DEPARTMENT OF TRANSPORTATldN COAST GUARD In OCEANOGRAPHY OF THE GRAND BANKS REGION OF NEWFOUNDLAND April - August 1971 Woods Hole Oceanographic institution ATLAS - GAZcTTEER COLLECTION PLEASE RETURN TO If-JSTITUTICN DATA LIBRARY McLEArJ Atlas 532-AA CG-373-60 shelf - <,b OCEANOGRAPHIC REPORT No. CG 37360 OCEANOGRAPHIC REPORT No. CG 373-60 OCEANOGRAPHY OF THE GRAND BANKS REGION OF NEWFOUNDLAND April - August 1971 Alan D. Rosebrook MBL/WHOI Q 03D1 omn 3b 1 January 1974 United States Coast Guard Oceanographic Unit Washington, D.C. * ABSTRACT Three cruises were conducted to the Grand Banks of Newfoundland during the 1971 International Ice Patrol season to determine the currents that affect the drift of icebergs. During a niultiship survey in May, standard sections A2 and A3 were occupied concurrently on three different occasions separated by approximately 3 to 4 days. Calculated geostrophic volume transports at standard section A2 varied slightly between occupations, while sharp variations were observed at A3. Upwelling was observed at standard section A3 between the 20 May and 24 May occupations; a sharp decrease in volume transport resulted from the changes in the density structure observed along the continental slope. Direct current measurements made just west of the continental shelf break during the August post-season cruise showed an apparent tidal influence, while measurements along the western edge of the Labrador Current yielded current speeds of approximately one knot. Editor's note: Reference to a product or comnieut with respect to it in this publica- tion does not indicate, or permit any iierson to hold out l).v repul)lication in whole, or in part or otherwise, that the product has Ijeen endorsed, authorized, or approved by the Coast Guard. iii TABLE OF CONTENTS Page Title Page i Abstract iii Table of Contents v List of Illustrations v List of Tables vi Introduction 1 April EVERGREEN Survey 1 May IMultiship Survey 1 July-August Post-Season Cruise 2 Instrumentation and Methods 3 STD-DDL System 3 STD Analog Trace versus Digital Data 4 STD Quality Control Procedures 4 Data Processing 4 Dynamic Calculations in Sliallow Water 5 Navigation 5 Data 5 Dynamic Topography 6 Concurrent Standard Section Time Series 7 Post-Season Direct Current Measurements 10 References 12 Illustrations 13 Appendix A — Oceanographic Data 32 LIST OF ILLUSTRATIONS Figure Page 1. Geographical location of the Grand Banks of Newfoundland. 13 2. Locations of International Ice Patrol standard and special monitoring sec- tions near the Grand Banks of Newfoundland during 1971. 14 3. Comparison of processed versus unprocessed digital data logger tempera- ture and salinity data in tlie upper 300 meters at International Ice Patrol station number 10969, occupied by CGC ROCKAWAY on 5 May 1971. — 15 4. Comparison of processed digital data logger temperature and salinity \alues versus STD analog trace values in the upper 300 meters at International Ice Patrol station number 10969 occupied by CGC ROCKAWAY on 5 May 1971. 1 15 5. Sea-surface dynamic topography (dynamic meters) relative to 1000 deci- bars, CGC EVERGREEN, 5-13 April 1971. 16 6. Sea-surface dynamic topography (dynamic meters) relative to 1000 deci- bars, CGC EVERGREEN and CGC ROCKAWAY, 12-28 :May 1971. 17 Figure Page 7. Vertical section of density (a,) for three occupations of standard section A2 by CGC EVERCxREEN on 20 May, 23 May, and 25 May 19T1. 18 8. Vertical section of temperature (°C) and salinity {°/"«) for section A2- 1, occupied by CGC EVERGREEN, 20 May 1971. 19 9. Vertical section of temperature (°C) and salinity (%«) for section A2- 2, occupied by CGC EVERGREEN, 23 May 1971. 20 10. Vertical section of temperature (°C) and salinity (%») for section A2-b, occupied by CGC EVERGREEN, 25 May 1971. 21 11. Vertical section of density (<7t) for three occupations of standard section A3 by CGC ROCKAWAY on 20 May, 24 May, and 27 May 1971 22 12. Vertical section of temperature {°C) and salinity (%") for section A3-1, occupied by CGC ROCKAWAY. 20 May 1971. 23 13. Vertical section of temperature (°C) and salinity (%«) for section A3-2, occupied by CGC ROCKAWAY, 24 May 1971. 24 14. Vertical section of temperature (°C) and salinity {°/->«) for section A3-3, occupied by CGC ROCKAWAY, 27 May 1971. '. 25 15. Location of August 1971 drogue stations, special section A2B, and the 1971 buoy array site on the Grand Banks of Newfoundland. 26 16. Schematic diagram of the parachute drogues used during the 1971 post- season cruise based on a design by Volkmann et al. (1956). 27 17. Drogue trajectory at 25 meter level at station 1 from 1300Z, 3 August 1971 to 1120Z, 4 August 1971. 28 18. Drogue trajectories at 50 and 75 meter levels at station 1 from 1300Z, 3 August 1971 to 1120Z, 4 August 1971. 29 19. Drogue trajectories at 25, 50, and 75 meter levels at station 2, run 1 from 2020Z, 4 August 1971 to 0700Z, 5 August 1971. 30 20. Drogue trajectories at 25, 50. and 75 meter levels at station 2, run 2 from 1040-2025Z, 5 August 1971. 31 LIST OF TABLES Table Paffe 1. Volume transports through standard sections A2 and A3 8 2. Drogue speeds and resultant directions 11 VI OCEANOGRAPHY OF THE GRAND BANKS REGION OF NEWFOUNDLAND APRIL-AUGUST 1971 ALAN DALE ROSEBROOK' INTRODUCTION Three cruises were conducted to the Grand Banks of Newfoundland during 1971 to study the circulation of the region (fig. 1). The oceanographic cruises were conducted in support of Commander International Ice Patrol for use in predicting iceberg drift into the Xorth At- lantic. The study included liydrographic sur- veys, direct current measurements using para- chute drogues, and direct current measurements from taut-line instrumented arrays set at 46°- 40'N., 47"24'W. and 45°02'N., 48°55'W. April EVERGREEN Survey During the first Ice Patrol cruise aboard USCGC EVERGREEX (WAGO 295), a survey consisting of standard sections A2 and A3, and special sections A2A, A2B, A3B, and Si was completed (fig. 2). Seventy STD stations, con- sisting of Ice Patrol stations 10808 through 10877, were occupied. The sections were occupied in rapid sequence to furnish real-time analysis of the current regime along the eastern edge of the Grand Banks region. Commander Interna- tional Ice Patrol utilized this information for tiie prediction of iceberg movements. May Multishlp Survey During the first half of the second cruise, technicians from Woods Hole Oceanographic Institution (WHOI) established a subsurface oceanogra[)hic buoy array near 39°52'X., 48°32'W. to pi'ovide direct current measurements near the 1. U.S. Coast Guard Oceanographic Unit, Bldg. 1.59-E, Navy Yard Annex, Washington, D.C, 20390. Presently Comni.indinK OfTicer, USCGC MESQUITE (WLH 30.'), Sturgeon Bay, Wis., 542.35. ocean bottom. An expendable bathythermograph survey was conducted by WHOI for two days to chart the northern boundary of the Gulf Stream by following the 15.0°C isotherm at a depth of 200 meters. On 11 ]May 1971, the Coast Guard Oceano- graphic Unit (CGOU) field party established an oceanograjihic buoy system in the Labrador Current. The array was set in 198 meters of water at 45°02'N., 48°55'W. A second buoy system was set on 12 May 1971 in the Labrador Current in 205 meters of water at 46°40'N., 47°24'W. The current meter arrays were de- signed by adopting and modifying a basic suc- cessful array developed by WHOI (Berteaux and Walden, 1969). A detailed discussion of the design, construction, and deployment of the 1971 buoy arrays is presented in CGOU Technical Report 72-1 (Vais et al., 1972). Prior to a port call in St. John's, Newfoundland, EVERGREEN occupied the east-west leg of standard section A2, consisting of Ice Patrol stations 10878 through 10884. EVERGREEN occupied standard section A2 once, the east-west leg of A2 on two occasions, and si^ecial sections AlC, AlB, and A2A (Ice Patrol stations 10885 through 10944). On 25 May, the northern CGOU buoy array was suc- cessfully recovered. Attempts to retrieve the southern array were futile. Although the surface float was missing, the acoustic release responded to interrogation when EVERGREEN was di- rectly over the buoy position, leading to specula- tion that one of the many fishing vessels operat- ing in the area may have accidentally cut the surface float loose during one of the frequent periods of restricted visibility experienced in May. The current meters were reco\ered by a Newfoundland fishing vessel in late January 1973; the acoustic release was not reco\ered. Only the two northern current meters apparently functioned properly. Data from the two good magnetic tapes are presently being analyzed and will be the subject of a separate report. USCGC ROCKAWAY (WAGO 377) occu- pied standard section A3 on three occasions, along with single occupations of special sections A2B, A2C, ASA, and A3B. The three occupa- tions of standard section A3 occurred almost simultaneously with EVERGREEN'S occupa- tions of standard section A2. The sections were surveyed concurrently to provide data on short term changes in the volume transport of the Labrador Current. July-August Post-Season Cruise During the first half of the EVERGREEN post-season cruise, dragging operations were conducted without success in an attempt to re- cover the current meter array lost during the May cruise. Details of these dragging operations are presented in Vais et al. (1972). EVER- GREEN conducted direct current measurements at two locations with parachute drogues before heav\' weather forced a premature termination of operations. EVERGREEN successfully re- covered the WHOI current meter array set in May. INSTRUMENTATION AND METHODS STD-DDL System A Plessey Environmental Systems, Model 9040, S/T/D Environmental Profiling System (STD) was the primary sampling instrument at 199 hydrographic stations during the 1971 Ice Patrol. During the May multiship sur\ey, ROCKAWAY and EVERGREEN each used "a Plessey Environmental Systems, ]\Iodel 8114A, Digital Data Logger (DDL) with the 9040 STD system. Four channels of information were scanned at sample rates from ten scans per sec- ond to one scan every two seconds. STD fre- quencies representing depth, temperature, and salinity wei-e converted to binary and recorded on a 7 channel IBM compatible magnetic tape at a bit density of 200 bpi. The fourth informa- tion channel was a\ailable for recording sound velocity on the DDL, but it was never used. The tape format for each STD cast consisted of a station identifier (up to 8 characters) followed by any number of data records, depending on the maximum depth and lowering rate of the cast. Each record consisted of the temperature and salinity information at 32 depth levels. An av- erage one thousand meter cast was composed of about 2400 data levels recorded on approximately 80 records. Three computer progi-ams were de- veloped by CGOU to reduce the number of data levels to a more manageable figure of 50 to 100 which would still accurately represent the origi- nal water column. The computer programs were developed for a Control Data Corporation (CDC) 3300 com- puter. The first program, RFIL, inputs the STD and DDL constants and reads the records to be processed from the magnetic tape. The digitized frequencies were translated from binary to engi- neering units of depth (meters to tenths), tem- perature (C° to hundredths), and salinity (ppt to thousandths). The values were printed out so that an initial quality control check of the data could be made. In addition, a tape output provided the necessary input to the second pro- gram. When a rapid sample rate such as 0.1 second was used, a specific depth level might show up several times. AVhile these temperature and salinity values were always close, they gen- erally did not agree exactly, probably as a result of sensor lag. This indicates that the descent rate of the underwater sensor probably should be less than the 25 to 60 meters per minute pres- ently being used. The output from the first program was normally around 2400 levels of data. Program AVERS eliminated all levels where the depth had not increased from the preceding level. This decreased the number of levels by about one third. Temperature and salinity values were then averaged over successive 2.5 meter intervals. If there were less than five samples in an interval, the interval was expanded to in- clude five consecutive levels in the average. This step brought the number of levels down to be- tween 150 and 200. The third program, STSP, determined the standard and significant levels, whose averaged values of temperature and salinity would accu- rately rejjresent the original water column. Standard levels were taken at the averaged depths falling closest to certain depths we had specified. In 1971, we used the minimum re- corded depth, 10, 20, 30, 50, 75, and 100 meters, every 25 meters to 300 meters, and then every 50 meters to 1000 meters. The first test for significant levels consisted of fitting a cubic curve successfully through five consecutive tempera- ture data points. If the curvature at the mid- point exceeded an absolute value of 0.005, the second, third, and fourth points were compared with the data points immediately above and be- low. A level was significant if it departed from a straight line between the adjacent points by more than 0.04° C. for temperature (more than 0.06°/oo for salinity). The second test compared the differences between the curvature of two suc- cessive midpoints. If the absolute value of the difference exceeded 0.005, we again checked the departure of the point from the adjacent points, 3 using tlie same limits as in the first test to deter- mine if tlie point was significant. If botli of these tests were negative, we again checked the departure of levels from points immediately above and below. If the absolute departure was greater than 0.09 for both temperature and salin- ity, the level was significant. If the limits were not exceeded in any of the three tests, the level was not significant. After running the same checks for salinity, the top level of the five level group was dropped and the next new level was added onto the bottom end, and the testing was begun again. A punched card output from the STSP program was then processed for sigma-t and dynamic heights. The final number of levels was usually reduced to 50-100 levels. Typical results of the processing procedures are shown for Ice Patrol station 10969 (fig. 3). The DDL recorded 2250 levels of data from the STD. After processing, 120 levels were selected as significant or falling closest to specified stand- ard depths. Shown are the upper 300 meters of the raw DDL temperature and salinity distribu- tion curves, over which have been plotted the processed DDL values. Temperature and salinity curves from the analog trace, as originally recorded from the STD, were added to the processed DDL curve (fig. 4). The computed dynamic heights from the processed DDL data and the STD analog data differed by 83 dynamic millimeters. In this case, the STD trace could not be read accurately in the upper 250 meters due to rapid temperature variations with depth. In 40 percent of the sta- tions taken during the May multiship survey, the difference between the dynamic height com- puted from the processed DDL data and the value from the STD analog trace was greater than 10 dynamic millimeters. In a majority of the cases, the difference could be attributed di- rectly to one or more major problems in reading the analog trace in the surface layer. STD Analog Trace versus Digital Data During the 1970 Ice Patrol surveys, significant differences were noted between STD analog trace data and digital data logger records at the same level (Ettle and Wolford, 1973). When the ini- tial soaking depth of the underwater unit was accounted for prior to reading the STD trace, the differences were reduced but remained sig- nificant. Analysis of the 1971 data showed that when the quality control values (Xiskin tempera- ture and salinity values) were applied to the raw DDL values, the resulting quality control correc- tions for temperature and salinity were generally the same as the quality control corrections cal- culated using the analog trace. In general, com- parisons of analog and DDL values at corre- sponding depths between 250 and 1000 meters were remarkably similar. Large variations were found, however, in the surface layers. For ex- ample, at Ice Patrol station 11003 dynamic heights were calculated from analog trace tem- perature and salinity values and DDL values, and were found to agree within 1 dynamic milli- meter. However, in the top 100 meters the tem- perature differences between the two methods averaged 0.42° C. and the salinity difference was 0.11°/o„. The differences can be traced directly to the inability of the technician to read the analog trace accurately because of extremely rapid variations in temperature and salinity with depth in the surface layer. The ability of the DDL to reduce the chance of human eri'or and the increased data accuracy are major advantages of the DDL- STD system. STD Quality Control Procedures STD data were quality controlled by compar- ing STD analog trace and DDL values with temperature and salinity values obtained from Niskin bottles attached just above the underwater sensor unit. Normally, quality control correc- tions were computed based on the averaged cor- rections for each station. The Niskin bottle was equipped with two protected and two unprotected deep sea reversing thermometers. When the STD cast reached its deepest depth, the thermometers were allowed to soak for ten minutes to reach equilibrium before the Niskin bottle was tripped. The conductivity ratios of the quality control samples were determined using an inductive lab- oratory salinometer and were converted to salin- ities utilizing the method established in the International Oceanographic Tables published jointly by UNESCO and the National Institute of Oceanography of Great Britain (1966). Data Processing The reduced size of the field party during the April Ice Patrol cruise necessitated the use of modified data processing procedures. All quality control values were computed aboard EVER- GREEX on a Honeywell r)DP-516 computer or a Dietzgen ilodel 7410-PA programable cal- culator with programs developed at CGOU. Dynamic height computations relative to a 1000 decibar reference level of no motion were made on a DDP-516 computer at CGOU upon receipt of station and quality control data from the field. The computer programs utilized are described by Hislop (1973). During the second cruise, data processing was accomplished at sea on DDP-516 computers. Dynamic heights at all Ice Patrol stations were transmitted to Connnander International Ice Patrol on a real-time basis to assist in the predic- tion of iceberg drift. Dynamic Calculations in Shallow Water Dynamic heights for stations where the water depth was less than 1000 meters were calculated in a manner similar to that described by Helland- Hansen (193-1:). Isosteric surfaces between tlie ocean-sediment interface and the 1000 meter ref- erance surface were assumed to extend hori- zontally from the interface into the continental slope. In etlect, the continental slope under a shallow station was assumed to be motionless water. The method is described in detail by Kollmeyer et al. (1967). Navigation Navigation during all cruises was based on information from Loran-A, Loran-C, UQX^ fathometer, and satellite navigation (navsat). Poor A'isibility as a residt of excessive fog rou- tinely precluded celestial navigation, and poor loran coverage in certain areas of the Grand Banks region often reduced fix accuracies to as low as ±5 miles or more. Data The data presented in the Tables of Oceano- graphic Data (Appendix A) are reproduced from computer cards supplied by the National Oceanographic Data Center (XODC Cruise No. 31-8245). DYNAMIC TOPOGRAPHY The general surface circulation along the east- ern edge of the Grand Banks can be inferred from the mean monthly dynamic tojjography charts of the sea surface for April, May, and June prepared by Soule (1964). Dynamic heights for these charts were computed relative to the 1000 decibar reference surface. The April 1971 survey was confined to the eastern region of the Grand Banks between standard section A'2 and special section A3B (fig. 5). Because the major concentration of icebergs during the first survey was located in the area just east of Flemish Cap, a special sec- tion, Si, was established for the April survey between 46°N., 43.5°W. and 49°N., 43.5.°W to investigate geostrophic currents in this region. The dynamic topograjshy from the April survey can be described as a "classical" circulation pat- tern, which can be expected on the Grand Banks during an average month of April. The circula- tion was characterized by the Labrador Current as a southward flowing stream generally confined between the 200 and 2000 meter contours along the eastern edge of the Grand Banks. The maxi- mum geostrophic current speed of the Labrador Current (92.1 cm/s) occurred between stations 10860 and 10861 of standard section A3. Maxi- mum speeds across the other sections were be- tween 37.8 and 57.9 cm/s. These current speeds are typical of values from previous April sur- veys. To the east of the Labrador Current was a region of water having low specific volume as the result of mixing of Labrador Current and North Atlantic Current waters. This dynamic trough is a region of current reversal with the Labrador Current flowing south along the west- ern edge of the trough and the North Atlantic Current moving northeast along the eastern side. Except for an edge of the North Atlantic Cur- rent moving eastward along the southern end of special section Si, there was very little change in dynamic height over the section. What geo- strophic current that was present was flowing toward the west, apparently contrary to the gen- eral drift of the icebergs east of Flemish Cap. The dynamic topography contour chart devel- oped from the May 1971 multiship survey (fig 6) showed several significant differences from the April survey. While the Labrador Current is still well defined along the eastern slope of the Grand Banks, geostrophic current speeds are substantially less than those observed during April. The maximum current speed of 61.2 cm/s occurred between station 10965 and 10966 of special station A2C. Maximum current speeds across the other sections ranged from 9.6 to 44.6 cm/s. North of section A2B, the Labrador Cur- rent was generally weak, with maximum current speeds averaging about 21.3 cm/s. Near the western end of section A2B, there were indications of a strong current flowing off the Grand Banks and joining the main stream of the Labrador Current. The resulting average maximum values of the Labrador Current south of section A2B had increased to 42.8 cm/s. The bottom topography of the Grand Banks region has a strong effect on the directions of currents in the area. Normally, Flemish Cap acts as a boundary forcing the North Atlantic Current to bend eastward well south of it. Dur- ing ]May it appeared that the location of the current had shifted almost 100 miles north and was flowing directly over the top of Flemish Cap. The North Atlantic Current could also be seen intruding deeply into the normal trough region toward the continental shelf near 45°N., 47.5°W. and 46°N., 46.5°W. CONCURRENT STANDARD SECTION TIME SERIES During the April 1965 Ice Patrol cruise, it was observed that large changes in the volume trans- port of the Labrador Current occurred during the nine days separating successive occupations of section IT (approximately the same as the present standard section A3) (Kollmeyer et al., 1966). Data from three occupations of standard section A3 in 1966, where reoccupations occurred within 36 hours, showed volume transport variations that were highly irregular (Wolford, 1966). Large variations in the volume transport over short time periods at standard section A3 were also observed in 1967 (Morgan, 1969), 1968 (Andersen and Moynihan, 1971), 1969 (Andersen and Moynihan, 1971a), and in 1970 (Ettle and Wolford, 1973). Earlier efforts, such as those reported by Smith (1931) and Soule and Challender (1949), at- tempted to relate changes in transport of icebergs to changes in surface atmospheric pressure using monthly mean pressure maps. Based on the rapid variation in current volume across section U over a ten day period in 1965, Day (1966) tried to show that short term meteorological effects immediately prior to section occupation might have a significant effect on volume trans- port. For 90 measurements of volume transport of the Labrador Current made between 19.50 and 1965, it was evident that, in many cases, local winds had a strong effect on the volume trans- port. The mechanism of wind-induced set-up along the Newfoundland coast had a direct and nearly immediate effect on the flow through down-stream sections. There were, however, too many cases where Day's theory did not appear to be valid. An attempt was made in 1970 to show that intensification of the Labrador Current occurred when local winds induced a mass transport of surface waters toward the eastern continental slope of the Grand Banks at standard section A3 (Ettle and Wolford, 1973). The piling of water along the shelf break produced downwelling, resulting in a strong intensification of the Lab- rador Current. Ettle and Wolford also showed a possible second example of downwelling based on data from the 13-14 June 1964 occupation of standard section A3. To test the hypothesis that localized surface winds along the continental slope may produce upwelling and downwelling resulting in rapid changes in volume transport, a concurrent time series of observations were conducted at standard sections A2 and A3 during May 1971. The continental shelf break occurs at a depth of about 100 meters at both standard section A2 and A3, with the bottom dropping off rapidly to depths in excess of 1000 meters to effectively form a boundary for the ocean at the western end of both sections. Each section was occupied nearly concurrently on three occasions. A2 by EVERGREEN and A3 by ROCKAWAY. The sections were occupied at three to four day inter- vals between 20 and 27 May 1971. Observed weather conditions near both standard sections between the first and second occupations showed a mean wind from the south at approximately 5 knots at A2. Mean winds at A3, 130 miles south of A2, were from 145° true at 18 knots. The work of Ekman (1905) provides a basis for understanding the effect of wind stress on ocean circulation. Due to the effect of the earth's rotation and frictional forces, the wind-induced transport is 90 degrees to the right of the wind. Thus at both sections between 20 and 24 May 1971, the net movement of the surface water layers was offshore, nearly parallel to the sec- tions. However, the effect of the wind at A3 was much greater as a result of the higher mean wind. An approximate value of wind stress on the sea surface can be calculated from the formula : _ T = CdPa|Ua|Ua where: T=Wind stress (dynes/cm^) Pa = Density of the air (gm/cm=) Ua = Wind velocity (cm/s) Cd=Dimensionless drag coefficient Table I— VOLUME TRANSPORTS THROUGH STANDARD SECTIONS A2 AND A3 Occupation Ni .imber Total Southward Transport (SVERDRUPS) Cold Core (<2.0°C, <34.3°/oo) (SVERDRUPS) % Southward Transport Due To Cold Core Date of Occupation SECTION A2 1 2 3 ... 