Tide gauge records updated |
So, I downloaded the new monthly and annual datasets, then merged them into my SQL system.
I thought it might be time to distance this Dredd Blog post from the mean average realm, so, here are the ten highest and lowest RLR measurements in the new dataset (no mean averages today!).
A link to each tide gauge station in the high/low list is also provided.
Highs:
rlrMM = 8216.25 (1216.25mm; 3.99032 ft.) above median 7000mmLows:
station = 1002
rlrMM = 8125.62 (1125.62mm; 3.69298 ft.) above median 7000mm
station = 1593
rlrMM = 8060 (1060mm; 3.47769 ft.) above median 7000mm
station = 2126
rlrMM = 7986.5 (986.5mm; 3.23655 ft.) above median 7000mm
station = 1364
rlrMM = 7745 (745mm; 2.44423 ft.) above median 7000mm
station = 605
rlrMM = 7634.25 (634.25mm; 2.08087 ft.) above median 7000mm
station = 122
rlrMM = 7608.58 (608.58mm; 1.99665 ft.) above median 7000mm
station = 145
rlrMM = 7603.67 (603.67mm; 1.98054 ft.) above median 7000mm
station = 808
rlrMM = 7591.67 (591.67mm; 1.94117 ft.) above median 7000mm
station = 30
rlrMM = 7591.33 (591.33mm; 1.94006 ft.) above median 7000mm
station = 99
rlrMM = 6421.11 (578.89mm; 1.89925 ft.) below median 7000mmFor those thirsty for the mean average, it is 7002.02 mm for the above figures ("The oceans have risen 2.02 mm folks, move along nothing to see here").
station = 2028
rlrMM = 6325.92 (674.08mm; 2.21155 ft.) below median 7000mm
station = 1061
rlrMM = 6300 (700mm; 2.29659 ft.) below median 7000mm
station = 118
rlrMM = 6274.33 (725.67mm; 2.38081 ft.) below median 7000mm
station = 405
rlrMM = 6233.04 (766.96mm; 2.51627 ft.) below median 7000mm
station = 495
rlrMM = 6221.78 (778.22mm; 2.55322 ft.) below median 7000mm
station = 1354
rlrMM = 6145.83 (854.17mm; 2.8024 ft.) below median 7000mm
station = 41
rlrMM = 6115.42 (884.58mm; 2.90217 ft.) below median 7000mm
station = 144
rlrMM = 5954.5 (1045.5mm; 3.43012 ft.) below median 7000mm
station = 137
rlrMM = 5903.67 (1096.33mm; 3.59688 ft.) below median 7000mm
station = 1858
The "7000 mm median" and "RLR" are explained here.
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