. Annual data summary for 1992, CERC Field Research Facility. Ocean waves; Water waves; Oceanography; Oceanographic research stations. 6-8 May 1992 (Figure 32) A low pressure system, associated with a cold front, formed along the Florida-Georgia coast re- maining stationary through the morning of 7 May. By the morning of 8 May the storm had made landfall along the southern coast of North Carolina and headed inland. The maximum H^^^^ (at gage 625) of m {T = sec) was attained at 0842 EST on 7 May. Maximum winds (from northeast) reached m/sec on 7 May at 1000 EST. Atmospheric pressur
. Annual data summary for 1992, CERC Field Research Facility. Ocean waves; Water waves; Oceanography; Oceanographic research stations. 6-8 May 1992 (Figure 32) A low pressure system, associated with a cold front, formed along the Florida-Georgia coast re- maining stationary through the morning of 7 May. By the morning of 8 May the storm had made landfall along the southern coast of North Carolina and headed inland. The maximum H^^^^ (at gage 625) of m {T = sec) was attained at 0842 EST on 7 May. Maximum winds (from northeast) reached m/sec on 7 May at 1000 EST. Atmospheric pressure was unaffected. There was 38 mm of precipitation. Atmospheric Pressure, mb Wind Direction. Deq True N. MAY. 1992 Figure 32. Data for 6-8 May 1992 storm 60. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original Leffler, Michael W; U. S. Army Engineer Waterways Experiment Station; United States. Army. Corps of Engineers; Coastal Engineering Research Center (U. S. ). [Vicksburg, Miss. : U. S. Army Engineer Waterways Experiment Station]
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