2.50 2.83 2.42 1.79 1.58 1.58 71.7 55.7 65.2 20 May 1971 23 May 1971 25 May 1971 SECTION A3 1 2 3 --• 6.94 3.29 5.65 1.96 1.01 1.78 28.2 30.6 31.5 20 May 1971 24 May 1971 27 May 1971 Wilson (1960) reviewed all determinations of Cd and found that 0.0024 and 0.0015 were the values applicable to strong winds (>15 kns) and light winds (<15 kns), respectively. Determi- nation of the wind stress on the sea surface at A3 gave a value of 2.65 dynes/cm=. At A2 the corresponding value was only 0.13 dynes/cm-, or less than 1/20 of the value at A3. Baroclinic volume transports through sections A2 and A3 were computed based on geostrophic considerations (Table I). At A2, the total south- ward transport varied less than 15% between any of the three occupations. A comparison of the vertical sections of density, temperature, and salinity during the three occupations of A3 (figs. 7-10) showed very little change at any depth. Between the first and second occupations, tliere was a slight increase (0.32 sverdrups) of the total southward transport, but there was a de- crease in the cold core transport (the cold core is defined as Labrador Current water less than 2°Cand34.3Voo). At section A3, the total southward transport decreased by more than 53% from 6.94 to 3.29 sverdrups between the 20 and 24 May occupa- tions. There was a corresponding decrease in the volume transport of the cold core. Between the second and third occupations, the volume transport increased by 42% to 5.65 sverdrups. Between the first and second occupations, the 27.0 and 27.5 isopycnals near the shelf break moved upward 58 meters in 94.5 hours (20-24 May) in response to the offshore mo\ement of the surface water layer (fig. 11). About 60 miles east of the shelf break, there was a correspond- ing depression of the 27.5 isopycnal. The evi- dence of upwelling was also apparent in both temperature and salinity vertical sections near the continental slope (figs. 12-14). Yoshida (1955) has considered upwelling as- sociated with winds of a few days duration. He considered a two-layer ocean with a homogeneous upper layer of depth h, and the density differ- ence between the two layers of Ap. A straight coast, or in this case the boundary formed by the eastern edge of the continental shelf, was defined by x = 0. It was also assumed that conditions did not vary in the y-direction. For uniform wind stress, the vertical velocity at the base of the surface layer becomes: W-„ = -k -Tje"^ where: W-h= Vertical velocity (cm/s) Ty= Surface wind stress (dynes/ cm^) p= Density of water (g/cm^) f=CorioIis parameter (s-') ^=^°^^'"'^*(ihi77)V2 (cm-) g= Gravitational acceleration (cm/s=). Smith (1968) stated that for mid-latitudes, the constant k can be defined by : 50kmas— ^- k where : 50 kilometers is the characteristic width for upwelling. 8 Based on Yoshida's work, the computed velocity of iipwelling at standard section A3 was 0.016 cm/s. The velocity' of the observed upwelling from the displacement of the 27.0 and 27.5 isopycnals was 0.017 cm/s. The upwelling along the western boundary at A3 resulted in an increase in the density of the upper 300 meters and an 8 dynamic centimeter decrease in dynamic height at the surface be- tween the first two occupations. Further to the east, in the trough region, there was a slight decrease in density which resulted in a 1 dynamic centimeter increase in surface dynamic height. The change in the density structure of the upper 1000 meters at A3 was responsible for the sharp decrease in volume transport noted between 20 and 24 May. The increased transport between the second and third occupations resulted from a decrease in density at the western end of A3 and an inci'ease in density at the trough stations. While the results were not conclusive, the ob- servations during 1971 strongly suggest that localized winds on the Grand Banks may pro- duce upwelling and downwelling which can modify the mass distribution of the area and can produce large localized variations in the southward transport of the Labrador Current. The time required for changes of this type to occur is on the order of three to four days or less. It is likely that this is only one of several processes which is responsible for intensification of the Labrador Current. POST-SEASON DIRECT CURRENT MEASUREMENTS During the second half of the post-season cruise, a series of direct current measurements were made at two stations using paracliute drogues (fig. 15). The parachute drogues were of a relatively unsophisticated but eflfective de- sign similar to one suggested by Volkmann et al. (1956) (fig. 16). Reference marker buoys were made using the same surface float design and 50 pounds of chain as an anchor. Visibility during the drogue studies was generally poor in fog and rain. The two drogue stations were separated by 29 miles. Station 1 was located near 45°56'N., 48°32'W. in approximately 80 meters of water close to the continental shelf break. Station 2 was further eastward in about 400 meters of water near the western edge of the high velocity core of the Labrador Current. These locations were chosen because they were near standard section A2B, and current meter data were avail- able from this same area. Station 2 (45°58'N., 47°50'W.) was also chosen because the drogues could be placed in the Labrador Current in rela- tively deep water, but because of the steep bot- tom gradient, it was possible to anchor the marker buoy nearby in water less than 100 meters deep. Three drogues were set at each station at depths of 25, 50, and 75 meters, which approxi- mated the depths where current can be expected to act on the underwater portion of typical ice- bergs encountered on the Grand Banks. The measurements were made to determine how well direct current measurements agreed with geo- strophic values from the same area. A third station 60 miles east of station 2 was cancelled due to deteriorating weather after less than 3 hours of data were collected. Observations in- cluded radar ranges and bearings to each drogue and the reference marker buoy every 20 minutes, as well as weatlier observations. Two different methods were used to compute drogue velocities on the CDC 3300 computer. The first method calculated the displacement and angle between successive observations. The dis- placement was divided by the time between ob- servations to get current speed. The second and more complex method fitted a second or third order polynomial through the x and y compo- nents of the drogue displacements taken seven at a time. The instantaneous velocity at the midpoint of the seven observations was then de- termined by differentiating the resulting poly- nomial. The advantage to the curve fitting method was a smoothing of any inaccuracies introduced by errors in taking radar ranges and bearings to the drogues and reference marker. The average drogue velocities determined by the two methods are shown in Table II. Agreement between the two methods was much better where the current speeds were higliest and the direc- tions were relatively constant. Drogue speeds discussed in this publication will be values from the polynomial method (method 2). The drogues at station 1 were established in an attempt to determine if the Labrador Current had any influence on the current regime close to Hie edge of the continental shelf. A total of 22 liours of observations was made at station 1. All three drogues were acted upon by clockwise rotary currents on which a small translatory cur- rent was superposed (figs. 17 and 18). The re- sultant motion of the 25 meter drogue was toward 305° true, while the 50 and 75 meter drogues both moved toward 090° true, indicating a strong shear between the 25 and 50 meter levels. All three drogues completed the first Ioojd at about the same time. Although there was considerable change in the instantaneous current speeds (0.7 to 17.8 cm/s) at all three depths, the average speed of the 50 and 75 meter drogues during the 22 hours of observations differed by only 0.1 cm/s. An attempt was made to determine if the drift records would show either tidal or inertial pe- riodicity by subtracting the average current ve- locity components from the components of the observed drogue velocity. While the results can not be considered conclusive, when the apparent 10 Table II— DROGUE SPEEDS AND RESULTANT DIRECTIONS Depth STATION 1 STATION 2 RUN 1 STATION 2 RUN 2 Speed Speed Resultant Speed Speed Resultant Speed Speed Resultant (Meters) (oni/s) (cm/s) Direction (cm/s) (cm/s) Direction (cm/s) (cm/s) Direction Method 1 Method 2 (°T) Method 1 Method 2 CT) Method 1 Method 2 (°T) 25. . 17.4 10.0 302 47.6 46.4 218 46.6 43.1 225 50. _ 13.5 6.9 089 51.0 51.9 217 47.0 44.4 225 75. _ 15.6 6.8 090 42.0 41.4 216 47.1 44.8 317 Method 1 = Resultant distance/time Method 2 = Fitting polynomial through X and Y components and differentiating periods of the components of the three drogues were averaged, a value of 12.4 hours was found. Since this vahie is closer to the principal lunar tidal component (12.44 hours) than to the inertial period (17.2 hours), it is probable that the clock- wise motion observed at station 1 was tidal in nature. The three drogues at station 2 were set in the high velocity core of the Labrador Current (figs. 19 and 20). Their trajectories carried them southward, closely following the bathymetry be- tween the 200 and 2000 meter depth contours at a speed of about one knot. The drogues were set at 2000Z, 4 August 1971 and tracked for about 11 hours before they moved out of radar range of the first marker buoy. A second marker buoy was established at lOOOZ, .5 August approxi- mately 16 miles southwest of the first marker. The drogues were then followed for an addi- tional 10 hours. As expected from previous geo- strophic calculations in this region, the drogue at 50 meters showed the highest average speed for both runs at station 2 (48.2 cm/s). The average current speed at the 25 meter level was 44.8 cm/s, while at 75 meters it averaged only 43.0 cm/s. Based on these results, as well as values from earlier parachute drogue work (Wolford, 1966), it is apparent that although instantaneous velocities may vary over wide limits, a current speed of approximately 1 knot can be considered a reasonable value for the western edge of the Labrador Current. 11 REFERENCES Andersen, H. S. and JI. J. Jloynihan (1971) Oceanos- raphy of the Grand Banks Region and the Labrador Sea, April-June and October 1968. U.S. Coast Guard Oceanographic Report No. 39, CG 373-39. Andersen, H. S. and M. J. Moynihan (1971a) Oceanog- raphy of the Grand Ranl« Region and the Labrador Sea, April-June, August, and October 1969. U.S. Coast Guard Oceanographic Report No. 48, CG 373-48. Berteaux, H. O. and R. G. Walden (1969) Analysis and Experimental Evaluation of Single Point Moored Buoy Systems. Woods Hole Oceanographic Institu- tion. Reference No. C9-3(;, 76 pp. Day, C. G. (1966) Final Report of Work Done Under Contract TCG-11036-A with the United States Coast Guard. Woods Hole Oceanographic Institution, Un- published Report. Ekman, V. W. (1905) On the Influence of the Earth's Rotation on Ocean Currents. Ark. Mat. Astron. Fys., 2(11). Ettle, R. E. and T. C. Wolford (1973) Oceanography of the Grand Banks Region of Newfoundland and the Labrador Sea in 1970. U.S. Coast Guard Oceano- graphic Report No. 56, CG 373-56. Helland-Hansen, B. (1934) The Sognefjord Section. Oceanographic Observations in the Northernmost Part of the North Sea and the Southern Part of the Nor- wegian Sea. J. Johnstone Memorial Volume, Liver- pool, 1934. Hislop, A. S. (1973) Coast Guard Oceanographic Unit DDP-516 Programs. U.S. Coast Guard Unpublished Manuscript Series. 73-2. Kollmeyer, R. C, T. C. Wolford, and R. M. Morse (1966) Oceanography of the Grand Banks Region of Newfoundland in 1965. U.S. Coast Guard Oceano- graphic Report No. 11, CG 373-11. Kollmeyer, R. ('.. D. A. McGill, and N. Corwin (1967) Oceanography of the Labrador Sea in the Vicinity of Hudson Strait in 1965. U.S. Coast Guard Oceano- graphic Report No. 12, CG 373-12. .Morgan, C. W. (1969) Oceanography of the Grand Banks Region of Newfoundland in 1967. U.S. Coast Guard Oceanographic Report No. 19, CG 373-19. Smith, E. H. (1931) The Marion Expedition to Davis Strait and Baffin Bay, 1928. Scientific Re.sults, Part 3. U.S. Coast Guard Ice Patrol Bulletin No. 19, CG 188-19. Smith, R. L. (1968) Upwelling. Oceanogr. Mar. Biol. Rev., Vol. 6. Soule, F. M. and E. R. Challender (1949) Discussion of Some of the Effect of Winds on Ice Distribution in the Vicinity of the Grand Banks and the Labrador Shelf. International Ice Observations and Ice Patrol Service in the North Atlantic Ocean, U.S. Coast Guard Bulletin No. 33, CG 188-33. Soule, F. M. (1964) The Normal Topography of the Labrador Current and its Environs in the Vicinity of the Grand Banks of Newfoundland During the Ice- berg Season. Woods Hole Oceanographic Institution, Reference No. 64-36. UNESCO (1966) International Oceanographic Tables. UNESCO Office of Oceanography, Paris, 118 pp. Vais, C. L., A. D. Rosebrook, T. C. Wolford, and R. B. Ettle (1972) Taut-Line Instrumented Arrays Used by the Coast Guard Oceanographic Unit During 1970- 1971. U.S. Coast Guard Unpublished Manuscript Series. 72-1. Volkmann, G., J. Knauss, and A. Vine (1956) The Use of Parachute Drogues in the Measurement of Sub- surface Ocean Currents. Transactions, American Geophysical Union, 37(5). Wilson, B. W. (1960) Note on Surface Wind Stress over Water at Low and High Wind Speeds, Journal of Geophysical Research, Vol. 65, No. 10. Wolford, T. C. (1906) Oceanography of the Grand Banks Region and the Labrador Sea in 1966. U.S. Coast Guard Oceanographic Report No. 13, CG 373-13. Yoshida, K. (1955) Coastal Upwelling off the Cali- fornia Coast. Records Oceanography Works Japan, 2(2). 12 o O CO o in z o O ro o O to o If) o O o in o O cn I I in 0 1 0 O « N c CO <« a ■* -o -J z 0) UJ -a: c 3 O z u s ^ •< u OJ >- OJ M a: CO LIJ o f 0) CO •«: u a: c CO -c c c CO 'J o t ^ H H o Cl ■ft 01 f '•r- 0; J CO 1 o i OB H J= a CO 03 5^ k CO C/3 01 C CO -a o O Cfi CO T3 3 E CQ - «S5 2:- . \ /.V (••'vW»! "• ••^vy A k CO 6 ^js :rfs .:-|^ ' 0; a. >. 0; ?iP7? W- • * TVfe. CO CO 0/ Q. CO >> T3 0) Qj 1 * --A CO a; C 0; ^ * % 4^ O Q. CO C - * 3 1 y^ 2^ u :«: _ :,^:.^s>l a.- •i^- imn^ ^ a> g£^ ^y^ ^ ^ '^ fji^ #' 1 L ?\^^V • ^ >, J ^J*^' . ?.» j\ ^^ ^^t^f^SpK CO <>^ ;— IT * ■o '^N } ^^•?^?» \5r CQ f^ ^^ * *f^ < fk>>: ■^ * ^^V-!* v*^^ c o P: V Q Ga ^ ^ *f •f a: • >< J r t^ X7^ i • cn • • 1 " Vg? iti^ ilS> 1 1 I ■4 C5 3*: P J- t 1 1 o O rO o to o O (O o to o O o O z b to ~ OJ 13 54'»W 52* 50' 48= 46* 44°W SCN 48* 46' 44' 42' 40°N 1800 meters ( leomelers AlB AVALON :V^St Johns PEN. AlC A2 SI GRAND BANKS A2C A2B leometers ISOOmettrs ^ ^ V- ISOmeters , leOOmeters 50'*N 48« 46* 44' 42* 54°W 52' 50' 48* 40°N 46' 440^ Figure 2. Locations of the International Ice Patrol staniiard and special monitoring sections occupied along the eastern continental slope of the Grand Banks of Newfoundland during 1971. 14 U.S.C.G.C. ROCKAWAY (WAGO 377) STATION NUMBER 10969 5 MAY 1971 POSITION 44»52.6'N 47»37.8'W TEMPERATURE ("C) 5 6 7 8 9 K) II 12 D E P T H (M) \J _ 1 1 1 1 1 ._L--.=J— -J - ■s^ — — *s-'^^r_ "•^- - UNPROCESSED ^/^""^---^ : DDL TRACE ~*s^^ - ,,>- .--"' : 100 — ,y" - - p^r ' _ X - .3 : L « POO \— ^^-J i ■5; 1..^^ _ ^PROCESSED DDL - TRACE ^'■ _ ^^ -_-=-----'' <*•' ~ "■* ~ — ""b - - "~~T^ - w^ 1 \^ 1 1 1 1 1 SALINITY (%•) 3200 34.00 36.00 0 100 D E P T H (M) 200 - . ..,;' 1 1 "-^i, _ - '~~~^^C^'J'_ - _ ' "^^m. _ ■?-. _ - / - — .Ir — - "«, - I : - { t - " •<; ~ — f" - - - X — - 7 — - - - '% _ - 'J - 1 1 '■1 - 300 FiGi-KE 3. Comparison of processed versus unprocessed digital data logger temperature and salinity data in the upper 300 meters of the water column at International Ice Patrol station number 10969, occupied by CC.O ROCKAWAY on 5 May 1971. U.S.C.6.C. ROCKAWAY (WAGO 377) STATION NUMBER 10969 5 MAY 1971 POSITION 44»52.6'N 47" 37.8' W TEMPERATURE ("O 6 7 8 9 10 II 12 100 D E P T H (M) 200 300 : : 1 1 1 1 1 ! >--- - Z^- l~i — -crr^"^^ — - ^^^t^:;. - : Y : - STD ANALOG y TRACE--~.^,>r - - ^^^ PROCESSED DDL ^^^^Z ^ TRACE - -^s. X ! , 1 1 - SALINITY (%«) 32.00 34.00 3600 0 100 D E P T H (M) 200 — 300 Figure 4. Comparison of proces.sed digital data logger temperature and salinity values versus STD analog trace values in the upper 300 meters of the water column at International Ice Patrol station lunnber 10009, occupied by CGC ROCKAWAY on 5 May 1971. 15 53*W 49° 47" 45° 4 3''W 50° N 48° 46° 44° 42° 40°N 10868 A3B 53°W 49° 47 = 45° 50° N 48° 46° 44° 42° 40° N 43°W Figure 5. Sea-surface dynamic topography (dynamic meters) relative to 1000 decihar surface, from data collected during the first CGC EVERGREEN survey, 5-13 April 1971. Oceanosraphic station positions are indicated and the station numbers are given at turning points. Heads of arrows indicate direction of geostrophic current. 16 53*W 49" 4 7« 45»W SCTN 48' 46» 440 42''N lOOOM 10987 ^3A 10988 A3B 50»N 48« 46" 44. 42«N 53°W 5 1" 49" 4 7" 4 5*W FiGi-RE 6. Sea-surface dynamic topography (dynamic meters) relative to 1()00 decibar surface, from data collected during the 1971 multiship survey by CGC EVf^KGREEN and CGC ROCKAWAY, 12-28 May 1971. Oceano- graphie station positions are indicated and the station numt)ers are given at turning points. Heads of arrows Indicate direction of geostrophic current. Note: The station numbers are discontinuous. 17 NAUTICAL MILES 0 10 20 30 40 50 60 Of ^ ^26.0: 70 80 90 100 1000 1200 FiGVEE 7. Vertical section of density (o-i) for three occupations of standard section A2 by CGC EVERGREEN on 20 May, 23 May, and 25 May 1971. Only the east-west portion of A2 is included. 18 4.0 STATION NUMBER cq 4 3.0 10685 867 889 891 \ 893 894 895 896 897 898 899 900 1000 0 10901 3 0 1.0 ~ 33.0 33.0 1000 — FiGTTRE 8. Vertical .section of temperature (°C) and salinity (Voo) for standard - section A2-1, occupied by CGC EVERGREEN, 20 May 1971. Se;tion A2-1 possesses a 90° angle at station numlier 10S05 where the east-west and north-south legs meet. 19 STATION NUMBER 10918 919 920921 922 923 924 929 926 927 K»2B 0 'sn_,-i=3=l=F — 700 — 800 — 900 — 1000 " Figure 9. Vertical section of temperature (°C) and salinity (%,) for standard section A2-2 occupied by CGC EVERGREEN, 23 May 1971. 20 1000 STATION NUMBER 10938 940 5.0 10944 STATION NUMBER 10938 940 32 0 109^^ FiGiTtE 10. Vertical section of temperature (°C) and salinity (°/<,n) for standard section A2-3, occupied by CGC EVERGREEN, 25 May 1971. 21 NAUTICAL MILES 30 40 50 FiGUKE 11. Vertical section of density (^t) for three occupations of standard section A3 by CGC ROCKAWAY on 20 May, 24 May, and 27 May 1971. 22 STATION NUMBER 109484 Q 950 981 10.0 »92 I0'83 3.0 -L^^t^^^^^^^^^iO" 100 200 300 _ 400 — 4.0- u 900 Si 600 o 700 800 I- '^ 900 1000 20 NM q 1000 Figure 12. Vertical .section of temperature (°C) and salinity (°Ao) for .standard section A3-1, occupied by CGC ROCKAWAY, 20 May 1971. 23 10978 STATION NUMBER 973 972 16.0. 10970 Figure 13. Vertical section of temperature (°C) and salinity (°/„o) for standard section A3-2, occupied by CGC ROCKAWAY, 24 May 1971. 24 5.0 STATION NUMBER 10997 6.0 I IIOOO 001 002 003 004 |0.0 005 11006 32.5 32.5 33.0 325 35.0 Figure 14. Vertical .section of temperature CO) and salinity (%«) for standard section A3-3, occupied by CGC KOCKAWAY, 27 May 1971. 25 53°W 52* 5* 50' 49° 48° 47° 46 45° W 48*N 42'N 53'W 52* 46»W 42" N Figure 15. Location of the August 1971 parachute drogue stations, special section A2B, and the 1971 current meter Ijuoy array site on the Grand Banks of Newfoundland. 26 RADAR REFLECTOR 18 Ft. BAMBOO POLE I/.- ■ POLYPROPYLENE LINE 1 Ft. SPREADER BAR CHAIN WEIGHT (20-40 lbs) FiGi'KE 16. Schematic diagram of the parachute drogues used durins the 1971 post-season cruise based on a de- sign by Voli^niann et al. (1950). 27 DISTANCE IN YARDS- NORTH 3500 3000 2500 2000 1500 1000 500 500 DROGUE RUN I STA 45»56'N 48"32'W 25 METERS 1000 1500 2000 2500 DISTANCE IN YARDS- EAST 3000 3500 Figure 17. Parachute drogue trajectory at the 25 meter level at station 1. The drogue was tracked from 1300Z, 3 August to 1120Z, 4 August 1971. 28 DISTANCE IN YARDS- NORTH 2000 DROGUE RUN I STA I 45*'56'N 48*'32'W 150 0 — 500 1000 — 75 METERS DISTANCE IN YARDS- NORTH 500 031300 1400 1000 500 500 2 500 3000 1000 1500 2000 DISTANCE IN YARDS- EAST FiGXTRE 18. Parachute drogue trajectories at 50 and 75 meter levels at station 1. The drogues were tracked from 1300Z, 3 August to 1120Z, 4 August 1971. 29 DISTANCE IN YARDS NORTH (XIO^) 18 16 14 12 10 DROGUE RUN I - STA 2 04?0?0 06UE KNS 6 8 10 12 14 DISTANCE IN YARDS" EAST (XIO^) 16 Figure 19. Parachute drogue trajectories at the 25, 50, and 75 meter levels at station 2, run 1. Drogues were tracked from 2020Z, 4 August to 0700Z, 5 August 1971. 30 DISTANCE IN YARDS- NORTH (XIO^) 18 DROGUE RUN Z- STA 2 45*'46'N 48"'06'W 051040 DISTANCE IN YARDS- EAST (XIO'') FiGiTtE 20. Parachute drogue trajectories at 25, 50, and 75 meter levels at station 2, run 2. Drogues were tracked from 1040Z-2025Z, 5 August 1971. 31 APPENDIX A OCEANOGRAPHIC DATA Cruises Listed Table I. USCGC EVERGREEN. April 1971 II. USCGC EVERGREEN, May 1971 . III. USCGC ROCKAWAY, May 1971 _. Page 34 57 Codes Utilized To facilitate use of the oceanographic station data listing, entry headings which are not self-explanatory are described below. Latitude Degrees and minutes of latitude. Longitude Degrees and minutes of longitude. Depth to bottom Uncorrected soundings in meters. Wave observations: DIR. HGT. PER. SEA -Rounded to nearest multiple of 10 degrees. -Increments of y^ meter. Sum of 5 meters plus increments of y2 meters if 50 is added to direction. _If numerals 2 through 9 are entered, period in seconds is either twice the numeric entry or 2X (numeric entry) +1. 0 = 20 or 21 sec. l=over 21 seconds. X = calm or not determined. .Sea state according to WMO Code 3700. Code 0 1 2 3 4 Height Om 0-O.lm 0.1-0.5m 0.5-1.25m 1.25-2.5m Code 5 6 7 8 9 Height 2.5^m 4-6m 6-9m 9-14m >14m Weather Code Weather according to WMO Code 4501. Code 0 1 2 Clear Partly cloudy Cont. layers of clouds Blowing snow, sandstorm, etc. Fog, haze, dust Code 5 6 7 Drizzle Rain Snow and rain and snow mixed Shower (s) Thunder- storm (s) 32 Cloud Code Type Cloud type according to WMO Code 0500. Code Type Code Type 0 Cirrus 5 Nimbostratus 1 Cirrocumulus 6 Stratocumulus 2 Cirrostratus 7 Stratus 3 Altocumulus 8 Cumulus 4 Altostratus 9 Cumulonimbus X Clouds not visible due to darkness, fog, or other analogous phenomena Amount Cloud amount in eighths. Entry of the numeral 9 indi- cates cloud amount could not be estimated. Wind Dir. Rounded to nearest multiple of 10 degrees. Speed Wind speed in knots. Barometer Barometric pressure given in tens, units, and tenths of millibars. Vis. Code Visibility according to WMO Code 4300. Code Visibility Code Visibility 0 Less than 50m 5 2-4km 1 50-200m 6 4-lOkm 2 200-500m 7 10-20km 3 500-lOOOm 8 20-50km 4 l-2km 9 50km or more Dyn. Ht. Dynamic height in dynamic meters with respect to 1000 decibar reference surface. Messenger time Entered in hours and tenths of an hour. Indicates the starting time for lowering the STD sensor. Depth Depth to nearest meter. Temp. Temperature to hundredths of a degree Celsius. Sal. Salinity to hundredths of a part per thousand. Sig-t Sigma-t value. 33 Tarle I. OhservecJ oceanographic data from stations occupied by USCGC E^■ERGUEE^■, 5-13 April 1971. prepared from XODC Listing No. 31-8245. 1 1TIT lOF l.flf jCITunF STIT ION TIMF ) ST4TI0N MO. D»v WD , YFao NIJMBFP ift S<<.ON 040 ?t,,nv 04 ns ns , n 1071 1 oann nEPTH TO BOTTOM WiVF Obsfovstions kEJThEP COOE CLOun rooFs 01° Hr,T PEP SFA TYPE 4MT. n 1 o*^ 17 1 ? I 047 47. OW 04 05 OR.? 1971 lORlO DEPTH TO BOTTOM WAVE OBSERVATIONS WEATHER CODE CLOUD COOFS DIP Hr,T PEP SEA TYPE AMT. 0163 09 0 4 <4 0 6 WIND RAOO- MFTFP (MBS) AIR TFMP DEG C mo SPEED DRY RULB WET BULB VIS CODE DYN HT 13 10 27R 03. 0?. 971.101 MESSENGER TIMF 0^.? 00 CAST NO. SAL in IS ?n 30 37 50 5S 6S 7S «? 95 100 105 121 125 140 150 0.4? 32.670 ?6.?7 0,61 32.540 26. ?5 0,68 32.650 26. ?6 0,71 32.650 26. ?6 0,73 32.640 26. ?6 l,n? 32.660 26.78 1.05 32.660 26.28 1.06 32.680 76.30 1.34 32.740 26.35 1 .08 32.920 26.49 0.89 32.990 26.54 0.81 33.020 26.56 n.flft 33.070 26.61 0.95 33.110 26.64 0.56 33.300 76.78 0.04 33.390 26.83 0.36 33.470 26. 8R 0.3? 33.510 26.91 LATITUDE L0^ jGITuDE ST4TI0N TIME (GMT) 5T4TION "0, DAY HR. YEAR NUMBER 46 56. ON 047 30. OW 04 05 09.6 1971 10811 DEPTH WAVE OBSERVATIONS yEATHER CODE CLOUD COOES BOTTOM 01° HGT PER SEA TYPE AMT. 0205 1? 0 ? «1 0 6 WIND BARO- METER (MBS) AIR TEMP DEG C DIP SPEED DRY BULB WET BULB VIS CODE DYN HT 09 10 939 02, 01, 971,102 MESSENGER TIME 09.6 CAST NO. 00 DEPTH TEMP 5AL SIG-T 6 0.66 32.630 ?6.74 10 0.66 32.630 26. ?4 1? 0.66 32.630 26. ?4 20 0.83 32.610 26. ?3 30 0.97 32.640 26.26 50 1.13 32.660 ?6.28 75 1.27 32.780 26.39 83 1.26 32.840 ?6.43 100 n.95 32.950 26.51 125 0.1? 33.350 ?6.80 137 0.23 33.470 76.88 141 0.09 33.510 ?6.92 150 0.48 33.560 ?6.94 197 0.76 33.650 27.00 34 Tabijl I. Observed oceanogiaphic data from stations occupied by USCGC EVERGREEN, 5-13 April 1971, prepared from XODC Listing No. 31-8245. — Continued LATITUM LONOITUOC $T»TTON TIMt 1 STITION ■0. out MR. Tt«« NUHK* •4 M.«N •*T tl.tH •* •s I*.« l«TI l*«lt oewH TO •OTTOM «»ve oosemiTioNS MCOTW* coec aouo coect Of* HOT #CT K* TT« ««T. •32* u * t «i • * KTMC ■*l>0- (MBS) tl* Ttl» oca c Btl» spceo OUT ML! HCT BUL8 »I5 cooe OTN MT 13 II ZTI »t. •(. «?!.•«« HCSSeNKK CAST TIMC NO. «».T 0»TM t • .Tl 32.*S^ M.l* 1* • •TT 32.»S^ M.M it t.M 3I.»4^ M.M »T • .«S 3«,*S^ M.rT 3* t.W u.*** f.n ♦• t.M 31. t** t*.f S« • .•T 3«.*fl t*.t1 6* I.St 3t.4S^ *♦.*« T3 1.3* 31.«SI M.S3 T5 l.3« 3«.«3^ M.SI «• *.*« 33.1*^ M.T* 1*» • .*« 33.1{« M.TI lit t.SS 33.S4« »*.«T US t.u 33.S«« M.«* in • .M 33, M* I1.*t u« • .Tl 33. 4S^ t7.*» IS« • .TT 33.T3^ tl.** Mt I.TS 3*.ll^ »T.3«. n* t.*« 3«.3|R TEMP oee c OIR s«eo OBT BUlO KtT BULB VIS COOC DYM MT 1* •• i1» 02. • 3. *T1.»2S MCSSCNOCR C»ST OePTM TCMR S4L SIS-T TlMf N< • ll.T 4 0.53 32.T4t 24.33 It t.tl 32.TSt 24. 3S ••.1 20 I.IT 32.T4t 24. 3S 2S 1.22 32.T4t 24. 3T 30 1.22 32. Ttt 24. 3T 34 1.22 32, Ttt 24.3* 43 1.3« 32.*2t 24.St St I.2T 32. Mt 24.54 TS t.34 33.440 «4.tS •2 t.4S 33,4Tt 24. tT »5 t.24 33,S«0 24. «• Itt t.ll 33,440 2T.t4 lit O.lt 33.S40 24. tl in t.tT 33.4*0 2T.tT 13t t.l3 33.T10 2T.tB 13T t.tT 33.T40 2T.ll ISO 1.24 33. 120 2T.lt 200 2.43 34.3tt 2T.4S 2S0 3.3T 34. Stt 2T.S2 3tt 3.tT 34,T3t 2T.41 4tt 4.3T 34.Btt 2T.44 stt 4.4T 34. ttt 2T.4f Ttt 4.4t 33.t4t 24. tl 401 4.44 34.43t 2T.Tt TT5 4.3t 34.tS0 2T.T3 L»TITUOf LONGITUDE STATION TIME 10 81) 0.86 33.770 27.09 100 2.09 34.020 27.20 12S 4.26 34.340 27.26 12S 3.95 34.400 27.34 133 4.37 34.560 27.42 ISO 4.76 34.610 27.42 172 4.76 34.640 27.44 190 4.31 34.6B0 27.52 200 4.47 34.710 27.53 215 4.48 34.740 27.55 220 4.43 34.750 27.56 250 4.43 34.840 27.63 272 4.37 34.850 27.65 LATITUDE LONGITUDE STATION (GMT TIME ) STATION MO. DAY HR, YEAR NUMBER 46 57. ON 045 50. OW 04 B5 20.7 1971 10BI8 DEPTH TO BOTTOM WAVE OBSERVATIONS WEATHER CODE CLOUD CODES DIR MGT PER SEA TYPE AMT. 029* 12 1 2 «1 0 6 WIND BARO- METER (MBS) AIR TEMP OEG C OIR SPEED DRY BULB WET BULB VIS CODE DYN HT 14 12 247 06. 05. 970.947 MESSENGER CAST DEPTH TEMP SAL SIG-T TIME NO. 20 7 0 3.34 33.700 26.84 10 3.07 33.630 26.81 30 2.88 33.680 26.87 00 3 20 2.98 33.680 26.86 50 2.86 33.690 26.88 75 2.28 33.690 26.92 89 2.21 33.790 27.01 100 2.33 33.800 27.01 106 2.33 33.830 27.03 lis 1.49 33.820 27.09 120 2.04 33.980 27.17 125 2.04 33.980 27.17 130 2.04 34.030 27.21 147 2.75 34.1*0 2>*28 150 2.19 34.170 27.31 180 4,01 34.630 27.51 200 4.09 34.700 27.56 250 4.20 34.830 27.65 LATITuOe L0«OITUO«. STATION TIME (OMT) STATION MO. DAY MR. YEAR NUMBER 47 20. ON 045 50. OW 04 OS 23.2 1971 10819 OtPTM TO BOTTOM WAVE OBSERVATIONS WEATHER COOC CLOUD COOES DIB MOT PER SEA TYPE AMT. • 382 12 0 2 XI 0 6 WINO BARO- MCTER (MBS) AIR TEMP DEO C DID spceo DRY BULB WET BULB VIS CODE DYM HT 14 10 247 06. OS. 970.925 MesSCNOCR CAST DEPTH TEMP SAL SI8-T TIME NO. 285 4.23 34,860 27.67 23.2 0 2.