.96 *N2 0.0790 39.33 6.93 140.97 9.04 32.18 *M2 0.0805 188.42 6.46 155.68 1.80 850.41 *L2 0.0820 4.86 4.39 160.17 55.06 1.23 *S2 0.0833 96.25 5.59 168.69 3.44 296.29 ETA2 0.0851 1.35 3.63 315.55 186.45 0.14 *MO3 0.1192 0.50 0.17 86.44 18.74 8.76 *M3 0.1208 0.76 0.19 256.22 14.03 15.83 *MK3 0.1223 0.34 0.16 184.76 29.44 4.80 *SK3 0.1251 0.62 0.18 104.58 14.29 12.20 *MN4 0.1595 0.65 0.19 172.18 16.60 12.25 *M4 0.1610 1.37 0.19 190.59 7.45 52.44 *SN4 0.1623 0.43 0.19 197.14 22.46 5.28 *MS4 0.1638 1.60 0.19 187.82 7.33 70.91 *S4 0.1667 0.33 0.18 259.69 31.68 3.33 *2MK5 0.2028 0.13 0.09 38.96 41.73 2.13 *2SK5 0.2084 0.10 0.09 204.04 52.59 1.36 *2MN6 0.2400 0.23 0.17 62.47 46.92 1.83 *M6 0.2415 0.48 0.20 59.07 22.88 5.69 *2MS6 0.2444 0.88 0.18 67.93 12.89 23.30 *2SM6 0.2472 0.23 0.17 101.84 45.99 1.70 3MK7 0.2833 0.03 0.05 215.74 106.04 0.30 *M8 0.3220 0.09 0.09 260.64 53.01 1.03 M10 0.4026 0.04 0.07 117.23 113.89 0.43 _________________________________________________________________ Percent variance predicted = 98.5 (only significants constituents) _________________________________________________________________ Frequency, constituent, amplitude, constituent phases (degrees relative to Greenwich) and signal to noise ratio. The asterisks to indicate the constituents used in the prediction of tides current (snr > 1). The error for each parameters are estimated with 95% confidence intervals