*4 33,640 24. M 8 2.84 33,640 26.84 00.1 10 2.77 33.S50 24.77 15 2.41 33.580 26.83 20 2.31 33.590 26.84 30 2.25 33.590 26.85 40 2.16 33.650 26.90 50 2.28 33.660 26.90 68 2.24 33,640 26.89 75 1.76 33,690 26.96 77 1,74 33.970 27.19 100 2,68 34.100 27.22 120 4,22 34,420 27.32 125 3,77 34,270 27,25 127 3.69 34.510 27,45 130 3,84 34.440 27,38 133 3.69 34.360 27.33 150 4.03 34.650 27.53 ITS 4.32 34,750 27.58 200 4.33 34,780 27.60 250 4.29 34,840 27.65 288 4,26 34,880 27.68 36 Table I. Observed oceanogiaphic data from stations occupied by USCGC EVERGREEN, 5-13 April 1971, prepared from NODC Listing Xo. 31-8245.— Continued L«TITl)Of LONCITUOE ST«TION TIME (GMTI STATION "0. 0«T MB. TEAB NUMBEB »7 19. OM 04S SI. OH tn, 06 01.0 1171 10870 DEPTH 10 BOTTOM HAVE OBSEBV»TIOXS HEATHEP CODE CLOUD COOES Oil HOT PEB SE» TYPE AMT. 03*7 16 0 2 »1 0 6 »INO B«PO- ■ETEB IMBS) AIP TEMP DEC C 010 ■spEeo BUL8 HET BULB VIS CODE OTN MT 16 oa ?»7 06, 05. 970. 9?? MESSE>»GES CAST DEPTH TEMP SAL SIG-T TI F HO. 0? s ft 3.93 n.3?o 26.48 1" 3.93 33.130 ?6.49 01) t* ?n 3.93 33.330 ?6.49 30 3.45 33.250 26.47 3S 3.21 33.330 26.56 4S 3.21 33.530 26.72 50 3.55 13.570 26.72 65 5.33 14.100 26.95 7S 4.91 14.160 27.04 95 5.63 34.490 27.22 100 5.30 34.370 27.16 115 6,00 14.590 27.25 125 5,5n 14.510 27,76 150 4.96 14.550 27.14 15« 5. on 34.5B0 77.15 170 5.01 14.610 77.39 177 4.S5 14.660 27.44 200 5.61 14.H70 77.52 211 6.03 14.flflO 27.48 740 4.95 34.790 77,54 250 4.94 34.800 77,55 300 4.B1 14.850 27,60 400 4.67 14.900 27.66 500 4.65 14.9f.O 27.71 600 4.60 34.960 77.71 700 4.17 34.930 27.73 800 4.06 34.940 27.75 90 0 3.99 14.940 27.76 1000 3.95 14.940 77.77 1030 3.91 14.940 77.77 t«TJIUOE LOMOITUOE ST4TI0N TIME (OMT) STATION MO. DAY MR. YEAR NUMBER 46 05. ON 0*7 0*.0H 0* 07 05.3 1971 10826 DEPTH l»VE OBSERVATIONS HEATHER CODE CLOUD COOES BOTTOM DIP HOT PER SE» TYPE AMT. 1463 35 0 2 XI 0 6 VINO B»RO- METER (MBS) AIR TEMP OCG C DIP SPEED DRY BULB MET BULB VIS COOE OYN HT 35 20 23* 00. , 970.960 HESSENOER CAST DEPTH TEMP SAL SI6-I TIME NO. 05.3 0 0.25 33,240 26,70 10 0.25 33.240 26,70 00. 3 20 0.25 33.250 26.70 30 0.25 33.240 26.70 *1 0.18 33,570 26.97 50 0.80 33,570 26.93 75 1.30 33,800 27.08 100 2.09 34.030 27.21 125 2.16 34.100 27.26 1*2 3.25 34.440 27.44 150 3.09 34.430 27.44 200 3.66 34.630 27.55 250 *.13 34.770 27.61 300 *.30 34,660 27.66 *00 *.*5 34.890 27.67 500 4.45 34.910 27.69 600 4.40 34.920 27.70 700 4.27 34,930 27.72 800 4.18 34,940 27.74 900 4.11 34,930 27.74 1000 3,99 34,940 27.76 1029 3.98 34.940 27.76 LATITUDE LONGITUDE STATION TIME (OMTI 5TATI0N «0. DAY HP. YE4P NUMRER 46 06. ON 047 16.011 04 07 07.3 1971 10627 DEPTH •AVE OBSERVATIONS •EATHEP COOE CLOUD CODES BOTTOM OIR HGT PER SEA TYPE AMT. 0604 35 0 2 «0 0 6 KINO BARO- METER (HBSI AIR TEHP DEO C OIR SPEED DRY BULB KET BULB VIS CODE OYN HT 35 25 257 00. . 971.015 HESSENOER CAST DEPTH TEHP SAL SIG-T TIMr NO. 07.5 0 0.79 32.980 26.53 10 0.79 32.980 26.53 00 .3 20 0.79 32.980 26.53 30 0.79 32.980 26.53 39 0.79 32.980 26.53 SO 1.47 32.980 26.55 55 1.14 33.050 26.60 62 1.14 33.100 26.64 75 0.69 33.320 26.80 84 0.77 33.410 26.88 98 0.35 33,490 26.89 100 0.32 33,510 26.91 102 0.28 33.530 26.93 111 0.52 33.590 26.96 125 0.93 33.580 27.02 150 0.65 33.980 27.27 175 1.98 34.200 27.35 183 1.95 34.220 27.37 200 2,21 34.330 27.44 250 3.79 34,690 27.58 300 4.17 34.790 27.62 400 4.46 34.870 27.65 500 4.46 34.900 27.68 523 4.44 34.910 27.69 582 4.45 34.910 27.69 38 Table I. Observed oceanographic data from stations occupied by USCGC EVERGREEN, 5-13 April 1971, prepared from XODC Listing No. 31-8245.— Continued LATIT IDE LONGITUDE STATION TIME (GMT) STATION MO. DAY HR. YEAR NUMBER 46 14. ON 041 3ft. OW 04 £L O").? 1<»71 10ft?ft DEPTH TD ROTTOM WAVE ORSERVATIONS WEATHER CODE CLOUD COOES DIP HOT PER SEA TYPE AMT. 0203 31 1 ? XI 0 5 WIND RARO- MFTER (MRS) AIR TEMP DEG C DIP SPEED DRY RULB WET 8ULR VIS CODE DYN HT 34 10 ?78 01. 00. 971.116 LATITUDE LONGITUDE STATION TIME (GMT) STATION MO. DAY HR. YEAR NUMBER 46 17. ON 047 50. OW 04 07 11.3 1971 10fl29 DEPTH TO WAVE OfiSFRVATIONS WEATHER CODE CLOUD COOES ROTTOM OIR HGT PER SE* TYPE AMT. 0143 30 1 ? XI 0 A WIND BARO- METER (MBS) AIR TEMP DEG C DIR SPEED DRY BULB WET BULB VIS CODE DYN HT 31 06 ?78 01. 00. 971. 1?7 MESSENGER CAST DEPTH TEMP SAL SIG-T MESSENGER CAST DEPTH TEMP SAL SIG-T TTMr NO. NO. 09.9 0 0.59 32.780 26.36 11 3 0 0.28 32.830 26.39 10 0.59 32.780 2*. 36 10 0.28 32.830 26.39 00 1 20 0.59 32.780 26.36 00 1 20 0.28 32.820 26.38 25 0.59 32.780 26.36 30 0.30 32.830 26.39 30 0.70 32.810 26.39 37 0.55 32.840 26.41 45 0.77 32.840 26.42 50 0.63 32.860 26.43 50 0.97 32.840 26.42 75 0.74 32.880 26.45 57 1.21 32.980 26.55 76 0.78 32.880 26.45 6? 0.91 33.100 26.63 83 1.15 32.920 26.49 75 0.77 33.140 26.66 90 1.15 33.070 26.62 100 0.01 33.320 26.77 100 1.00 33.110 26.64 119 0.40 33.550 26.94 125 0.14 33.390 26.fl4 125 0.40 33.550 26.94 132 0.10 33.390 26.83 ISO 0.41 33.550 26.94 187 0.49 33.590 26.96 LATITilDF LONGITUDE STATION TIME (GMT) STATION MO. DAY HR. YEAR NUMBER 46 22. ON 048 03. OW 04 07 12.3 1971 10830 DEPTH TO ROTTOM H AVE OBSERVATIONS WEATHER CODE CLOUD CODES DIR HGT PER SEA TYPE AMT. 0117 33 2 2 XI 0 6 WIND RARO- METER (MRS) AIR TEMP DEG C OIR SPEED DRY BULR WET RULB VIS CODE DYN HT 33 in 298 04. 02. 971.127 LATiTiinf LONGITUDE ■STATION TIME (GMT) STATION MO. DAY HR. YEAR NUMBER 46 27. ON 04fl 18. OW 04 07 13.8 1971 10831 DEPTH WAVE ORSERVATIONS WEATHER CODE CLOUD CODES OOTTOu OIR HGT PER SEA TYPE AMT. 0101 27 n 2 XO n 6 WIND RARO- METER (MRS) AIR TEMP DEG C DIR SPEED DRY BULB WET BULR VIS CODE DYN HT 27 08 308 04. 03. 971.141 MESSENGER CAST DEPTH TEMP SAL SIG-T MESSENGER CAST DEPTH TEMP SAL SIG-T TIMF NO. TiMF NO. 12.3 0 0.17 32.850 26.40 13. ft 0 0.44 32.660 26.22 10 0.19 32.850 26.40 1 n 0.40 32.660 26.22 00 1 20 0.20 32.830 26.39 00 1 20 0.36 32.660 26.22 30 0.21 32.830 26.39 25 0.34 32.650 26.22 37 0.23 32.830 26.39 30 0.21 32.640 26,22 50 0.57 32.830 26.40 39 0.17 32.680 26.27 65 0.62 32.850 26.42 50 0.21 32.700 26.28 75 1.13 32.930 26.50 70 0.73 32.880 26.45 77 1.14 33.030 26.58 75 0.74 32.880 26.45 100 0.75 33.210 26.72 93 0.75 32.900 26.47 39 Tarlk I. OI)serve(l ocennogiaphic tliita from stations occupied by USCGC EVERGREEN, 5-13 April 1971, prepared from NUDC Listing No. 31-8245. — Continued LATITi lOF LONGITUDE STATION TIME (GMT) YEAR STATION MO. DAY HR. NUMBER 46 ?<).0N 0<.fl 30. OW 0<> 07 IS.? 1971 10B3? DEPTH TO BOTTOM WAVE OBSERVATIONS WEATHER CODE CLOUD CODES DIR HGT PEW SEA TYPE AMT. no'»<» 26 0 ? <0 0 6 WTNO RARO- MFTFR (MRS) AIR TEMP DEG C DIR SPEED DRY BULB WET RULB VIS CODE DYN HT ?6 OS 301 03. 02. <»71.1<.9 MESSENGER TI"F IS.? CAST NO. 00 TEMP SAL SIG-T 0 1.06 32.4fl0 26.04 s 0.85 32.490 26.06 in 0.73 32.530 26.10 20 0.*8 32.540 26.12 30 0.20 32.570 26.16 45 O.U 32.600 26.19 50 0.01 32.620 26.21 5R 0.14 32.710 26.29 69 0.68 32.800 26.38 7S 0.70 32.810 26.39 86 0.72 32.810 ?6.39 LAT ITIIDF LONGITUDE STATION TIME (GMT) YEAR STATION MO. DAY HR. NUMBER 46 01. ON 04ft 30. OW 04 07 17.8 1971 10831 DEPTH TO BOTTOM WAVE OBSERVATIONS WEATHER CODE CLOUD CODES DIR HGT PER SEA TYPE AMT. 0091 26 0 2 XI 0 6 WIND BARO- METER (MBS) AIR TEMP DEG C niR SPEED DRY BULB WET BULB VIS CODE DYN HT 23 OS 301 04. 03. 971.137 MESSENGER TIMF 17.8 CAST NO. 00 DEPTH 0 2 10 20 23 30 48 50 60 75 TEMP 1.21 1.08 0.97 0.55 0.08 0.07 0.30 0.42 0.66 0.69 SAL 32.500 12.520 32.520 32.530 32.580 32.650 32.770 32.790 32.860 32.880 SIG-T ,05 ,07 ,08 .11 ,17 ,24 ,34 ,16 .43 ,45 LATITUDE LONGITUDE STATION TIME ( GM T ) STATION MO. DAY HO. YFAO NUMBER 4S S6.0N 048 ?n.ow 04 07 19.0 1971 10834 DEPTH WAVF OBSERVATIONS WEATHER CODE CLOUD CODES BOTTOM 010 HGT PER SFA TYPE AMT. 0104 26 n ? «1 0 6 WIND RARO- MFTFR (MBS) AIR TEMP DEG C niR SPEED DRY BULB WET BULB VIS CODE DYN HT ?3 OS 301 04. 03. 971.126 MESSENGER CAST DEPTH TEMP SAL SIG-T TIMF NO. 19.1 n 0.87 12.680 26.21 5 0.12 12.740 26.29 00 1 10 0.23 32.740 26.29 15 0.18 32.740 26.30 20 0.03 32.740 26.31 25 0.22 32.790 26.36 30 0.27 32.800 26.37 40 0.34 32.810 26.38 SO 0.53 32.860 26.43 55 0.68 32.970 26.52 75 0.69 32.980 26. S3 87 0.59 33.020 26.56 LATITUDE L ONGITUDE STATION TIME (GMT) STATION MO. DAY HR. YEAR NUMBER 45 47. ON 046 06. OW 04 07 20.4 1971 10R3S DEPTH 1 TYPE AMT. 0497 26 0 2 «1 0 6 «IND e«RO- METER (MBS) »IR TEMP OEO C DIR SPEED DRY BULB HET BULB VIS CODE DYN HT 16 08 308 02. 02. 971.023 MESSENGER CAST DEPTH TEMP SAL SIG-T TIME NO. 23,2 0 0.03 33.130 26.62 10 0.13 33.150 26.64 00.2 20 0.27 33.130 26.63 30 0.69 33.150 26.67 38 0.86 33.190 24.70 50 0.87 33.220 26.73 56 0.86 33.280 26.78 75 0.65 33.620 26.98 76 0.77 33.620 26.97 80 0.78 33.640 ?6.99 86 0.22 33.660 27.06 100 0.54 33.880 27.20 125 1.62 34.210 27.39 ISO 2.55 34.350 27.43 200 3.50 34.580 27.52 250 4.02 34.720 27.58 260 4.03 34.730 27.59 300 4.29 34.800 27.62 400 4.47 34.870 27.65 462 4,47 34.900 27.68 L8TITU0E LONfllTUOE STATION TIME (9MT) STATION MO. JAY 4R. YEAR NUMBER 45 31. OH 0*7 35.011 04 18 10.8 1971 10838 DEPTH ■ AVE OBSERVATIONS HEATHER CODE CLOUD COOES BOTTOM DIR H«T PER SEA TYPE AMT. 1792 16 0 2 XI 0 6 KIND BARO- METER (MBS) AIR TEMP OEO C OIR SPEED DRY BULB HET BULB VIS CODE OYN HT 14 08 305 02. 02. 971.004 MESSENGER CAST DEPTH TEMP SAL SIG-T TIME NO. 00.8 0 4.58 33.390 26.47 10 *.*8 33.390 26.48 00.4 20 *.*S 33.280 26.40 30 2.68 33.220 26.52 35 2.58 33,280 26.57 50 3.38 33,550 26.72 75 3.92 33,770 26.84 100 *.35 33.970 2«.95 110 3.83 3*. 090 27.10 125 3.90 34.200 27.18 150 *.56 34,450 27.31 164 6.68 34.550 27.38 200 *.68 34.480 27.48 250 *.71 34,770 27.55 300 4.69 34.810 27.58 400 *.73 34.900 27.65 500 *.5* 34,910 27.68 600 *.*1 34.920 27.70 700 *.27 34.930 27.72 800 *.09 34.900 27.72 900 3.95 34,900 27,73 1000 3.83 34.900 27,75 1050 3.81 34.900 27,75 LATITUDE LONGITUDE STATION (GMT TIME ) STATION MO. DAY HR. YEAR NUMBER 45 19. ON 047 20. OH 04 08 03.2 1971 10839 DEPTH TO HAVE OnSFRVATIONS HEATHER CODE CLOUD CODES BOTTOM DIR MGT PER SEA TYPE AMT. 2734 16 rt 2 «1 0 6 HIND BARO- METER (MBS) AIR TEMP DEG C OIR ■ SPEED DRY BULB HET BULR VIS CODE OYN HT 14 10 312 00. • 970.996 MESSENGER CAST OEPTM TEMP SAL SIG-T TTMF NO. 03.3 0 3.97 33.380 24.52 10 3.43 33.320 26.53 00.4 13 3.19 33.260 26.50 17 3.39 33.280 26.50 20 3.29 33.260 26.49 28 2.75 33.240 26.53 30 2.83 33,310 26.57 SO 3,64 33.400 26.57 56 3.87 33.480 26.61 70 3.53 33.780 26.89 75 3.55 33.800 26.90 100 3.S9 33.900 26.97 125 3.93 34.180 27.16 150 4.27 34.390 27.29 170 4.53 34.S20 27.37 200 4.46 34.590 27.43 250 4.28 34.720 27.56 300 4.27 34.780 27.60 400 4.33 34,880 27.68 500 4.27 34.880 27.68 600 4.11 34.880 27.70 700 4.02 34,900 27.73 800 3.94 34,910 27.74 900 3.84 34.920 27.76 1000 3.77 34.910 27.76 1020 3.75 34.910 27.76 41 Table I. Observed ofe.'uiographic (lata from stations occupied Ijy USCGC EVERGKEEN, 5-13 April 1971, prepared from NODC ListiiiK Xo. 31-8245. — Continued L«r iTi inF 1 n^r. I rii If <;I4TI0N TIMF (OMT) STAT ION "0. nay HP , YF»P NIIMRFB 4S no, ON 04 7 nn . n« 04 on Oft.l 1<37l lOPi.0 nrpTH wavF or=;fovat I osjs WFATHFP roOF ri niio rooFS BOTTnu nio HF.T PFO >-,F0 T YPF »MT. lion 14 n 7 «1 n fi vtun 0400- MFTFP (MQS 1 AIP TFHP PFr. r mc <^PFFn nPY Hill R KFT RIILR VIS rooF OTN HT 14 IS 111 04. 04. <)71 .003 LATITl OF LONGITIiOF STATION TIME (GMT) STATION MO. DAY HR. YEAR NUMBER 44 SO. ON 046 42. OW 04 OR OR. 6 I5 06. 06. 071.062 FSSFNGFO TAST OFl-TH TFMP SAL SIG-T MESSENGER CAST DEPTH TEMP SAL SIG-T Tlv. F NO. TIMF NO . 0>>. I 0 3.6R 33.210 76.42 08.6 0 4.92 32.930 26.07 10 3.6fl 33.250 76.45 10 4.92 32.930 26.07 no 7 70 4.35 33.3nn 76.49 00 3 20 4.92 32.940 26.08 22 4. 49 33.3no ?6.i.7 25 4.92 32.940 26.08 30 4 .46 33.3n0 76.47 30 4.39 32.900 26.10 50 3.R7 33.310 76.48 36 4.12 33.090 26.28 75 1.59 33.740 77.02 44 4.73 33.110 26.23 100 2.07 34.070 27.74 50 3.40 33.190 26.43 116 3.90 34.370 27.32 60 3.17 33.340 26.57 121 3.72 34.360 27.33 75 3.65 33.670 26.79 125 3. no 34.370 27.33 no 4.2fl 33.650 26.71 150 4,71 34.550 27.37 R9 3.51 33.810 26.91 200 S.91 34,noo 27.43 100 4.51 34.100 27.04 250 5.27 34.7n0 27.49 125 6.92 34.550 27.10 26B 4.92 34. "lO 27.56 130 6.82 34.510 27.08 300 4.92 34.n50 27.59 140 7.05 34.640 27.15 306 4.9? 34.n60 77.59 150 6.22 34.510 27.16 360 5.12 34.970 27.62 170 4.19 34.280 27.22 3R0 4.99 34.940 77.65 IRl 4.57 34.420 27.79 400 4.97 34.91 0 27.63 194 3.2B 34.210 27.25 426 4 .H9 34 .940 27.66 200 3.49 34.340 27.33 450 5.07 34.960 27.66 210 4.20 34.450 27.35 500 5.07 34.970 27.66 220 3.71 34.390 27.35 600 4.77 34.960 77.69 24 2 4.3B 34.570 27.43 700 4.46 34.940 77.71 250 4.2B 34.550 27.42 Ron 4.?n 34.950 77.74 262 4.47 34.640 27.47 900 4.1? 34.940 77.75 2B0 4.41 34.640 27.48 1000 4. OR 34.960 77.77 300 4.91 34.780 27.53 1030 4.05 34.950 77.76 310 320 340 357 390 400 422 450 500 600 700 BOO 900 1000 1030 4.93 4.69 5. OR 4.90 5.00 4.95 4.95 5. OR 4.9R 4.58 4.31 4.15 4.07 3.96 3.93 34.7R0 34.750 34.860 34.850 34.900 34,900 34.930 34.950 34.960 34.950 34.920 34.920 34.920 34.920 34.920 27.53 27.53 27.58 27.59 27.62 27.62 27.65 27.65 27.67 27.71 27.71 27.73 27.74 27.75 27.75 42 Tabi.k I. Observed oceanographic data from stations occupied l).v USCGC EVERGREEN, 5-13 April 1971, prepared from XODO Listing No. 31-8245.— Continued LAT ITIlDF LONGITunF <^T«TIOM TIMF (r.MT) y FAB STATION Mn. n»r HO. NIIMBFR Ui* 4Q,0N 0<.f 19. OW Ofc o« n .3 1071 1 on*? PFPTh i *4VF ob«;fov«tion'^ MF4THEB CODE CLniin rnoF'. BOTTnu D10 Hr,T PFO t;r4 TYPE AMT. 3f.0T 1? n ? »1 n IS wTNO Bion- UFTFO (MB<;) neo C niR SPFEn DBY RDLB WFT flULB VIS cnoF OYN MT 1? 1<. ?Q1 07. 06. <571 .0«4 MESSFNGFR TTMF 11.1 00 CAST NO. DEPTH 0 1" ?n 31 c,n 70 7S 100 11« 1?S ISn Iftn 190 ?00 ?lo ??s ?S0 ?7S 300 3?0 2U> 36S <.00 '.II 43fl iSl soo 600 6?0 661 700 <100 900 1000 10?S TEMP 5.47 S.fcft S.<.7 S.S9 S.ft3 7.«0 10. S6 10. SI 9.03 7.7S 7.flO 8.59 9.72 9.71 9. IS 8.4S S.ftO 7.?0 7.61 6.flO 6.87 S.IS 6. '.7 S.itO 5.31 5.79 5.79 5. a* 4.68 "..SI 4.52 4.40 4.05 3.95 3.90 3.88 SAL 33.140 33.140 33.190 33.?6fl 33.4?fl 34.140 34.960 34.960 34.760 34.580 34.580 34.8?0 35.1?0 35.100 34.860 35.050 35.050 34.880 34.960 34.860 34.860 34.780 34.960 34.84 0 34.930 35.000 35.000 34.980 34.940 34.930 34.950 14.940 34.9P0 34.910 34.9?0 34.9?0 SIG-T ?6.17 ?6.17 ?6.?1 ?6.?5 ?6.37 ?6.65 P6.84 P6.85 ?6.95 ?7,00 P6.99 ?7.06 ?7.11 ?7.10 P7.00 ?7.?6 ?7.?1 ?7.33 ?7.32 ?7.36 ?7.35 27.50 27.48 77.52 27.60 27.60 27.60 27.63 ?7.69 27.69 27.71 27.72 27.74 27.74 27.75 27.76 1 .^ T I T .nr 1 nNf>I Tiinr C.TATIOH TI'JF 1 r,u I ) iTATION MO , nay HO , rF AO N' IMBER ^ ^ 0 '» . 0 N O'.S "^4 . Dw Om n« IS. 7 1971 1 nfl41 nFPTH fclAVF npt^FDVAT lniij<". yFATHER roDF CLOlin CODES nOTTOu no Mr. T PFP ^FA TYPE iHT. lf.47 1? n »4 n 6 wiNn BAPn- "FTFB AIB TEMP nFG C niP sPFEn DRY RULB WET RULB VIS CODE DYN HT 14 14 ?B1 • 08, 07. 971.127 IS. 8 00. 0 6.53 33.430 76. ?7 10 9.36 34.370 26.59 20 11.51 0.000 0.00 30 12.34 35.250 76.74 40 12.51 34.130 75.84 50 11.28 34.890 76.66 56 11.73 35.080 76.81 65 12.67 35.480 76.85 75 11.91 35.760 26.83 80 12.01 35.180 26.75 1 00 11.76 35.710 26.82 125 12.69 35.510 26.87 130 12.73 35.530 76.88 150 11.34 35.770 26.90 185 8.O0 34.600 26.98 200 9.46 34.880 26.97 715 8.89 34.910 27.09 238 9.77 35.160 27.14 250 9.27 35.030 27.12 300 6.35 34.790 27.36 323 7.23 35.020 27.42 329 7.52 35.010 27.37 384 6.71 34.980 27.46 400 6.69 35.010 27.49 500 5.81 34.980 27.58 555 5.33 34.990 27.65 600 5.46 35.070 27.66 656 4.85 34.960 27.68 68? 4.85 34.960 27.68 70O 4.81 34.960 27.69 713 4.66 34.950 27.70 733 4.66 34.950 27.70 75' 4.41 34.950 77.72 BOO 4.39 34.950 77.73 900 4.21 34.960 77.75 1000 4.11 34.940 27.75 1030 4.10 34.960 27.77 1 oso 4.14 34.970 77.77 43 Tahlk I. Observed oceanogiaphic data from stations occupied l)y USCGC EVERGREEN, 5-13 April 1971, prepared from NODC Listing No. 31-8245.— Continued 1 All' nr 1 ON (. I Tl 1 >r '", T A T ION T 1 MF ( '.MT ) ST«T In^J MO , ')& Y HP , rF 4P NJMBFR i."; ■'<;.nN n^^ i<. .iw 0<. Ofl P\ .? 1<371 1 nfl/.4 riFPTH pnTTo*i ttSVF ob<;fpv«t ions WFATHFR rooF rtoun ronFS niR Hf.T PFP SFA TYPF »MT. uWc* l<. 1 ? 1 -> 0 *) WTNO nsRo- MFTFP (MBS) ajR TFMP nFG c niP <;pFEn nRY HIILR WFT BULB VIS CODF HT Ih 1? ?M flH. fl7. <)7l.in5 "FSSFMGFR rasT TIMT NO. ?n.7 OFPTH TFMP SAL SIG-T n S.41 33.?60 ?6.?7 7 5.4! 33.?60 ?6.?7 in S.36 33,?60 ?6.?8 ?n •i.Pf, 33.?30 ?6.?7 in 5. IS 33.?30 ?6.?8 4n 4.4R 33.190 ?6.3? 5n 3.?6 33.310 ?6.54 7'5 7.0? 34.??0 ?6.8? Rn fl.50 34.590 ?6.90 ino «.?? 34.5B0 ?6.93 l?o 7. ft? 34.580 ?7.0? 1?=. 7.74 34.6?0 ?7.03 l<,n 8.13 34.790 ?7.08 li*- 7.74 34.780 ?7.16 isn 7.4S 34.780 ?7.?0 Ifen fl.3? 34.870 ?7.14 ino 7.67 34.8?0 ?7.?0 IRB 7.49 34.730 ?7.16 IRn 7.49 34.780 ?7.?0 200 7.6? 34.830 ?7.?? ?50 6.14 34.660 ?7.?9 ?6n 6.06 34.690 ?7.3? ?7S 6.73 34.680 ?7.?? ?qo S.77 34.700 ?7.37 inn 5.91 34.850 ?7.47 3in 5.9? 34.810 ?7.43 32n 6.0? 34.860 ?7.46 l^n 6.30 34.850 ?7.4? 174 4.91 34.810 ?7.56 3Rn 5.fl6 34.900 ?7.51 400 5.61 34.860 ?7.51 430 5.47 34.9in ?7.57 <.3S 5.53 34.880 ?7.54 440 5.47 34.890 ?7.55 500 5.36 34.950 ?7.61 f.on 4.54 34.890 ?7.66 7on 4.51 34.930 ?7.70 710 4.65 34.970 ?7.71 7?1 4.51 34.950 ?7.71 noo 4.3? 34.940 ?7.73 4 0 6 HINO BARO- METER (MBS) AIR TEMP DEO C OIR SPEED DRY BULB HET BULB VIS CODE DYN MT 27 10 325 04. 04. 971.139 MESSENGER TIME 21.8 CAST NO. DEPTH TEMP SAL S18-T 0 32.320 25.87 2 32.320 25.87 10 32.320 25.87 15 32.320 25.87 20 32.320 25.88 30 3Z-.430 25.99 60 32.650 26.24 SO 32.660 26.25 92 32.660 26.25 LATITUDE LONOITUOC STATION TIME (ONTl STATION MO. DAY HR. YEAR NUMBER 47 45. ON 044 48. OH 04 10 18.2 1971 10857 DEPTH HAVE OBSERVATIONS HEATHER CODE CLOUO COOES BOTTOM OIR HOT PER SEA TYPE ANT. 0240 23 3 3 «1 0 6 HINO BARO- METER (MBS) AIR TEMP DEC C DIR SPEED DRY BULB HET BULB VIS COOE OVN HT 28 16 230 03. 02. 970.958 MESSENGER TIMF 18.2 Oo!2 CAST NO. DEPTH TEMP SAL S18-T 33.690 26.96 10 33.690 26.96 20 33.690 26.96 33.700 26.95 33.720 26.97 33.7*0 26.98 33.830 27.06 33.980 27.17 34.220 27.30 34.510 27.65 34.730 27.57 36.800 27.62 200 34.810 27.63 206 34.810 27.63 LATITUDE LONGITUDE STATION TIME (GMT) STATION MO. DAY HR. YEAR NUMBER 44 34. ON 049 07. OW 04 11 2?. 6 1971 10859 nEPTH HAVr OBSERVATIONS HEATHER CODE CLOUO COOES BOTTOM OIR MGT PER SEA TYPE AMT. 006? 2* 1 2 <1 0 6 WIND BARO- METER (MBS) AIR TEMP OEG C OIR SPEED DRY BULP HET BULB VIS COOE DYN HT ?2 14 328 03. 03. 971.128 MESSFNGER CAST TlMF NO. 22.7 DEPTH TEMP SAL SIG-T 00.1 0 1.37 37.450 26.00 4 1.37 32.450 26.00 10 32.460 26.01 20 32.640 26.18 30 32.780 26.33 40 32.820 26.37 50 0.11 32.820 26.38 54 0.12 32.820 26.38 49 Table I. Observed oceanographic data from stations occupied by USCGC EVERGREEN, 5-13 April 1971, prepared from NODC Listing No. 31-8245.— Continued L«TITI lOF LnNGtTunF STuTlnN TIME (GUT) YEAR STATION MO, OlY HP, NUMBER 44 1?,0N ci<,e ■i'l.'iw 04 II ?1.5 1071 lOBftO riEPTH W«VF OR<;rpv4T]0»4S KEATHEB CODE TLOUD CODES flOTTO- OIO Hr,T PEP SEA TYPE AMT. 0?<>7 !<, 1 ? «1 0 & MINI} PARO- METFP (MRS) AIP TEMP DEO C OIO SPEED DRr BULB KET BULR VIS CODE OYN HT ?? 10 32fl 03. 01. R71.I?4 MESSENGER CAST DEPTH TEMP S»L SIG-T TIMT NO. ?3.4 0 0.43 32.780 26.32 ? 0.43 32.780 26.32 00.1 10 0.43 32.760 26.30 I» 0.43 32.740 26.28 ?0 0.14 32.740 26.30 30 O.OI 32.800 26.35 SO O.IB 32.760 26.33 65 1.24 32.950 26.52 70 1.24 32.950 26.52 7«; 1.13 33.010 26.57 85 0.90 33.080 26.62 KH 0.70 33.150 ?6.67 100 0.55 33.170 26.68 110 0.08 33.200 26.68 115 0.17 33.320 26.78 UR 0.08 33.280 26.74 1?5 0.01 33.460 26.89 150 0.52 33.570 26.95 170 0.57 33.580 26.95 175 0.66 33.650 27.00 ?on 0.77 33.680 27.02 2«5 0.72 33.850 27.16 250 1.22 33.920 27.19 2S« 1.22 33.920 27.19 LATIT IDF LONGITUDE STATION TIME (GMT) STATION MO. DAY HP. YEAR NUMBER 44 29, ON 048 50. 0« 04 12 01.5 1971 10861 DEPTH . 1 ? «;> n ^ wiNn "FTFP fi IP TF MP nFF, r ni» =oFFn HRY mil B WFT HULR VIS conF OYN NT P7 n« 1?« nfl. 07. <)71.U? "ESSFNCFB TI 11 S«L sir.-T 0 7. ft? 33.«?0 ?6,4? n 7, 69 13.910 ?6.4B ?0 7.«? 13.9?0 ?6,47 ?7 7.flq 34.110 ?6.63 in fl.flfl 14.410 ?6.70 T3 <).4') 14.410 ?6.60 SI 11. 3S 35.140 ?6.«4 7S l?.no 35,??0 ?6.7fl 1 nn 13.1? 35.560 ?6.fl? 117 13.11 35.550 ?6.R1 IPS la.os 3S.S?0 ?6.«? isn 1?.30 35,460 ?6.fl9 ?oo <».S« 35.090 ?7,11 P^o 10.07 35.190 ?7.11 asn ''.70 35.130 ?7.1? ?71 S.73 35,070 ?7.?4 ?flS fl.qo 35,070 ?7.?1 TOO «.1S 34.9?n ?7,?1 3in «.06 34.990 ?7.?B 3?n R.n 3s.nno ?7.?7 177 S.5<5 34,«?0 ?7,48 IQS 6.6S 34.94 0 ?7.44 4nn S.6« 34,760 ?7.4? 41'. S.4? 34.RS0 ?7,55 4?-) S.69 34,fl4 0 ?7.49 430 5.30 34,fl4n ?7,53 43S 5.59 34.S30 ?7,49 443 s.oq 34.«70 ?7.S8 464 5.67 34.«90 ?7,53 son 5.46 14.950 P7.60 600 5.03 14.940 ?7,65 6?S 4,95 34.950 ?7,66 64S s.oa 14.9H0 ?7.67 700 4.77 34.950 ?7,6fl ROO 4.63 34.950 ?7.70 am 4.3? 34,930 ?7.7? ««,B 4,37 34,940 ?7.7? 900 4,?0 34.910 ?7.73 1000 4.?9 34.960 ?7,74 inos 4.?9 34.960 ?7.74 1 «T I T lOF L OKJ r, 1 TiiOF ■ I AT ION T 1 "F ( r.u T ) STAT ION wn , n A Y MP, YF flP Ni IMPFP 4 4 n 1 . 0 *j 048 1 4 , nw n4 1? 1ft. 1 1971 1 0B67 nppTH KAVF ORSFPVaTIOMS liFOTHFR ronF (■Loon rnoFs nOTTOM DIP Mr,T PFP SFi TYPF »MT, 3BS9 ?6 n <4 n 6 'WTMH R4R0- MFTFR (MRS) 4IB TFMP nFG C n IP SPFFn DRY BULB WFT BIILR VIS CODF OYN HT ?6 Ofl 3?? OB. OB. 971 ,1 17 1ft. 1 on. 0 5.6? 3?,7B0 ?5,a7 in 5.61 3?,7B0 ?5,87 ?0 5,3? -3?, 740 ?5.87 30 4,91 3?,flfl0 ?6.03 44 3,96 33.000 ?6.?? 50 4,43 33.?I0 ?6. 14 60 3,74 33.?60 ?6.45 67 4,10 33.310 ?6.46 75 3.73 33,6?0 ?6.74 B4 4.3? 33,650 ?6.70 94 3. S3 33.780 ?6.89 100 4.13 33.860 ?6.89 110 4.?6 33.970 ?6.96 12S 4.41 34.090 ?7,04 13? 4,?3 34.180 ?7.13 143 5,37 34.?70 ?7.08 150 5.35 34,?80 ?7,09 160 4.B? 34,?9n ?7,16 ?on 6.?7 34,650 ?7.?6 24 1 5.14 14.530 ?7,11 ?sn 6.?1 34.790 ?7,18 ?55 6.?5 34.7?0 ?7,1? 2«5 4. 65 34.510 ?7,15 300 5.?? 34.710 ?7,44 317 6.00 34,840 ?7,45 343 4.95 34.730 ?7,49 355 5.?5 34.780 ?7,49 3Hn 5.0? 34,780 ?7.5? 393 5.06 34,fl?0 ?7,55 400 4.96 14.790 ?7,53 4?n 4.B? 14,790 ?7.S5 445 5.15 14,900 ?7,60 490 5.16 34.9?0 ?7.61 SCO 5.35 34.980 ?7,64 5?n 5.4B 14.990 ?7.63 600 5,10 14.960 ?7.6S 700 4.60 14,940 ?7.69 •inn 4 . '. O 14 .qsn ?7.7? 900 4. IB 14,940 ?7.74 1000 4,10 14,940 ?7.7S 1030 4.10 14,940 ?7.75 S3 Table I. Observed oceanographic data from stations occupied by USCGC EVERGREEN, 5-13 April 1971, prepared from NODC Listing No. 31-8245. — Continued L«TITII0F LflN GITUDF STSTION TIMF ( r,M T 1 STiTION "0. nay HR. YFaR NUMBER 4? 10. ON 047 11. OW 04 13 0?.4 1R71 1 nR6S nFPTH k 4VF 0PSEDV4TI0NS wEaTHER CODE O nUD CODES BOTTriM OIR HGT PER SFA TYPE auT. 39'56 00 0 »0 0 6 WIND HSRO- MFTFR ("RS) SIR TE'JP nEG c DTR SPEED DRY BULB WET RDLR VIS cone DYN HT ?3 04 31« 10. OR. 971 .n«;4 0? L'TIniDE LONGITUDE ■ITflTION TPiF (GMT) YFaR ^TaTION MO. DAY HR. NUMRER 4? IS. OH 047 47. OW 04 13 OS. 6 1971 10R69 DEPTH Tn HOTTOU yavF OflsEPvaTinNS WEATHER CODE CLOUD CODES OIR HGT PER SFA TYPE AMT. 3S66 1? 0 ? »0 0 6 WIND BARO- METER (MRS) AIR TEMP DEG C DIB SPEED DRY BULR WET HULH VIS CODE OVN HT 13 06 ?<)5 13. 10. 971. 0S4 0 6.91 33.260 26.08 MESSENGER CAST DEPTH TEMP SAL SIG-T 10 6.77 33.390 26.20 • 20 6.72 33.520 26.11 05 ■ 5 6.12 32.810 25.83 30 7. OS 33.560 26.30 10 5.74 32.800 25.87 3S 6.15 33,fl40 26.64 00 ,4 20 5.64 32.840 25.91 SO 5.39 34.150 26.98 30 4.80 32.890 26.05 7? 7S R3 7.27 7.53 7.30 34.560 34.540 34.570 27.06 27.00 27.06 50 55 65 75 3.90 3.30 4.05 3.52 33.160 33.280 33.570 33.720 26.36 26.51 26.67 26.84 100 fl.OO 34.700 27.06 80 4.69 34.080 27.00 IPS 9.00 34.990 27.13 R9 4.42 34.060 27.02 132 9.02 34.990 27.13 91 4.58 34.020 26.97 ISO fl.BS 34.920 27.10 100 4.18 34.040 27.03 Iflfi 5.70 34.500 27.22 102 4.15 34.070 27.05 200 6. 45 34.710 27.29 119 S.06 34.260 27,10 229 7.47 34.960 27.34 125 4.88 34.290 27.15 2Sn 5.53 34.650 27.36 150 5.28 34.460 27.24 26S 4.49 34.650 27.4fl 170 4.77 34.560 27.37 ino 5.36 14,790 27.49 180 5.63 34.630 27,33 310 5.37 14.fl40 27.53 200 5.37 34.540 27,29 IIS 5.47 14.fl40 27.51 210 4.86 34.550 27.36 334 5.47 14,B40 27.51 240 5.08 34.690 27.44 34B 5.10 34. BIO 27.53 250 5.05 34.690 27.45 370 5.10 34.BflO 27.59 260 5.00 34.700 27.46 379 5.^3 34.BB0 27.57 275 5.38 34.810 27.50 400 5.19 14.900 27.59 300 4.77 34.750 27.53 SOO 5.12 14.950 27.64 305 4.72 34.750 27.53 f.ao 4.«3 14.960 27.68 346 4.71 34.810 27.58 710 4 .SB 14.960 27.71 390 5.16 34.920 27.61 ^oo 4 . n 14.960 2 7.73 400 5.12 34.920 27.62 'inn 4 . ,' 0 14.960 27. 75 440 5.00 34.930 27.64 1 nnn 4.0 ; 14.950 2 7.76 500 5.20 34.990 27.66 1 n20 4 .n^. 14.95 0 2 7. 7h 600 700 800 900 1000 1018 5.00 4.64 4.38 4.17 4.07 4.05 35.000 34.990 14.960 34.960 14.950 14.950 27.70 27.73 27.74 27.76 27.76 27.76 64 Table I. Observed oceanogi-aphic data from stations occupied liy USCGC EVERGREEN, 5-13 April 1971, prepared from NODC Listing Xo. 31-8245.— Continued LtriTuoc LONOtTUOC JTiTIOH TIMC STITION ■0. 03 6.67 5.77 5.30 5.57 5.54 5.39 5.17 5.73 5.74 5.05 5.05 4.64 4.39 4.71 4.14 4.04 3.97 3.97 37.774 37.440 37.440 37.400 33.004 33.450 33.550 33.750 31.400 14.140 14.160 34.110 34.640 34.610 34.410 34.710 34.740 34,771 34,744 34.410 34.440 14,470 34.440 34.410 14.910 34.410 14.430 14.410 14,430 14,430 75,74 75,47 75,14 74,13 24,79 74,71 74,77 74,49 74,97 77,05 77,12 77.23 77.20 77.79 77.15 77.40 27,41 77,47 77,54 77,57 77,57 27.54 77.61 77.64 77.69 77.71 77.73 77,74 77,74 77,74 L4TITueC LOMOlTUOe . STITION TIMC I4MTI 1 MO, B4Y H*. TC44 NUHaC* 43 49,4)1 441 44,44 04 11 11.4 1471 1*472 OfPTM TO • »« 0«5C*V>TIONS M4THC* eooc ciouo cooes •OTTO" DI* "6T PC* set TTPt *«T, 2174 12 0 2 K4 0 4 • I"0 ■4*0- ■tTt* <4«5I »I* TC«* oc* e 01* SPCtO oar ■U14 KCT MILS »IS eooc OTH HT 12 10 244 14. 11. 471.434 L4TITU0C LOMITUOe 5T4TI0N TI"t (•■Tl 5T4TI0N "0, 6«T H*. T€** NUMC* 43 13. 4N 444 44,41 •4 13 15,4 1471 14073 OCPTM TO ll4Vt atSC»«4TI0MS llt«THf» COM cvogo coocs •OTTO" 01* NaT PC* 5C4 TTPC 4KT, 1»?* X <4 4 4 4IK0 •4*0- Meic* (■•SI 41* TC^P OC* c 01* S»«D DOT ■ULO »CT •».• VIS cooe OTM MT 11 14 771 II. 11, 4T4.4S4 Ti"r 14.1 OCPTM TCMP 0 S.47 37,444 2S,41 10 5.7S 37,*S4 25,47 74 5,14 17,*54 25, •• 34 4.S4 17,444 24,15 50 3,77 13,144 74,44 41 3,14 11,544 74, 7S 75 3,7J 13,444 24,44 144 4,44 34,344 77.77 17S S,S7 34,520 77. 7S 154 4,74 14,410 77.17 144 4,77 14.440 27.14 I4t 5,47 34,470 27,41 744 4,44 14.444 77,44 7S4 4,47 14.750 77,57 144 4.77 14,470 27,54 341 4.77 34,440 27,41 404 4,70 34,440 27,4S 434 4,44 34,410 27.44 St4 4,S4 34,410 27.44 }» 4,47 34,414 27.44 4,74 34,474 27.77 444 4,14 14.474 77.73 444 N4,«3 34.420 77.74 •44 *H? 14,430 77,75 1044 3l4» 14,420 77, 7S 1014 3,44 14,420 77,75 4 1,44 3t.4S4 74.47 14 4.44 37.454 74.44 74 4,47 37.444 74,5« 34 4,S« 33.4S4 7«,M 34 4,71 33.144 74,*« SO 4,41 33.444 77,44 54 4,74 33.414 »»,** 44 4,74 33.414 74, *« 75 4,44 33.440 77, IS 144 7,47 34.140 77,77 175 3,47 34.444 77. 3* 144 4,44 34.4*4 77.37 IS4 3,41 34.444 77.41 155 4,14 34.«4I 77.3* 140 4.41 34.S14 77.47 170 4.47 34.4*4 7T,4S 194 S.44 34.774 77,47 700 4.44 34.714 77.47 717 4.47 34.774 77.S4 740 5.14 34. •Z* 77.5* 750 5.04 3*. 474 77.SS 344 4.44 3*.^t4 77.54 460 4.41 34.444 77.44 500 4.54 34.414 77.47 400 4,44 34.431 77.74 700 4,37 34.434 77.77 • 40 4,74 34.434 77.73 • 10 4,15 34.434 77.74 400 4,44 34.434 77.74 4*0 1.44 34.434 77. 7S l*44 3.4« 34.431 77. 7S 1414 3.45 34.434 77.74 55 Table I. Observed oceanogiaphic data from stations occupied by USCGC EVERGREEN, 5-13 April 1971, prepared from NODC Listing No. 31-8245.— Continued LATITUDE LONGITUDE STATION TIME (GMT) STATION MO. DAY HR. YEAR NUMBER 43 19. ON Oi>9 17. OW 04 13 18.5 1971 10874 DEPTH WAVE OBSERVATIONS WEATHER CODE CLOUD COOES TO BOTTOM DIP HOT PEP SEA TYPE AMT. 10<>7 13 0 ' «1 0 6 WIND BARO- METER (MRS) AIR TEMP DEG C DIP SPEED DRY BULB WET BULB VIS CODE OYN HT 12 Ofl 261 11. 10. 971.099 MESSENGER TIME 18.0 00 CAST NO. DEPTH 0 10 20 30 SO 55 75 100 125 150 200 250 300 400 500 600 700 800 900 1000 1049 TEMP 0.52 0.22 0.36 0.57 0.99 1.02 0.85 0.23 0.07 0.27 0.99 2.09 3.78 4.19 4.32 4.39 4.47 4.40 4.38 4.26 4.2? SAL 32.660 32.730 32.760 32.780 32.920 32.980 33.080 33.280 33.420 33.540 33.880 34.200 34.690 34.780 34.820 34.870 34.900 34.910 34.920 34.920 34.9?0 SIG-T 26.22 26.31 26.34 26.36 26.49 26.54 26.61 26.75 26.86 26.94 27.17 27.35 27.58 27.61 27.63 27.66 27.68 27.69 27.70 27.72 27.7? L «T ITii If LnNCiTunF <;TaTION TIME (CMT) STATION MO. DAY HR. YEAR NIIMRFR 1.1 '?.0N 049 ?3.0W 04 13 19.7 1971 10875 nf pth W4VF ORSFRVATIONS HFSTHER rODE CLOun COOES ROTTDM Oto Hr,T PER SFA TYPE AMT. ns6s 13 n ? XI n 6 WINO RARO- MFTFR (MRS) AIR TEMP DEG C niB SPEED DRY BULB WET RULR VIS DYN CODE HT 12 08 ?47 11. 10. 971. 1S5 MESSFNGFR TT"r 19.1 00 CAST NO. nEPTM TFMP SAL SIG-T 0 1.62 32.700 26.18 11 1.62 32.700 26.18 15 1.6? 32.700 26.18 20 1.52 32.700 26.19 30 0.80 32.740 26. ?5 45 0.73 32.840 ?6.42 SO 0.77 32.960 26.51 60 0.72 32.960 26.51 75 n.73 32.980 ?6.53 100 0,77 33.100 26.63 110 0.77 33.140 ?6.66 IPS n.67 33.190 26.70 ISO 0.48 33.280 ?6.76 17? 0.43 33.380 26.84 ?00 0.38 33.600 26.98 ?4? 1.0ft 33.820 27.12 ?sn 1.07 33.820 ?7.11 ?f,'. 0.99 33.880 27.17 300 2.3? 34.250 ?7.37 3?6 3.09 34.520 27.52 37? 3.32 34.540 ?7.51 400 3.64 34.650 27.57 44B 4.08 34.770 27.ft2 son 4.11 34. 790 27.63 554 4.17 34 . '.v USCGC EVERGREEN, 12-25 May 1971, pre- pared from NODC Listing No. 31-8245.— Continued L'TITUOC LOttOItOOC STATION (r.f T TIHf SIATIOH ■0. DAY HR. TCAR NUaBCR ♦T 00. ON 0«0 S7.0W OS 13 01.? 1071 10RT9 OtPTM TO IIOITOM Hivr 0«SfRV«TIONS OTATMtR cooe CLOUD COOfS 010 MOT RtO SfA TTPt ART. I0«* 00 1 ? ■ 6 0 A mMo NAffO- xfTfB ("RSI ATB TtMP OfG C DIR SPCfD DRY ROLR ■ UtT BULB VIS coot OTN MT 00 11 ?0J 01,0 03.3 071. 010 UTIfuOE LONOITUOf 5T4TI0N TlMf (0»T) TFIP 4T*T10N ••0. 0»T HP. NUMBtB *• 98. ON 0*1 04.flV OS 13 04.0 1«T1 lOSBl DCPTH wAvr OII<>ERV*T|0NS hCaThCR COOf CLOUO COOfS BOTTOM Oie MGT PCB St* TTPt «HT. 0900 oo I ? 14 0 6 WIND dlRO- »»rTrB Jt|0 TEMP oec c OIR SPtCO 00 Y BULB «T BUtfl VIS coot OTN NT 09 15 n^ 01.) 00.0 971.064 ■eSSCNCCR CAST TIRf WO. 01.7 10 20 30 SO SR 7S 100 no i;s 13S ISO ?oo ?3a ?50 300 *00 SOO 000 TOO • 00 000 1000 lOSO TCRR 1.20 1.23 1. 10 0.77 0.9B 1.00 O.OO o.?s 0.4A 0.A6 0.47 0.90 2.03 2.97 3.13 «.13 4. AS 4.49 4.4S 4.30 4.2S 4.10 4.02 3.90 SAL 32.700 32.700 32.000 32.700 32.000 33.000 33.420 33.000 33.7S0 33.(50 33.920 34,000 34.400 34.S30 34. MO 34. BOO 34.410 34.020 34.930 34.930 34.930 34.930 34.9*0 34,940 SIG-T 20.20 70.21 20. IB 20.24 20.44 20.02 70.09 27,04 27,10 27.10 77.23 27.33 27,40 27, S3 77, SO 77.04 77.09 77.70 77.71 77,77 77.73 77.74 27.70 27.70 lOTiruoc LOMITueC STATION lONT TIRC 1 STATION H4. bit M. rtm NUNK* *« f«.m »*T U.tv M 11 •t.o lOTI lOSOO aCFTM TO »•«( oosnvoTioNS HCOTHC* coot aouo coots MTTan 01* NOT f SCO T»« OUT. •tM •( t t I* • * HIM ORIIO- MC1CII (■•SI tl« Til* 0(0 c 01* 9Pne ONT •ULS KCT •ULO VIS eoec MT •« II ITt Ot.O tt.l OTI.KI T1«C M.0 COST NO. It l.tl M.TOO tt.ts tl l.tB M.TSt to.ts » t.OI M.TOO t0.t4 >l O.TO It.TOO M.tT »» t.TI M.T40 to.to »♦ t.OT M.T40 lO.tO »T o.to M.tOO N.tS St 0.40 Jt.TSO to.si 9* t.TS It.TIO tO.W »♦ 1.04 M.TOO tO.M ** t.oo M.OOO to .44 OS t.oo M.TOO to.i* •• l.t* M.OTO t0.4S Tl l.tl M.OOO 10.40 TO I.IO M.ttO to.so r» I.t4 M.tM to.si OS Lit M.tM t^S4 00 i.ts 13.100 to .04 •♦ l.lt 11.100 to. TO «t It t.tt is.too tO.TS t.S* u.too to. TO II t.M ll.MO t0.04 tl t.l* ll.SOO to.oi t* to t.ot M.*tO to.oo t.ot ll.MO to.oi «« t.io ll.MO 10.04 It t.is 11.4M tO.OT 01 t.tt ll.tSt to.oo t.tT ll.tSO tO.OT 1*1 t.tt ll.SOO tT.OO 1** t.tl u.tto tT.OI l*» t.is ll.SSO to.oo IS! t.to 11.000 tT.O* ITt l.tt 11.040 tT.|4 tot I.II 11.040 tT.tO 770 26 720 26 720 000 690 7S0 710 SOO 400 790 090 900 900 030 190 240 270 370 400 SIO 4S0 490 S30 490 030 720 7S0 790 790 »70 000 940 070 190 210 320 »so 470 SAO S90 600 760 000 24 010 58 T.VHLE II. Oliserved oceanographic data from stations occupied by USCGC EVERGREEN, 12-25 May 1971, pared from NODC Listing No. 31-8245.— Continued pre- LATITUDE LONGITUDE STATION TIME (r,MT) STATION «0. DAY MB. YEAR NUMRER 46 S6.0N 047 30. OW OS 13 06.0 I971 lOflH? DEPTH TO WAVE OBSERVATIONS WEATHER CODE CLOUD rODES BOTTOM OIB HOT PER SEA TYPE AMT. 01<»0 OO n ? '"t n 6 WIND RARO- METEB (MRS) AIR TEMP DEG C niB SPEED DRY RULR WET RULR VIS CODE DYN HT 09 1«) isq 01.1 00. n ■JTI.IPI LAT IT )0F LONGITUDE STATION TIME ( GM T ) YEAR STATION MO. DAY HB. NUMRER '.6 SS.ON 047 4<>.0W 05 n on. 5 1971 10flfl3 DEPTH TO *AVE ORSEBVATIONS WEATHER CODE CLOUD CODES BOTTOM OIB HGT PER SEA TYPE AMT . 015? 04 I ? 1(4 0 6 WIND RABO- METER (MRS) AtR TEMP DEG C niB SPEED DRY BULB WET RULR VIS CODE DYN HT 04 1? 14R 01.1 00. n ■571.119 MESSENGER TIME CAST NO. DEPTH TEMP SAL SIG-T MESSENGER TIME CAST NO. DEPTH TEMP SAL SlG-T 06 0 4 20 1.29 1.29 32.650 32.660 2*. 17 26.17 08. 00 5 1 8 10 13 1.26 1.25 1 .25 32.720 32.720 32.720 26.22 26.22 26.23 21 1.29 32.660 26.17 21 1.25 32.720 26.23 26 1.26 32.640 26.16 24 1.25 32.720 26.23 3? 1.05 32.660 26.19 27 1.25 32.710 26.22 34 1.01 32.670 26.20 32 1.24 32.730 26.23 4« 0.90 32.660 26.20 35 1.24 32.730 26.23 51 0.74 32.690 26.23 51 1.08 32.750 26.26 54 0.31 32.650 ?t.23 54 1.05 32.740 26.25 60 0.37 32.750 26.33 60 0.79 32.750 26.28 63 0.S4 32.810 26.39 71 0.31 32.830 26.40 71 O.SO 32.830 26.41 76 0.45 32.860 26.42 77 0.80 32.820 26.41 79 0.54 32.850 26.42 79 0.91 32.830 26.41 85 0.88 32.960 26.52 8? 1.06 32.860 26.45 90 1.04 33.040 26.59 93 I.IB 32.930 26.51 93 0.96 33.080 26.63 100 1.09 33.040 26.59 103 0.51 33.180 26.69 103 0.96 33.050 26.60 lO*. 0.44 33.210 26.70 127 0.60 33.200 26.71 125 0.07 33.340 26.79 130 0.49 33.260 26.75 129 0.05 33.340 26.79 133 0.31 33.270 26.75 150 0.13 33.470 26.89 153 0.26 33.480 26.90 tATITUOE LONGITUDE STATION TIME (GMT) STATION MO. DAY ^^l>. YEAR NUMBER 46 52. ON 048 04. OW 05 13 10.0 1971 10884 DEPTH TO BOTTOM WAVE OBSERVATIONS WEATHER CODE CLOUD CODES OIR MGT PER SEA TYPE AMT. 0126 04 1 2 X4 0 6 WIND BARO- METER (MBS) AIR TEMP DEG C DIP SPEED DRY BULB WET BULB VIS CODE DYN HT 09 10 152 02.2 00.6 971.118 MESSENGER TIME 10.0 CAST NO. 00 DEPTH 7 10 22 25 30 33 35 52 58 61 63 71 77 83 85 91 102 105 TEMP 1.53 1.52 1.51 1.52 1.52 l.Sl 1.51 .17 .79 .07 .38 .55 .68 .96 1.08 0.65 0.48 0.44 SAL 32.720 32.720 32.720 32.720 32.720 32.720 32.720 32.720 32.650 32.570 32.770 32.760 32.860 32.890 32.990 33.080 33.150 33.190 SIG-T 26.20 26.20 26.21 26.20 26.20 26.21 26.21 26.23 26.19 26.17 26.35 26.35 26.43 26.47 26.55 26.61 26.66 26.69 LATIT IDE LONGITUDE ST«TIO'. TI"F ( GM T ) •STATION MO. DAY HB. YEAB NUMPFU 47 00. ON 048 31 .OW OS ?0 02.3 1971 1 OURS OEPTh WAVE lOSFBVAT IONS WEATHEB CODE CLOim CODES BOTTOM DIB Mr.t PFO SFA TYPE AMT. 0106 00 n »4 0 h WIND lABO- METEB IMRS 1 AtB TEMP OEG C OIB SPEEO DRY RULR WET RULR VIS CODE DYN HT 1 7 1* 311 fl8 .Q 08.9 971.110 1'.3 00.? n 3.90 32.590 ?5.91 3 3.90 32.590 25.91 10 1.84 32.580 26.07 2" 1.47 32.610 26.13 30 1.33 32.600 26.12 45 1.09 32.590 26.13 50 0.19 32.580 26.17 63 0.71 32.830 26.41 70 0.7? 32.860 26.43 75 0.81 3?. 890 26.47 97 0.67 33.040 ?6.58 59 Tahik II, Olisorvcd oconiiiif iMphic data from stations occupied l).v USCGC EVERGREEN, 12-25 May 1971, pared from NODC Listing No. 31-8245. — Continued pre- LATITUDE LONGITUDE STATION TIME (GMT) STATION MO. DAY HR. YEAR NUMBER 47 00. ON 0.10 ?6 08 ?1 . 7S 1?.f.?0 ?6 1 1 ?>. .I*. 1?.S«0 ?6 1 1 ?<3 .01 1?.700 ?6 P2 1? 0 .01 1?.»iO0 ?6 ?? IS 0 .76 1?.710 ?6 ?6 41 0 .64 1?,7?0 ?6 ?6 SI 0 .01 1?.6O0 ?6 ?7 SI 0 .SS 1?.M0 ?6 ?S S<, 1 .11 1?.«10 ?6 41 SO 1 .0? 1?.B10 ?6 4? ^Q 1 .?6 1?.O00 ?6 4B 7<. 1 ?4 1?.970 ?6 S4 7>, 1 U 11.000 ?6 S6 71 1 00 11.0?0 ?6 S7 <)4 0 71 11.100 ?6 61 <3«, 0 74 11.100 ?6 61 qg 0 fl»> 11.090 ?6 61 101 0 HO 11.170 ?6 60 lin 0 40 11.?10 ?6 71 1?7 0 1? 11. inn ?6 «1 ISO 0 0>, n.sio ?6 04 1S», 0 \h 11.610 ?7 00 l*)? 0 SO 11.660 ?7 OJ IiSS 0 SB n.6so ?7 OJ 17«, 0 S7 11.710 ?7 06 ?0? 0 00 11. Bl 0 ?7 1? L«TITl DF LDNir,! TIIDF SmiON TIMF (GMT) ST4T ION MO. nay HP. yFAP NIIMRFB 47 01 .ON 047 14. OW OS ?o OO. 7 1071 lOROO DEPTH TO WAVF 0RSFRV4T IONS WFATHFP roDF n ODD rnoFS "OTTOM DIP nr,j PFO SFA TyPF aMT . GIRO 14 0 «4 0 6 Winn R«Bn- MFTFO (UHSI aiP TFMP DFG r niR SPffO DRY Rill R MFT RKLR VIS roDF DYN HT 16 10 301 07. R 07. R 071 .077 0O.7 00.4 0 1.41 12.620 2S.9e 1? 3. IS 12.620 2S,98 14 3.16 12.S40 2S.94 17 2.R2 12.S70 2S.99 ?n 2.12 32.SR0 26.04 ?^ 2. IS 12.S70 26.04 ?h 1.B2 12.460 2S.08 ?<» 1.23 32.S90 26.12 31 1.01 12.S90 26.14 16 O.SB 12.690 26.24 SI 0.2S 12.700 ?6.27 ■;6 o.so 12.690 26.29 s<» O.Rl 12.R20 26.40 77 1.2H 12.990 26. S6 «1 1 .20 12.990 26. S6 HT 1.26 13.030 26. S9 06 1.20 11.100 26.65 91 1 .OS 13. ISO 26.68 9S n.79 11.190 26.71 101 0.70 13.210 26.72 1?7 0.04 13.4R0 26.91 13"i 0.11 13.470 26.89 146 0.03 33.S90 27.00 149 0. 16 33.S90 26.98 IS? 0.20 31.600 26.99 177 0.S4 13.710 27.06 Ifl? 0.14 13.740 27.10 191 0.42 13.800 27.14 194 0.6? 33.R60 27.18 197 0.73 33.860 27.17 20? 0.80 31.890 27.19 ?0S 0.84 11.890 27.19 ?0R O.S? 13.fl?0 27.15 21! 0.11 13.000 27.23 ?19 0.13 33.910 27.25 2?? 0.61 34.1 10 27.18 ??s O.OR 14.010 27. ?8 2?H 0.O7 14.080 27.14 ?11 1.4? 14. 1 10 ?7. IS ?19 1 .'.6 14. 1 BO 27.18 ?44 1 .HO 14.?60 ?7.42 ?SI 2.41 14. ISO ?7.44 ?77 2.60 14. 190 ?7.46 TOO 2.fl1 14.460 ?7.49 1?1 3. OS 14.SR0 27.57 1?6 3.23 14.61 0 27. S7 n? 3.11 14.630 27.59 n« 3.S7 34.710 27.63 14'! 4.07 34.810 27.66 ISI 4.2S 14.RS0 27.67 61 Table II. Observed oceanographic data from stations ocfupied by USCGC EVERGREEN, 12-25 May 1971, pre- pared from NODC Listing No. 31-8245.— Continued LarlTi nF 1 ONG I TlinF STdTIflN TTMF ( r,M T ) ST4TI0N "0. D»Y HO. YF40 NUMBFO <.7 01 .ON Oi.7 0?.0W o«; ?0 11.3 1971 lO^Ql nfPTH TO ROTTnu W«VF oRSFovanoM"; WE4THEP rooe CI OUD conF«i DIP HGT PFO SF« TYPF IMT. 1 Ifl? u 0 X? 4.10 14.9?0 27.74 91 7 4 .04 U.920 27.74 971 1.'5« 14.920 27.75 10?<. 1.14 14.920 27. 75 Tahle II. OI).served oceanographic data from stations occupied by USCGC EVERGREEN, 12-25 May 1971, pre- pared from NODC Listing No. 31-8245.— Continued LiTtTiint LONGTTunc 4N.0W OS ?0 I?.P 1P71 in«9? nrPTM W*VF oi><;ebv«iion"; Kf »TMEP CODE rtoun cooFS BorVriM DIP HRT PEP <;f« TYPE AHT. ii";? 00 0 14 0 A yiNn BAPO- MFTTR (MPS) IIP IFMP nFG c DTP SPFCO DPT PULP ■ FT PULP VIS CODE DVN NT IS 10 1?? 0«.» on. 9 P70.QP4 10 3.75 12. 520 75. 87 IP J.79 12. 510 25. 94 ?l ?.16 ^2 520 25 99 2» 1.89 12 440 25 96 ?7 l.?0 ■3! 560 26 10 20 1.02 12 660 76. 19 3? 0.98 32 720 26 74 3S 1.1? 12 710 76. 74 JP 0.88 12 680 76 72 41 0.13 32 750 76. 10 41 0.19 ■ii 740 76 10 47 0.19 12 790 76 14 50 0.00 12 800 76 16 51 0.39 12 700 76 79 55 1.18 11 070 26 58 5P 0.31 ■ii 250 26 71 61 0.19 11 270 76 70 H« 0.41 11 110 76 81 6P 0.15 11 460 76 91 71 0.08 11 510 76 94 74 0.?7 11 490 76 90 77 0.2? 13 540 76 94 80 0.?1 11 570 76 96 P? 0.34 n 770 77 08 PS 0.94 31 850 77 15 P7 1.31 11 750 77 05 90 1.27 11 770 77 07 91 1.06 11 710 77 05 OA 0.75 11 710 77 07 99 0.70 11 800 77 11 10? 0.96 11 890 77 19 los 1.11 11 S60 77 15 107 0.87 11 920 77 71 11" 1.17 960 77 77 m 1.08 11 950 77 22 119 1.54 14 050 77 77 i?i 1.98 14 090 77 77 1?4 2.08 14 160 77 12 1?7 2.57 14 280 77 17 111 2.91 34 210 77 11 114 2.93 14 180 77 76 117 2.55 n 980 77 11 140 1.83 34 090 77 78 141 1.67 34 140 77 14 151 1.82 14 710 77 IB 160 2.11 14 770 77 41 161 2.24 14 160 77 46 165 2.49 34 110 77 42 177 3.07 14 450 77 47 lan 3.29 14 550 77 52 lai 3.59 14 570 77 .48 1S6 3. SI 14 570 27 .48 189 1.S9 14 S90 77 .51 197 1.87 14 S70 77 .48 196 3.76 14 570 77 .45 ?01 3.21 14 500 77 .49 ?n5 3.26 14 .510 77 .51 ?10 3.02 14 .550 77 .55 2?7 1.36 14 .670 77 .58 ?1P 3.79 14 .700 77 .59 ?4l 4.01 14 .870 77 .67 744 4.12 14 .800 77 .62 ?47 4.19 14 780 ?7 .59 Z5? 4.19 34 .760 77 .60 257 4.11 14 .750 77 .60 ?60 4.15 14 .790 77 .6] 277 4.41 14 870 77 .62 ?81 4.54 14 .850 77 .64 100 4. 54 14 .850 77 .64 3?7 4.67 14 .890 77 .65 157 4.68 14 910 77 .67 178 4.71 14 .940 77 .68 4011 4.S9 14 .970 77 .68 4S1 4. 57 14 .910 77 .69 506 4. 59 14 .940 77 .70 554 4.46 14 .940 77 .72 60S 4.14 14 .910 77 .72 658 4.?7 14 .910 77 .71 711 4.?n 14 .910 77 .71 7SS 4.16 14 .970 77 T1 63 TAnLE II. Oliserved oceanoKraphic data from stations occupied l)y USCGC EVERGREEN, 12-25 May 1971, pre- pared from NODC Listing No. 31-8245. — Continued LATITUDE LONGITUDE ■;t*tion ir.MT TIME ) YEAR STATION MO. DAY HB. NHMHEP 47 00. OM 046 33. OW ns 20 14.4 1971 10S93 OEPTh TO BOTTOM W4VF ORSEPVATIONS WEATHER rODE CLOUD CODES DIP Hr,T PER SEA TYPE AMT. 0413 00 0 «4 n 6 WIND nARO- METEP (MRS) AIR TEMP DEG C ni9 SPEED DRY HULR WET RULR VIS CODE DYN HT 16 06 322 10. n 09.4 970.403 LATITUDE LONGITUDE STATION TIME (GMT) STATION MO. DAY HR. YEAR NUMBER 47 00. ON 04« 11. OW 05 20 16.4 1971 10*94 OCPTh TO BOTTOM WAVE OPSEPVATIONS WEATHER CODE CLOUD CODES DIP HGT PEP SFA TYPE AMT. 0331 14 1 2 X4 0 6 WIND RARO- MFTEP (MRS) AIR TEMP DEC C DIP SPEED DRY BULR WET RULR VIS CODE OYN HT 17 06 31S 10.0 09.4 970.960 14 00 MESSENGER f-AST DEPTH TFMP SAL SI6-T 9 5.01 32.900 26.04 TIMF NO. 1? 4.96 32.890 26.04 16. 4 in 4.62 32.850 26.04 IS 4.75 32.830 26.01 12 4.39 32.830 26.05 IR 3.97 32.720 26.00 oo! 4 IS 3.87 32.930 26.18 21 2.63 32.760 26.16 18 3.08 33.040 26.34 24 2.05 32.720 26.17 21 2.84 33.0S0 26.37 29 1.59 32.910 26.35 23 2.73 33.090 26.41 33 1.68 32.990 26.41 26 2.68 33.080 26.41 3R 1.7S 32.950 26.37 29 2.68 33.230 26.53 40 1.70 33.030 26.44 32 2.86 33.180 26.47 43 1 .89 33.030 26.43 37 2.86 33.250 26.53 46 4fl 1.55 1.19 32.880 32.920 26.34 26.39 40 41 47 2. SI 1.49 1 .44 33.140 33.130 33.410 26.47 26.54 26.77 51 1.07 32.970 26.44 49 1.91 33.510 26.81 54 0.72 32.970 26.46 51 2.26 33.660 26.91 59 0.43 33.080 26.56 SS 2.49 33.670 26.89 62 0.43 33.360 26.79 7S 2.47 33.760 26.96 64 1.06 33.570 26.92 101 2.29 33.990 27.17 67 1.41 33.580 26.91 107 2.48 34.030 27.18 75 2.00 33.720 26.97 116 1.86 14.050 27.25 78 1.59 33.760 27.03 119 1.95 34.110 27.29 82 1.86 33.870 27.10 126 1.71 34.120 27.31 84 1.95 33.850 27.08 134 2.08 34.220 27.17 87 1.95 33.860 27.109 140 2.68 34.370 27.44 92 1.81 33.950 27.17 143 3.43 34.560 27. S2 9S 2.04 34.170 27.33 146 3.97 34.650 27.54 9R 2.37 33.970 27.14 149 4.37 34.690 27.53 101 1.39 33.950 27.20 152 4.66 34.690 27.49 106 1.14 34.060 27.31 177 5.25 34.790 27. SO 116 119 121 2.17 2.49 2.68 34,270 34.270 34.240 27.40 27.37 27.33 20? 227 244 249 5.36 5.19 S.09 4.69 34.870 34.890 34.880 34.820 27.55 27.59 27.59 27.59 124 2.54 34.260 27.36 252 4.S7 34.830 27.61 127 2.55 34.280 27.37 277 4,47 34.850 27.64 134 2.51 34.300 27.40 30? 4.61 14.890 27.66 150 2.78 34.400 27.45 151 2.92 34.420 27.46 1S6 3.12 34.S00 27.50 159 3.43 34.510 27.48 167 4.09 34.600 27.48 170 4.16 34.610 27.49 176 4.53 34.740 27.54 202 4.91 34.810 27.56 226 4.72 34.850 27.61 251 4.66 34.850 27.62 275 4.50 34.860 27,65 301 4.50 14.860 27.65 326 4.36 34.860 27.66 35? 4.40 34.870 27.66 37R 4.37 34.880 27.68 64 Table II. OI)servecl oeeanographic data from stations occupied by USCGC EVERGREEN, 12-25 May 1971, pre- pared from NODC Listing No. 31-8245.— Continued 1 fl T T Ti riF 1 nNr.iTijnF ST«TinN TI>4 n 6 KINO 84P0- METFP (MRS) 4IP TEMP OFA C DIP SPEED DRY BULR WET BULB VIS CODE OYN HT 20 10 318 10.0 09.4 970.969 MESSENGER TIMF 20.0 00 r4ST NO. SIG-T 13 6.64 33.450 76. ?7 IS 6.29 33.350 76.74 18 5.0? 33.450 76.37 21 5.84 33.S10 ?6.42 24 5.50 33.450 76.42 37 4.78 33.580 76.60 37 4.59 13.600 76.64 47 4.74 33.630 76.70 51 4.12 33.680 76,75 5ft 4.10 33.710 ?6.78 50 4,00 33.680 76.76 67 3.17 31.670 ?6.83 70 3.15 33.730 ?6.88 77 7. as 33.740 ?6.9? 7« 2.73 33.850 ?7.fll no 2.4? 33.790" 77.00 83 2.20 33.840 77.06 Rft ?.16 33.900 77.10 88 ?.?9 34.000 77.17 01 2.4? 33.930 77.11 04 2,38 33.090 ?7.16 107 ?,57 34.060 77.70 118 ?,9ft 34.180 ?7.?6 12ft 3,ft9 34.300 77. ?9 120 3.76 34.340 ?7.31 137 3.4? 34.710 77.74 134 3.?R 34.790 77.3? 137 3.34 34.290 77.31 140 1.?5 34.330 77.35 141 3.5? 34.510 77.47 151 4.?9 34.570 77.40 154 4.3? 34.540 77.41 156 4 ,44 34.670 ?7.46 150 4.78 34.600 ?7.48 161 4.07 34.670 77.44 17S 4,83 34.690 77,47 178 4.7? 34.680 ?7.48 192 4.53 34.660 77.49 194 4.?5 34.600 77.54 202 4.41 34.770 ?7.59 214 4.60 34.800 ?7.58 22« 4.45 34.810 27.61 251 4.46 34.850 27.64 65 Tahle II. Observed oceanographic data from stations occupied by USCGC EVERGREEN, 12-25 Maj- 1971, pre- pared from NODC Listing No. 31-8245.— Continued LiTITlinF 1 ONGITunF <;TsTinn TIME ( r,M T I YESP ST4TI0N MO. n«Y HP. NIIMREP iT 10. ON 04S u-i.nv OS ?n ??.3 1<»71 10B97 nrPTH WtVF OBSFPVJTTOMS WE4THEP roDE CLOun CODE"; BOTTOU DIP Hr,T PER SF« TYPE »MT. o?B"; I* n «<. n ft uiNn R/IPD- MFTFP (MR<;) 4IR TFMP (IFG C ni9 sPEEn DRY RULR WET RULR VIS conE HT ?1 n« 3?? 10.0 09.4 <»7n.<)h8 2? on L«TITunF LnNGITIinF ST4TI0N TIME 1 GM T I STATION MO. n4Y HP. YF4P NUMREP 47 41. 0»' 045 41 .nw OS ?o ?3.« 1071 lOflOR OEPTh TO BOTTOM W4VF ORSFOVftTIOMS WE4THEP CODE CLOUD rODFS DIP HGT PER SF4 TYPE 4MT. 0107 00 0 «4 0 *) WINO R«RO- MFTFR (MRS) 4IR TEMP OEG C DIP ^PEEO DRY RULR WET RULR VIS CODE OYM HT ?4 07 3?? 07. R 07. ft 970.<>lS4 fl 5.94 33.100 26.09 23. 11 5.9P 33.070 26.07 14 5.61 33.440 26.39 00. I*. 5.4R 33.4H0 26.44 21 5. OR 33.470 26.48 ?4 4.94 33.480 26.50 37 4.67 33.350 26.43 ao 4.19 33.370 26.50 3? 3.99 33.520 26.63 3S 4.19 33.560 26.65 3R 4.17 33.510 26.61 41 3.94 33.420 26.56 46 3.12 33.530 26.73 51 2.57 33.630 26.86 77 2.26 33.810 27.02 RO 2.23 33.830 27.05 ft? 2.32 33.910 27.10 flS 2.50 33.930 27.10 90 2.55 33.910 27.08 93 2.14 33.840 27.06 9S 1.90 33.980 27.19 9R 2.67 34.530 ?7.56 101 3.52 34.550 ?7.50 104 4.45 34.500 27.37 107 4.76 34.480 ?7.32 110 4.85 34.460 27.29 11? 5.05 34.510 27.31 lai 5.25 34.500 27.28 127 5.15 34.490 27.28 129 5.09 34.500 27.30 132 5.17 34.590 27.35 I3S 5.35 34,590 27.34 140 5.38 34.570 ?7.31 143 5.04 34.350 27.18 146 4.56 34.410 27.78 1S2 4.27 34.390 27.30 154 4.01 34.430 27.36 157 3.95 34.410 27.35 161 3.77 34.430 27.38 163 3.95 34.510 27.43 166 3.97 14.260 27.23 170 2.97 34.3?0 27.17 17? 2.93 34.420 27.46 176 3.70 34.760 77.65 1 7R 4.31 34.690 27.53 IftI 4.69 34.790 27. S7 1B4 5.00 14.720 77.48 lfl6 4.R0 14.620 27.42 lfl9 4.67 14.710 27.51 19? 4.R1 14.710 27.51 194 4.79 14.770 27.50 19R 4.67 14.610 27.45 ?00 4.44 14.690 77. S2 ??? 4.47 34.710 77.55 ??s 4.1? 14.770 77.56 ??' 4.30 14.770 77.59 ?1R 4.?6 14.790 77.62 ?S? 4 .49 14.8S0 77.64 ?Sfl 4.?R 14.870 77.63 10 4.96 32.840 26.00 13 4.82 32.750 25.94 IS 4.23 32.750 26.00 18 3.84 32.750 26.04 21 2.79 32.590 26.01 24 1.97 32.660 26.13 27 1.80 32.870 26.31 29 1.89 32.850 26.29 33 1.81 32.840 26.29 35 1.40 32.720 26.22 39 0,67 32.810 26.33 42 0.81 33.160 26.60 44 1.27 33.110 26.54 47 1.19 33.220 26.63 50 0.98 33,170 26.60 53 0.66 33.260 26.69 55 0.61 33.430 26.84 69 0.50 33.580 26.96 75 0.57 33.670 27.03 81 0.59 33.840 27.16 83 0.85 33,900 27.20 102 1.66 34.090 27.29 122 2.42 34.370 27.46 125 2.78 34.450 27.49 127 3.00 34.440 27.46 130 3.22 34.440 27,44 136 3.44 34.520 27,49 145 4.26 34.680 27,53 151 4.66 34.740 27,54 166 4.79 14.700 27.49 171 5.06 14,770 27.51 177 4.97 34,720 27.48 180 4.92 34,750 27.51 193 4.82 34,760 27,53 199 5.13 34.840 27,56 201 5.14 34,830 27,55 227 5.16 34.870 77,58 24 9 4.65 14.820 77,60 ?S1 4.6? 14.B70 77.60 776 4.38 14.810 77.64 66 Table II. Observed oceanographic data from stations octtipied by USCGC EVERGREEN, 12-25 May 1971, pre- pared from NODC Listing No. 31-8245. — Continued I ft T I Ti inr 1 ONf. I Tlini (r.uT 1 t ft T lOM Mil, lisy MU . VF A" NUHHFU i.a 01. OM ni«^ i,a,ow ns /■I 0?.i, l'>71 1 0H<)<) OFPTh TO onTTOu WSVF (lBi;F"Vft I I'lNS WF ATHFR roOF ri nun rnnf ^ nio Hr.T nf u SF /V TYPF i wiNn nsun- MFTFB AIR TFMP OFF. C mo SPFFn BULB KFT HDLB v!<; conF DYN MT ?s 04 1?? 06.7 Of,, 7 <)70.'317 L«TITl OF LONGITunF ■^TftTinN TI"F (r,MTi YF40 ■^TftTTON "0, 04Y HP, kji iMOFP <.« ??.5N OAS /.5,0W OS 2\ OS.t) I<»71 1 oooo OFPTh K4VF nB«;FBVATin»js WFATHEO cont TLnun rnoFS HOTTnu DIB Hr,T PFR SE» TYPF «MT. 10<)? I* 0 ? <4 0 h WINO RSRn- MFTFR (MRSI SIR TEMP nFF, C niR SPFFn nRY BULB WFT BULB VIS CODE nYN HT ?? Ofl lO'; 07,? 07.? 970,015 fl S.IO 12.840 25.98 MESSFNGEB CAST nFPTH TFMP SAL Sir,-T 10 4,91 3?. 680 25.87 TT>"" NO. n 1.41 32.680 26.02 05 9 17 1.12 12.550 25.95 I*. ?.37 32.840 26.24 24 1.91 37.540 26.03 ifl ?.4? 11.070 26.42 00 ? 2'. 1.31 12.660 26.17 21 3.90 13.1?0 26.42 29 1.01 12.690 26.22 ?* a.fli 13.110 26.44 32 0.58 12.710 26.77 ?7 2.64 13.140 26.46 35 0.36 12.910 26.43 3? 2.5? 11.110 26.46 38 0.28 13.060 26.55 3S 2.41 11.150 26.48 40 0.09 33.140 26.62 3B 2.42 33.150 26.48 41 0.02 33.210 26.69 40 2.10 33.140 26.49 46 0.16 33.180 26.83 41 1.98 33.120 26.49 52 0.15 11.510 26.96 Uf, 1.51 11.?10 26.60 64 0,19 33.800 27.15 * 1.40 33.800 ?7.n8 145 2.69 14.450 27.50 fll 1 .04 11.850 27.14 149 2.49 14.470 27.54 84 1.30 34.050 27.29 151 2.49 14.500 27.55 87 2.06 14.090 27.27 174 2.63 14.560 27.59 89 2.30 14.120 27.27 181 2.94 14.630 27.62 j (1^7 i<;.nw 0=; ?l is.n 1071 1 oom OFPTm WavF OBSFPVST lOMS MFATHEP CODE ri 01/0 rnnFs nniTn" DIP Hr,T PFO SF/i TYPE 4MT. ngi7 00 0 »<• n h jINn 04Bn- MFTFP (MBS) «IR TEMP nFG c niR <;PFFn DRY nuLR WET RULR VIS CODE PYN HT 17 nu lis 10.0 n«.<> 070. qs5 I'^.O on. IS 2.60 32.540 25.99 20 1.3S 32.570 26.10 2T 1 .08 32.460 26.03 as 0.31 32.650 26.23 20 0.43 32.860 76.38 31 0.04 32.650 76.24 34 0.98 33.170 26.69 37 0.80 33.260 26.76 3<5 0.92 33.360 26.85 4? 0.83 33.460 26.92 4S 0.52 33.670 27.08 47 0.04 33.590 26.99 S3 0.17 33.670 27.01 S«. 0.31 33.640 27,02 SQ 0.33 33.640 27.02 f.4 0.22 33.680 27.06 (S7 0.27 33.750 27.11 71 0.60 33.810 27.14 7», 0.59 33.810 27.14 84 0.53 33.840 27.17 H7 O.f.3 33.970 27.27 89 0.8S 34.000 27.28 94 0.78 33.950 27.74 103 0.98 34.070 27,29 lOS 1.16 34.130 27,36 lOR 1.45 34.160 27,36 1?S 1 .96 34.250 77,40 128 2.03 34.320 77,45 131 2.30 34.330 27,43 150 2.48 34.370 77.45 17S 2.69 34.420 27.47 201 2.83 34.470 27.50 ?2f> 2.95 34.500 27,52 2S? 3.09 34.560 27.55 ?7« 3.38 34.650 27.60 300 3.77 34.740 27.62 3?«. 4.00 34.790 27.65 ISO 4.23 34.840 77.66 377 4,36 34.880 27.67 40? 4.40 34.890 77.68 4S3 4.42 34.910 77.70 SO? 4.40 34.970 77.71 SSS 4.34 34.910 77.77 607 4.?ft 34,910 77.72 ftftO 4.18 34.910 77.73 70? 4.09 34.970 77.74 7S4 4.01 34.O70 77.75 B0>, 3.94 34.970 77.75 L'l ITi Of LONGITUDE STUTION TIMF (GMT) YEAR STATION MO , 04Y HR. NIIMRER 48 OS.OM 047 76. OW OS 21 16.7 1971 10904 OEPTm TD BOTTOM W4VF 0B<;FBVaTIOKJS WEATHER rODE CLOUD rOOES DIB HGT PEP SF4 TYPE AMT. 04=^7 00 0 <4 n 6 uTNO R4Rn- MFTFP (MBS) 4IP TfMP OEG C niR <;PEEo DRY RULR WET RIILR VIS CODE OYN HT 1« OR 31S 10.0 08.9 970.984 16 10 3.08 32.510 25.92 1? 2.88 32.500 25.93 IS 2.45 32.570 26.02 70 2.13 32.580 26.06 25 1.S4 37.580 26.10 28 1.31 32.630 26.15 31 1.24 32.620 26.15 34 0.85 32.520 26.09 36 O.IS 32.450 26,07 39 0.58 32.660 76,77 47 1.71 32.780 26,19 45 1.34 32.910 26,50 47 1.34 33,080 26,63 SO 1.16 33,170 26,70 53 l.lo 33,720 26.74 55 0.97 33,430 26.90 60 0.33 33,480 26,92 63 0.15 33,500 26,93 70 0.70 33,580 26,98 89 0,46 33.700 27,06 101 0.4R 33.750 77,10 127 0.50 33.910 27,24 134 0.58 33.960 27.76 137 0.76 34.080 27.35 140 1 .09 34,120 27,16 143 1.27 34,120 27,34 15? 1.45 34.160 27,17 176 1.62 34.310 27,47 179 1.97 34.380 27,50 203 2.28 34.420 27,51 226 2.74 34.530 77.56 75? 3.19 34.600 77.57 776 3.58 34.680 27.60 301 3.78 34.720 27.61 376 3,87 34.760 77.63 351 3.98 34.790 27,65 379 4,24 34.860 77,67 404 4,37 34.900 27,69 69 Table II. Observed oceanographic data from stations occupied by USCGC EVERGREEN, 12-25 May 1971, pre- pared from NODC Listing No. 31-8245. — Continued I ST IT, OF 1 o^ r.iTiinF "^TATtOig TTuF VFAO ■;t«tion "0. DJV HO. NIURFO >.7 "^fc.T fi4 17. nw OS ?l !«.«, 1Q71 1 OQOS r>f dTh MIVF ob<;fuv«t ions wFiThFo cons CLOUD CODFS QOTTHm nio nr.T era <;f4 TYPF »MT. onj. on 0 »<. 0 h wINn PSOO- "FTFR «IP TFMP OFG C "10 <;PFFo DRY RDLB KFT RiJLR VIS cnoF HT IS OS •<1? 07. « 0^.7 <571.018 L«TIT' rOF LONGITunr (F.MT) ST4TION "0. D»r HO. vFfiO ^jiluPFO (.7 <.«..0M 047 <.) .OW OS ?1 ?n . 0 l. nFPTM T" ■ OTT-IS. ««VF np>;F3V"T lOM"; mEMHFP CDDF TLOIID rODFS DI° Mr.T PFO '^Ft TYPF «MT, 0107 li n ? »<. n f> WIND qaon- •iFTFD (up<;) aiR TEMP DFG C DIP «;PFEn .DBr RULR WFT PULP VIS CDDF OYN HT 17 0? 30fl 07. « 06.7 071 .048 I« no Q 3. IS 32.3S0 2S.79 MFSSFNGFR C4ST DFPTH TFMP S4L 5I6-T 11 3. OS 32.4S0 25.88 Tlxr NO. 14 2.70 32.440 7S.90 ?0 0 8 3.44 32.580 25.94 20 2. in 3?.ssn 26.03 11 3,03 32.260 25.72 2' l.RA 32.S90 26.08 OO 1 13 ?,16 32.400 25.90 2" 1 .30 32.640 26.15 16 1.81 32.400 25.93 31 l.?o 32.6S0 26.16 19 1.46 32.550 26.08 47 0.09 32.660 26.19 22 1.36 37.650 26.16 S? 0.61 32.680 26.23 74 1.39 32.670 26.13 S5 0.21 32.S80 26.17 33 l.os 32.600 76.14 SO 0.«1 32.720 26.33 1S 0.76 32.560 26.13 61 O.oq 32.980 26. S4 30 0.22 37.520 26.12 AT 0.28 33.170 26.67 41 0,43 32.700 76.30 fi'i o.n 33.010 ?6.S1 44 0,59 32.740 26.34 60 0.7P 32.880 26,46 47 1,01 32.630 26.76 7? 1.27 33.080 26.63 51 1,20 37.830 26.43 78 I.l« 33.230 76.75 54 0,93 12.810 26.41 "1 1.04 33.270 76.78 SO 1,19 32.830 26.42 100 n.so 33.S8n 27.01 76 1 .37 32.970 26.50 lOT 0.39 33.600 27.02 81 1,46 32,950 26.53 in>> n.1? 33.610 27.04 97 1.34 33,150 26.69 11? 0.36 33.680 77.09 100 0,80 33,780 76.78 lis n.l6 33.690 27.08 103 n,6S 33,280 76.78 127 0.14 33.7S0 27.13 los 0,64 33,270 26.76 129 0.06 33.860 77.22 108 0,74 33.320 26.81 13? n.36 33.860 27.20 111 0,67 33.340 26.82 13R 0 .P 1 33.880 77.18 114 0,70 33.450 26.91 141 0.»1 33.930 77.22 117 0,61 33.360 76.84 147 1.20 33.990 27.75 170 0,83 33.450 26,92 1S3 1.3S 34.040 27.78 124 0,78 33.510 26,98 I7f, 1.73 34.170 27.35 126 0,61 13.560 26.99 IR*. 1 .90 34.270 27.42 152 0.17 11.780 27.14 1«H 2.09 34.280 27.42 158 0.13 11.820 27.19 ?no 2.23 34.370 27.43 161 0.09 11.860 27.72 ??3 2.31 34.410 27.50 166 n,06 11.080 77.10 ??A ?.4? 34.440 27.51 16Q n,4i 14.000 77.30 ?1? 2.71 34.480 27.52 1 74 n,5n 33.970 77.77 ?'51 2.11 I4.s?n 77. SI 177 0.67 34.030 27.32 ?SS 3.01 i4.ssn 77.55 1 07 0.98 1'. .050 27.31 ?s« 3.01 34.4?n 77.45 1 86 1,06 14.050 27.10 277 3.11 14.SS0 77.54 1 40 1,7? 14. 140 27,17 303 3.49 14.6S0 77.59 194 1 .57 14. 1 10 77,14 30S 3.SS 14. 720 77.63 701 1 .64 14. 160 77,16 30fl 3.76 14, ^70 77. 6S 777 7S1 7.74 2.45 14.790 14.180 77,41 77,46 70 Table II. Observed oceanographic data from stations occupied by USCGC EVERGREEN, 12-25 May 1971, pre- pared from NODC Listing No. 31-8245. — Continued l«TIT lOF lONGITUnF <:iMIO>J Tl-f ""jM T > ST a T ION -0. DAY MR. YEAR Nu-PFO 4 7 iq.Tj 047 ■i'^.OK OS ?1 Jl.". IR71 I flQOT riEPTM TO *avF oo';epv«tiovs WEiTHEP ronE CLOun conrs "OTTO" 01° Mf.T PFD SF4 TYPE *«*T. "?';<> ll. ri X4 0 *. MINO nARO- MFTrp aiR TFUP OEG C niP ^PFFO DRY RULP KEI oilLo VIS rnoF PYM wT 1° 1 T>p 07.? 07.? 071 ,113 q 4 .?R 3? «00 ?S OR 1? 3 .so 3? 440 ?s R? IS ? .RQ 3? SOO ?s R3 ?0 ! .?4 3? SRO ?*. OS ?i ? .08 3? S70 ?». OS ?s 1 .77 3? SSO ?ft OS 31 0 .9fl 3? 540 ?A 10 14 0 .6R 32 SRO ?(, 16 47 0 .1? 3? SRO ?f. IS 5? 0 .hf- 3? «,40 ?6 ?(, S7 1 IS 3? 710 ?6 33 *)" 1 .30 3? 740 ?6 36 7S 1 4R 3? «30 ?». 43 100 1 ?S 3? R40 ?f. SI 1?7 1 0? 040 ?6 S9 IPS 1 OR 070 ?6 6? 1?7 1 0? ORO ?f. 63 n<. 0 <>0 1».0 ?f. 6R 14' 0 >,« IRO ?<> 70 144 0 74 ??o ?«. 73 147 0 70 ?40 ?». 74 ISO 0 7S ?R0 ?>. 7R 177 0 31 4R0 ?>. R3 ?ni 0 34 700 ?7 06 ??o 0 RO 040 ?7 14 L4TTTI OF LONGITiinC ^ T*TIO»j TT-'P (GMTt -^T •Tins 'I- OAv -P. *rao N iMRFD >*<* 01. OM nun ^T.OW OS ?? 0«.l 1Q71 1 Aorq flFPTH MiVF OR^FBvATin-jS WFATHEP COOF CLO'iD rnriFS "OTTOM DID ht.T ppo sra T.PF «-T. ?'y^'i l-s 'I «i. n (S WtNO flaoo- MFTFP 'iFG C mo SPFEn riPY tier qnLO VIS cone PYN MT IR in ?T» 06.7 06. 1 •370, AQ3 10 0? 3? 600 ?6 06 14 RH 3? 6?0 ?6 01 16 1? 3? 740 ?6 18 IR 43 33 300 ?6 68 ?3 00 33 430 ?6 74 ?6 SI 33 SOO ?6.03 ?R 3fl 33 O30 ?7 10 3? 73 33 7R0 ?7 04 3S 61 33 7R0 ?7 06 3q 39 33 RIO ?7.17 41 37 33 R70 ?7 ?? 44 46 34 030 ?7 ?6 SO 3R 34 l?o ?7 34 SR S4 34 ?30 ?7 41 6S R3 34 3?0 ?7 47 74 R7 34 3R0 ?7 SO 77 11 34 430 ?7 S3 10? 76 34 SSO ?7 S7 1?7 3R 34 670 ?7.61 ISI S3 34 6R0 ?7 61 IB? S3 34 710 ?7 63 ?0? 4R 34 730 ?7 6S ??R 00 34 R?0 ?7 67 ?S6 ?? 34 fl60 ?7 68 ?R0 ?6 34 R70 ?7 68 310 ?R 34 ORO ?7 6R 3 3S IS 34 070 ?7 6R 3SS 13 34 070 ?7 70 401 17 34 ORO ?7.70 4S? IS 34 ORO ?7 71 S03 ?4 34 RIO ?7 7? SSR ?3 34 R?0 ?7 7? 61S 17 34 R?0 ?7 73 700 07 34 R?0 ?7 74 7S4 01 34 R?0 ?7 74 «10 RS 34 RIO ?7 7S R6S RR 34 RIO ?7 7S Ria RO 34 RIO ?7 76 R70 76 34 RIO ?7 76 |0?S 7? 34 RIO ?7 77 L*TTr n LINGITIIOF STBTlTg TtuF ( r.M T ( STATION -0. D4V MP, vr&P NMMCEP t*7 ?R.0»' Oftfl 07. OW ns ?1 ?1.S 1(»71 10P1B OEPTh TO WAVF OOSF3V4T.0'iS cone CLf^U"^ rnnFS BOTTOM CIO nr.T PFP SF4 TYPE «MT. OIBI 1*. rt ■ 4 0 «. *!Nf) BSOO- MFXre |Mt»S» AIP TFMP OEG C niR sPEtn OPT RUL« KFT quLO VTS cone r>TN MT i« nn 30S 07 .? 07.2 071.102 IS 3 ?1 32.560 25. RS 1 0 2 SR 32.500 25. RS 20 2 ?0 32. SRO 26.06 23 2 01 32. SOO 26.06 ?6 1 6? 32.600 26.10 31 1 IS 32.620 26.15 4S 0 RO 32.660 26.20 40 0 77 32.620 26.17 SI 0 03 3?.S20 26.13 S4 0 7R 37.710 26.32 S6 0 81 32.770 76.17 SR 0 RO 32.720 26.33 6? 1 IS 32.740 76.36 76 1 44 32.030 26.43 103 1 ?? 33.010 76.57 l?7 0 S3 33.?30 26.73 14R 0 17 33.370 76. R? IS? 0 10 33.440 26. RA LftT TT .OF LHNMTIP :; STATION TTMF IS-TI vpaP STiTION MO, na» mO. NHMRfO *.n 1.1. rt"! fH.(K «;7.ow RS ?? 1«.7 1P7I 10411 HEPTw TO OHTTlM ««VF OP<;FPvaT IOM«. •FSTmFP TLOun rooFS DID Mr,T PEP <;ra I 05r IP ^ <<• 0 f: -TN^ P4D0- MTTTP fMO<;) aTP TEMP OFG C HTQ <;PFEn nev Pur o •FT PMLO vi<; COOF r-YS MT 17 I? 7f.i^ 06.7 n*,.7 P7n.q?fc 1 " 3 4R 32.660 26.01 13 3 10 32.550 25. RS 17 7 66 32.650 26.07 23 2 3? 32.690 26.13 ?S 1 00 32.6R0 26.16 70 1 41 32.940 26.39 31 1 44 33.420 76.77 34 1 6R 33.460 26.79 41 1 4R 33.660 26.96 44 1 34 33.500 26.91 47 0 77 33.6R0 27.03 SO 0 74 33.700 27.10 ST 0 85 33. ORO 27.19 75 1 OR 34.160 27. IR 10? 1 67 34.330 27. 4R 104 1 70 34.360 77.50 111 1 90 14.470 27.54 126 7 36 14.500 77.57 151 3 05 34.630 77.61 170 3 40 34.730 27.65 200 3 02 14.700 27.66 777 1 R7 34.000 27.66 750 1 99 34.0] 0 27.66 776 3 99 34.070 77.67 301 4 00 14.040 77.68 330 4 1 1 34.060 77.68 3SS 4 10 34.050 27.68 401 4 07 34.860 27.70 461 4 14 14.000 27.70 500 4 20 34.910 27.71 557 4 21 34.910 77.72 610 4 2S 34.920 27.72 707 4 14 34.970 77.73 000 4 04 34.970 77.74 Rns 1 9? 34.910 77.75 1004 1 04 34.910 77.76 71 Tjles li i:a tcKm sbUMK occupied by rSCGC ETESGREEN. 12-25 May 19". pj *= ■»'.* * - _ ; ■:. . — - . ".- = " • = ". ^:- r "~=--.i": r-v-i .^t*-es --■■ ---.-; 1 " -- :r ^ " *• * T ■ --: = * '-m ' • ' 1 - :-»-:-»( -: :i- --. «. -srs -i T^ *s '- = ' • ' • : = ~ - ', * . 1 .... ;: = :.- r-iFS «9. II 1.13 ■».7^ ?t.'3 ?» 1.13 3?.7?« P'.^S ■*» • .9* 3? .66.* ?*.?• •*=; • .&3 3?.6«t 5».'3 ** • .56 32.7Sa 2*.?9 ** •.;>• 32.7^ ?^.^ «a • .15 3?.=;»i ?*-.I9 S=» • •■1 3?.«J«I ?*.?<5 'it. l.?« 3?.7«.T ?*.36 *^ l.?« 32.»<»1 2«.*e ■»* 1.33 32.9*^1 2^.5* T» l.?9 3?. 9-': ?*.S5 46 1.19 33.!ai 2^.71 »» «.99 33.23* 2*^.7* 91 1.77 33.??1 2*-. 73 1*» ♦ .7? 33.371 ?t.>»S 11<% ».?«• 33.511 ?*.ak 11<» l.l' 33.*51 2*.»J 12? • .56 33.*«1 2*. 93 1?^ • .63 33.53J ?».97 \^r f.l 27.26 :»T» 1.7^ 3*. IBS 27.36 3S=> ?.15 3«.31* 27 .*3 ?7a ?.6« 3*.*3t 27 .*9 3»> 3.»* 3* .53* 27.S3 ■r»l 3.5S 3*.««a 27.59 ■»5? 3.17 ^*.7*« 27.«i2 -rrm *.J* >*.7aj ?7.«i3 *•» •».T = 3».-^I '7.»iA »AT «. = •' -v.. ill 77. TJ **-3 *.*9 3*.93» 27.71 «;•' *.** '**.Q*S 27.71 ss* *.3T 3*.9*a 27.72 '1' *.>• 3*.03» 27.7? W5H *.?3 S*.**"*" 27.73 »1T *.l" 3*.9-»» 27.7* T»;7 •..l"^ •»»..53» 77.7* =n *..ll 3i.5^» 27.7«, =*-» *.»= ti.5-*T 27. 7S 3*= -.t^ T*.=31 77,7«5 ^.T '■.tl ^.=>» 27. 7S »»! •a_CT ■*^.^-^ 27. TS i*.i SI5-T 11 3.31 32.=3; 2«.oi 1* 3.1* 32.36t 25. a* 17 2.C3 32.*1» 25. 03 19 l.fll 32.57t 26.^7 22 1.69 32.61f 2«.!1 ?* l.*7 32.57» 26. (9 2« I. •2 32.65* 26.19 33 • .«»6 32.69* 26.22 ■JS • .62 32.67* 26.23 3X • .S« 32.71* 2«.?6 *1 • .27 32.6** 26.22 *9 • .«7 32.7** 26.3* 51 I. 95 32.75« 26. 3S 5* 1.31 32. 75^ 2'.*: S7 l.*7 32. 5«? 26. *a 59 l.*a 3?.*i! 26.5* 611 l.»5 33.«7t 26.63 76 I. II 33.21! 26.73 tn •.9e 33.26; 26.77 *1 • .72 33.33! 26. ■! 1«1 • .•5 33.^79 26.97 1*9 • .15 33.56* 26.97 126 • .5« 33.679 27. »3 153 • .95 33. "S* 27.15 177 1.12 33.9** 27.21 !•• •.a* 33.99* 27.26 in • .« 3*.*2« 27.29 \9m I.l* 3*. CM 27.33 2*3 1. 16 3*. 17* 27.39 225 1.52 3*. 25* 27. *3 229 1.69 3*. 32* 27. *9 232 1.93 3*. 3** 27. *9 252 2.25 3*.*I* 27.5* 269 2.*3 3».*7» 27.5* 275 2.71 S*.-!!*- 27.55 2<»3 " . - ■ :-.==! 27.56 291 - .==: 27.«;6 299 - , : _ ;-.==: 27.57 3*7 3.23 :-.--: 27.6* 323 3. It "-.--; 27.62 33» 3.*= 3J..^:5 27.6* 35* 3.9* 3*. 79* 27.65 379 *.3: 3*.»5* 27.66 *M *.>s 3*.S7* 27.67 *<>ia 71 « l.*f> 3A.14.0 27. -JS ?l* 1.72 ■»*.?"" 27.30 ??«. 2.1? ■»-.^aC 27. *1 ?S" 2.SA. -> .? 27.51 7% Table II. Observed oceanographic data from stations octupied by USCGC EVERGREEN, pared from NODC Listing No. 31-8245.— Continued 12-25 May 1971, pre- UTJTinN T»MF LiT ITllDF LONCITur F ir,ujt YF4B STATION "0.1 nay iHo. NUMRFB 4fl O'^.ON Oftl ?<).0« 15 ?? 7.0 1971 10914 nEPi" WAVF nH<;ERv»Tio»js rinun CODES TO WE4THEB RnTTOM OIO Hf.T PFB SF4 CODE TYPE AMT. 0?10 IS 0 ? X4 0 6 «I0 TEMP yiNn MFTFB DFG C DIB SPFEH (MRSI DRY KET VIS DYN nuLR HULR CODE HT 16 13 ?51 06.7 06.7 971.073 messfngeb ca ST DEPTH TFMP S«L SIO-T TIT N 0. 17. n « 3.?S 3?. 440 PS.B5 , 1' 3.36 32.440 ??.HS 1)0.1 14 3. in 3?. 180 PS.nl , 17 ?.60 32.?40 ?S.7S , 20 ?.04 32.350 25. "7 , ?3 1.73 32.540 26.05 , 25 1.48 32.530 26.06 , 271 10918 DEPTH W4VF 0RSFRV4TI0NS WE4THER CODE CLOUD CODES ROTTflu DIP Hr,T PFD SFA TYPE »MT. 0104 WIND R4R0- MFTFR (MRSI SIR TEMP DEC C DIP SPEED DRY RULR WET RULR VTS CODE DYN NT . . 971.130 04. 7 00.1 L4TITIJDF LONGITIIDF "STATION TIME (C.MT) YF4P ST4TI0N MO. 04Y HP, NUMRER 47 0«..0N 04f IS.OW OS ?3 fl«..7 1971 109?0 DEPTH TO nOTTOM W4VF 0BSFPV4TI0NS WE4THER CODE CLOUD CODES DIP HCT PER SF4 TYPE 4MT. 0134 IS ? ? «S 0 ft WIND R4R0- METFR (MRS) 4IR TEMP DEG C DIP SPEED DRY RULR WET BULB VIS CODE DYN HT IS ?4 ?17 09.4 09.4 971. 1?1 MESSFNGFP CAST DEPTH TFMP S4L SIG-T TIMF NO. 06 .7 10 4. SI 3?.6?0 25.87 lA 4.44 3?.S00 25.78 00 .1 19 3.30 32,330 25.76 ?? ?.79 32.570 25.99 ?4 ?.46 32.490 25.95 ?7 ?.ll 32.620 26.08 30 1.87 32.600 26.09 33 1.6? 32.600 26.10 S? 1 .?0 32.690 26.21 58 l.OS 32.660 26.19 63 0.47 32.640 26.20 65 0.04 32.670 26.25 76 0.81 32.800 26.39 88 1.15 32.930 26. SI 91 1.13 33.020 26.58 96 0.91 33.090 26.63 99 0.93 33.050 26.60 103 0.84 33.170 26.69 1?0 0.60 33.240 26.74 1?3 0.41 33.390 26.86 1?6 o.?s 33.320 26.79 L4TTTIIDF LONGITUDE ST4TI0N TIME (GMT) ST4TI0N MO. D4Y HP. YF4R NUMBER 47 OS. ON 048 25. OW OS 23 05.7 1971 10919 DEPTH TO BOTTOM i<4VF 0RSEPV4TT0NS WE4THER CODE CLOUD CODES DIP HOT PEP SE4 TYPE 4MT. 0117 16 2 2 X4 0 6 WIND R4P0- MFTFR (MRS) 4IP TEMP DEG C DIP SPEED DRY RULR WET RULR VIS CODE DYN HT 16 20 213 09.4 09.4 971.126 9 S.63 32.490 25.64 MESSENGER CAST DEPTH TEMP S4L SIG-T 12 5.62 32.480 25.64 TIMF NO. IS 5.26 32.120 25.39 05 7 15 4.51 32.580 25.84 17 3.49 32.050 25.51 18 4.43 32.520 25.80 20 2.94 32.S0O 25.93 00 1 21 3.93 32.350 25.71 26 2.81 32.520 25.95 24 3.21 32.410 25.83 32 2.36 32,500 25.97 26 2.82 32.510 25.94 30 1.87 32.520 26.03 32 2.13 32.520 26.00 44 1.73 32.540 26.05 35 1.89 32.550 26.05 52 1.39 32.580 26.10 40 1.71 32.570 26.08 58 1.07 32.530 26.09 49 1.16 32.570 26.11 65 0.34 32.650 26.22 S? 1.08 32.620 26.16 67 0.07 32.630 26.22 54 1.06 32.620 26.16 71 0.10 32.760 26.33 57 0.87 32.540 26.11 7S 0.22 32.740 26.32 63 0.16 32.650 26.23 10? 0.74 32.950 26.51 66 0.30 32.620 26.22 104 0.78 32.970 26.53 68 76 86 90 104 0.63 0.67 0.93 0.97 0.90 32.760 32.800 32.850 32.900 33.100 26.35 26.38 26.44 26.48 26.64 LATITUDE LONGITUDE ST4T10N TIME (GMT) STATION «0. DAY HP. YEAR NUMBER 47 07. ON 048 02. OW 05 23 07.8 1971 10921 DEPTH TO BOTTOM W4VF OBSERVATIONS KEathER CODE CLOUD CODES DIP HGT PEP SF4 TYPE 4MT. 0155 15 1 2 X4 0 6 WIND B4R0- METFR (MRS) AIR TEMP OEG C DIP SPEED DRY RULB WET RULB VIS CODE DYN HT 15 10 227 08.9 08.9 971.119 MESSENGER CAST DEPTH TFMP SAL SIG-T TiMF NO. 07.8 13 4.22 32,640 25.92 15 4.21 32.650 25.92 00 .1 18 4.10 32.500 25.82 21 3.34 32.250 25.69 ?4 2.28 32.480 25.96 26 1.81 32.530 26.04 29 1 .60 32.600 26.11 31 1.51 32.650 26.15 35 1.43 32.630 26.14 37 1.20 32.610 26.14 49 0.87 32.660 26.20 5? 0.67 32,590 26.16 54 0.24 32.560 26.15 63 0.61 32.720 26.32 6R 0.81 32.770 26.37 70 0.77 32.820 26.40 74 0.B4 32.740 26.34 77 1.15 32.720 26.34 79 1.33 32.820 26.42 8? 1.37 32.890 26.48 101 1.17 33.060 26.61 117 0.44 33.210 26.70 12S 0.41 33.270 26.76 151 0.05 33.410 26.84 75 Table II. Observed oceanographic data from stations oeeupied by USCGC EVERGREEN, 12-25 May 1971, pre- pared from NODC Listing No. 31-8245.— Continued L«TITIJ0E I (INGITunE STATION TI'IF (GMT) yE4P ST4TI0N MO. D«Y HP. NMMPEB 47 01. ON 047 4?.0W 05 31 09.1 1971 109?? nEPTH TO BOTTnx WIVF 0RSEBV4TI0NS MEITHER rooE CLOUD CODES DIP Hr,T PEP SE» TYPE »MT. OlftS 19 2 ? X<> 0 6 WINO R«pn- MFTER (MPS) ilP TEMP DEG C niR SPEED ORY BULR WET BULB VIS CODE DYN MT 16 1? ??7 00.1 OB. 9 971.120 MESSENGER TIMF 09.1 CAST NO. 00 S4L SIG-T 10 4.34 32.6?0 25.89 1ft 4.34 32.540 25.82 19 3.52 32.240 25.67 ?? 2.37 32.470 25.95 ?4 1.93 32.430 25.95 ?7 1.53 32.570 26.08 30 1.17 32.490 ?6.04 31 0.R7 32.560 26.12 "5? 0.49 32.630 26.20 5S 0.33 32.610 26.19 SR 0.0? 32.540 ?6.15 61 n.5l 32.650 26.26 64 0.86 32.690 26.30 66 1.03 32.720 ?6.34 76 1.24 32.770 ?6.38 fl4 1.41 32.880 26.48 101 1.10 33.040 26.60 127 0.19 33.280 26.76 1S3 0.07 33.360 26.81 163 0.01 33.400 26.92 177 0.45 33.600 26.98 LAT ITIIDF LONGITUDE STATION TIME (GMT) YEAR STATION MO. DAY HP. NUMBER 47 03. ON 047 21.0W 05 23 10.6 1971 109?3 DEPTH TO BOTTOM WAVE ORSEPVATIONS WEATHER CODE CLOUD COOES DIP HOT PEP SEA TYPE AMT. O?80 15 1 X4 0 6 WINO RARO- MFTER (MRS) AIR TEMP DEG C DIP SPEED ORY BULB WET BULB VIS CODE DYN HT 16 08 224 08.9 08.9 971.100 10 00 17 3.67 32.540 25.89 20 3.17 32.780 ?5.73 23 1.77 32.270 25.83 25 1.1? 32.490 ?6.05 31 0.73 32.560 ?6.13 33 0.60 32.590 26.16 39 0.52 32.640 ?6.20 4? 0.34 32.590 26.17 45 0.02 32.530 26.14 47 0.45 32.610 ?6.22 50 0.79 32.630 26.25 53 1.06 32.680 ?6.30 56 1.21 32.750 ?6.36 69 1.42 32.fl40 ?6.44 75 1.35 32.930 26.51 92 1.20 33.070 26.62 101 0.98 33.120 26.66 104 0.84 33.200 ?6.71 127 0.30 33.290 26.77 130 0.35 33.320 26.79 136 0.30 33.390 26.85 139 0.05 33.470 26.90 14? 0.11 33.120 ?6.78 147 0.14 33.460 26.89 151 0.06 31.490 26.91 175 0.06 33.640 27.03 190 0.51 13.770 27.11 ?03 0.66 33.H50 27.17 ?1? 0.R3 13.950 27. ?4 ?16 1 .00 11.940 27. ?2 ??5 1.14 14.000 ?7.?6 ?53 1 .38 14.010 ?7.?7 76 Table II. Ul).serve(t oeeanographic data from stations occupied by USCGC EVERGREEN, 12-25 May 1971, pre- pared from NODC Listing No. 31-8245.— Continued L4T ITlinf 1 ONAITIinF STATION TI"F (f.MT ) ".TAT ION MO. DAV HR . YEAR NDMRFR «.? OP.ON o<.7 ofl.nw ns ?1 11. 0.44 33.660 27,07 at 0.41 33.600 27.02 n7 0.51 33.630 27.05 e<> 0.49 33.690 27,10 101 0.45 33.900 27.22 10« 0.71 33.990 27.19 116 0.6S 33.890 27.19 127 0.91 34.000 27.28 139 1.14 34.020 27.27 143 1.06 34.050 27.11 146 0.96 33.970 27.25 150 0.78 34.100 27.3* 153 0.90 34.110 27.3* 157 0.93 34.160 27,40 175 2.10 34.390 27.50 17g 2.30 34.370 27.47 190 2.09 34.370 27.49 196 2.10 34.390 27.49 19H 2.29 34.540 27.60 201 2.73 34.530 27.5* 205 2.76 34.590 27.60 20n 2.91 14.520 27.54 211 3.09 34.690 27.65 213 3.91 14.720 27.61 217 3.87 34.630 27.53 220 3.91 34.690 27.58 22? 4.25 34.870 27.68 226 4.59 34.910 27.59 229 4.61 34.900 27.58 232 4.69 34.950 27.62 23* 4.57 34.900 27.59 251 4.67 34.920 27.60 255 4.63 34.790 27.57 25R 4.47 14.790 27.59 261 4.42 14.790 27.60 267 4.53 14,920 27.61 276 4.52 14.940 27.62 2S5 4.67 34.900 27.66 289 4.69 14.920 27.59 291 4.54 34.830 27.62 297 4,44 34.860 27.65 301 4.51 34.950 27.64 307 4.57 34.910 27.68 310 4.71 34.910 27.66 317 4.75 34.890 27.65 319 4.53 34.840 27.63 379 4.53 34.860 27.65 355 4.74 14,900 27.65 377 4.69 14.970 27.67 404 4.67 14.930 27.68 453 4.62 14.940 27.70 507 4.57 14.940 27.71 557 4.49 14.940 27.71 609 4.16 14.930 27.72 654 4.30 34.910 27.72 711 4.?1 14.910 27.73 754 4.16 14.910 27.73 ft?n 4.11 14.970 27.74 flfch 4.05 14.910 27.74 911 4.0? 14,910 27.74 95 7 1.99 14,91 n 77.74 inn? 1.96 14,91 0 27,75 LATITI 0 LONGITIIDF ■IIBTION IIMF (GMT) Y FAR •STATION "0, DAT HP. NUMBER 47 01, ON 04< 11. oy 05 21 15.1 1971 10976 DEPTH WAVF OBSFOVATIONS HEATHFR COOF CLOun CODES 90TT0M Olo Hr,T PER 5FA TYPE AMT, 0415 15 2 2 63 0 6 WIND 9AP0- MFTFR (MPS) AIR TEMP DEG C OTR SPEED DRY PULP MET RIILP VIS CODE DYN HI 15 12 240 09,1 08,3 970,961 MESSENGER TIME 15.3 CAST NO. 17 .67 37 810 25 91 15 .11 32 660 25 91 19 .19 32 000 25 49 21 .41 12 160 75 91 2t .26 12 .790 26 77 26 .18 12 790 26 29 29 .61 13 240 26 61 11 .01 32 .910 76 17 14 .90 ■i? .960 76 17 17 .77 32 .830 26 78 19 ,29 32 .720 26 73 47 ,05 31 .030 26 49 46 ,42 13 .100 26 51 51 .10 n .200 76 62 54 0 .66 31 250 26 69 57 n 47 11 190 76 91 61 0 51 Ti 550 26 94 65 n 42 if 610 27 00 71 n 40 13 750 77 10 76 0 55 13 800 77 13 79 0 57 31 810 27 14 97 67 33 890 27 20 S4 90 33 920 27 21 99 10 33 950 27 2? 100 14 34 060 27 11 101 29 34 050 27 29 109 34 34 160 27 18 117 2 02 34 760 27 41 120 2 13 34 270 27 40 175 2 13 34 100 27.42 150 2 93 34 490 27 51 151 2 95 34 480 27 50 156 1 10 14 670 27 62 166 4 10 14 750 27 60 169 4 23 14 690 27 54 174 4 17 14 660 77 53 177 4 03 14 690 27 56 190 4 14 14 790 77 61 186 4 65 34 950 27 62 199 4 66 14 840 27 61 202 4 94 14 990 27 62 276 4 87 14 860 27 61 251 4 91 14 900 27 64 279 4 90 14 910 27 66 101 4 69 34 920 27 67 78 Table II. Observed oceanographic data from stations occupied by USCGC EVERGREEN, 12-25 May 1971, pre- pared from NODC Listing No. 31-8245.— Continued LATITUDE LONGITUDE STATION TIME «5MT) STATION MO. DAY HR, YEAR NUMBER 47 03. ON 046 II .OW 05 23 17.1 1971 10927 DEPTH TO WAVE OBSERVATIONS WEATHER CSOE CLOUD COOES BOTTOM DIR HGT PER SEA TYPE AMT. 0338 15' 2 3 X4 0 6 WIND BARO- METER (MBS) AIR TEMP DESC DIR SPEED DRY BULB WET BULB VIS CODE DYN HT 15 16 234 1 1 . 1 II. 1 970. 95« Mp-<;«;FNr,FP ra<;T DFPTH TFMP SSL Sir-T T T "f NO. I' .1 1" 3.?S 3?. 190 ?S.6S ^1 ?.?3 3?.S70 ?6.04 0" .1 ?t 1.91 3?.9f,n ?6.38 Jf- ?.sn 33.460 ?6.7^ ?<5 ?.69 3?. 960 ?6.31 31 ?.?<- 3?. 990 ?6.37 34 ?.ll 33.0S0 ?6.43 37 ?.04 33.070 ?6.45 4? 1.7ft 33.130 ?6.S? • '•'^ ?.3S 33.ssn ?6.81 aP ?.S8 33.330 ?6.61 ■;i ?.3n 33.3?0 P6.63 S3 1.9fl 33.460 ?6.76 Sft i.ne 33.440 ?6.76 S<5 1.99 33.fl90 ?7.11 6? ?.34 33. SCO ?7.01 7" 2.T, 33.8S0 ?7.0? 73 ?.'.9 33.700 ?6.90 7<, ?.16 33.730 ?6.98 7<3 1.93 33. BOO ?7.n4 n? 1.9B 33.930 ?7.14 AR ?.4S 34.090 ?7.?3 91, ?.47 34.040 ?7.19 tf, ?.71 34.170 ?7.?7 Q9 ?.<13 34. 100 ?7.?1 in? ?.«IS 34.140 ?7.?4 110 ?.91 34.160 ?7.?S l?ft 3.30 34.3S0 ?7.36 143 3.79 34.540 ?7.46 149 4.10 34,590 ?7.47 IS? 4.13 34.640 ?7.S1 15S 4.?6 34.670 ?7.S? 177 4.f>7 34.760 ?7.S5 1R5 4.95 34.8S0 ?7.S9 197 4.69 34.780 ?7.S6 200 4.6S 34.810 ?7.S8 2?«. 4.57 34.9?0 ?7.61 ?S? 4.46 34.850 ?7.64 ?7B 4.38 34;860 ?7.66 JO? 4.36 34.880 P7.68 3?iS 4.36 34.890 ?7.68 LATITUDE LONSiTUDE STATION TIME (GMT) STATION MO. DAY HR. YEAR NUMBER 47 05. ON 045 51 OW 05 23 19.3 1971 10928 DEPTH TO WAVE OBSCI»VATiONS WEATHER CODE CLOUD COOES BOTTOM DIR HGT PER SEA TYPE AMT. 0289 17 2 3 X6 0 6 WIND BARO- METER (MBS) ^'o-'eg^!"^ DIR SPEED DRY BULB WET BULB VIS CODE DYN HT 15 18 240 1 1 . 1 1 1 . 1 970, 997 "ESSrMGFR TAST OEPTH TEMP SSL SIG-T . rlMF 1^0. 109 4.97 34.820 27. S6 ?13 4.87 14.710 27.48 ?l'> 4.8S 34.760 27. S3 »■ .»?6 4.67 34. 780 27. S6 • ?5I '..19 14.810 27.62 79 Table II. Oliserved ooeanographic data from stations occupied liy USCGC EVERGREEN, 12-25 May 1971, pre- pared from NODC Listing No. 31-8245. — Continued l«TITnOf tONSIIUOE <1T«TI0N TIMf (SKTI >;t«tiom "0. 0«r MP. VFAP NllWPfP *% ?1.«M (l«« OO.Oa 05 J» 01.3 I9T1 in»?9 ntoTM VtVC OflStPViTIONS KtlTMtP coot CLOUD ronrs S0TT01 OIB MOT PtP se» TYPE • XT. 13*T WtNO R«pn- "FTFO •IP TEMP nts c niB ^PFfO OPT BULP KET BULP VIS CODE OVN HT . . 971,07! "ESIFNBEP C«ST DEPTH TFMP 5»U 5in-T Tlur NO. 03 3 10 9.39 33.160 25.64 21 9.2S 33.160 25.66 00 * 23 9.05 33.040 25.60 27 7.48 33.110 25.89 30 6.75 33.190 26.06 3? 6.22 33.090 26.04 3S 5.76 33.240 26.22 3B 5. 88 33.310 26.26 40 5.80 33.310 26. ?7 »3 5.64 33.300 76. ?a 47 5.19 33.290 26.33 49 4.60 33.280 26.38 5? 4.16 33.320 26.46 S5 3.94 33.360 26.51 SB 3.90 33.490 26.62 »3 3.86 33.590 26.70 67 4.56 33.980 26.94 70 5.25 33.890 26.79 7? 5.10 33.840 26.77 7* 5.25 33.970 26.86 7B 5.46 34.030 ?6.88 99 6.61 34.380 27.01 10? 6.54 34.350 26.99 lOS 6.49 34.380 27,02 lOB 6.67 34.490 27,09 111 6.97 34.560 27,10 123 7.04 34.620 27,14 12"! 7.31 34.650 27,13 12B 7.35 34.620 27,10 13« 7.06 34.640 27,15 137 7.11 34.640 27,14 140 7.07 34.640 27,15 144 7.14 34.660 27.15 147 7.12 34.630 27.13 ISO 6.81 34.530 27.10 153 6.63 34.620 27.19 ISA 6.68 34.600 27.18 IS* 6.62 34.540 27.13 161 6.34 34.510 27.14 164 6.16 34.530 27.18 177 5.73 34.540 27.25 113 S.86 34.540 27.23 ISA S.77 34.550 27.25 191 S.87 34.580 27.26 20? S.85 34.580 27.26 220 5.70 34.660 27.34 223 5.81 34.630 27.31 226 5.64 34,560 27.77 22B 5.45 34.610 27.34 232 5.61 34,720 27.40 234 5.87 34,730 27.38 2S2 5.74 34.680 27.36 2S9 5.43 34.660 27.38 262 5.46 34.710 77.41 269 5.13 34.650 77.40 272 5.06 34.670 77.43 274 4.88 34.590 27.39 28? 4,?7 34.560 27.43 2BB 4.19 34.5*0 27.46 29? 4.32 34.700 77.54 29i; 4.54 34.710 27.52 30? 4.73 34.700 77.49 317 4.95 34.710 77.47 3?? 4.45 34.660 77.49 326 4.4? 34.720 77.54 3S4 4.74 34.810 77.58 179 5.09 34.880 77.59 401 5.?0 34.930 77.62 4S6 5.15 34,960 27.65 Snl 5.1? 34.980 27,67 sss 4.93 34.9A0 77,69 614 4.48 34.990 27,71 6S? 4.61 34.970 77,7? 706 4.54 34.970 77,73 7S4 4.17 34.950 77.73 BOI ».?3 34.o?0 ?7.73 BSS 4.16 34.930 77.74 80 Table II. Observed oceanographic data from stations occupied by USCGC EVERGREEN, 12-25 May 1971, pre- pared from NODC Listing No. 31-8245.— Continued I ATTTmOF t HK '". I T 1 rnr ir.MT) ^TaT ION un. oat HO, »f 40 NipMBFB <.S ^S.O'- Oti^. ^fl.Ow ns ?". OS. 3 |i)71 I nqlfi nfpTM «avf OB'^TOvaTinsj^ yf 4IMC0 conF rtnun roOFS RflTTOw 01° Hr,T pfO •^F A TTPF *MT, 111*. ^!Nn MFTFR AIO TFMP nio ^PFf n OPY RUl R WFT niiLR VIS firiF nvN HT • <)71.I15 0S.1 00.? n 10 .13 1? .900 ?5 .1? 17 10 .13 1? .900 ?5 . 1? ?n 8 .84 1? .680 ?5 .15 ?4 7 .01 1? .960 ?5 .83 ?7 f> .37 33 .050 ?5 .99 ?<1 S .89 13 .080 ?6 .08 3? 5 .55 33 .140 ?6 .16 3<. 5 .31 13 .I?0 ?6 .17 37 4 .94 13 .170 ?6 .?6 4n 4 .69 13 .150 ?6 .?7 SI 3 .00 33 .?30 ?6 .50 53 ? .13 13 .?80 ?6 61 Sf, 1 .13 33 .?00 ?6 62 SQ 0 .78 33 .380 ?6 78 *3 0 .84 33 .4?0 ?6 82 6S 1 .33 33 .840 ?7 1? ^H 3 .36 34 .0?0 ?7 10 71 4 .?4 14 .110 ?7 08 7S 5 .40 14 .?90 ?7 09 77 6 .15 14 .150 ?7 OS no f, .5? 14 .260 ?6 92 13 6 .19 34 .110 ?6 85 K6 S .81 34 .?60 ?7 07 88 6 .87 34 .640 ?7 IB 91 7 .37 34 .500 ?6 99 97 T .49 34 .560 ?7 03 100 7 .66 34 .650 ?7 07 103 7 .79 34 .610 ?7 07 10«. 7 .71 34 .630 ?7 05 11? 7 .77 14 650 ?7 06 I?». 7 .43 34 650 ?7 II 134 7 39 34 640 ?7 II 139 7 .03 34 590 ?7 12 US 6 83 34 600 ?7 15 147 6 83 34 670 ?7.?1 ISO 7 09 34 750 ?7 73 1S3 7 ?5 34 690 ?7 16 ISS 7 13 14 680 ?7 17 16<. 7 00 34 770 ?7 76 11,7 7 30 34 790 ?7 74 169 7 34 34 770 ?7.?1 175 7 04 34 720 27 72 I«7 4 57 34 630 ?7 71 193 6 07 34 590 ?7.?5 ?0? 5 90 34 630 P7.30 704 5 83 34 560 ?7 76 ?07 5 51 34 550 ?7 78 ?1<. S 19 34 570 ?7 14 ?17 5 i\ 34 580 ?7 14 ??6 4 79 34 540 ?7 16 ?l.9 4 68 34 570 ?7 19 ?S? 4 53 34 560 ?7 40 ?5S 4 51 34 590 ?7 43 ?S(1 4 68 14 640 ?7 45 ?M 5 15 34 770 ?7 50 !h(. 5 ?8 34 690 ?7 42 Pf,7 5 ?0 14 7?0 ?7 46 ?77 S 38 14 760 ?7 47 ?'(3 S 40 14 760 ?7 46 ?I3H 5 ?0 34 690 ?7 43 300 5 37 14 a?o ?7. 52 ^^^. 5. 0? 14 810 ?7. 55 311 5. 08 14 810 ?7. 54 3S? S. 11 14 870 ?7. 59 377 s. 17 14 9S0 ?7. 62 403 s. 16 14 960 ?7. 63 4S? s. 01 14 950 ?7. 65 SO? 4. 91 14 980 ?7. 69 SSI 4. 78 14 480 ?7. 71 ^flS 4. 60 14 960 ?7. 72 (.ss 4. 41 14 960 ?7. 73 70S 4. ?7 14 94 0 ?7. 74 7S0 4. ?1 14 9?0 ?7. 71 1'71 10912 DEPTH WftVF nnsEovATion'; WEATHEB rooE rioiiD COOES flOTTnu 010 HCT PfP SF* TYPE AMT. IPTB 14 ft 3 04 0 6 KINO R«PO- MFTER ft',) aTP TEMP OEG C OIR ■5PEE0 OPT euLP ■ FT PULP VIS COOE DYN HT U oa ?<.<• 11.7 11.7 P71.l)60 ESSFNGFP CAST DEPTH TEMP SAL SIG-T TIMF NO. 11. q q 10.17 3?.R60 ?5.?e IK 10.10 3?. 010 ?5.?5 00 ? ?1 8.7R 3?. 460 ?5.19 ?4 7.17 3?. 940 ?S.RO ?■> 6.96 33.100 ?S.9» 3? 7.J1 33.330 ?6.10 40 7. SO 33.460 ?6.17 4? 7.4n 33.460 ?6.17 4S 7.3? 33.440 ?6.U 4R 6.9S 33.530 ?6.30 Sft 6.91 33.S60 ?6.33 S3 6.40 33.?S0 ?6.15 56 5.41 33.1?0 ?6.17 53 4.7R 33.430 ?6.48 61 4.49 33.360 ?6.45 64 4.3S 33.SS0 ?6.63 67 4.70 33.6R0 ?6.69 6<> 4.S? 33.640 ?6.6e 73 4.SS 33.670 ?6.70 76 4.41 33. RIO ?6.R3 7P 4.sn 31.860 ?6.84 n? 4.R3 34.O?0 ?6.94 RS 4.91 34.060 J6.97 91 S.74 34.?90 ?7.05 94 S.93 34.?90 ?7.0? 101 5.9? 34.300 ?7.03 103 5.R7 34.?60 J7.01 106 5.66 34.3S0 ?7.11 109 6. OR 34.4?0 ?7.11 113 5.93 34.370 ?7,09 116 5.R9 34.S00 J7.19 119 6. OR 34.460 ?7.14 1?> 6.07 34.440 ?7.13 1?7 S.R? 34.3S0 ?7.08 130 S.Sl 34.360 ?7.14 13S 5.45 34.3R0 ?7.U 146 5.?6 34.390 ?7.1R 149 S.04 34.360 ?7.19 1S3 4.91 34.400 ?7.?4 ISO s.ll 34,SO0 ?7.?9 16? S.41 34.600 ?7.34 166 S.SR 34,S90 ?7.11 169 S.6? 34.S70 ?7.?9 17? S.S6 34.S60 ?7.?R I7S S.6S 34.600 ?7.31 114 6.07 34.7R0 ?7.39 1R7 6.39 14.RR0 ?7.43 190 6.R7 3S.040 ?7.49 193 7.41 35.000 ?7.39 ?0? 7.71 35.040 ?7.37 ?0R 7.74 35.040 ?7.37 ?l 1 7.6? 34.9?0 ?7.?9 ?14 7.31 34.930 ?7.3S ??n 7.16 34.940 ?7.37 ??3 6.96 34.790 ?7.?fl ??S 6.4R 34.740 ?7.31 ??<* 6. 16 34.770 ?7.3R ?1<. S.60 34.670 ?7.37 ?17 S.4S 34.700 ?7.4I ?n S.4S 14. 74(1 ?7.44 ?4? S.S4 Iti.'lOO ?7.4R ?4n S.9S 14.0sn ?7.46 LATITdDF LONGITUDE STATinU TIME (GMT) STATION MO. DAY HR, YEAR NUMBER *A 13. ON 047 11. OH 05 ?* 14.3 1971 10913 OEPTH TO W»VE OBSERVATIONS ■FATHER CODE CLOUD CODES BOTTOM DIP MOT PER SEA TYPE AMT. 1094 1* 0 X4 0 6 MTNO BARO- METFR (MRS) AIR TEMP OEG C niR SPEED DRY RIILR ■ET PULP VIS CODE OTN HT 14 08 ?44 09.4 09.4 971.00? 9 4.?4 32.540 25.83 U 4.19 32.500 25.81 1* 4.07 32.500 25.82 1? 3.85 32.400 25.7* 19 3.24 12.460 ?5.8* ?1 2.74 12.530 25.96 ?4 2.37 32.480 25.9* ?7 2.16 32.610 26.08 30 1.85 32.530 26.03 33 1.31 32.360 ?5.93 36 0.91 32.530 26.09 «7 0.59 32.630 26.19 SO 0.0? 32.480 26.10 53 0.79 12.500 ?6.15 55 1.36 32.730 26.35 5R 1.57 12.860 ?6.*6 77 1.24 33.340 26.8* 89 0.88 33.470 26.93 97 0.41 33.590 27.01 100 0.47 33.550 26.98 10? 0.34 33.700 27.10 105 0.01 33.730 27.11 lOR 0.07 33.670 27.0* 110 0.01 33.6*0 27.0* 114 0.15 13.8*0 27.18 116 0.43 33.790 27.13 119 0.18 33.670 27.05 1?» 0.16 33.830 27.18 127 0.47 1* . 0 1 0 27.31 130 0.58 11.890 27.21 ns 0.78 14.050 27.32 139 l.*0 34.080 27.31 1»* 1.63 3*. 130 27.33 1*7 1.91 3*. 330 27.47 150 2.24 3*. 210 27.35 156 2.00 14.200 27.3* 16* 2.36 34.110 27.42 176 2.64 14.380 27.45 181 2.57 14.400 27.47 IRS 2.61 14.450 ?7,50 188 2.81 14.460 27.50 1»1 2.84 14.460 27.50 202 2.83 14.500 27.52 227 3.63 14.690 27.60 25? 3.81 14.7*0 27.62 278 3.99 34.790 ?7.65 30.1 4.20 34.810 27.6* 328 4.11 14.860 27.67 35* 4.17 34,880 27,68 375 4.41 34.890 27.68 *02 4.44 34.900 27.69 »S2 4.46 34.920 27.70 503 4.44 14.910 27.71 55? 4.40 14.910 ?7.72 602 4.35 14,940 27.72 660 4.?8 14.910 27.73 71? 4.22 14.910 ?7,74 7S» 4.?0 14.910 27.74 806 4.16 14.930 ?7.7* 853 4.14 34.910 27.7* 92* 4.11 14.910 27,74 971 4.10 14.930 27.74 1018 4.08 14.920 ?7,74 82 Table II. Observed oceanographic data from stations occupied l)y USCGC EVERGREEN, 12-25 May 1971, pre- pared from NODC Listing No. 31-8245.— Continued ( ATITI rnr 1 oMGiTiinr STATinN TIMF ( r,M T ) STATION MO. DAY HP. yfap NUMBFR 4ft IB. ON 047 ?1.0W 05 24 I'>.ft 1<571 10Q14 dfpth TO BDTTOM W/SVF OBSFPyiTTOMS mEathFR roDF CLOun roDFs DIP Hr.T PFP SF4 TYPF AMT . nssis 00 n X4 0 ft wiNn BAOn- "FTFR (MBS) «IP TFMP nFG r ntR SPFEH DRY nuLB WFT RIILB VIS conF OYN HT 14 on ?^•. 09.4 OS.P P7I.0T3 15 on L ATITIJDF LONGITIJOE STATION TIME (GMT) FAR STATION "0. DAY HP. Y NUMBER 46 17. ON 047 33. OK OS ?4 17.4 1971 10935 OEPTh WAVE OBSEPVATIOigS WEATHER CODE CLOUD COOES BOTTOM DIR HOT PEP SEA TYPE AMT. OlPO 00 0 <4 0 6 WISO BARO- METFP (MBS) AIR TEMP DEG C niR SPEED DRY BULB WET BULB VIS CODE DYN HT 15 14 ?27 07. fl 07. « 971 .079 13 4.30 3?. 560 25.84 17. 19 4.04 32.550 25.86 27 3.74 32.430 25.80 00. ?5 ?.3ft 32.270 25.79 2R 1.57 32.4ft0 26.00 31 1.15 32.530 26.08 34 n.B7 32.ftin 26.16 37 0.ft2 32.590 26.16 51 0.93 32.700 26.32 53 0.94 32.870 26.45 56 0.75 32.860 26.43 59 0.77 32.820 26.41 65 1.05 32.840 26.43 76 l.?4 32.980 26.55 79 1.29 33.050 26.61 90 0.77 33.380 26.86 93 0.36 33.440 26.89 96 0.20 33.370 26.83 9n 0.45 33.250 26.74 101 0.94 33.300 26.80 103 0.99 33.390 26.88 106 0.63 33.510 26.96 109 0.60 33.460 26.92 11? 0.2H 33.610 27.02 114 O.IO 33.550 26.97 120 0.09 33.630 27.02 12? 0.02 33.520 26.94 125 O.lfl 33.610 27.02 130 0.07 33.690 27.08 133 0.12 33.720 27.09 136 0,23 33.710 27.08 139 0.07 33.720 27.10 K4 0.38 33.820 27.16 150 0.52 33.840 27.17 153 0.43 33.810 27.15 155 0.15 33.830 27.18 161 0.01 33.880 27.23 169 0.1? 33. 180 27.30 17? 0.36 34.160 27.43 175 0.78 34.130 27.38 177 1.05 34.210 27.44 IHfl 1.36 34.190 27.40 189 1.74 34.230 27.40 ?0? 2.13 34.360 27.47 ??6 2.61 34.470 27.52 ?<» 14. ON 04B SO.flW OS 20 I?.S 1971 lOflitR OFPTh H4VF OB<;ERV4TIONS HE»THER COOE CLOUD CODES ROTTOM DIP HOT PFO 'IFA TYPE AMT. ?ft<.4 10 ? ? X4 0 6 WTNO R4R0- "FTFR (MRS) 4TP TEMP DFG C DIP SPEEO DRY BULR WET RULR VIS CODE DYN HT l*- 14 ?B1 08.4 OR.l 971. 0R7 MES'^FNGER TIME 01 CAST NO. TEMP <;aL SIG-T 1 4.20 12.640 25.91 s 4.17 12.630 25.91 « 3.B4 32.560 25.89 10 3.41 32.520 25.90 n 2.fl2 32.420 25.87 lA 2.04 32.600 26.07 ?i 1.45 32.640 26.15 ?4 1.13 32.670 26. IB ?0 1.26 12.680 26.20 31 1.14 12.610 26.16 IS 0.97 12.670 26.20 40 O.H? 12.650 26.20 41 0.64 32.660 26.22 4S 0.10 32.720 26.29 SI 0.04 32.750 26.32 54 0.27 32.740 26.32 SO 0.41 32.770 26.35 70 1.14 32.820 26.42 7S 1.3? 32.880 26.47 T\ 1.26 32.930 26.51 100 0.96 13.260 26.77 101 0.7fl 33.320 26.81 loq 0,62 33.360 26.84 114 0.21 31.440 25.88 1". 0.10 11.490 26.92 I?« 0.06 11.550 26.96 141 0.15 11.600 26.98 144 0.24 33.610 27.01 150 0.2R 13.650 27.03 177 0.64 11.770 ?7.10 1«1 0.75 11.870 27.17 IXS 1.00 13.890 ?7.1fi 101 1.12 31.970 27.22 ?01 1.31 33.950 27.21 ?0». 1.33 33.960 27. ?2 ??7 l.fll 34.180 27.35 ?10 1.86 14.190 27.16 ?!». ?.02 14.290 27.42 ?3q 2.10 14.360 27.45 ?51 2.46 34.320 27.42 271 3.03 34.490 27.50 280 3.13 34.510 27.51 10? 3.65 34.620 27.55 305 3.73 34.500 27.52 30H 3.73 34.610 27.53 311 3.85 34.690 27.58 321 4.43 34.710 27.54 3?« 4.15 34.670 27.54 350 4.11 34.710 27.57 37Q 4.12 14.770 27.59 40? 4.18 14.800 27.61 501 4.53 14.850 27.64 506 4.51 14.850 27.63 601 4.52 14.870 27.65 707 4.47 14.870 27.66 RO? 4.17 34.870 27.67 <>0? 4.26 34.860 27.68 960 4.17 34.870 27.69 1000 4.14 34.870 27.69 LATITl IDE LONGITUDE STATION TIMF (GMT) YEAR STATION MO. DAY HP. NUMBER 44 l?.8'-i 048 17. |W OS 20 IS. 9 1971 10950 OEPTm TO ROTTOM WAVE ORSFRVAT IONS XFATMFP rOOF ri OUD CODES DIP HOT PEP SEA TYPE AMT. 3218 09 7 2 «1 0 6 WIND RAOO- MFTFP (MRS) SJP TFMP DFG C DIP SPEED OPY iFT RWI R VIS roDF OYN HT 14 11 2B7 12.9 12.2 971 .019 MESSENGER TlMF 15.9 01 CAST NO. SK,.T " 4.9>. 17. 7sn 75,9? 11 S.9», n.noo 7».,on 71 4.76 i7.«no 76,11 1" 1. ^^ 17, 7S0 76.08 IS 4 .S», 17.8S0 76. n<. 4S 1.n>. 11,100 76, 19 SI 1.4». 11.100 76. SI 7S n.«6 11,101 76,61 1 on 0 .q». 11,600 76, 9S 121 n . 76 11, HOI 77, IS 12S 1.1*. 11, 7S1 77. OS 1S1 0.91 ^^.'i»') 77, 7S I5S 1.64 11,9Sn 77,18 I«i 4 .«-<< 14.SO0 77,14 ?il S.41 l4.S7n 77.11 'IS ^.'^^^ 1<.,450 77,17 711 s.^*, 14, 701 ?7,1« 251 s. 1^ 14,840 77, SI 28" S ,M<} 14 ,9»0 77. S7 111 5.97 15,110 ?7.M 411 5.71 15,01 0 ?7.<.Q 510 «., t? 14 ,9«,0 77. 7n MO 4. 74 IS, 000 77.71 701 4.S4 14,9 WTNO •IP TFMP OEG C nio "iPFtn (MR<;) DPV PULP WET RDLP VIS coot nyN MT 11 in ?PS 13." 12.1 971 .000 "ESSFNGEP >"•?' OFPTH IFMP S»L TTMC NO. IP 1 ? 10.71 32.S30 « 10.17 3?. 770 01 ? 7 0.13 32.n4S 10 P. no 32.O?0 I? p. A3 32.900 IS 7. OS 32.000 l« 7.S» 33.110 70 7.P0 33.200 ?1 7. no 33.170 ?f. 6.03 33.130 ?« 6.70 33.220 11 6. no 33.200 1* 6.30 33.230 3* S.76 33.170 1") 4.n4 33.230 4J s.os 33.660 *s S.S3 13.660 «• S.S3 33.720 so S.37 33.700 SI *.os 33.630 s^ 4.67 33.710 so 4. SO 33.nio #»' 4.S? 13.n70 <,p 4.34 33.OS0 7> 3.77 33,BS0 7S 3. S3 33.ono 7« 3. SO 33.070 HO 3.3n 3%.ono HI 3.41 34.0SO HP 3. OS 34.140 PI 3.ns 14.000 97 3.n6 14.170 100 3.S6 13.000 101 3.?3 34.000 los 3.46 14.720 1 \l. 4.36 14.470 no 4.«S 34.370 1?7 4. S3 14.100 ni 4.46 14.100 1*0 4.66 14.440 IS? 4.4S 14.460 17J 4.n3 14.670 177 S.34 14.n20 1X0 S.7S 14.060 1R1 6. S3 15.020 loo 6. SI 34.070 ?0? 6.sn 35.060 ?!>. 6. SO 34.000 ?10 6.?3 14.0SO ?1S S.60 34.830 ?«1 S.IS 34.750 ?S? 4.00 34.nio ?>,n 4.n3 34. SOO 716 4.05 34.870 ?0X S.16 34.010 300 S.U 34.880 3?S S.?S 34.970 3S? S.I3 34.970 177 S.?l 35.ono 3«t S.60 35.100 »03 S.Sl 35.ono 4S» 5.3S 35.080 »60 S.36 35.090 SOO 5.23 35.100 SO* S.?4 35.100 S61 s.oo 35.090 <.03 4.n3 35.0 70 A6I 4.66 35.050 703 4.4S 35.030 760 4.3S 35.020 77? 4.3? 35.010 PIS 4.?n 35.010 "37 4.?6 35.010 . 000 4. in 34.990 00» 4. IS 15.010 lono 4.?l 35.000 sir,-i 75.16 75.71 75.4* 75.5* 75.5* 75. 6« 75.88 75,99 25.89 75.98 76.07 26.13 26.14 76.16 76.31 76.63 76.58 76.63 76.63 76.62 76.77 76.87 76.86 76.94 76.07 77.05 77.04 77.06 77.11 77,13 77.11 77.13 77.05 77.16 77.74 77.15 77.27 77.77 77.78 77.79 77.13 77.47 77,52 77.58 27.52 77,49 77.55 77,40 77.51 27. 4n 27.48 27.55 77.56 27,60 27,61 27.50 27.65 27.66 77.74 77.71 77.70 77.72 27.73 27.75 27,75 27.77 27.78 77.78 77.79 77,79 77,70 77.79 77.79 77.78 77.80 77.79 L«T ITllDF 1 ONGITIinF STSTION TI«F (GMT) YF4P STATION "0. n«Y HP. NIIMRFR 44 17. 9N 047 76. OW OS ?n 21,4 1971 inos? riEPTH W«VF ORSFBViTIONS WF4THER conF CLoun rnoFS ROITnu Dio Hf.T PEO SF» TYPF 4MT, 57*? 16 ? 1 «i 0 6 WINfl n«on- MFTFB (MBSI AIR TFMP nFG c niR SPCFD nRY RULP WFT PULP VIS CODE riYN HT n 1 3 PQS n.s 11.1 971,061 "ESSFNGFR CAST OFPTH TFMP SAL SIG-T TI"F NC , 73.4 0 10.16 17.770 75.17 I" 8.56 17.950 75.60 01 4 70 S.Sl 11.400 76.37 10 3.76 11.430 76,58 sn 6.46 14.070 76.78 61 6.69 14.700 76.85 7S 7.91 14.110 76.78 7n 7.78 14,500 77.01 1 no n.79 34.790 77.01 1 11 8.76 34.650 76.98 178 9.16 14,770 76,93 1S1 8.16 34,B80 77,14 177 5.S6 14,460 77,70 190 7.11 14.790 77.73 700 6.06 34.4S0 77.13 777 4.46 14,450 77.37 75 0 6.76 14.700 76.91 7S7 7.46 14.950 77,31 ?nn 7.71 15.000 77,41 100 5.76 34.880 77,51 lis 6.96 15.140 77.56 ins 5.49 14^950 77.60 400 S.n4 35.050 77.6* 409 5.76 35.770 77. 7R 430 6.04 35,090 77,6* son 5. on 35,000 77,69 SIO 5,00 15.000 77,70 517 S.18 35.050 77,71 sso 4.80 34.970 27,66 600 4.73 35.000 77,73 700 4.sn 35.000 77,74 fton 4.19 34.990 77.76 POO 4. 34 35.000 77.77 1 000 4.78 35.010 77.79 90 Table III. Observed oceanographic data from stations occupied by USCGC ROCKAWAY, 20-28 May 1971, pre- pared from NODC Listing No. 31-8245. — Continued I A t ITH OF lINftlTllOF ST«TtON TIME .0H OS ?1 OS.l 1971 109S1 nfpTM TO BOTTOM mvf or>;fbv«tioss WFATHER cont CLOuo rows nio Mr,i Pfo 971. OM, MFSSFNGFP r»ST OFPTM TFMP S4 1.0S 34.170 77.74 IBl 4.6S 34.700 77.50 1B4 6.79 3S.100 77.62 19? 7.04 34.840 77.11 19B 6.74 34.7*0 77.79 ?07 6.38 34.SB0 77.70 ?1S 4.87 34.460 77.79 ??7 4.4S 14.S00 77.17 ?n 4.73 14.470 77.31 . 717 1.97 14.440 77. IT ?4S 4. BO 34.700 ?7.*9 ?*B S.16 14.740 77.47 767 S.S7 14.760 77.44 ?77 S.35 34.740 77.46 ?B7 5.07 14.760 77.50 794 S.30 34.770 27.48 30? S.18 14.740 27.47 117 S.41 14.780 77.48 370 S.18 14.760 27.49 3S1 4.81 14.830 27.59 377 S.07 34.860 ?7.58 3B1 S.OB 34.B70 77.59 *07 s.oe 34.870 77.60 ♦ SB 4.9? 34.970 77.64 soo s.41 IS. 010 ?7.66 ?71 4.73 14.930 ?7.68 607 4.6S 34.930 77.69 6S1 4.B6 35.000 77.77 701 4.77 34.980 27.71 771 4.S4 14.9S0 27.72 BI6 4.37 34.930 27,72 BB9 4.77 34.970 ?7.72 93A 4.17 34.910 77.72 9S9 ».I? 14.900 77.72 9B1 4. OB 34.900 77.73 1007 4. OB 34.910 ?7.7J L«TITi OF t ONr.ITUOF STiTION TIME (r,MT) ST4TI0N MO. D»Y MP, YF*0 NIIMPEP 45 01, SN 046 70, ?■ OS 71 11.1 1971 10954 OFPTM TO BOTTOM mvr ORSFOViTIONS KEiTMEO fOOE TLOUO COOES OIP Hr,T PEP SF* TYPE »«T. 3S4B IS 7 1 »1 0 6 KINO BAPO- MFTFP (MRS) »IB TFMP OEG C OIB SPFEO OBY HULfl WFT RULR VIS COOE OYN HT 14 11 110 11,0 17,5 971,015 "ESSFnGFB C»ST OEPTH TFMP S«L SIG-T TlMC NO, 11. 1 0 9,79 12.940 25.41 ? 9,88 17.980 25.42 Ol! 0 4 9,70 33.000 25.47 7 9,34 12.770 25. IS 10 8,11 17.910 75.65 IS 7, IS 11.170 25.91 71 6,7S 13,070 75.96 ?4 6.49 13.110 76.02 ?6 5.90 12.970 75.95 29 5.19 11.040 76.11 1? 5.41 13.700 ?6.62 14 6.47 11.710 76.50 4? 4.54 31.510 76.59 47 5.17 11.640 26.61 50 5.16 11.740 76.68 51 5.39 11.770 76.68 59 5.42 11.770 76.68 61 5.29 11.840 26.75 64 5.54 11.980 76.81 7? S.76 14.020 26.81 75 5.98 14.040 ?6.B1 84 5.57 14.140 ?6.9S BA 5.72 14.120 76.92 • B9 5.?0 11.940 ?6.84 . 94 4.97 14.100 27,00 100 5.97 34.570 27.70 107 6.85 14.670 27,17 111 7.04 14.550 77,08 116 7.70 14.480 77.01 1?7 6.79 14,600 77.15 125 6.99 14.560 77.09 111- 6. 68 14.190 27.01 ISO 6.26 14.480 77.13 151 6.19 14.540 77.16 ISB 5.67 14.780 77.06 161 S.49 14.>>S0 77.17 166 5.46 14,410 77.17 177 4. IB 14,100 77.7? 1B7 4.40 14,140 77.74 191 4.BI 14,470 ?7.30 . 191 4.87 34.550 27.16 199 4.7S 34.430 27.78 ?07 4.71 34.190 77.7S ?07 4,79 34.430 ?7.11 210 4.41 34,790 77.70 216 3.78 14,720 77.77 ??7 1.03 14,250 77.11 775 3.06 34,140 ?7.ie ?31 4,39 14,870 77.61 731 5.00 14,700 77.46 750 S.6S 34,740 77.41 756 5.79 14.800 77.44 26? 7.18 35.140 77.51 779 7.26 15.060 ?7.46 101 7.28 35.100 27.48 310 7.12 15.030 77.45 175 6.88 15.040 77.49 316 6.74 14.940 77.50 351 5.39 14.840 77.53 16S 5.74 14.880 27.58 378 5.84 34.970 77.57 397 6.06 35.0 70 27.63 401 6.07 35.040 77.60 4?B 5.18 14,940 77.61 455 5.0? 34,940 77.65 504 5.11 15,010 77.69 554 5.15 15,010 77.69 604 4.74 14.980 77.72 656 4.66 34.990 77,73 706 4.59 15.000 77,75 7S7 )..S0 14.990 77.75 807 4.40 14.980 77.75 967 4.76 14.980 27.77 1007 4.71 14.980 77.77 1019 4.70 14.980 77.77 91 Taulk III. 01)servecl oceaiiographic data from stations occnpiecl l).v USCGC ROCKAWAY, 20-28 May 1971, pre- paj-ed from NODC Listing No. 31-8245.— Continued LATITIIDF LONGITUDE ST»TION TIME (GMT) ST»TION MO. D«r HR. yE«B NUMBER *5 1S.9N 0*7 11. *W 05 21 U.6 1«71 lOOSS DEPTH TO BOTTOM HtVE OBSFRV»TIOMS WEtTHER CODE CLOUD COOES DIB HOT PER SF» TYPE AMT. 2«^6 It, ? ? «1 0 « MINO BtRO- METFR (MBS) »I0 TEMP OEG C DIB «;PEEO DRY BULB WET BULB VIS CODE OYN MT 16 09 lOft U.B 1*.? <»71.n7<» LATITUDE LONGITUDE STATION TIME IGMT) STATION 1*6. DAY HR. YEAR NUMBER *5 30. ON 0*1 3?.0W 05 21 IB. 3 1971 10956 DEPTH TO BOTTOM WAVE OBSERVATIONS MEATHER CODE CLOUD COOES OIR HOT PER SEA TYPE AMT. 2030 17 1 3 «1 0 6 WtNO BARO- METER (MBS) AIR TEMP DEG C OIR SPEED DRY BULB KET BULB VIS CODE OYN HT 16 11 ?<»•> 12. B 12.5 970.955 MESSENGER CAST DEPTH TEMP SAL SIG-T MESSENGER CAST DEPTH TEMP SAL SIG-T TI *F NO. TIME NO. 1* ,f< 3 in.Bl 32.900 25.20 IB. 3 0 5.3* 32.780 25.90 5 10.62 32.880 25.22 * 5.72 32.770 25.86 01 .0 B 10.07 32.760 25.22 00. B 7 5.07 32.5*0 25.73 11 8.96 32.810 25. *3 9 3.97 32.*90 25.82 1* 7.91 32.790 25.58 1? 2.75 32.620 26.0* . 17 7.81 32.9*0 25.71 15 l.B* 32.700 26.17 19 7.36 33.030 25.8* IB 1.45 32.800 26.27 23 7.00 33.180 26.01 21 1.21 32.830 26.32 25 6.51 33.190 26.09 2* 1 .0* 32.850 26.3* 2B 5.95 33.100 26.08 29 O.RB 32.880 26.38 31 5.52 33.270 26.27 31 0.93 32.920 26. *0 3* 5.61 33.3*0 26.31 3* 0.83 32.910 26. *0 36 5.18 33.070 26.15 37 0.67 32.860 26.38 39 *.66 33.300 26.39 *2 0.18 32.990 26.51 *? *.8* 33.*«0 26.52 45 0.1* 33.0*0 26.5* *5 *.67 33.*60 26.52 *B 0.0* 32.990 26.51 ♦ 7 *.2* 33.5*0 26.62 50 0.37 33.000 26.5* 50 *.l? 33.630 26.71 53 0.51 33.170 26.67 53 *.20 33.730 26.78 61 0.49 33.2B0 26.77 . 55 *.27 33.730 26.77 6* 0.48 33.*10 26.87 58 *.5S 33.9*0 26.91 77 0.39 33.580 27.01 61 *.83 33.870 26.82 SO 0.40 33.660 27.07 63 *.76 33.850 26.81 96 0.31 33.980 27.29 66 *.95 3*. 120 27.01 99 0.52 33.980 27.28 6B 5.39 3*. 120 26.96 101 0.58 33.980 27.28 71 5.5* 3*. 250 27.0* 10* 0.62 33.990 27.78 7* 6.52 3*. 690 27.26 107 0.56 3*. 000 27.29 7B 7.13 3*. 500 27.03 116 0.87 3*. 090 27.35 BO 7.21 3*.*90 27.01 IIB 0.91 3*. 060 27.32 100 6.86 3*. 500 27.07 121 0.80 3*. 060 27.32 103 6.89 3*. 520 27.08 127 1.01 3*. 160 27.60 106 6.91 3*.*80 27.05 129 1.16 3*. 200 27. *2 113 6.78 3*. 5*0 27.11 151 1.67 3*. 310 27. *7 119 7.20 3*. 650 27.1* 15* 1.71 3*. 310 27. *6 125 7.18 3*. 600 27.10 157 1.80 3*. 360 27.50 I2B 6.98 3*. 510 27,06 160 2.07 3*. 6*0 27.71 131 6.79 3*. 600 27.16 162 2.53 3*. 280 27.38 133 6.88 3*. 600 27.1* 165 2.15 3*. 370 27. »e 136 6.80 3*. 5*0 27.11 16B 2.37 3*.580 27.63 139 6.38 3*. 500 27.13 170 3.03 3*. 810 27.76 1*2 6.2* 3*.*10 27. ns 173 *.*0 3*. 830 27.63 I** 5.95 3*. 500 27.19 176 *.*8 3*. 710 27.53 1*7 5.95 3*. 510 27.20 179 *.*0 3*. 670 27.51 150 5.71 3*.*20 27.16 182 *.38 36.760 27.58 153 5.*7 3*.*50 27.21 IB* *.68 3*.aio 27.59 16* 5.5* 3*. 530 27.26 187 *.72 3*. 750 27.5* 167 S.*3 3*.*10 27.18 190 *.90 3*. 9*0 27.66 170 5.60 3*. 690 27.38 19? 5.16 3*. 880 27.58 173 5.79 3*. 6*0 27.32 195 5.07 3*. 730 27. *e 176 5.86 3*. 660 27.32 I9B 5.01 3*. 920 27.63 179 5.95 3*. 690 27.3* 211 5.01 3*. 720 27. *8 IB2 6.05 3*. 7*0 27.36 209 *.90 3*. 810 27.56 190 6.51 3*. 800 27.35 212 *.52 3*.*80 27.3* 19? 6.37 3*. 670 27.27 21* 3.96 3*. 380 27.32 195 6.17 3*. 720 27.33 201 6.11 3*. 750 27.37 20* 6.15 34.7*0 27.35 207 6.07 3*. 610 27.26 209 5.52 3*. 580 27.31 213 5.57 3*. 790 27. *6 215 5.80 3*.«70 27.50 21B 6.39 35.0*0 27.55 221 6.72 3*. 990 27. *8 •»•»£. *.Q7 35.«>0 27. *6 92 Table III. Observed oceanographic data from stations occupied by USCGC ROCKAWAY, 20-28 May 1971, pre- pared from NODC Listing No. 31-8245.— Continued L4TITIin LONOTTunr <;T(vTinN TiMf (CMT) ■iTATTON MO. 04V HR. YEAR NIIMRER i.S T^.PN 047 Ifi.qw OS ?1 n.o t<571 I0OS7 DEPTH TO BOTTOM wAvr ORSERVATIOMS MEATHER CODE CLOUn CODES DIP Hr,T PER SEA TYPE AMT. 1507 IS 1 ? B.13 33.030 25.74 00 .« I? 6.B7 32. BIO 25.74 14 5.76 33.050 26.0 7 17 S.30 33.050 26.12 ?" 4.94 33.130 26.23 2T 4.7B 33.130 26.24 ?ft 4.69 33.160 26.28 31 4.66 33.200 26.31 34 4.66 33.140 26.27 3f. 4. SI 33.710 26.33 3<> 4.S9 33.220 26.34 4? 4.44 33.150 26.30 44 4. IS 33.130 26.31 47 3.6B 32.9B0 26.24 s? 2. OB 32.fl90 26.30 ss O.BO 32.720 26.25 SB O.IS 33.390 26. B3 f>0 n.96 33.460 26. «3 AS 1.B7 33.590 26. B8 (SB 2.09 33.4B0 26.78 73 1.B2 33.410 26.74 76 1.24 33.520 26. B7 70 1.97 33.B60 27.09 B? l.BB 33.540 26. B4 BS 1.47 33.B30 27.10 ■Jl 1.56 33.B20 27.09 93 1.23 33.650 2'>.98 t)*. 0.74 33.6B0 27.03 9<> 0.94 34.110 27.36 10? 1.4B 34.070 ?7.?9 104 l.fl2 33.990 27.20 107 1.40 33.910 27.17 110 1.41 34.030 27.27 11*. 1.93 34.140 27.32 IIB 1 . 7? 33.B90 27.13 !?1 1.01 33.910 27.19 124 O.BO 33.990 27.27 127 0.B2 34.190 27.43 129 0.93 34.050 27.31 I3S 0.96 34.150 27.39 13« 1.64 34.470 27.60 141 2.40 34.390 27.48 144 2.77 34.440 27.49 147 3.67 34.^20 27.54 ISO 3.91 34.4B0 27.41 IS2 3.92 34.490 27.41 ISS 4.12 34.570 27.46 ISA 4.34 34.570 27.43 161 4.37 34.SB0 27.43 164 4.64 34.790 27.57 I6ft 4.B9 34.700 27.47 169 S.12 34.750 27.49 17? 5.23 34.700 27.44 177 5.06 34.^90 27.45 IBO 5.06 34.590 27. T7 1B3 4.42 34.5B0 27.44 IBS 4.6S 34. BOO 27.58 IBB 195 19B 201 204 206 224 22B 231 253 255 ?7f, 27B 300 304 327 330 354 359 379 3B3 404 400 453 457 SO? SOB 554 5M 606 614 ASn A59 705 712 753 761 802 «10 «S6 864 906 911 95! <»59 1000 1008 4.94 5. OB 5.27 5.26 5.45 S.S7 5.2B 5.29 5.34 5.4B 5.53 S.71 5.71 5.50 5.49 5.26 5.24 4.68 4.67 4.54 4.53 4.50 4.51 4.67 4.67 4.B1 4. 81 4.82 4. 81 4.45 4.40 4.28 4.25 4.15 4.14 4. OS 4.05 4.02 4.02 4.04 4.02 3.98 3.94 3.87 3.88 3.87 3.86 34.730 34.800 34.800 34.790 34.890 34.860 34.820 34.840 34.860 34.920 34.930 34.980 34.980 34.960 34.960 34.950 34.940 34.900 34.910 34.900 34.910 34.920 34.920 34.970 34.970 35.000 35.000 35.020 35.020 34.980 34.970 34.960 34.960 34.960 34.960 34.950 34.950 34.950 34.950 34.950 34.960 34.940 34.940 34.940 34.940 34.930 34.930 27.50 27.54 27.51 27.51 27.56 27.52 27.52 27.54 27.55 27.58 27.58 27.60 27.59 27. M 27.61 27.63 27.62 27.66 27.67 27.68 27.68 27.70 27.70 27.71 27.71 27.73 27.72 27.74 27.74 27.75 27.74 27.75 27.75 27.76 27.76 27.77 27.77 27.77 27,77 27.77 27.78 27.76 27.77 27.77 27.78 27.77 27.77 93 T.BLE III Observea oceanographic data from stations occupied by USCGC ROCKAWAY, 2(^28 May 1971, pre- pared from NODC Listing No. 31-8245.— Continued LATITdOF LONGITUDE STATION TIMF (GMT) STATION MO. DAY HR. YEAR NDMRER 45 39. BN 047 50. 3W 05 21 21.6 1971 10<»5fl DEPTH WAVE 0R9FRVATTOMS WEATHER CODE CLOOD CODES ROTTO" OIR Hr,T PER SEA TYPE »MT. n2« l*. 1 ? «? 0 6 WTNO RARn- MFTFR (MRS) AIR TEMP DEG C niR SPEED DRY RULR WET ROLR VIS CODE DYN HT 15 13 2R5 12.0 11.6 <»70.71 105SQ DEPTH TO W«VE OBtifOVSTION"; HEtJHfo CODE TLOUO CORES BOTTOM DI = HGT PfD sr« TYPE »MT. 07?0 10 0 ? «? 0 fc KINO BAOO- •(FTTB (MBS) A]P TEMP nrr. c DTB "^PEEO DRY RULM WET BULB VIS COOE OYN HT IS 1<. PBS 11 .0 10. S 971.016 HESSFNGfP Tlxr ?1.1 r»ST NO. ? 5.74 32.690 ?5.79 s S.?? 32.300 25.54 7 3.fl7 32.SI0 25. BS 10 3.34 32.S50 ?5.93 n ?.S? 32.660 26.09 IS 1 .B6 32.560 26.05 1' 1 .?4 32.6B0 26.20 ?i O.PP 32.720 ?6.?4 ?4 0.7? 32.760 26. ?9 3? 0.37 32.790 26.33 3<. o.?l 32.790 26.34 37 o.os 3?. 760 26.32 40 0.64 3?.6flO 26.29 <•? 1.13 32.950 ?6.45 SO l.?5 32.950 ?6.53 54 l.?7 32.960 ?6.54 6? 1 .34 13.060 ?6.62 71 1.14 33.?40 26.75 74 O.Pl 33.?P0 ?6.79 77 0.78 33.300 26.79 T> 0.fl7 33.280 26.78 R? O.BS 33.390 26.97 Bl. 0.66 33.3B0 26.95 4 0 A MIND R»pn- MFTFB «I0 TFMP nFG r niR SPEED DPT BULB «FT BULB VIS CODE DYN MT 14 IS ?Rn 10.? 09.0 <»71 .0S7 MESSENGER TIMF 0?.l rsST NO. SIG-I ? 4.SS 32.720 2S.94 s 4.37 32.630 2S.fl9 B 3.B1 32.S70 2S.90 11 ?.70 32.S00 2S.95 n J. 16 32.600 26.13 i«. 1 .70 32.630 26.12 lo 1.4S 32.720 26.21 ?i 1 .33 32.760 26. 2S ?4 1 .?3 32.760 26.26 ?7 1 .05 32.720 26.24 30 O.Bl 32. BOO 26.32 3' 0.75 32. BOO 26.32 3S 0.42 32.730 26. 2R 41 O.IS 32.770 26.34 44 0.66 32.B20 26,40 47 0.96 32.S60 26.44 SO I.IS 32.900 26.48 S? 1 .16 32.960 26. S3 ss 1.16 32.940 26. SI 71 1 .32 33.020 26. S9 77 1.32 33,030 26.60 79 1.31 33.0S0 26.61 96 0.77 33.270 26.77 in? 0.6H 33,270 26.77 104 0.6fl 33.270 26.76 106 0.38 33.270 26.75 LlTITijOE LON GITUDE STATION TIMF (GMT) STATION MO. DAY HR. YEAR NI/MBEP 45 S6.8N 048 25. 2« 05 2? 04,0 1971 10962 ntPTH TO WtVE obsfruations ^FATHER CODE CLOUD COOES BOTTOM DIP MOT PER SEA TYPE AMT. 0101 13 2 2 XI 0 6 WIND RAPO- metfr (MBS) AIR TEMP OEG C DIR SPEED DRY BULB WET BULB VIS CODE DYN HT 15 14 272 10. S 10.3 971 .072 MESSENGER CAST DEPTH TFMP SAL SIG-T TIMr NO. 04.0 2 6.85 32.330 25.36 S 6,8n 32.300 25.33 00.1 7 6.02 32,160 25.33 10 5.53 32.410 25.59 13 4.58 32.390 25.68 H 3.29 32.670 26.03 21 3.03 32.570 25.97 24 2.46 32.590 26.04 27 2.14 32.770 26.20 29 2,14 32.760 26.20 37 1 ,95 32.780 26.23 3S 1 ,83 32.790 26.24 46 0,87 32.810 26.32 52 0,25 32,830 26.37 54 0,01 32.860 26.41 67 0,47 32.950 26.50 76 0.78 33.020 26.57 79 0.80 33,040 26. SB 84 0.81 33.040 26. S9 LATITII OF LONGITIinE STATION TIME (GMT) STATION MO. DAY HP. YEAR NUMBER 4S 70. 3N 0413 06. OW OS 22 11.8 1971 10963 DEPTH TO WAVE OBSERVATIONS WEATHER CODE CLOUD CODES BOTTOM DIR HGT PER SFA TYPE AMT. OOflO 15 1 2 1(4 0 6 WIND 8AB0- MFTFP (MBSl AIR TEMP OFG C nio SPEED nPY BUI B WET BULB VIS CODE DYN HT IS 17 245 10.7 09. S 971 .147 MESSENGER CAST DEPTH TEMP SAL SIG-T TIMF NO. 11.8 S 5. 55 32.360 25.55 7 5.54 32.350 25.54 00 1 10 S.42 32.310 25.53 13 S.16 32.240 25.50 IS 4.66 32.270 25.58 IB 4.30 32.210 25.57 21 3.46 32.780 75.71 24 3.ns 32.290 25.75 26 2.72 32.410 25.87 79 7.71 32.480 25.97 3' 1 .92 32.610 26.10 35 1 .81 32.640 26.12 43 1 .35 32.680 26.19 4B 1 .38 32.720 26.22 SI 0.96 37.510 26.08 S4 n.56 37.660 26.72 S7 0.07 37.630 26.72 60 0.40 32.870 26.39 6? 0.47 32.890 26.45 LATITUDE LONGITUDE STATION TIME (GMT) STATION MO. DAY HR, YEAR N'lHBFR 45 16. 6N 048 49. 2W 05 2? 13.9 1971 10964 DEPTH TO WAVE OBSERVATIONS WEATHER CODE CLOUD CODES BOTTOM OIB HOT PER SFA TYPE AMT. 0095 16 ? 2 «1 0 6 WIND BARO- METER (MBS) AIR TEMP OFG C DIP SPEED DRY BULB WET BULB VIS CODE OYN HT 16 17 245 10.8 10.7 971 .135 MESSENGER CAST DEPTH TFMP SAL SIG-T T IMF NO. 13.9 3 S.BO 32.480 75.6? 6 5.73 37.450 75.60 00.1 9 5.1? 32.350 75.59 1 1 4.40 32.420 25.73 14 3.61 32.510 25.87 19 7.23 32.680 26.13 77 2.03 37.730 26.18 75 1 .94 32.750 26.70 7B 1 .64 32.700 26.18 31 1.36 32.780 26.77 34 1 .27 32.790 26.78 47 1 .15 32.790 26.78 SO 0.98 32.700 26.7 3 57 0.74 32.770 26.30 55 O.SO 37.740 26.79 61 0.09 32.790 26.35 63 0.37 32.800 26.37 66 0.58 37.920 26.48 77 0.71 32.980 26.53 96 Table III. Observed oceanographic data from stations occupied by USCGC ROCKAWAY, 20-28 May 1971, pre- pai-ed from NODC Listing No. 31-8245. — Continued L«TITi nr LflNGITIlDF <;TSTinN TIME (GMT) STATION MO. DAY HR. YEAR NUMBER 45 14.9N OfcS 41. ?W OS 2? l-;.! 1971 I0<>6S DEPTH WAVE nnSERVATION'; WEATHEP CODE CLOUD CODES TO nOTTnM DIB HGT PEP "^FA TYPE AMT. ni«o !•; 3 ? «1 0 6 WINO B«PO- METFO (MRS) AIP TEMP DEG C niB ■^PEEO DRY PULP KET fliJLP VIS CODE DYN HT !<• 16 ?*S 13.1 l?.i? ■JTi.infl MESSENGER CAST DEPTH TEMP SAL SIG-T TI -F NO. is .1 4 S.?S 32.690 25.84 7 S.25 32.580 25.76 00 .S Q 4.59 32.410 25.70 1? 3. 45 12.510 25.89 IS 2.84 32.680 26.07 23 2.04 32.730 26.18 ^1 1.93 32.690 26.16 2i 1.67 32.720 26.20 31 1.55 32.730 26.22 34 1.31 32.670 26.18 39 0.96 32.760 26.28 4? 0.90 32.730 26.26 47 0.42 32.750 26.10 50 0.28 32.790 26.33 S3 0.10 32.770 26.13 67 1 .00 32.890 26.47 7? 1.16 33.000 26.56 77 1 .09 33.100 26.64 no 1.01 33.150 26.68 103 0.70 33.230 26.73 106 0.65 33.250 26.75 116 0.57 33.290 26.77 1?9 0.31 33.340 26.81 136 0.28 33.360 26.82 IS? 0.20 33.390 26.85 1S« 0.20 33.400 26.85 1 79 0.11 33.460 26.89 104 0.05 33.530 ?6.94 ?07 0.34 33.680 ?7.05 ?13 0.44 33.710 27.07 ??« 0.79 13.890 27.19 ?16 0.93 11.920 27.21 ?S4 1.29 14,060 27.10 ?67 1.67 14.210 27.19 ?77 2.07 34.310 27.46 ?H? 2.27 34.390 27.49 ?91 2.77 14.S20 ?7.S4 104 2.96 14.S1 n ?7.S1 109 2. 98 14.S20 27. S3 1?9 1.11 14.S40 27.54 114 3.1? 14.SS0 27.54 1S1 3.14 14.560 ?7.SS 1S6 1.17 14.560 27. SS 167 1. 1« 14.S70 27, S5 1 «TII iDF LIN GI TUDF <;t«iion IImf YFAR S I A T I ON '''). njv HU. NMMRFQ <.S !1.4-J n/.n ■iQ.?y rtS ?? 16.2 1971 10966 OEPTh WAVF nB<;FOV«II0>JS MFITHFB CODE CLOun ronFs RnTTOM 01° Hr,I Pf p ^,fa TYPF AMI. 07?o 1 I ? ? <1 0 6 jTNO BAPO- MFTFP (UPC,) AIP TFMP r>FG c niP <;PFFn DRY 8IIIR KET RULH VIS CODE riYN MI 14 IS ?4? 12.0 11.2 971.011 "ESSFnGFB TI-F 16.? 0 4.91 12.700 25.89 1 4.90 32.600 25. »1 s 4.64 32.600 2S.84 A 4.03 32.490 2S.«1 II 1.11 32.410 7S.A4 14 7.11 32.610 76.06 19 1.4S 12.610 76.14 ?1 1.18 17.720 26.71 ?«■ 1.11 37.810 26.79 ?K 1.43 37.810 76.78 31 1.39 32.720 76.72 17 0.99 17.790 26.10 40 1 .04 12.800 76.30 43 0.9S 12.760 76.77 4A 0.77 12.790 26.11 40 O.Sl 12.770 26.27 SI 0.08 37.660 76.74 SI 0.26 12.770 76.10 s* 0.98 12.770 76.13 S9 1.24 32.«60 76.46 «,? I.?7 17.940 26. S2 6S I .?0 37.990 26. SS 7* I .17 31.070 76. S9 78 1.40 31.040 76. AO fl? 1.4S 31.060 76.6? US 1 .44 11,170 76. A7 107 0.87 13.780 76.78 lo* 0.71 13.110 26.82 I 17 0.36 11.410 26.87 I?S 0.34 11.470 76.87 1?« 0.37 11.410 26.88 ISI O.IO 11.600 77.01 1S4 0.10 11.560 76.98 161 0.17 11.670 77.01 171 0.07 11.670 77.0? I7S 0.01 11.660 77.05 179 0.70 11.710 77.08 I«4 0.76 11.480 77.05 189 0.28 13.710 77.08 194 0.4S n.7(,0 77.10 204 0.S6 13.800 77.13 ?09 0.49 13.720 77.07 ?1S 0.38 13.970 ?7.74 ??6 0.93 33.970 27.75 ?1? 1.12 14.000 77.76 248 1.39 14.100 77.3? 2SS 1.56 34.220 27.41 2*0 1.83 14.270 27.43 ?7S 2.17 34.150 77.47 ?«S 2.77 14.510 77.54 106 3. SO 14.680 77.60 116 3.61 14.700 27.6? 127 1.B0 34.760 27,64 J18 4.00 34.790 27,64 *0? 4.42 34.890 27.68 426 4.41 34.900 27,68 471 4.44 14.910 27.69 497 4. SI 34.930 27.70 S?? 4.52 14.930 27.70 546 4.47 14.910 27,71 S71 4.42 14.940 27,72 596 4.41 14.910 ?7,71 619 4.39 34.930 27.72 A4S 4.37 34.940 27.72 669 4.35 34.930 77.72 681 4.11 34.910 27.72 703 4.30 14.910 27.72 711 4.10 14.910 27,72 97 Table III. Observed oceanographic data from stations occupied liy USCGC ROCKAWAY, 20-28 May 1971, pre- pared from NODC Listing No. 31-8245.— Continued L«TIT1)0E LONGITUDE STATION TIME (GMT) STATION MO. DAY HP. YEAR NUMBER 4S 10. ON o^n 3?.SW 05 22 l«.l 1971 10? 0.14 32.820 26.37 '•ft 0.05 32.830 26.38 SO 0.S5 32.840 26.41 S2 0.68 32.910 26.47 ss 0.77 32.870 ?6.45 61 1.18 33.000 26.56 63 1.22 33.070 26.62 77 0.85 33.270 26.77 SO 0.77 33.380 26.86 fl3 0.26 34.170 27.47 B6 2.46 33.970 27.13 en 2.77 33.980 27.12 91 2.63 33.570 26.80 94 1.90 33.630 26.91 101 1,3R 33.650 26.97 107 1.54 33.770 27.04 113 1.55 33.770 27.05 116 1.45 33.710 27.01 11« 1.17 33.670 26.99 121 1.06 33.800 27.11 124 1.23 33.920 27.19 12^ 1.64 33.960 27.19 130 2.10 33.990 27.18 134 2.05 33.920 27.05 136 1.92 34.080 27. ?6 139 2,31 34.100 27.25 14? 2.52 34.090 27. ?3 144 2.37 34.020 27.18 ISO 2.27 34.070 27.23 153 2.24 34.080 27.24 156 2.21 34.110 27.27 16? 2.56 34.210 27.32 171 2.88 34.210 27.29 174 2.65 34.190 27.30 177 2.68 34.270 27.35 ISO 2.52 34.170 27.29 IS? 1.98 33.920 27.14 Ifl5 1.71 34.260 27.43 197 1.85 34.300 27.45 203 2.02 34.320 27.45 206 2.08 34.340 27.46 22? 2.65 34.460 27.51 ??'< 2.69 34.490 27.53 230 2.72 34.500 27.54 236 2.98 34.610 27,60 ?4? 3.42 34,660 27,60 ?53 3.46 34.660 27,60 255 3.48 34.650 27.59 276 3.73 34.730 27.62 279 3.78 34.710 27.61 303 3. 95 14.760 27.62 307 3.97 14.760 27.62 326 4.05 34.770 27.62 329 4.05 34.780 27.62 350 4.09 34,7«0 27.63 354 4.10 14.790 27.63 375 4.19 34,840 ?7.67 380 4. 25 34.860 27.67 403 4.18 34.880 27.68 407 4.39 14.890 27,68 456 4.47 34.920 27.69 464 4.48 34.920 27.69 508 4.49 14.910 27.70 516 4.49 14.910 27.70 560 4.4S 34.910 27.71 56B 4.44 14.910 27.71 60S 4.42 34.940 27.72 614 4.42 14.940 27.72 651 4.37 34.930 27.72 660 4.36 34.940 27.72 706 4.23 34.930 27.73 716 4.20 34.930 27.73 7S4 4.17 34.920 27.73 76' 4. IS 34.930 27.74 sna 4.06 34.920 27.74 817 4.05 34.920 27.74 853 4.02 34.920 27.75 863 4.02 34.920 27.74 90S 3.99 14.920 27.75 913 3.99 34.910 27.74 95? 3.97 14.910 27.75 961 3.97 14.910 27.74 1003 3.95 34.910 27.75 1008 3.95 34.910 27.75 98 Tahle III. Observed oceanographic data from stations occupied by USCGC ROCKAWAY, 20-28 May 1971, pre- pared from NODC Listing No. 31-8245. — Continued LATITUDE LONGITUDE STiTlON TIME (GMT) STATION MO. DAY HP. YEAR NUMBER 45 01. 9M 0A8 0B.7W 05 2? ?0.? 1<»71 lOOftfl DEPTH TO yivE OBSFRVaTinN"^ WEATHER rODE TLOUD rODFS BOTTOM OIO Hr,T PER SE» TYPE AMT. ?6ft? 13 ? ? «1 0 A WIND «»R0- MFTER (MdS) 4IR TFMP OEG C niR SPEED DRY RIILO WET RULR VTS CODE DYN HT l"? 10 ?•}'; 11 .Q 11. 5 070.06? MESSENGER TI>. ?0 00 CAST NO. OEPTH SAL SIG-T 7 ?.86 32.540 25.06 10 ?.oo 32.610 26.08 n 1.47 32.600 26.10 ?\ 0.8? 32.780 26.30 2S 0.73 32.800 26.32 3? 0.40 32.700 26.33 3S 0.08 32.710 26.31 3S 0.74 32.820 26.40 4(1 l."8 32.030 26.50 SI l.?4 33.070 26.63 54 l.?6 33.1 10 26.65 S« l.?0 33.210 26.74 ftO 1 .03 33.280 26.79 60 0.3S 33.430 26.88 71 0.33 33.380 26.84 71. O.OO 34.000 27.33 77 1.00 33.5S0 26.00 SO 0.84 33.680 27.02 fl? 1.43 33.830 27.10 01 1.74 33.850 27.10 0<. ?.40 34.110 27.25 07 2.SS 13.700 26.91 ino 1.11 33.480 26.85 101 0.64 33.700 27.12 100 0.61 33.860 27.18 11* 0.O7 34.040 27.30 117 1.91 34.150 27.32 120 1.64 33.750 27.02 1?3 1.13 33.860 27.15 IPS 1.07 33.000 27.26 l?" 1.24 33.080 27.24 131 1.25 34.060 27.10 131 1.37 34.080 27.31 137 1.64 34.220 27.40 130 2.08 34.320 27.45 14' 2.41 34.210 27.33 IAS ?.57 14.380 27.45 147 ?.07 14.470 27.49 ISO 3.60 14.SS0 27.48 1S1 3.84 14.470 27.41 1S« 1.85 14.420 27.16 161 3.46 14.170 27.21 16") ?.86 34.380 27.43 160 3.?8 34.480 27.47 177 3.?8 34.430 27.43 Ifln 3.30 34.420 27.42 1«3 3.28 34.430 27.43 ISS 3.10 34.380 27.40 10? 2.56 34.330 27.42 ?00 2.50 34.410 27.40 ?03 2.40 14.410 27.40 ??S ?.77 34.510 27.54 ??« ?.81 34.S40 27.56 ?36 2.03 34.560 27.56 ?30 3.03 34.500 27.57 ?4? 3.?3 34.710 27.65 ?4S 3.54 14.660 27.58 ?47 3.56 14.6in 27.56 250 3.76 34.840 27.71 253 4.95 35.170 27.84 256 5.35 34.980 ?7.65 276 5.21 34.000 27.60 280 5.27 34.050 27.63 300 5. 75 3S.020 27.62 304 S.60 35.010 27.62 326 5.44 14.910 27.59 340 4.SS 14.020 27.65 350 4.84 34.940 27.67 355 4.84 34.94 0 27.67 ISO 4.87 34.970 27.69 378 5.04 34.900 27.68 38? S.03 34.900 27.69 401 4.97 34.080 27.69 405 4.95 34.980 27.69 456 4.87 35.000 27.72 466 4.87 35.000 27.72 506 4.83 35.010 27.73 516 4.79 35.000 27.73 558 4.58 34.080 27.74 568 4. 56 34.080 27.74 610 4.40 34.080 27.74 621 4.45 34.070 27.74 65? 4.41 34.080 27.75 663 4.44 34.900 27.75 704 4.33 34.970 27.76 7IS 4.31 34.980 27.76 756 4.28 34.980 27.76 765 4.23 34.060 27.76 806 4.16 34.060 27.76 816 4.15 34.970 27.77 858 4.18 34.980 27.78 868 4.21 34.980 27.77 905 4.11 34.960 27.77 on 4.10 34.960 27.77 955 4.02 34.950 27.77 961 4.01 34.950 27.77 1009 3.93 34.940 27.77 I0?1 3.92 34.940 27.77 99 Table III. Observed oceanographic data from stations occupied by USCGC ROCKAWAY, 20-28 May 1971, pre- pared from NODC Listing No. 31-8245.— Continued LATITUDE LONGITUDE STATION TIME (GMT) STATION MO. DAY HP, YEAR NUMRFR 4* 5?.6N n<,7 37.flw 05 2? 23.1 1971 1 npftq DEPTH TO WAVE 3RSERVATI0NS WEATHER CODE CLOUD CODES BOTTOM DIP HGT PER SEA TYPE AMT. 3*S? IS 3 ? 1 0 6 WIND ««R0- METFR (MRS) AIR TEMP OFG C niR SPEED DRY RIILR WET RULR VIS CODE DYN HT 15 ?n ?33 13.7 13.1 <»71.1S3 MESSENGER CAST DEPTH TEMP SAL SIG-T TIM F NO. ?3. 1 n 11. ?1 32.890 25.12 s 11.18 32.890 25.13 00*. 7 R in. 99 32.730 25,03 11 9.16 32.390 25.08 14 7.74 32.790 25.60 1«> 6.86 33.160 26.01 ?0 7.?3 33.680 26.37 ?? 7.59 33.730 26.36 ?5 8.0? 33.870 26.41 21 6.80 33,000 25.90 3(1 5.39 33.490 26.46 33 6.60 34.380 27.01 35 8.17 34.550 26.92 3« 8.62 34.490 26.80 41 8.54 34.240 26.62 43 8.47 34.470 26.81 47 8.95 34.790 26.98 4Q 9.55 35.120 27.14 5? 10.29 35.080 26.99 SS 10. 5S 35.060 26.92 5« 10.67 35.100 26.94 61 11.04 35.260 26.99 63 11.23 35.260 26.96 66 11.31 35.210 26.91 6« 11.12 35.110 26.86 7? 10.84 35.080 26.89 75 10.71 35.050 26.89 7« 10.60 35.020 26.89 XO 10.31 34.950 26.88 ft3 10.13 34.970 26.93 R6 9.84 34.870 26,90 «9 9.68 34.890 26.94 <)1 9.64 34.900 26.96 94 9.49 34.790 26.89 <»7 9.21 34.800 26.95 <)<» 9.12 34.770 26.94 in? 8.85 34.710 26.94 lOfr 8.46 34.480 26.82 lOR 7.83 34.600 27.01 111 7.76 34.570 26.99 114 8.03 34.890 27.21 If 8.32 34.780 27.08 l?f> 8.31 34.770 27.07 1?? 8.58 34.990 27.20 1?5 9.07 35,040 27.16 1?R 8.97 34.840 27.(12 134 8.86 35.000 27.16 13^ 9.05 35.010 27.14 151 9.09 35.010 27.13 154 9.05 34.940 27.09 1''^ 8.65 34.720 26.98 161 8.35 34.880 27.15 I 163 8.36 34.870 27.14 166 8.26 34.890 27.18 '^'' 8.40 34.970 27.21 IflO 8.37 34.940 27.19 1B3 8.40 35.010 27,24 186 8,35 34,900 27.17 188 8.13 34,890 27,19 191 8.23 35,070 27,32 194 8.10 34.680 27,03 196 7.36 34.770 27.21 199 7.11 54.770 27.'? ?0' 7.1»> 34.760 ?7.?3 204 7.11 34. 7'n 27. '1 ?1» 6.61 14. 71 n ?7.'7 '15 f-.^a 34.750 27. '9 ?'1 6. SI 14.7?0 ?7.P9 ?'«. 6.«>? 34.750 27.30 227 6. "5 14.550 77.19 '29 >;.78 14.400 27. 1 3 23' S.".*, 34.560 27. 10 'IS 5.38 14.490 27. ?5 23« S. 18 34.5)0 '7.39 24' 4.0^ 14. 170 27.7? ?4«; 4.S4 14,410 27.10 247 4,4S 34.470 27.14 ?Sn 4.32 14.130 27. ?5 '53 3.93 34.370 27.12 255 3.99 14.500 27.41 271 4.7S 14.6?0 27.<,3 '71 4.72 14.620 27.43 '77 4.«8 34.710 27.50 270 5.09 34.730 27.48 3T 5. '.I 14. BOO 27.47 306 S.S9 14.810 27.48 315 5.6», 14.890 27.53 324 6. SI 15.130 27.^2 327 6.71 35.050 77.53 33« 6.71 15.040 27.51 337 6.67 15.020 27.50 347 S.96 34.830 27.46 351 5.68 34.»>«0 27.52 354 5.65 14.<)?0 27.55 361 5. 78 14.<)'0 27.54 376 5.41 34.880 27.56 380 5.36 14.890 27.57 3«8 5.33 14.870 27.56 40' 5.24 34.9<.0 27. *2 406 5.38 34.970 27.63 451 5.60 35.020 27.64 455 5.S4 35.010 27.64 467 5.36 15.000 27.66 501 5.36 14.990 27.65 506 5.18 34.940 27.63 551 4.83 34.9«0 27.70 555 4.86 14.990 27.71 604 4.71 34.970 27.71 60" 4.69 34.9l!,0 27.71 653 4.80 35.000 27.73 657 4.80 15.000 77.73 700 4.87 35.020 27.73 706 4.84 35.030 27.74 75? 4.69 35.010 27.74 761 4.66 35.010 27.75 80? 4.56 35.000 27.75 809 4.56 35.000 27,75 857 4.47 34.990 27.75 867 4.44 34.990 27.76 914 4.36 34.980 27.76 929 4.34 34.990 27.77 959 4.3' 34.990 27.77 974 4.30 34.980 27.76 1005 4.23 34.970 27.77 10l« 4.20 34.970 27.77 100 Table III. Observed oceanographic data from stations occupied by USCGC ROCKAWAY, 20-28 May 1971, pre- pared from NODC Listing No. 31-8245.— Continued LiTITIIDF LONriTTUDF ST«TION TIMF (GMT) STATION MO. DAY HR. YEAR NIIMRFR 4A 0T,8N OAIS 19. ?W OS ?3 OS.l I97I 1097(1 DEPTH TO W4VF 0RSF0V4TT0NS WEATHER rooE CLOUD rODES ROTTO" DIP Hr,T PER SFA TYPE AMT. 379*. IS 3 ? tf< n IS WIND RtRO- METFR (MRS) AIR TEMP DEG C DTP SPEED ORY 8ULR WFT BULR VIS CODE DYN HT 18 ?0 3?S IS.n U.7 971 .197 MESSENGER CAST DEPTH TEMP SAL SK.-T TIMF NO. OR 1 ? 9.52 33.180 25.63 It 9.53 33.220 25.66 00 9 7 11.26 35.280 26.97 10 15.72 36.100 26.68 1? 16.31 35.940 26.42 IS 1ft. 38 35.940 26.41 20 1ft. 27 35.940 26.43 23 16.20 35.930 26.44 2ft 16.10 35.930 ?6.46 31 lS.ft7 35.900 ?6.S4 34 15.63 35.890 26.54 3ft 15.49 35.860 2ft. 55 39 15.19 35.820 26.58 S3 14.38 35.7ft0 26.71 Sft 14.40 35.8ft0 26.78 59 14.46 35.860 26.77 61 14.42 35.830 ?ft.76 77 13.90 35.710 26.78 flO 13.80 35.700 26.79 102 13.44 35.660 26.84 lOS 13.42 35.660 2ft. 84 120 13.23 35.600 2ft. 83 12? 13.04 35.530 26.81 12S 12.96 35.580 2ft. 87 129 12.95 35.570 26.86 15? 12.53 35.530 ?ft.92 155 12.59 35.530 2ft. 90 IftO 12.68 35.590 2ft.94 1ft? 12.68 35.500 26.87 IftR 12.ft2 35.530 26.90 172 12.4ft 35.450 26.87 174 12.14 35.340 26.85 17R 12.02 35.420 26.93 IRO 12.03 35.440 26.95 l'J4 12.05 35.420 26.92 18R 11.89 35.150 26.75 193 10.27 34.840 26.81 20? 9.87 34.980 26.98 ?0R 9.85 34.980 26.99 21? 9.75 34.850 26.90 217 8.99 34.740 26.94 22? 9.04 34.970 27.11 ??7 9.57 34.990 27,04 23? 9.95 35.190 27.13 237 10.97 35.530 27. ?2 74? 11.61 35.460 ?7.04 247 11.37 35.360 27.01 ?5? 11.20 35.400 27.07 258 11.18 35.380 27.06 2ftft 10.99 35.360 27.08 27ft 10.65 3S.290 27.09 301 10.14 35.270 27.16 310 9.8? 35.250 27.20 333 9.34 35.190 27.24 355 8.85 35.170 27.30 3ftS 8.69 35.150 27.31 403 413 4?3 433 444 455 46S 49ft 508 52? 544 565 585 ftOf. ft?5 ftftS 685 705 763 783 80? 871 861 883 90S 97ft 969 989 1008 102ft 7.64 7.47 7.24 5.99 S.14 5.08 4.7ft 5.87 5.81 5.44 5.06 4.99 5.07 4.9S 4.9? 4.88 4.86 4.72 4.ftft 4.ftft 4.6? 4.58 4.52 4.53 4.48 4.36 4.35 4.34 4.29 4.29 35.030 35.010 34.970 34,690 34,700 34,700 34.710 34.940 34.930 34.890 34.860 34.900 34.940 34.940 34.960 34.990 34.990 34.970 34.990 34.990 34.990 34,990 14,990 35,000 34,990 34,970 34,9<<0 34.980 34.980 34.980 27.37 27,39 77.38 27.33 27,45 27,46 27.50 77.55 77.55 27.56 27.58 27,6? 27,64 27,66 27,68 77,70 77,71 77,71 77,73 77,73 77,73 77,74 77,75 77,75 77,75 77,75 ?7.76i 77,76 77.76 27.76 101 Table III. Observed oceanographic data from stations occupied by USCGC ROCKAWAY, 20-28 May 1971, pre- pared from NODC Listing No. 31-8245.— Continued L*TITUOf LONGITUDE STATION TIMF (GMT) STATION «0. DAY HR. YEAR NUMBER <>* ?7,2N n 3 ? X2 n 6 WIND RARO- MFTER (MRS) AIR TEMP DEG C DIP SPEED DRY BULB WET BULR VIS CODE DYN HT 17 23 ?1S 14.2 13.9 971.064 MESSENGER TIME 13.4 no CAST NO. DEPTH 3 IS 9 11 14 17 19 22 25 31 34 36 39 4? 44 47 50 53 55 58 61 63 70 72 75 7« 80 83 86 9? 95 101 109 11? 118 121 124 127 130 133 13S 138 141 147 ISl 153 156 170 176 179 18? 195 198 201 pni 209 ?1? TEMP 11.05 11.05 10.94 10.71 10.34 8.61 6.74 6.53 5.62 5.20 4.44 3.78 3.01 2.73 2.68 2.68 2.23 1.83 2.39 3.21 3.51 3.65 3.20 3.27 2.94 2.05 1.82 2.23 2.72 2.56 2.62 2.53 3.40 3.78 3.73 3.90 4.21 4.08 4.06 4.49 4.56 4.81 4.93 4.69 4.22 3»64 3.50 4.05 4.18 4.28 4.38 4.87 4.62 4.36 4.47 4.62 4.84 SAL 32.750 32.760 32.710 32.670 32.680 32.150 32.870 32.810 32.820 32.750 32.760 32.760 32.910 32.990 33.120 33.110 32.800 33.170 33.540 33.630 33.590 33.540 33.540 33.660 33.330 33.530 33.550 33.950 33.840 33.780 33.890 33.870 34.240 34.150, 34.110 34.200 34.240 34.090 34.310 34.360 34.320 34.530 34.380 34.300 34,180 34.210 34,230 34.400 34.440 34.450 34.520 34,540 34.410 34.500 34.540 34.640 34.600 SIG-T 25.04 25.05 25.03 25.04 25.11 24.97 25.80 25.79 25.90 25.90 25.99 26.05 26.24 26.33 26.44 26.43 26.22 26.54 26.80 26.80 26.74 26.68 26.73 26.82 26.58 26.81 26.85 27.14 27,01 26,97 27.06 27.05 27.27 27.16 27.13 27.18 27.19 27.08 27.25 27,25 27,21 27.35 27.22 27.18 27.14 27.22 27.25 27.33 27.35 27.34 27.39 27.35 27.28 27.37 27.40 27.46 27.40 214 4.86 34.560 27.37 226 4.45 34.470 27.34 229 4.30 34.430 27.33 231 4.09 34.480 27.39 237 4.05 34.520 27.42 240 4.13 34.580 27.46 246 4.51 34.680 27.50 252 4.82 34.740 27.52 256 4.91 34.720 27.<,9 276 5.20 34.780 27.50 280 5.18 34.770 27.50 294 5.18 34.860 27.57 299 5.53 34.900 27.56 302 5.54 34.860 27.53 305 5.48 34.850 27.53 307 5.44 34.850 27.53 329 4.94 34.820 27.56 333 4.89 34.820 27.57 352 4.79 34.860 27.61 355 4.85 34.870 27.62 377 5.03 34.910 27.62 382 5.04 34.920 27.63 402 5.08 34.940 27.64 415 5.53 35.060 27.68 439 5.08 34.940 27.64 448 5.01 34.990 27.69 452 5.20 35.100 27.76 457 5.41 35.050 27,69 501 4.96 34.970 27.68 506 4.95 34.980 27.69 552 4.72 34.960 27.70 557 4.71 34.960 27.70 602 4.55 34.950 27.71 607 4.54 34.950 27.71 651 4.52 34,980 27.74 656 4,63 35.010 27.75 700 4,48 34.960 27.72 705 4,45 34.950 27.73 758 4.40 34.960 ?7.73 801 4.37 34.980 27.75 805 4,40 34,970 27,75 857 4,36 34.970 ?7,75 901 4,28 34.960 27.75 906 4,26 34.950 ?7.75 956 4,19 34.960 27.76 1004 4.11 34.950 27.76 102 Table III. Observed oceanographic data from stations occupied by USCGC ROCKAWAY, 20-28 May 1971, pre- pared from XODC Listing No. 31-8245.— Continued LATTTIlOF LONGITUDE <;T4Tion TIME (RMT) STATION "0. DAY HP. VFAP NIIMHEP 44 ?T.7NI 041 4ft. 1W 05 23 IR.ft 1971 10'>7? DEPTH TO BOTTOM WAVE ORSEPVATIONS WEATHEP rODE CLOUD CODES DIP HGT PEP SEA TYPE AMT. t;qs 1<> 1 2 «4 0 A WINO SAPO- MFTEP (MRS) AlP TEMP OEG C DIP SPEED DRY RULR WET RULR VIS CODE DYN HT 1<> 20 200 12.4 12.2 971.091 MESSENGER CAST DEPTH TEMP SAL SI6-T TIME NO. IS. 0 S 10.99 32.900 25.17 R 10.99 32.890 25.16 00. 7 10 10.60 32.800 25.16 n 8.98 32.940 25.53 lA 8.98 33.530 26.00 in 9.42 33.530 25.93 21 9.41 33.950 26.25 24 9.29 33.510 25,93 27 7.67 33.580 26.23 30 8.19 33.960 26.45 33 8.27 33.950 26.43 36 8.59 33.820 26.28 3R 6.78 33.160 26.02 41 6.61 34.190 26.86 43 8.13 34.360 26.78 46 8.24 34.200 ?6.63 4Q 7.96 33.920 26.46 5? 7.23 33.940 26.58 54 7.00 33.950 26.62 5« 5.91 33.830 26.67 60 5.60 33.560 26.49 63 4.27 33.730 26.78 6A 4.06 33.770 26.83 7! 4.20 34.450 27.35 74 6.03 34.580 27.25 76 6.72 34.330 26.95 19 6.68 34.440 27.05 fl? 7.16 34.590 27.10 «■! 7.37 34.510 27,01 B7 7.33 34.480 26,99 90 7.06 34.280 26,87 q? 6.63 34.360 26,99 96 6.73 34.500 27.08 99 6.79 34,420 27.02 10? 6.72 34.460 27.06 10«. 6.94 34.550 27.10 109 7.12 34.580 27.10 114 7.21 34.560 27.07 117 7.05 34.470 27.02 120 6.6? 34.200 ?6.87 123 5.75 34.050 ?6.86 12S 5.05 34.170 27.04 12R 4.79 34.150 27,05 131 4.49 34,100 27,05 134 4.08 34.090 27,08 137 3.91 34.150 27,15 140 3.9? 34,290 27,26 143 5.?4 35,150 27,79 14"? 5.96 34. MO 27.78 ISl 6.01 34,5ft0 27. ?3 1S4 6. SO 34.910 27,44 IS7 7.07 34.fll0 27, 28 1>)1 7.?4 T..B40 27. ?8 \y<\ 7.?0 31.. 840 ?7.?9 IRl 7,?? 34.840 ?7.?9 201 '<.9<. 34.740 27, ?5 204 h.77 34.7ft0 27.79 207 ?in 213 216 219 2?« 232 735 238 241 251 254 258 261 273 276 279 282 285 288 291 294 30? 305 313 317 320 377 330 336 342 345 348 351 354 377 381 384 387 391 394 397 402 405 423 430 451 456 503 508 554 558 607 610 659 667 706 714 754 766 805 824 863 887 901 97! 959 977 I0I7 1034 6,73 6,11 5,90 5.89 5.77 5.71 5,72 5,76 6.77 6.93 6.88 6.86 6.62 6.33 6,46 6.38 f>.27 5.93 5.87 6.00 ft. 30 6.48 6.50 6,47 6,21 6,25 6,37 6,35 6.22 6.11 5.83 5.90 6.14 6.20 6,21 5,73 5.88 6.08 5,93 5,75 5,82 5,98 5,95 5,77 5.65 5.45 5.52 5.53 5.30 5.21 4.87 4.87 4.75 4.72 4.69 4.66 4.54 4.55 4,49 4.49 .40 .41 .42 ,38 .3ft .3? .21 .19 .10 .09 34.760 34.500 34.660 34.650 34.560 34.670 34.670 34.880 35.110 34.940 34.920 34.920 34.740 34.850 34.890 34.870 34.720 34.790 34.830 34.940 35.110 34.980 34.980 34.950 34.950 35.010 35.010 34.930 34.950 34.930 34.900 35.060 35.040 35.030 35.020 34.900 35.080 35.060 34.870 35.010 35.070 35.060 34.970 34.980 35.000 34.990 35.000 35,030 34,980 34,970 34.960 34.960 34.960 34.960 34.970 34.960 34.960 34.970 34.950 34.960 34.940 34.960 34.960 34.960 34.9ftO 14.950 14.940 34.940 34,910 14.910 27.79 27.17 27.12 27.31 27.26 27.35 27,36 27.52 27.56 27.41 27.39 27.40 27.29 27.42 27.43 27.43 27.33 27.42 27.46 27. S3 27.62 27.49 27.50 27.48 27.51 27,56 27.54 27.48 27.51 27.51 27.52 27.64 27.59 27.57 27.56 27,53 27.66 27.62 27.48 27.62 27.66 27.63 27.56 27,59 27,62 27,64 27,63 27,66 27,65 27,65 27,68 77.69 27.70 27.70 27,71 27,71 27.72 27.73 27.72 77.72 27.72 27.74 27.73 27.74 27.74 27.74 77.74 ?7.75 27.74 27.74 103 Table III. Observed oceanographic data from stations ficfupied by USCGC ROCKAWAY, 20-28 May 1971, pre- pared from NODC Listing No. 31-8245.— Continued L« T IT. inr 1 ANf, ITIinF •STATION TIMF ( r.M T ) STATION MO, nav HP. YF4P NIJMBFP <.'• ?7.RM 04B 1?.SW OS ?i ??.9 1971 inQ7-< riFPTH W4VF ORSFOVIT IONS WEATHf R i-onF ri.nun ronFs • nrTO".' 01° Hr.T PFP SF4 TYPF AMT. 13«;a 17 -< "( »i. n IS uiNn "FTFO (MBS) AIP TFMP OFT, C niD =;PFFn DRY RIILfl VIS rooF nvN HT IS IS ?fll) 11.? 11.? =)7n.qqq ESSFNfiFR CAST riFPTM TFMP SAL sir,-T TI-JF NO. ??. Q 4 10. ?6 3?, 990 ?S.16 Q 10.?? 1?,970 ?S.3S 00 7 n 5.69 3?.S40 ?s,ii is 6.flS 3?. 460 2S.46 i« S.I? 33.040 ?6.06 ?i S.47 3?. 990 ?6.06 ?4 S.O? 13.0P0 ?6,13 ?7 4,74 33,140 ?6,?6 ?q 4.6? 3?, 910 ?6.0fi ?? 3. SI 3?,fl40 ?6,14 3S ?.q7 13.0?0 ?6.14 3"^ ?.9? 33,170 ?6,46 41 3.06 33,390 ?6,6? '•<. 3.0? 31.4?0 26, 6S 5? 3.13 33.410 26,69 S*. 3.?q 33.840 ?6,96 S7 4.S? 34.?30 27.14 60 S.9S 34,190 26.94 63 6.?6 34. ISO 26. «7 66 6.06 33.790 26.61 ft« S.OR 33.flS0 26.78 71 4.7S 33.700 26.70 74 4, IS 33.740 26,79 77 4.03 33.910 26,94 flO 4.30 34,090 27,06 a3 4,SS 34.120 27,02 Rq 4.9n 34,170 27,04 ■3? S.l? 34.0?0 26,91 PS 4. S3 34.070 27,02 90 4.1? 34.090 27,07 100 4.0? 34.1?0 27,11 106 4.11 34,300 27,24 loq 4,93 34,970 27,68 1 1? S.flff 34,S10 27,72 1?6 6.?? 34,6S0 27,77 i?q 6,S7 34.690 77,76 13! 6.61 14,600 27,18 137 6,?9 14.S70 27,70 130 6,04 34.3?0 27,04 l*? S,7S 34.S30 27,74 I'.S S.71 34.440 27,17 Ua S,39 34,190 27.17 ISl S.?4 34.490 27.27 iss S.?7 34.4S0 27,23 1S7 S.07 34.3?0 27.16 1 60 4.73 34.430 ?7,28 163 4.6S 34.310 27.70 166 4.?0 34.P10 27.17 16P 3.«? 34.300 27.77 1 7?- 3.fl? 34. ISO ?7.14 17S 1,94 14.490 ?7.47 17fl 4.?S 34.S?0 ?7,40 lis 4 .46 34.610 ?7.46 1 «'5 4.B? 34.640 77.43 1<»1 4.91 34.SB0 ?7.1B ?nn 4.93 34.600 77.19 ?r>3 4.Qq 14.690 77. 4S ?oci S.l 1 14,660 77.47 71? s.n 34.8S0 27.54 7IS s.71 34.840 27.49 71'» S.78 14.800 77, 4"^ ??1 S.S7 14.61 0 77.13 774 S.OO 14.SO0 77.10 226 4,71 34,660 27.47 229 4,77 34.700 27.49 238 4.91 34,730 27.50 250 4.89 34,750 27.52 2S1 4.91 34,770 27.53 256 4.94 34,820 27,56 277 5,20 34,840 27,55 280 5,19 34,840 27,55 301 5.22 34.900 27,59 304 5.24 34,910 27.60 309 5.34 34,920 27.60 326 5.38 34,960 27,63 329 5.46 35,030 27.67 3*0 5,66 35,000 27.62 346 5,41 15.010 27.66 353 5.49 34,980 27,62 35S 5.35 34.960 27,62 362 5.20 34.980 27,66 377 5.25 34.980 27.65 380 5.21 34.970 27,65 395 5.25 35,080 27.73 398 5,42 15,080 27,71 401 5,50 35.070 27,70 405 5.52 35.050 27.68 407 5,52 35,070 27,69 413 5,65 35.090 27,69 417 5,61 15,040 27,66 423 5,32 35,030 27.68 427 5,35 35.040 27.69 431 5,50 35,100 27.72 454 5,49 35,080 27.71 458 5,46 35,080 27.71 507 5.26 35,070 27.72 507 5.25 35,070 27.73 551 5,15 35,070 27.74 554 5,14 35,070 27.74 601 4,90 35,050 27.75 607 4.88 35,050 27.75 6S0 4.76 15,040 27.76 651 4,75 35,050 27.77 701 4,57 35,020 27,77 705 4,55 35,030 27,77 754 4,36 35,000 27,77 769 4,35 35,000 27.77 817 4.28 15.000 27.78 876 4.28 35.000 27,78 855 4,23 34.990 27.78 870 4,21 14.980 27,78 900 4,16 34.980 27,78 921 4,14 34,990 27,78 969 4,14 14.990 27.79 991 4,16 34.990 27,79 1018 4.15 14.990 27,79 1038 4.11 14.990 27.79 104 Table III. Observed oeeanographic data from stations occupied by USCGC ROCKAWAY, 20-28 May 1971, pre- pared from NODC Listing No. 31-8245.— Continued LaTtTitnF 1 nNr.l TiinF •". T ^ T ION T T"F (GMT » STATIDM MO, nay -''J. YFSD NMURFO l*t, 11, ON n^fl il.i^w ns ?<. 5?. I 1171 10. wTi^n R4R0- MFTFB (MR<;) 4TO TFup OFG r niB SDFfn RIJLB IIFT RDLO VIS CODE riYN HT IR n ;>is 10. 0 in.n QTl .000 MESSFnGEP ruST OFPTH TFMP SSL SK,-I TIMC NO. 0? 1 «• 6.71 1?.n60 ?5.ao g 6.51 1?.n?0 ?5.79 0(1 7 U 5.70 1?.6?0 ?5.74 11 3.36 3?.?10 ?5.66 l*. ?.31 1?.O10 ?«.10 10 J. 31 1?.7I<0 ?6.?0 ?? 1.73 i?.noo ?6.33 ?■; 1 .«? 1?.BO0 ?6.32 ?« 1 .40 1?.710 ?6.?1 11 1.10 3?.n50 ?6.33 34 1 .03 1J.R30 ?6.13 17 0.74 i?.8ao ?6.1fl 40 0.16 1?.7(<0 ?6.12 41 O.OO 1?.B60 ?6.41 4S 0.65 1?.O10 ?6.47 4R 0.16 13.450 ?6.89 SI ?.on 13.740 ?6.9S 51 3.60 11.000 ?6.9« S«, 4.51 13.780 J6.79 50 4.04 11,800 ?6.83 61 5.J7 11.850 ?6.76 ftS 4.40 33.500 ?6.57 f.fl 4.?? 13.940 ?6.95 71 4.?6 13.850 ?6.87 71 4.1? 11.860 ?6.89 76 4.14 13.870 ?6.90 79 4.01 11.880 ?6.9? 81 3.07 11.040 36.0B on 4.40 14.170 ?7,10 oi 4.00 14.140 ?7.ia 05 5. on 34.??0 ?7.08 101 4.77 34.170 ?7.07 104 4.04 34.510 ?7.11 10"t 5. SB 34.510 ?7.?4 110 5.79 14.450 ?7.17 114 5.50 14.160 ?6.07 110 4.06 14,440 ?7.?6 1?? 5.16 14.410 ?7.?1 1?5 5.15 14.430 ?7.?3 l?" 4. SO 34.?30 ?7.10 13' 4.47 34.400 ?7.?9 lis 4.65 14.470 ?7.1? I3« 4.7? 14.460 ?7.30 141 4.60 14.450 ?7.10 155 4.69 14.5P0 ?7.15 160 4.71 34.540 ?7.17 165 4.0? 14,600 ?7.40 160 5.07 14.680 ?7.44 174 5.16 14.610 ?7.18 170 5.05 14.650 ?7.42 1114 5.11 14.650 ?7.41 ?0O 5.?? 14.770 ?7.49 ??0 5. SO 14.900 ?7.58 ?■)•> 5.66 14.890 ?7.53 ?50 5.54 14,850 ?7.5? ?75 5.60 14,950 ?7.57 ?04 5.6fl 14,980 ?7.61 in 5.14 14,030 ?7.60 176 5.?n 14.090 ?7.66 401 5.10 14.090 ?7.68 45! 5.14 15.0?0 ?7.70 476 5.00 15.040 ?7.7? 50? 4. Oft 15.010 ?7.71 527 4.94 35.0*0 27.7* SSI 4. 92 35.030 27.74 576 4.85 35.030 27.74 600 4.78 35.020 27.74 625 4.72 35.020 27.75 674 4.60 35,010 27.76 699 4.54 35.010 27.76 75? 4.41 35.000 27.76 778 4.34 34.990 27,77 904 4.26 34.980 27.77 830 4.19 34.970 27.77 857 4.16 34.970 27,77 981 4.13 34,970 27,77 908 4.13 34,970 27.77 »1? 4.10 34,970 27.78 9S6 4.09 34,970 27. 7» 98? 4.04 34.960 27.79 009 4.01 34.960 27. 7» 105 Table III. Observed oceanographic data from stations occupied ijy USCGC ROCKAWAY, 20-28 May 1971, pre- pared from NODC Listing No. 31-8245. — Continued I nNGiTonp ^lAllON IIMF (G') 0 35 3? 790 ?6.37 61 1 06 3? 910 ?6.49 77 1 30 33 070 ?6.67 HO 1 1? 33 100 ?6.6S RA 1 ?4 33 ?00 ?6.73 AR 1 10 33 110 ?6.83 9S 0 65 33 4?0 ?6.88 97 0 55 33 370 ?6.84 100 0 55 33 340 36.8? 10>. 0 51 33 480 26.93 1?4 0 13 33 630 ?7.03 l?* 0 OR 33 650 ?7.04 129 0 in 33 650 ?7.03 13' 0 21 33 630 ?7.01 141 0 04 33 640 ?7.03 144 0 18 33 790 ?7.1» 147 0 48 33 800 ?7,1» 150 0 59 33 760 ?7.I0 151 0 57 33 790 ?7.13 175 0 77 33 890 ?7.I9 17R 0 79 33 900 ?7.?0 ?0I I ?6 34 040 ?7.?9 J06 1 ?4 34 090 P7.3Z ??5 1 70 34 ?10 ?7.39 ?5R ? 1? 34 400 ?7.49 ?70 ? 44 14 440 ?7.51 ?ni ? 64 34 490 ?7.53 ?R? ? 88 34 560 ?7.57 305 3 06 34 580 ?7.57 31» 3 69 14 780 ?7.67 33? 4 46 14 780 ?7.59 345 4 65 14 960 ?7.7I 357 5 0? 14 930 ?7.6» 3>.R 5 05 14 940 ?7.A4 405 5 10 14 960 P7.66 4?R 5 08 14 980 ?7.67 455 5 09 15 000 ?7.69 4R4 5 06 35 000 ?7.70 51? 4 90 14 980 ?7.70 570 4 80 15 000 ?7.72 COO 4 75 14 990 ?7.7? 657 4 53 14 970 ?7.73 713 4 35 14 960 ?7.74 74? 4 33 34 950 ?7.74 770 4 ?8 34 950 ?7.74 79R 4 ?1 34 950 27.75 154 4 04 14 930 ?7.75 RR? 1 98 34 930 ?7.75 ROR 3 96 14 930 ?7.76 R17 3 96 14 910 ?7.76 R65 1 98 14 910 ?7.76 RR? 3 RR 34 910 ?7.76 10?0 3 9n 14 910 ?7,76 1 AT 1 II nt 1 nt ',1 nil IF ' T • T in.i I I'jr f ^w T 1 r fto TAT ION "(1 , 1 1 A r MP , Nl IMRFO Ui* 1 '. . 1 * n4R c.*- ,mv r.S ^'. n<,.s l''7l 1 niTh HFPTm WAVr np^,FovaT IDN*^ MFATHf O rnoF rtoiin rnnFS qflTTO" 01° Mr,T PFD «;r a TYPE iuT. MM ?1 1 ? Y4 n ^ •wiNn n ADO- SIP IF MP nrr, r niR ■^PFFO nwY wuLrt WFI VIS ronF DYN HT 1 R IC ?ns 18.7 nfl. 1 <)7t .nq9 "FS'^FNIFiFP TI'«F 106 i"AST NO. nFPTH 7 in 1? l-^ ?i ?3 P». ■JI 34 3S 4? 411 sn S3 7? 7R fln AT in? los 12« 130 151 153 16n 175 17B ?n? ?n^ ??7 pa"? ?5? ?5*, P7n ?71 27ft ?7 MR ft47 71) 7,>T ?'ift 7m «i 1 M 17 Rfti H'»n 'II 7 1 nm TFHP 4.50 4.47 4.13 ?.R? 1 .49 1 .39 1 .31 0.94 0.74 O.ftl 0.04 n.ftft 0,79 0.97 1.3ft 1.3? 1 .?n 1 .09 0.49 0.46 0.13 0.10 0.01 0.0ft 0.?7 O.Sl 0.5ft 0.1?? 0.R5 0.93 1 .00 1 .54 1 .60 ?.1? ?.50 ?.47 ?.43 ?.41 ?,4S ?.ftl ?.R0 3.01 3.05 3.50 3.5? 3,70 3.74 3.fl4 4.07 4,41 4,44 4.<.ft 4,51 4,51 4, SI 4 ,49 4,4 7 4.4;J 4 ,', n 4, IR 4, I'l 4, IR 4, 10 4.?; 4.?5 SAL 1?,ft40 1?,ft40 3?, 450 3?, 150 3?. 610 1P.670 1?.650 3?. 670 1?.690 3?. 710 1?.6R0 3?, 790 3?,7fl0 1?.R40 3?, 950 13.010 33.090 33.130 33.?90 33.3?0 33.400 33.410 33.4B0 33.510 33,600 33,730 33.730 33.R40 31,R40 33.910 14.000 34.100 34.140 14.160 34.?90 14, PRO 34,?70 14,410 14,4?0 34,550 34,540 34,550 14,550 14,660 14,670 14,710 14, 7?0 14,740 14,810 14,R70 14, RAO 14,R90 14.910 34.9?0 14,910 14.930 14.910 14,940 14,910 14,940 14.94 0 14,940 14,9?0 14,9 10 14,9?0 14 ,'J?n 14,910 srr,-T ?5.R9 ?5.H9 ?5.75 ?5.R1 ?ft.l4 ?ft.IR ?ft.l7 ?ft.?0 ?6.?3 ?6.?6 ?6.?6 ?6.3H ?6.3fl ?ft.43 ?ft.53 ?ft.5H ?6.ft4 ?ft.ft7 ?6.7fi ?ft.79 ?ft.H5 ?ft.R6 ?ft.91 ?6.93 36.99 ?7.08 ?7.08 ?7.15 ?7.14 ?7.?0 ?7.?6 ?7.11 ?7.34 ?7,46 ?7.19 ?7,18 ?7.1R P7.49 ?7,49 ?7,59 ?7.S6 ?7.55 ?7.54 ?7.59 ?7.60 ?7.61 ?7.61 ?7.h? ?7.67 ?7.67 ?7.ft7 P7.67 ?7.69 ?7.ft9 ?7.70 ?7. 70 ?7.70 ?7.7I ^7,71 ?7,7? ?7, 7? ?7,7? ?7.7? ?7.7 1 ?7.7? ?7, 71 ?7, 7? Table III. Observed oceanographic data from stations occupied by USCGC ROCKAWAY, 20-28 May 1971, pre- pared from NODC Listing No. 31-8245.— Continued { il ! TM ^^ 1 tfjr. 1 Ti nr '-.T-Iini; II-C 1 r.M T ) T AT in>i • in ^ '■) A Y HLJ ^ v( «o NiiMBFu ^1. i";.?-! ni.Q no. iw ns ?<. 1='.l |IJ71 1 no77 HFPTm TO Wflvr no<;ri.>vAT TO'!*^ rnnF i~t nijn rnoFc. OOTTOu n ID HT.T DFO <;fa lYPF H'-ir. n4T> 1 7 ? ? "a 0 *.. WINH Bion- UFTFD HJO TFMP nFf. c nTP <;pEEn nPY RULH WFT •IIILP VIS ropF nvN MT 1=; • 1ft ?on OH. 1 (17. <3 C17I . I n* MFSSFNGFO TI'i NO. OFPTH TFMP S4L sir,-T ■; 4.Bq 1?.S?0 PS.7S n 4.4R IP.SflO PS.B4 IS 4.1? 1?.S70 PS.BS la 3.91 1?.S40 ?S.Bh ?1 !.?<» 1?.470 ?S.B7 ?u ?.?f. 12.S?0 Pft.OO ?6 1 .ftO l?.ftflO ?f..l7 ?9 1.14 1?.710 ?ft.?l T1 l.?7 l?.ftO0 ?'..?9 14 1 .?« 1?.770 ?ft.?ft 40 0.9S 1?.740 ?ft.?ft 40 O.03 1?.770 ?f,.13 SI 0.21 1?.B?0 Pfr.lB =54 0.14 3?.«10 ?f..40 7S 1.17 1?.9S0 Pft.Sl 7q i.m 1?.970 ?ft.S4 101 o.a? 11. ISO ?A.ftfl 104 0,7S 11.170 ?A.h9 1?7 0.S7 ll.?ftO ?'i.7f, no 0.4S 11. ISO ?h.B? m 0. 10 ll.lftO ?ft.B? 141 0.?1 11. ISO ?ft.«l 14'. 0.01 13.490 ?A.91 IS? O.Of. 13.470 ?f..B9 1S4 o.o>, 11.470 ?«>.B9 !7ft o.?l 13.SB0 ?ft.9B 179 0.11 ll.SBO ?ft.97 IR? 0.1? ll.SBO ?ft.97 ?0? 0. 79 11.B70 ?7.|7 ?04 0. 79 ll.BftO ?7.17 ??<) l.is 14.0S0 ?7.10 ?14 1 .?7 14.O*,0 ?7.10 ?S«, l.M 14.?00 ?7.19 ?ft? l.Hf. 14.?40 ?7.40 ?70 ?.o? 14.110 ?7.4S ?77 ?.'.l 14 .4?0 ?7.49 ■>^u ?.'<1 14.400 ?7.4S ?q« l.?0 14.SS0 ?7.';3 TOS 1.74 14.S90 ?7,S? 11' 1.7? 14,S60 ?7.49 ^?^ 1.77 14,f.70 ?7.SH 114 1.R4 14. 710 ?7.M IS*. 4.07 14. BOO ?7.ft4 !>.? 4.10 14.B?0 ?7.<,S IBO 4.?1 14.B40 ?7.ft<. TtS 4.?1 14.BftO ?7.h7 404 4.?7 14,Bftn ?7.f,7 40B 4.?7 14.BS0 ?7.f,7 L4T I T nOF 1 0> ir, TTii OF STATION TI...?? 13.190 ?S.49 '..?1 3?. 400 ?S.SO '>.?0 1?.190 PS.49 IS. Oft 32,300 7S.44 S.IB l?.O50 PS.15 3.17 1?.100 ?S.73 ?.ft7 1?.S10 ?S.97 ?.04 1?.S40 ?f..n3 1 .ftO l?.SftO ?ft.07 0.9S 1?.SB0 ?ft.l3 O.ftO 3?. BIO ?ft.13 O.SS 1?.«10 ?6.15 0.S4 32. BIO ?iS.36 107 Table III. Observed oceanographic data from stations occupied by USCGC ROCKAWAY, 20-28 May 1971, pre- pared from NODC Listing No. 31-8245.— Continued (Aril ' 1 HN r. I Ti KiF '. r«T IIIM T IMF ir.MT I S7 «T ION MO, nar HB. YFOB MtlMPFP i. 1 '^ 1. «■ '^i.Q n 1 , :>».; •^S ?<< ?o.fl l-lTl 1 oq7<5 HFOTh W«Vr OR<".FBV«T lO'l'i WF»THfR rooF ri.nun rnnps OOTTn" nio Hr,T PFO SFft TYPE 4MT. mnn li^ 1 ? «<. n h .1 1 rjn RftPO- MFTFH (MPS) OFr, c niP c.prFn DRY RULR .WFT SIILfi VIS cnnF nYN HT Ih ?n 170 OR.S Oft."; 97) .016 MFS'^F NfiER r«ST nFBTH TFMP SAL sin-T TI" F NO. ?0. a. ? S.OS 32.6B0 2S.R6 10 S.Of, 32.6S0 2S.fl4 0". 4 n 4.S6 12.410 2S,70 IS 3.17 12.S30 2S,02 IR ?.>>7 32.660 26.07 ?1 1.76 12.610 26.10 ?1 l.?6 32.710 26.22 •JO 0.62 32.R20 26.34 33 0.42 32.R30 26.36 3S 0.?7 32.RS0 26.38 30 0.30 32.730 26.32 41 0.70 32.R40 26.42 4R 1.14 32.070 26. S4 SO 1.10 33.000 26. S7 S3 1.23 33.000 26. S7 SS 1.16 33.070 26.63 7S l.OO 33.220 26.74 7'( 1.03 33.230 26.75 «7 1.00 33.110 26. Rl RQ 0.«3 33.4S0 26.01 92 0.64 33.420 26. no <>7 0.41 33.S00 26.04 100 0.36 33.S10 26.05 103 0.2O 33.SS0 26. 07 11» 0.13 31.620 27.02 l?f, O.IS 33.6S0 27.03 I?>5 O.IB 33.630 27.02 ISO 0.33 33.730 27.00 IS3 0.3R 33.7S0 27.10 177 0.66 33.fl60 27.17 IflO 0.71 33.R70 27. IR ?03 O.Ol 33.070 27. ?S ?0«. 0.O3 33.OR0 27. 2S ??f. 1.27 34.130 27.35 ??« 1.16 34.140 27.36 ?43 1.S9 34.270 27.44 ^A'l 1.70 14.110 27.46 ?S? 2.10 K..1O0 27. SO ?S4 2. IS 14.400 27. SI ?S7 2.21 34.400 27. S7 ■ ?ftO 2.SS 34.SR0 27.61 ?77 3.70 14. mo 27.71 ?R0 1.O0 14.720 27.60 mo 1.RH 34,710 27.61 101 1.n« 14,720 27.60 107 3.00 14.7S0 27.62 1?f, 4. OS 34.7R0 27.63 l?q 4. OS 14.7nO 27.63 1S1 4.0? 14.700 27. 6S 1SS 4.01 14.700 27.64 L»TTTi)nr LONGiTimr ST»TION Tfwr (G"T) YFtB STATION MO. 0«Y HB. NIIHBFB 43 51. SN 0411 S7,?W 95 2* 22.1 1071 lOBBD PEPTm TO BOTTOM WtVF 3BSERV4TIOMS WEtTHEB rooE CLOUO COOFS Oio Mr.T PEO SF» TYPE •XT. 06X4 17 ? ? >4 0 A wixn B«BO- HETEB (««BS) •(B TEMP 0E6 C niR SPEED DBY BULB WET BULB VIS CODE OYN HT l« ?1 1»« OB.T OB.S <»7j.ni3 XESSFNGFR T!" C»ST NO. S*L « ♦ .♦7 32.730 13 4.46 32.730 IS *.»5 32.720 ?1 ♦ .34 32.710 21 ♦ .22 32.700 ?T 3.72 32.570 ?» 2.67 32.510 J? 1.78 32.730 35 1.37 32.770 40 «.85 32.840 51 0.50 32.890 5» O.^J 32.870 5T 0.20 32.800 59 0.34 32.730 6? 0.93 32.860 6* 1.10 32.990 76 1.41 33.100 79 1.47 33.160 8? 1.48 33.190 101 0.56 33.530 10* 0.32 33.530 110 0.35 33.570 116 0.17 33.630 121 0.13 33.730 124 fl.OT 33.760 127 0.15 33.740 130 0.18 33.750 152 0.72 33.910 155 0.74 33.940 16* 0.78 33.970 167 0.89 34.070 IT? 1.21 34.090 175 1.25 34.090 179 1.30 34.110 ?02 1.82 34.310 204 1.90 34.290 2IB 2.03 34.380 727 2.20 34.420 233 2.38 34.560 237 2.63 34.580 250 2.99 34.610 253 3.06 34.630 276 3.42 34.680 279 3.44 34.690 302 3.85 34.790 305 3.89 34.310 326 4.00 34.840 330 4.02 34.840 351 4.11 34.870 354 4.13 34.880 376 4.26 34.900 379 4.27 34.900 403 4.41 34.940 ♦ 07 4.42 34.940 4S2 4.48 34.970 456 4.47 34.970 512 4.43 34.980 529 4.42 34.980 562 4.43 34.980 577 4.44 34.980 603 4.44 3^.980 614 4.44 34.980 651 4.43 34.980 (04 SI6-T 2S.96 25.96 25.95 25.96 25.96 25.91 25.95 26.20 26.26 26.35 26.40 26.39 26.35 26.32 26.45 26.56 26.65 26.70 26.73 26.97 26.96 27.00 27.03 27.11 27.12 27.10 27.11 27.21 27.23 27.26 27.33 27.32 27.32 27.34 27.45 27.43 27.50 27.52 2T.6I 27.61 27.60 27.61 27.62 27.62 27.66 27.68 27.68 27.68 27.70 27.70 27.70 27.70 27.72 27.72 27.74 27.74 27.75 27.75 27.75 27.75 27.75 27.75 27.75 34.980 27.50 108 Table III. Observed oceanographic data from stations occupied t)y USCGC ROCKAWAY, 20-28 May 1971, pre- pared from NODC Listing No. 31-8245.— Continued L ATI TllOF 1 ONGI Tiinp TSTIOM TTMF (GMT) STATION 0. 0»Y HP. YEAR NUMBER i.1 '.T.?'-! n i, R i. T . 1 w OS ?»; 01.1 1071 loofli nFPTH TO WaVF OR"^FRVAT IONS yE4THFR rODE CLOUD CODF'; BOTTOM D!o HOT PER SF* TYPE AMT. ?<.17 10 T ? X? 0 f, WIND R4R0- MFTFR 4IP TFMP nrr, c niR <;PFEn ORY HULB WET HULR VIS CODE DYN HT 16 ?n llSi. 10. S in.i 070. ORO MESSENGER TTMF 01.1 00 CAST NO. ■« f> 0 1? 1<. 17 ?0 ?? ?S ?« 30 31 3% 30 4? '•4 47 40 5? 5R 73 76 7ft ft4 fi7 9? 9S OP 101 104 106 lOO 11? 1?6 1?0 15? 1S4 1S7 174 177 170 IBS 20? 216 ??6 2?fl 2S? 2SS TFMP 7.91 7.ft7 7. 57 5.06 S.ftl 6.41 6.7fl 7.15 .44 .05 .65 .54 .66 3.9fl 4.06 4.20 3.41 2.B4 2.77 2.5fl 2.73 2.6fi 3.13 3.62 3.93 3.85 3.45 3.79 4.29 4.21 3.63 3.28 3.04 3.05 3.79 3.79 4.47 4.58 4.72 4.76 4.90 .95 ,92 .11 .17 .08 ,07 5.15 5.18 SAL 32.930 32.890 32.790 32.480 33.250 33.250 33.510 33.410 32.940 33.130 33.080 33.260 33.260 33.060 33.500 33.190 33.130 33.280 33.460 33.530 33.590 33.680 33.960 33.960 33.950 33.870 33.980 34.260 34.220 34.070 33.940 34.020 34.000 34.170 34.320 34.310 34.580 34.590 34.620 34.650 34.680 34.680 34.710 34.780 34.790 34.830 34.830 34.900 34.920 SIG-T 25.69 25.67 25.62 25.59 26.22 26.14 26.30 26.17 25.90 26.22 26.22 26.37 26.36 26.27 26.61 26.36 26.39 26.55 26.70 26.77 26.81 26.88 27.07 27.02 26.98 26.93 27.06 27.24 27.16 27.05' 27.01 27.11 27.11 27.24 27.29 27.29 77.43 27.42 27.43 27.45 27.46 27.45 27.48 27.51 27.51 27.55 27.56 27.60 27.61 276 280 301 304 308 327 330 351 354 378 382 403 406 455 460 503 508 550 555 601 607 655 661 70? 709 751 757 806 S13 85S 863 905 91? 955 96? 1006 ton 5.46 5.43 5.06 5.38 5.54 5.45 5.45 5.28 5.18 05 02 92 90 95 04 84 80 75 75 4.66 4.65 4.59 4.58 4.49 4.48 4.33 4.33 4.21 4.20 4.11 4.10 4.01 4.02 3.93 3.94 3.88 3.88 34.970 34.960 35.000 35.110 35.060 35.050 35.050 35.010 35.010 35.010 35.010 35.020 35.010 35.050 35.040 35.040 35.040 35.050 35.050 35.050 35.050 35.050 35.050 35.040 35.040 35.020 35.020 35.010 35.000 34.090 34.990 34.990 34.980 34.980 34.970 34.970 34.970 27.62 27.62 27.69 27.75 27.68 27.68 27.69 27.67 27.69 ?7.70 27.71 27.72 27.72 27.75 27.74 27.75 27.75 27.77 27.77 27.78 27.78 27.78 27.78 27.79 27.79 27.79 27.79 27.79 27.79 27,79 27.79 ?7.80 27.80 27.80 27.80 27.80 27.80 109 Table III. Observed oeeanographic data from stations occupied by USCGC ROCKAWAY, 20-28 May 1971, pre- pared from NODC Listing No. 31-8245.— Continued L A r 1 T . , OF 1 n'l ^I IMOF ', I^TIl1>l TIT 1 r,M 1 1 <;iisi in-'i MM , niv HP. yrsD NliMPFP 1.T 4 1.?' ni.B 11 ,n J n'- ?^ 0 1.' IQ71 1 nofl;» HFPTm wflVF nM«;F-"5v A r ! 'fi<^ wr Ai Ml u ronr FLOiin rnnF*; POT Tn-J n TO MM PFo ^F A T rPE flMT . ?Q77 1 <5 1 ? '<. n ^ •wlNn qsQfl- "F TC u ( wias) AID tFMP nrr, c mo ^PFf n nPY Mill a MFT VIS rnnr PYM MT 1 7 I ■! !■=." in.,' 1". 1 •-1 7 1 . m n mfs":fmGFp TT-ir 01 110 ram NO , OFPTH TFMP SSL sir,-T 1 '^.4*, 1?.ftR0 7S.R1 in 5.ia 1?.7?0 25. R5 17 l.so 12.ft40 76.1? ?n 1.31 12.ftO0 76.10 30 O.HX 12.700 76.10 SO 0.97 12.000 26.55 S5 1 .oq 11.040 76.50 Sfl l.Oft 13.030 76. 5B 7? n.oi 33.120 26.fll 7"; 0.71 13.400 76. H7 7a 0.h5 33.460 26.02 fll n.?f> 33.620 27.03 81 0.?1 11.700 27.14 R«, 1.15 11.070 77. IR 01 ?.S1 11.050 77.11 ■»/. ?.h? 11.000 77.06 10? l.OR 14.0ftO 77.15 lOS 1.11 14.040 77.13 i?"; 3.6? 14.310 77,11 1?" 3.73 14.320 27.10 1(,B 4.13 14.520 27.42 151 4.10 14.470 27.16 l-il 4.?0 14.450 27.14 17ft 4. SO 14.560 27.40 1«0 4.50 14.560 77.41 201 4.55 14.500 77.43 ?n7 4.55 14.500 77.43 ?3n 4.51 14.610 77.46 ?14 4.51 14.610 77.46 251 4.51 34.650 77. 4« ?5». 4.51 14.660 77.40 ?7n 4.40 14.670 77.50 ?S? 4.40 34.670 77.50 3nn 4.47 14.690 77.52 105 4.47 14.700 27.57 1?« 4.47 14.710 77.54 131 4.45 14.740 77. S5 157 4.41 14.750 77.57 35f. 4.41 14.750 27.57 mn 4.1ft 14.770 77.50 IHl 4. 1ft 14.770 77.50 401 4.15 14.790 77.61 417 4.15 14.790 77.61 454 4.10 34. RIO 77.64 4ft7 4.?S 14.fl40 77.65 507 3.07 14.R70 27.67 515 3.04 34.R20 77. 6« 550 l.fl5 14. RIO 77.60 5',D 1.B4 14. RIO 77.69 ftOl l.«n 14.R40 77.70 M 1 1.70 14.R40 77.71 h5'( 1.70 14.R50 77.72 fth7 3.70 14.R50 27.71 704 3.70 14.R60 27.72 711 1.70 14.R60 27.73 751 l.«o 14.flR0 77.74 7'.0 3.R0 14.flR0 77. 74 R0<, 3.«? 14.RO0 77.75 "15 l.«? 14.000 77.75 fl51 l.R? 14.010 77.75 AM l.Rl 14.010 77.76 Q07 1.77 14.970 77.77 Ol*. 1. 77 14.920 77.77 y-il l.ftO 14.930 77. 7H "J^ "> l.ftft 14.910 77.70 1 nn 7 1.sft 14.910 77. RO 1 "1 7 l.M 14.910 77. Rl Table III. Observed oceanographic data from stations occupied by USCGC ROCK AW AY, 20-28 May 1971, pre- pared from NODC Listing Xo. 31-8245. — Continued L /IT I TlinF 1 ON GITLinr <;rATiON TiMF (GMT) STATION MO. Oiv HR. YFAR NDMRFR 41 IP.S'I n^R 17. SW ns ^S OlK.4 1971 1 ri<>B3 nFPTH wavr on<;FPv«T 10'^'; WE4THFP conF CLOUD ronF"; POTTnu nio Hr,T PFR ";f4 TYPF AMT. 3?^7 1" 1 ? «<. n *, WTNO RSRO- MFTFO (MRS) 4IR TFMP OFG C mo <;PFEn DRY RDLR WFT RULR VIS CODF OYN HT 16 IS 14R 0 A 7 Kl 0 A WTNO B&PO- MPTrp (MRS) AIO TEMP OFG C niB <;pFEO RULB WET nuLR VIS COOE DVN HT ?0 17 I'iS 13. n 12.0 971.038 MESSENGEO TIME 09. fl 00 CAST NO. DEPTH TEMP SAL SIG-T 1 9.93 32.910 25.36 1? 9.93 32.910 25.36 IS 9.74 32.740 25.26 17 8.70 32.530 25.26 ?n 6.62 32.740 25.72 26 6.09 33.000 25.99 20 5.95 32.940 25.96 32 5.66 32.950 26.00 3S 5.47 32.980 26.05 37 5.27 32.950 26.05 44 4.61 32.980 26.15 47 3.90 32.780 26.06 50 3.13 33.070 26.36 52 2.73 32.980 26.32 55 2.24 33.150 26.50 5« 2.28 33.520 26.79 61 2.68 33.630 26.84 66 3.08 33.660 26.83 64 2.87 33.670 26.86 7? 2.96 33.880 27.02 79 3.3? 34.030 27.11 80 3.62 34.010 27.07 04 3.94 34.150 27.14 S7 4.14 33.970 26.98 90 3.88 34.050 27.07 9? 3.95 34.100 27.10 95 3.86 34.010 27.04 97 3.67 33.900 26.97 100 3.29 33.990 27.08 103 3.30 34.180 27.23 105 3.69 34.190 27.20 inn 3.87 34.330 27.79 III 4.22 34.430 27.33 114 4.37 34.280 27.20 119 4.33 34.320 27.74 122 4.07 34.250 27.71 126 4.37 34.520 27.39 129 4.38 34.260 27.18 132 4.12 34.320 27.76 136 4,07 34.400 27.33 140 4.17 34.420 27.33 143 4.10 34.320 27.26 146 3.99 34.540 27.45 149 4.26 34.510 27.40 152 4.22 34.360 27.78 155 4.01 34.400 27.34 159 3.97 34.490 27.41 164 4.16 34.530 27.42 17R 4.58 34.710 27.52 1B2 4.83 34.720 27.50 190 4.98 34.750 27.50 202 5.29 34.840 27.54 207 5.42 34.810 27.50 226 5.54 34.830 27.50 230 5.47 34.780 ?7.47 233 5.34 34.810 ?7.51 24? 5.40 34.840 ?7.53 ?53 5.29 34.850 27.55 256 5.29 34.860 ?7,56 280 5.03 34.840 ?7,57 287 5.02 34.860 ?7,59 30? 5.17 34.910 27,61 313 5.18 34.920 ?7,61 333 5.01 34.880 ?7,60 355 4.9? 34.920 27,65 366 4.8? 34.880 27,62 376 4.79 34.910 27,66 387 4.81 34.9?0 27,66 407 4.75 34.940 27,68 418 4.79 34.9?0 27,66 460 4.65 34.910 27,67 470 4.69 34.930 27,68 50? 4.56 35.700 78,31 517 4.53 35.990 28,54 554 4.41 34.900 27.69 564 4.38 34.900 27.69 60^ 4.3? 34.910 27.71 616 4.?S 34.900 27.70 656 4.?5 34.900 27.71 666 4.2? 34.900 77,71 706 4.18 34.900 ?7,72 717 4.17 34.900 ?7,71 758 4.23 34.9?0 27.73 767 4.23 34.910 27.72 807 4.16 34.910 27,73 81T 4.17 34.910 27,72 867 4.03 34.900 27,73 881 4.02 34.900 27.73 901 3.95 34.880 27,7? 921 3.91 34.880 ?7,7? 959 3.90 34,890 ?7,73 979 3.90 34.890 ?7,73 1018 3.91 34.900 ?7,74 1017 3.9f, 34.910 27,74 1 0S1 1.94 14.910 27.74 112 Table III. Observed oceanographie data from stations occupied by USCGC ROCKAWAY, 20-28 May 1971, pre- pared from NODC Listing No. 31-8245.— Continued LATITUDE LONGITUDE STATION TIME (GMT) STATION MO. DAY HP. YEAP NUMBER 43 ?7.<.N Oft? Al.fiw 05 ?5 11.8 1971 lOQe-f DEPTH WAVE OBSEPVATIOMS WEATHEP CODE CLOUD COOES BOTTOM DIP Hr,T PEP SEA TYPE AMI. 37?« ?? 3 ? XI 0 (S WIND flSRO- METFP (MBS) AIR TEMP DEG C DTP SPEED DRY BULB WET BULB VIS CODE DYN HT ?6 15 ISS 12.0 11.7 971.042 MESSENGER TIMF 11. B 00 CAST NO. DEPTH TEMP SAL SIG-T 3 9.79 32.840 25.33 11 9.73 32.850 25.34 14 9.70 32.840 25.34 16 9.45 32.730 25.29 2? 7.52 33.000 25.80 24 6.76 32.970 25.88 27 6.06 32.930 25.93 30 6.07 33.390 26.30 3? 6.40 33.310 26.19 35 6.18 33.430 26.32 3B 6.73 33.240 26.10 41 6.06 33.370 26.29 44 4.87 32.770 25.95 47 2.94 33.140 26.44 50 2.74 33.330 26.60 52 2.80 33.400 26.65 57 3.17 33.580 26.76 60 4.12 34.200 27.16 63 5.10 33.970 26.87 66 4.93 33.700 26.68 71 4.15 33.640 26.71 73 3.70 33.690 26.80 76 2.97 33.520 26.73 79 2.65 33.720 26.92 8? 2.70 33.830 27.00 85 3.15 34.080 27.16 91 3.90 34.130 27.13 94 4.14 34.130 27.11 9fl 4.37 34.320 27.23 101 4.76 34.320 27.19 104 4.82 34.290 27.16 110 5.00 34.290 27.14 114 4.43 33.840 26.85 IIB 3.51 33.970 27.04 121 3.03 33.950 27.07 124 3.06 34.080 27.17 1?« 2.63 11.910 27.07 n? 2.18 14.360 27.46 116 3.18 14.410 27.42 139 4.07 14.S90 27.48 14? 4.50 34.S60 27.40 14S 4.75 34.500 27.13 ISO S.OtJ 34.510 27.12 1ST 5.16 14.S00 27.29 16? 4.98 14.S10 27.11 IhS S.03 34.S60 27. IS 169 S.17 14.540 ?7.32 17B 5.01 34.590 ?7.38 Ifll 5.21 34.710 27.46 )fl4 S.S? 14.680 27.19 1R7 S.Sl 14.620 27.14 IQO s.so 14.710 27.41 19? S.64 14.710 27.40 ?ni S.S6 14.710 27.40 204 221 224 227 230 250 254 278 28! 303 306 313 326 329 351 354 376 379 404 409 457 4SB 501 507 555 SS9 607 616 660 681 701 77S 7S? 79S 1 on«. 1 m<> 5.53 5.43 5.27 5.30 5.35 5.38 5.36 5.38 5.35 5.17 5.22 5.32 5.13 5.08 5.00 5.01 4.95 4.99 5.15 5.16 5.17 5.17 4.69 4.68 4.85 4.79 4.53 4.53 4.47 4.45 4.46 4.47 44 16 04 01 34.690 34.700 34.690 34.780 34.760 34.790 34.810 34.840 34.830 34.870 34.910 34.880 34.870 34.870 34.900 34.900 34.910 34.940 34.970 34.970 35.010 34.990 34.940 34.940 34.990 34.960 34.9S0 34.9S0 14.9S0 14.9S0 34.9S0 34.950 34.960 14.940 34.910 34.9?0 27.39 27.41 27.42 27.49 27.47 27.49 27.50 27.53 27.53 27.58 27.60 27. S7 27.58 27.59 27.62 27.62 27.63 27.66 27.66 27.66 27.69 27.67 27.69 27.69 27.71 27.69 27.71 27.71 27.72 27.72 27.72 27.72 27.73 27.73 27.74 27.74 113 Table III. Observed oceanographic data from stations occupied tjy USCGC ROCKAWAY, 20-28 May 1971, pre- pai-ed from NODC Listing No. 31-8245.— Continued LATITUDE LONGITUDF STATION TIME (GMT) STATION MO. DAY HP. YEAR NUMBER 43 ?3.2N 0*7 ?3.?W 05 25 13.9 1971 109B6 DEPTH W»VE 0BSE>»V*TTONS WEATHER CODE CLOUD rOOFS TO BOTTOM DIP Hf,T PEP SEA TYPE AMT. 375« !<» 3 3 «1 0 f> WIND BAPO- MFTFP (MUSI ATR TEMP DEG C 0I» SPEED DRY flULR WET BULB VIS CODE OYN HT ?1 15 167 14.0 13.5 <>7ft.<»<>2 MESSENGER TIMF 13.0 00 CAST NO. DEPTH 3 A R 1? 14 17 ?0 23 25 2R 31 34 36 39 42 45 47 51 54 59 60 63 66 71 74 77 83 88 103 105 114 117 120 123 126 129 131 134 137 140 143 146 151 155 175 178 20? 205 212 215 217 ??6 229 TEMP 11.08 11.03 10.89 10.62 9.59 8.66 7.40 5.86 5.87 5.46 4.23 4.59 5.21 4.77 3.78 3.26 3.12 3.14 2.74 2.77 3.18 2.98 2.94 3.52 3.39 3.32 3.55 3.83 4.02 4.28 4.32 4.36 4.81 6.11 6.58 6.72 6.83 6.74 6.81 6.71 6.35 6.23 6.24 6.29 6.53 6.54 6.19 6.12 5.87 5.58 5.49 5.69 5.83 SAL 32.980 32.970 32.920 32.850 32.900 32.750 32.860 33.050 33.340 32.930 33.320 34.090 33.760 33.300 33.350 33.460 33.560 33.490 33.620 33.850 33.800 33.770 33.860 34.040 33.930 33.990 34,130 34.220 34.300 34.360 34.320 34.350 34.980 35.150 34.840 34.900 34.810 34.850 34.850 34.730 34.710 34.780 34.820 34.850 34.900 34.890 34.840 34.820 34.740 34.720 34.820 34.930 34.900 SIG-T 25.22 25.21 25.20 25.20 25.40 25.43 25.71 26.06 26.28 26.01 26.45 27.02 26.70 26.38 26.52 26.66 26.75 26.70 26.83 27.02 26.94 26.93 27.01 27.10 27.02 27.08 27.17 27.21 27.26 27.27 27.24 27.26 27.71 27.68 27.37 27.41 27.31 27.36 27.35 27.27 27.30 27.37 27.40 27.42 27.43 27.42 27.43 27.42 27.39 27.41 27.50 27.56 27.52 241 5.71 34.850 27.49 246 5.60 34.810 27.49 2S0 5.09 34.680 27.44 ?S3 4.96 34.780 27.53 255 4.96 34.800 27.55 276 5.22 34.930 27.62 279 5.28 34.900 27.59 29? 5.02 34.800 27.54 ?9S 4.76 34.780 27.55 298 4.62 34.800 27.59 301 4.61 34.830 27.61 305 4.62 34.890 27.65 309 4.72 34.890 27.65 327 4.90 34.920 27.64 329 4.89 34.920 27.65 339 4.90 34.970 27.69 353 5.04 34.940 27.65 3S>, 4.98 34.970 27.68 379 5.02 34.990 27.68 384 4.97 34.960 27.67 40S 4.78 34.990 27.71 411 4.85 35.050 27.75 41A 5.00 35.050 27.74 4S3 5.00 35.030 27.73 45R S.OO 35.040 27.73 500 4.96 35.040 27.74 510 4.92 35.040 27.74 553 4.73 35.020 27.75 S64 4.70 35.020 27.75 609 4.56 35.010 27.75 631 4.49 35.010 27.76 653 4.39 34.990 27.76 674 4.34 34.990 ?7.77 951 4.03 34.990 27.79 993 4.00 34.970 ?7.79 10 35 3.95 34.970 27.79 114 Table III. Observed oceanographic data from stations occupied by USCGC ROCKAWAY, 20-28 May 1971, pre- pared from NODC Listing No. 31-8245. — Continued LATITIIOF LONfilTUDF STATION TIME (GMT) YEAR STATION MO. DAY HP. NDMRER 41 14.5M 0<.lS «;ft.6w 05 25 1ft. <. 1971 10P87 nppTM WAVE OPSFRVATIOMS WEATHER CODE CLOUD CODES ROTTOM DIP HGT PER SEA TYPE AMT. 382? " 2 ? XI n ft wiNn HARO- MFTFR (MRS) AIR TEMP nFG C niR SPEED DRY RULB WET BULR VIS CODE DYN HT ?I 15 IPO 13.? 12.2 971.052 MESSENGER CAST DEPTH TEMP SAL SIG-T TIMF NO. • 7 9.97 32.810 25.27 1ft .<• 4 9.99 32.810 25,27 00 .3 12 5.45 32.230 25.46 16 4.37 32.660 25.92 1<» 3.94 33.090 26.30 23 4.14 33.160 26.33 26 4.37 33.910 26.91 2« 5.43 33.720 26.64 32 5.24 34.?20 27.06 35 7.46 34.650 27,10 3R 8.9? 34.660 26.89 41 9.91 34.710 26.77 45 9.77 34.590 26.70 48 9.71 34.700 26.79 50 9.86 34.720 26.78 53 10.02 35.170 ?7.11 57 11.17 35.310 ?7.01 6(1 11.62 35.650 ?7.19 63 12.10 35.410 26.91 65 12.25 35.490 26.94 6<> 12.37 35.350 26.81 7? 12.19 35.360 26.85 75 12.16 35.370 26.87 7fl 12.15 35.370 26.87 fll 12.35 35.640 27.04 84 12.69 35.610 26.95 8ft 12.86 35.640 26.94 95 13.03 35.620 26.89 101 12.93 35.620 26.91 104 12.93 35.620 26.91 126 12.98 35.650 26.92 129 12.93 35.630 26,92 133 12.84 35.470 26.81 nft 12.47 35.380 26.81 139 12.24 35.450 26.91 14? 12.23 35.500 26.95 145 12.31 35.620 27.03 148 12.45 35.550 26.95 151 12.35 35.500 ?6.93 154 12.24 35.410 26.88 157 11.88 35.140 ?6.75 160 11.35 34,990 26.73 163 10.95 35.070 26.86 16ft 10.58 35.000 26.87 169 10.30 35.050 26.96 176 10.09 34.970 26.94 179 9.88 34.820 26.85 18? 9.38 34.600 ?6.77 189 8.29 34.380 26.76 191 7.50 34.330 26.84 19S 7.34 34.510 27.01 201 7.27 34.520 27.03 204 7.22 34.520 27.03 229 7.36 34.590 27.07 23? 7.29 34.510 ?7.01 239 7.10 34.530 ?7.06 24? 7.14 34.540 ?7.07 ?46 7.28 34.780 ?7.?3 250 7.75 34.770 ?7.16 253 7.97 34.980 ?7.?9 256 8.6? 35.?60 27,40 260 9.05 35.080 27,20 ?70 9.30 35.030 27.11 274 9.15 34.770 26.94 276 8.66 34.690 26.95 280 8.13 34.410 26.82 ^84 7.40 34.460 26.96 288 7.20 34.590 27.09 297 7.12 36.590 27.10 300 6.81 34.340 26.95 303 7,?0 35.470 ?7.78 307 8.51 35.840 27.88 310 9.37 35.440 ?7.43 314 9.64 35.3?0 ?7.?9 329 9.9? 35.330 ?7.?4 33? 9.88 35.280 ?7.?1 35? 9.50 35.190 ?7.?1 355 9.36 35.170 21.72 376 9.10 35.190 ?7.?7 379 8.97 35.130 ?7.?4 40? 8.59 35.140 27.32 405 8.40 34.980 27.?? 413 7.19 34.560 ?7.07 41S 6.87 34.800 27.30 419 6.78 34.660 27.21 424 6.13 34.610 27.25 4?7 6.46 35.??0 27.6<> 431 6.90 35.010 27.46 434 6.9? 34.880 ?7.36 438 6.31 34.380 ?7.05 441 5.66 34.570 27. ?8 445 5.?6 34.360 27.16 448 4.8? 34.500 27.33 45? 4.85 34.690 27.47 45ft 4.94 34.710 27.48 460 4.99 34.690 27.46 475 4.90 34.770 27.53 49ft 5.49 34.940 27.60 500 5.75 35.0?0 27.62 504 5.79 34.910 27.53 513 5.60 34,910 27.56 554 6.1? 35.030 ?7.59 560 6.07 35.080 ?7.63 60ft 5.80 35.050 ?7.64 618 5.70 35.040 27.65 653 5.58 35,070 27.69 665 5,53 35,080 27.70 701 5.33 35.060 27.71 71? 5.34 35.080 27.72 769 5.?? 35.070 27.73 793 5.07 35.050 27.73 90? 4.70 35.030 27.76 Q48 4.60 35.030 27.77 1037 4.41 35.010 27.77 104« 4.38 35.010 27.78 115 T.^BLE III. Observed oceanographic data from stations occupied Ijy USCGC ROCKAWAY, 20-28 May 1971, pre- pai-ed from NODC Listing No. 31-8245.— Continued KTITUOt LOMITUM ^TITION TTHC (WTI 4» n.m «»T 1».W 01 n 21. • 19T1 10*«t otnx ii'vt oascnyttioiK COM CLOUD coots nOTTOM 0I» HOT «• st» IY« AHT. 380? IT 4 3 «J 0 « VINO NCICH • m Tti» oca c 0I» wtto ■Ct OULB vts COOC OTN ?T ?t ?n II. 0 09.9 971. o«r ■cssrHK* Tine 21.* C»ST NO. 0 lO.SI 32.83t 25,19 It 10.24 32.«tt 25,22 20 9.24 33.ttt 25.54 30 5.99 33.300 24.2] !0 3.09 33.100 24.38 n 3.29 33.300 24.53 ICO 3.84 33.400 2«.55 125 l.lf 34,700 27.04 ISO 5.44 3*.5«t 27.29 U! 4.99 34,S2t 27.33 IT5 5.34 34,58t 27.32 l»» 4.4T I4.52t 27.38 200 4.TI I4.58t 27.39 209 4.3t 14.5*t 27.43 215 4.T4 34.«tO 27.41 239 3.55 34.450 27.42 210 4.tt 34.400 27.49 m 3.TI 34.520 27.44 200 4.9* 34.T4t 27,4* 2«0 4.tt >4.ltt 27.58 300 4.99 34.94t 27.45 *00 5.39 35.050 27.89 SCO 5.2* 35. lot 27.74 too 4.12 35.0«0 27.74 TOO 4.59 ]5.t4t 27.78 (to 4.25 35.000 27.78 9tt 4.12 34.990 27.79 lOtt 4.t4 34.990 27.88 lOSO 4.0T 35,000 27. 8t IIOO 3.92 34.980 27. 8t 1159 3.92 34,980 27.U LiriTuoc 10M8ITU0C STtTION TIKC ) ST>TION •w. 0«r M>. TC4* NUNM* 42 43.tN 848 15.4* 85 24 02.9 19TI 1099* oe»TM TO 80TT0a «»r 0*5r*V4TI0N5 ««THt* COOC CtOUO COOCS 01* M»t *C* SO IY*C MT. 3218 2* 4 2 II 0 4 ■ IMI 8<*0- •<€It* >i* itm ore c Dt* vrto 0«T 8UIB WT «UL* VIS COOC orw MT 38 18 231 II. 1 10. 1 9TI.II8 MCSSCN8C* Ti«e *t.« 0 11.38 33.5*8 25.43 10 11.59 33.74* 25.71 20 12.18 M.4** 24.34 30 I3.9T 35.5** 2*.*t 40 14.11 35.55* 2«.tl 50 12,92 35.29* 24.45 52 12,45 35.3** 24.7* T5 13, 9t 35.7** 2«,t8 *9 13,3* 35.*5* 24,84 93 13. ST 35.72* 2*,8S 10* 13,39 I5.*«* 28.84 125 I2,T4 15.5«* N.98 IS* 11,93 35.5** 2T.tl 2tt 19.18 35.22* 27,12 »5t 8.4* 34.92* 2T.lt 2lt *.24 35.858 2T.38 29» T.*« 35,87* 2T,3T 300 T,T4 35, *7* 2T.39 35* 4.51 >4,*9t 27,59 3T4 *.52 35.t4t 2T.54 4tt 5.7* >4.9«t 2T,5* 5tt 5.12 34.95t 2T.8* 515 4.7* 34.929 27.4* too 4.41 14.*4t 27, t9 TOO 4.4* 34.*** 27.Tt *tt 4,31 14.«3* 2T,T2 9tt 4.23 34, *3* 27,7) 981 4.18 M,*l* 27, T3 Ittt 4.14 34.*3* 2T,T4 It5t 4.14 34.*4* 2T.T5 mr 4,12 34,94* 2T.T1 LITITIIOC LOMITUOC STltlON TIDC 1*MTI ST4TI0M HO, 0»T H«. TCM MJMtC* 42 35. t« t4T 55.*« •5 »* 00.4 I9TI 10989 Oe»TN ■«yr o«s(>v>Tio«s IIC4TNC* COOC ClOUO COOCS ■OTTOa 01* mi PC* SC» TT»C t»T. )5TT 2T 4 2 «1 0 * ■ IW> *t»e- "CTCT ia«5l >i* urn oca c 01* vm 0»T am* •CT am.* VIS COOC OTN HT 29 It 225 13,0 II. 1 9TI.0I* ■CSSCMC* Tl"» **.4 * 8.59 32.810 25.4* I" a.sa 32.820 25.50 2* 8.24 32,810 25.55 3* 4.89 33.070 24.04 5* 3.74 33.170 2*.3* T5 2.17 33.*** 2*.*l •5 3.14 33,929 2T.*3 95 2.39 33.990 2T,** l«* 2.54 34.000 2T.15 12* 3.11 34.150 2T.22 125 3.94 34,150 2T,2) 132 2,92 34,200 2T.2* 15* 4,21 34,450 2T.35 1*5 2.*T 34,2** 27,34 IT* 3.*4 34,4** 27,35 180 3.3T 34.350 27,34 185 3.5* 34.420 27,3* 1*0 3.45 34.450 27,43 2*8 4.19 34.570 27.45 2*1 4.29 34.5*0 27.44 211 4.0T 34.5*0 27.45 22* 4.5* 34,45* 2T.4T 242 4,2* 34,42* 2T.4* 250 4.49 34,740 2T.55 M* 5.14 34.*** 2T.88 Jl* 5.21 34.420 2T.41 33* 5.21 34,*30 2T,42 It* 4,41 34,*10 2T,8T 4«* 4,89 34,**8 2T,T* 4IT 5.00 34,*** 2T.*« 5** 4,89 35,82* 17,73 53* 4,93 35.030 2T.T3 4** 4,52 35,*** 2T.T5 7** 4,41 35,*** 2T,T4 a** 4,24 35.000 27,7* • 3* 4.21 35.00* 27.T* 83* 4,31 34.*** 2T,TT •58 4.17 34.*** 2T.T* 8*8 4.24 35,*I0 fT.7* a** 4,24 34,**0 27.7* *** 4.12 34,*80 27.7* 930 4.17 34,**0 27.7* 19*8 3,97 34.440 27,7* 184* 4.02 34.0*0 27,77 1858 4.*l 34.440 27.77 116 Table III. Observed oceanographic data from stations occupied by USCGC ROCKAWAY, 20-28 May 1971, pre- pared from NODC Listing No. 31-8245.— Continued LATITUDE LONGITUDE STSTION TIME (GMT) STATION MO. DAY HP, YEAR NUMRFR 4? 54. 7N 048 17. 7W 05 26 05.8 1971 10991 DEPTH TO BOTTOM WAVE ORSFRVATION"; WEATHER CODE CLOUD CODES DIO HOT PEP SFA TYPE AMT. ?A6<» 26 4 ? XI 0 6 WIND RARO- MFTFR (MRS) AIR TEMP DEG C niR SPEED DRY BULR WFT RIJLR VIS CODE DYN HT ?6 10 ?4n 10.1 09. R 971.054 MESSENGER CAST DEPTH TEMP SAL SIG-T TTMF NO. 05 .n 0 9.08 32.890 25.48 14 9.45 33.300 25.74 00 .7 17 10.54 34.420 26.43 19 11.86 34.170 25.99 2? 11.54 11.820 25.78 25 1 1.02 11.750 25.82 2R 10.18 13.340 25.65 30 8.75 11.210 25.79 14 7.04 11.010 25.87 37 6.44 13.450 26.30 40 6.62 33.740 26.50 44 6.82 33.550 26.33 46 6.49 33.900 26.65 50 7.51 34.110 26.83 53 7.34 11.810 26.46 57 5.88 11.810 26.65 59 6.22 34.290 26.99 6? 6.31 33.890 26.66 65 5.92 34.030 26.82 68 5.97 33.980 26.78 71 5.86 34.210 26.97 76 6.37 14.160 27.02 80 7.14 14.610 27.13 82 7.39 14.410 26.94 94 8.02 14.690 27.05 10? 7.84 14.560 26.98 108 7.75 14.710 27.10 111 7.56 14.560 27.02 118 7.01 14.490 27.04 126 6.69 14.580 27.16 129 6.80 14.570 27.13 13? 6.74 14.500 27.09 135 6.51 34.170 27.01 137 6.20 14.370 27.05 140 5.99 34.180 27.09 145 5.92 34.520 27.21 148 6.05 34.520 27.19 151 6.02 34.480 27.16. 154 5.83 34.320 27.06 158 5.51 34.280 27.07 161 5.30 34.390 27.18 164 5.30 14.470 27.24 167 5.38 14.320 27.12 170 5.06 14.220 27.08 173 4.62 34.210 27.12 176 4.29 34.200 27.15 179 4.00 34.150 27.14 181 3.80 34.250 27.24 185 3.77 34.200 27.20 195 2.88 34.080 27.19 198 2.79 34.210 27.10 201 2.86 34.280 27.35 204 2.99 34.290 27.35 ?08 3.11 34.290 27.13 214 3.17 34.280 ?7.12 220 2.91 34.310 27.17 224 3.22 34.510 27.50 2?7 3.30 34. no 27.15 230 3.27 34.410 27.41 21? 3.21 34.460 27.46 236 4.92 15,800 28.14 240 6.18 35.100 27.63 241 6.50 35.200 27.67 246 6.93 15.120 27.55 250 7.15 35.080 27.48 252 7.12 35.050 27.47 255 7.07 35.040 27.46 276 6.93 35.060 27.50 280 6.82 34.980 27.45 307 6.55 35.040 27.53 305 6.51 35.020 27.53 311 6.43 35.000 27.52 318 6.11 34.840 27.44 321 5.65 34.630 27.33 324 5.28 34.840 27.54 328 5.17 14.800 27.52 332 5.10 14.810 27.54 334 5.06 14.840 27.57 338 5.09 35.060 27.74 340 5.72 35.240 27.80 344 5.88 15.020 27.61 351 5.94 15.040 ?7.62 354 5.92 14.980 77.57 376 5.86 35.020 77.61 37S 5.84 35.020 27.61 387 5.78 34.960 ?7.58 394 5.35 14.870 27.56 401 5.16 34.870 27.58 406 5.06 34.880 27.60 457 5.29 15.000 27.66 455 5.29 15.000 27.67 503 4.95 14.970 27.68 507 4.93 34.970 27.69 551 4.89 34.990 27.71 555 4.90 35.000 27.71 603 4.78 34.980 27.71 608 4.74 34.980 77.71 651 4.68 34.980 27.72 651 4.65 34.970 27.72 70? 4.45 34.950 27.72 705 4.44 34.960 27.73 75? 4.42 34.960 27.74 75S 4.42 34.970 27.7* 802 4.21 14.930 27.74 aos 4.20 14.940 27.74 857 4.24 14.950 77.74 "55 4.24 14.940 27.74 900 4.2? 34.940 27.74 OOT 4.21 34.940 27.74 9S7 4,13 34.910 27.74 955 4.11 14.910 27.74 1101 4.06 14.9?0 27. 74 1007 4.05 14.920 27.74 117 Table III. Observed oceanographic data from stations occupied by USCGC ROCKAWAY, 20-28 May 1971, pre- pared from NODC Listing No. 31-8245.— Continued LATTTUHF LONGITUDE STATION TIME (GMT) STATION MO. DAY HR. VEAR NUMREP 41 0?.?M 048 S^.OW OS 26 07.4 1971 1 099? DEPTH WAVE ORSE^'VATIONS WEATHER rODE CLOUD CODES TO ROTTOM DIP HGT PER SEA TYPE AMT. Ifl?! 30 3 ? XI 0 h WTND R4R0- MfTER (MRS) fljp TEMP DEG C DIR SPEED DRY RltLR WET RIJLR VIS CODE DYN HT ?6 10 ?45 10.-5 09.7 971.0?? MESSENGER TTMF 07.4 00 CAST NO. DEPTH n 10 ?r\ 30 SO 59 7S 100 1?S 150 lao 195 ?00 ??0 ?3fl ?50 ?flO ?9n 300 305 3?1 34? 400 500 600 700 ROO 900 1 000 1 050 1051 TEMP SAL SIG-T 4.77 32.690 ?5.89 4.71 32.660 25.88 l.?l 32.6R0 26.19 0.49 32.7?0 26. ?7 l.?l 32.970 26.54 l.?6 33,060 26.62 0.?4 33.370 26.81 0.06 33.530 26.94 0.36 33.700 27.06 0.67 33.820 27.14 3.76 34.400 27.36 2.8? 34.240 27.32 ?.97 34.160 27.24 5.51 34.780 27.46 3.36 34.580 27.54 4.59 34.700 27.51 5.30 34.830 ?7.53 5.15 34.840 ?7.55 5.?4 34.870 ?7.57 5.34 34.910 ?7.5fl 5.?7 34.910 ?7.59 5.R3 35.050 ?7.63 5.39 35.020 ?7.67 4.9? 35.0?0 ?7.7? 4.69 35.010 ?7.74 4.39 34.990 ?7.76 4.19 34.970 ?7.76 3.97 34.940 ?7.76 3.Q1 34.910 ?7.76 3.R7 34.930 ?7.77 3.R6 34.930 ?7.77 118 T.^UE III. Observed oceanographic data from stations occupied l\v USCGC ROCKAWAY, 20-28 May 1971, pre- pared from NODC Listing No. 31-8245.— Continued L«TITl OF 1 ONGTTIinF •STATION Tt^F ( r.M T ) "^T AT ION MO. n^Y HP, YF4P N' l"flFP ft-) OT.ON Oft"} 07. nw OS ?ft OQ.ft 1071 1 OOQI DFPTh TO BOTTOM W4VF nP'iFQVAT IilNS WF4THF0 rnnF TLOim ronF<; ni" nr,^ PF « ■^r 4 TYPF 4Mr . \??<^ ?ft 1 ? <1 n (S WINO 04R0- ■JFTFO 4IO TFMP OFG r DIP "^PFEO DRY PDLP Wf T «I)LP vi<; rooF OYN NT ?7 10 ?SS 10.1 09. 3t, 0.13 32.700 26. ?7 ftO o.sq 32.750 26.35 ft? 0.00 32.910 26.40 ft« 1.01 33.020 26.58 SO 1.01 33.060 26.61 S3 1.01 33.110 26.65 5f. 0.8O 33.1ft0 26.67 77 0.76 33.250 26.75 flO 0.71 33.270 26.77 qq 0.43 33.ft30 26.88 103 0.21 33.ft90 26.03 lOf, O.IA 33.ft70 26.00 I?7 0.13 33.580 26.08 130 0.17 33.620 27.01 ISO 0.30 33.690 27.06 ISft O.ft? 33.710 27.07 177 0.66 33.780 27.1 1 1«0 0.6O 33.8ft0 27.16 183 0.8ft 33.860 27.17 ?01 l.OO 33.030 27.21 ?0S 1.16 33.9S0 27.22 ?13 1.13 33.000 27.25 ?17 1 .ftO 3ft. 060 27.29 ??« l.ftO 3ft. 020 27.25 ?30 l.SO 3ft. 030 27. ?6 ?37 l.ftO 3ft.0ft0 27.28 aso 1.66 3ft. 250 27.42 ?S3 ?.?7 3ft. 390 27.49 ?S«, ?.7q 3ft. 360 27.42 ?sq 3.00 3ft. 400 27.43 ?«.3 3.3S 3ft .480 27.46 ?^q 3.8S 34.500 27.43 '77 ft .06 3ft.SftO 27.44 ?«' ft ,ftS 1ft. 580 27.43 ?H7 ft. 30 1ft. S70 27.42 ^O? ft .ftft 1ft. 580 27.43 ?q7 ft .ftO 1ft .590 27.44 301 ft.ft7 1ft .650 27.48 101 ft .ft8 1ft .600 27. ftft TOO ft.?7 1ft .ftOO 27.11 111 3.«« 14.51 0 ?7.ft3 lis ft . 03 14. 720 27,58 310 ft.?? 14.670 27.52 Vft ft .?« 14. 740 27.57 l^x ft. SI 14. 760 27.57 1 n ft .^6 14.81 0 27.50 340 5.06 34.860 27.58 354 5.14 34.860 27.57 357 5.18 34.880 27.58 367 5.29 34.900 27.59 371 5.12 34.820 27.54 37H 4.61 34.750 27.54 382 4.51 34.810 27.60 402 4.41 34.820 27.63 405 4.37 34.840 27.64 45S 4.44 34.910 27.70 460 4.45 34.920 27.70 S04 4.48 34.940 27.71 511 4.48 34.050 27.72 555 4.68 35.000 27.73 562 4.67 35.000 27.74 606 4.54 34.990 27.75 614 4.53 34.980 27.74 661 4.50 35.000 27.75 674 4.48 34.990 27.75 706 4.43 34.990 27.76 710 4.43 34.990 27.76 764 4.27 34.970 27.76 780 4.20 34.960 27.76 817 4.17 34.960 27.76 834 4.16 34.960 27.76 865 4.14 34.960 27.76 881 4.12 34.960 27.77 913 4.08 34.950 27.77 033 4.06 34.960 27.77 051 4.04 34.950 27.77 969 4.02 34.950 27.77 1016 3.96 34.940 27.77 1034 3.95 34.940 27.77 119 Taiile III. Observed oceanographic data from stations occupied liy USCGC ROCKAWAY, 20-28 May 1971, pre- pared from NODC Listing No. 31-8245.— Continued LATITIIOE LONGITUDE STATION TIME (GMT) STATION MO. DAY HR. YEAR NUMBER *3 U.aN o<.<; ??.?w ns 26 11.7 1<571 10994 DEPTH TO BOTTOM WAVE OBSERVATIONS WEATHER CODE CLOUD CODES OIB Hr,T PER SEA TYPE AMT. n66(S 17 <> 1 «? 0 6 WIND BARO- METER (MRS) AIR TEMP OEG C DIR SPEED DRY RULB WET BULR VIS CODE OYN HT 17 13 250 Ofl.l 07. S 971.106 LATITUDE LONGITUDE STATION TIME (GMT) STATION MO. DAY HR. YEAR NUMBER 43 1^.4N 049 ?S.3w 05 26 12. fl 1971 10Q9S DEPTH TO BOTTOM WAVE OBSERVATIONS WEATHER CODE CLOUD COOES DIP HGT PER SEA TYPE AMT. 0307 ?3 3 3 X2 0 6 WIND BARO- METER (MBS) AIR TEMP OEG C DIR SPEED DRY BULB WET BULB VIS CODE DYN HT 19 10 as"! Ofl.? 07.9 971.116 MESSENGER TIME II .7 00 CAST NO. EPTH TEMP SAL SIG-T MESSENGER TIME CAST NO. 4 4.94 32.fl20 25.98 1?.^ 9 4.ftS 32.720 25.91 12 4,70 32.470 25.73 00 .3 IS 2.S6 32.200 25.71 1« 2.03 32.700 26.15 20 1.49 32.560 26.08 23 n.9i 32.7B0 26.29 26 0.79 32.750 26.78 2« 0.45 32.760 26.31 32 0.21 32. BIO 26.36 3S 0.09 32.750 26.31 37 0.21 32.B30 26.39 52 0.64 32.fl20 26.40 56 0.R7 32.n60 26.44 70 1.11 33.050 26.60 76 1.05 33.100 26.64 79 0.99 33.130 26.67 103 0.38 33.240 26.73 106 0.36 33.240 26.73 125 0.12 33.290 26.75 150 0.06 33.400 26.84 200 0.31 33.620 27.00 225 0.62 33.860 27.17 235 1.61 34.000 27.22 23fl 1.3fi 33.920 27.18 250 3.00 34.250 27.31 270 4.19 34.480 27.37 271 3.96 34.600 27.49 33B 4.35 34.680 27.52 34 7 4.40 34.700 27.53 35B 4.21 34.760 27.59 364 4.45 34.850 27.64 400 4.02 34.760 27.62 500 4.25 34.860 27.67 600 4.40 34.900 27.69 627 4.36 34.890 27.68 DEPTH TEMP SAL sir,-T 6. 6.01 32.720 25.78 9 6.00 32.730 25.79 1? 5.86 32.620 25.72 IS 5.47 32.650 25.78 1« 4.55 32.320 25.63 ?l 2.39 32.140 25.68 ?« 1.35 32.640 26.15 ?7 1.13 32.790 26.29 3? 0.90 32.750 26.27 3ft 0.41 32.740 26.29 19 0.11 32.790 26.34 41 0.01 32.860 26.41 44 0.05 32.880 26.42 4R 0.29 32.770 26.35 SI 0.52 32.840 26.41 53 0.68 32.850 26.43 60 0.95 33.020 26.57 7S 0.99 33.040 26.59 7B 1.03 33.120 26.65 103 0.88 33.140 26.66 107 0.88 33.140 26.67 \?n 0.35 33.340 26.81 131 0.29 33.360 26.82 151 0.16 33.380 26.83 151 0.16 33.380 26.83 154 0.15 33.410 26.86 17B 0.06 33.500 26.92 181 0.06 33.500 26.92 201 0.27 33.580 26.97 204 0.29 33.620 27.00 210 0.38 33.650 27.02 212 0.55 33.810 27.14 215 0.72 33.750 27.09 221 0.82 33.850 27.16 224 1.07 33.970 27.24 2?7 1.27 33.890 27.16 229 1.34 33.920 27.18 247 1.68 34.020 27.24 ?44 1.93 34.100 27.28 247 2.49 34.390 27.47 250 3.19 34.380 27.40 25? 3.42 34.300 27.32 255 3.48 34.260 27.28 258 3.62 34.430 27.39 120 Tahle III. Observed oceanographic data from stations occupied by USCGC ROCKAWAY, 20-28 May 1971, pre- pared from NODC Listing No. 31-8245.— Continued LATITUDE LONGITUDE STATION TIME (GMT) STATION MO, DAY HP. YEAR NUMBER 43 ?0.flN 049 34. nw OS 2h 14.7 1971 10996 DEPTH TO WAVE OBSEPVATIO^JS WEATHER rooE CLOUD CODES ROTTQM DIP HGT PEP SEA TYPE AMT. nn? ?n 3 3 »? 0 6 WIMO RAPO- METFP (MBS) AlP TEMP OEG C DIP SPEED DRY BIILH WET BIILH VIS CODE DYN HT ?1 IS 24S 09.? 08.9 971 .143 MESSENGER TIME 14.7 CAST NO. TEMP SAL 00 1ft ■?n 30 SO h? 70 7', 79 101 1 04 49 34 24 fi4 ft9 49 47 43 40 2R ?1 3? 32 3? 3? 3? 3? 32 32 3? 32 32 ,4R0 ,340 ,710 .700 ,7S0 .R60 ,fl40 .870 ,860 .870 .910 SIG-T 2S.S3 2S.77 26.14 26.18 26.28 26.38 26.37 26.39 26.38 26.40 26.44 LATITUDE LONGITUDE STATION TIME (GMT) STATION MO. DAY HP. YEAR NUMBER 44 40. ON 049 12. OW OS 27 03.3 1971 10997 DEPTH TO BOTTOM WAVE OBSERVATIONS WEATHER CODE CLOUD CODES DIP HGT PEP SEA TYPE AMT. 069S 23 3 2 XI 0 6 WIND RAPO- MFTFP (MRS) AIR TEMP DEG C DIR SPEED DRY BULR WET HULR VIS CODE OYN HT 21 IS 23S 09.9 09. B 971 .128 MESSENGER CAST DEPTH TFMP SAL SIG-T TIMF NO. 03.3 3 6.30 32.410 2S.S0 11 6.30 32.400 2S.49 00 1 13 6.29 32.400 2S.49 19 6.19 32.390 2S.49 ?2 S.99 32.330 2S.47 ?S S.37 32.300 2S.S2 7P 4.81 32.460 2S.7 1 31 4.66 32.470 2S.73 33 4.41 32.360 2S.67 36 2.76 32.210 2S.7 1 30 2.00 32.SO0 26.no 42 1 .40 32.630 26.14 4S 0,89 32.S70 26.13 47 0.40 32.770 26.31 SO 0.23 32.8S0 26.38 S3 0.21 32.8S0 26.39 ss 0.20 32.8S0 26.38 6S 0.17 32.8S0 26.39 LATITl DE LONGITUDE STATION TIME (GMT) YEAR STATION MO. DAY HP. NUMBER 44 37. 2N 049 00. 9W OS 27 os.o 1971 10998 DEPTH WAVE OBSERVATIONS WEATHER CODE CLOUD CODES BOTTOM DIP HGT PEP SFA TYPE AMT. 0479 2S 3 2 X4 0 6 VINO BARO- METER (MBS) AIR TEMP DEG C DIP SPEED DRY BULB WET BULB VIS DYN CODE HT 22 14 239 09.0 09.0 971.10? MESSENGER TIMF OS.O 00 CAST NO. DEPTH TEMP 4 6.06 9 6.04 1? 5. as 15 5.18 IB 4.31 21 2.82 23 2.05 ?<» 1.65 3? 1.33 3S 1.14 38 1.04 43 1.09 49 0.5S 5? 0.41 5S 0.30 60 0.00 68 0.69 7B 1.05 ai 1.06 R4 0.98 8fl 0.80 100 0.86 104 0.86 127 0.70 130 0.63 151 0.3S 155 0.31 160 0.28 175 0.15 179 0.10 1B7 0.06 193 0.20 199 0.68 207 0.9S 227 1.82 235 1.97 255 2.44 263 2.59 ?77 2.89 ?H5 3.04 306 3.22 3?9 3.61 336 3.61 351 3.61 357 3.61 380 3.63 387 3.69 400 3.78 408 3.87 451 4.27 454 4.27 SAL 32.530 32.530 32.400 32.450 32.350 32.500 32.720 32.740 32.700 32.770 32.820 32.770 32.770 32.800 32.800 32.760 32.840 32.870 32.940 33.060 33.020 33.050 33.070 33.150 33.200 33,290 33.300 33.200 33.370 33.390 33.380 33.630 33.750 33.800 34,180 34,170 34,350 34.370 34.450 34.520 34.550 34.640 34,640 34,64 0 34,640 34,6S0 34.670 34.700 34.720 34.830 34.830 SIG-T 25.62 25.62 25.54 25.66 25.68 25.94 26.17 26.21 26.20 26.28 26.32 26.28 26.30 26.34 26,34 26,32 26.42 26.45 26,51 26,61 26.57 26,60 26,61 26,67 26.71 26,76 26,77 26.70 26.83 26.84 26.83 27.02 27.09 27.11 27.35 27.34 27.44 27.45 27.48 27,52 27,53 27.57 27.56 27.56 27.56 27.57 27.58 27. S9 27.60 27.65 27.65 121 Table III. Observed oceanographic data from stations occupied by USCGC ROCKAWAY, 20-28 May 1971, pre- pared from NODC Listing No. 31-8245.— Continued L4TITII nr lONCITunF "^T AT ION T IMF (r,MT ) STiTION un. 0»v HQ. vF&P i>jiiMnrp UU T7.0-' Ofcfl <^ft.?W OS ?7 Oh.? 1Q7I 10.n 09.0 <97K0Sfl MESSFNGFR Tlxr OS.? rasT NO. Q 5.3? 32.590 25.77 n S.J? 32.590 ?5.77 11. 5.09 32.530 25.74 i' 4.73 3?.S30 25.79 70 4.16 3?. 460 25.79 ?? J.6? 3?. 290 25.79 ?S 1.74 3?. 730 ?6.?0 ?« 1.46 3?. 790 ?6.?6 31 1.3? 32.«10 ?6.?9 33 i.ia 32.n20 ?6.31 41 1 .00 32.920 ?6.32 44 0.45 32.690 ?6.?4 4^. 0.05 32.990 ?6.43 4Q 0.00 32.990 ?6.42 S3 0.?1 32.920 26.39 M 0.H6 32.970 26.53 Tfl 0.9fl 33.100 26.64 ni 1 .00 33.120 ?6.65 04 1.0? 33.1?0 26.66 9n 1.01 33.060 26.60 101 0.99 33.190 26.70 104 0.97 33.210 26.73 127 0.6? 33.?30 26.73 130 0.63 33.310 26.79 1S3 0.?7 33.470 26.91 15* 0.?? 33.470 26.91 17*. 0.16 33.590 26.99 I7<> 0.17 33.600 26.99 ?01 0.35 33.700 ?7.07 ?03 0.39 33.730 ?7.08 2in 0.69 33.950 27.17 ??? 0.95 34.0?0 27.29 ??» 1 .16 34.090 27.12 ?3? 1.39 34.090 27.31 it.!. 1.47 34.160 27.36 ?47 1.67 34.?10 ?7.39 ?50 1.74 34.??0 27.39 ?'i3 1.77 34.?60 27.42 260 ?.02 34.310 27.44 ?66 ?.05 34.340 27.46 271 ?.?7 34.410 27. SI 777 ?.68 34.600 27.62 Jfll ?.B6 34.560 27.59 303 3.49 34.750 27.66 30'5 3.59 34.750 27.66 3?7 3.72 34.760 27.65 330 3.73 34.790 27.69 353 3.94 34.940 2».69 356 3. 99 34.830 27.68 37» 4.25 34.900 27.71 3ni 4.20 34.920 27.71 401 4.3fl 34.940 27.72 40S 4.40 34,940 27.72 45? 4.45 34.960 27.73 4SS 4.47 34.970 27.74 501 4.44 34.990 27.75 5oa 4.44 34.990 27.75 5S1 4.4S 34.990 ?7.75 557 4.45 34.990 ?7.76 601 4.40 34.990 ?7.76 601 4.40 34.990 27.76 654 4.36 14.990 27.76 66? 4.35 14.990 ?7.77 701 4.31 34,990 ?7.77 70Q 4.30 34.990 ?7.77 756 4.?3 14,990 27.77 761 4.?? 14.990 27.77 RO? 4.13 14.990 27.79 Kin 4.13 14.990 ?7.79 R54 4.1? 14.990 ?7.79 n6! 4.1 1 14.990 ?7.79 1 3 4.11 34,970 27,79 ■551 4.10 34.970 27.79 q5Q 4.11 14.990 27.79 11(11 4.11 14.970 ?7.79 122 Table III. Observed oceaiiographic data from stations occupied by USCGC ROCKAWAY, pared from NODC Listing No. 31-8245.— Continued 20-28 May 1971, pre- LflTIT lOF 1 nh GITUHF i^. T ^T ION T lur (f.MT 1 •^J&l lO'l «n. nav HW , vFAD fJUMRFR ui, I'.fl- ne.P (.1 .qw OS ?7 oo.n 1 T 7 X^i n 6 **TNn RflRO- urTFO flIR TTMP flFG C mo <;PFFn DRY PULR WFT flULO VIS CnoF ?1 17 ?4S 10.0 09,1 071 .046 MF<;<;FigGFO ■; S.hiS 32.630 2S.75 q S.6S 32.640 2S.7S 11 S.56 32.600 2S.74 M 5.3n 32.650 2S.79 IS S.07 32.4S0 2S.67 in 3.71 32.440 2S.81 ?1 3.01 12. S20 2S.93 ?4 2.27 32.430 2S.92 27 1.30 32.660 26.17 1? 0.93 32.730 26. 2S 3A 0.81 32.740 26.27 5<1 0.3H 32.790 26.33 5? 0.24 32.7S0 26.30 5MT) VFAP ST AT ION "n. DAY HP. NKMHFP <.i. ?Q.6N fl'.n ?>..?w ns ?7 11 .0 1P71 1 mm ofpth TO ROTTOM WAVF 0RSFRV4TI0VJS WFATHEO rnnf rioun roDFS nip Mr,T PFP SFA TYPE AMY . in*^* ai 1 ? tit n A wiNn R»pn- MFTFP (MRS) »tP TEMP OFG C nw <;RFEn DRY RULR WET RULR VIS COOF OYN HT ?1 IS ?A1 08.0 07. fl 970. 9R3 MF-i-^FNGEP CAST DEPTH TEMP SAL 5IG-T TIMF NO. 11 .0 4 6.15 32.820 25.84 1? 6.09 32.820 25.84 00 .ft IS 6.05 32.810 25.84 IR 5.74 32.500 25.63 ?0 3.?ft 32.080 25.56 ?3 1.70 32.660 26.15 ?5 I.?6 32.830 26.31 ?R 1.03 32.820 26.32 31 0.89 32.870 26.37 34 0.80 32.840 26.35 47 0.04 32.850 26.40 4n 0.94 32.920 26.49 51 1.09 33.020 26.57 53 I. 16 33.010 26.57 5ft l.Pft 33.120 26.66 ft9 0.89 33.430 26.90 73 0.07 33.690 27.08 7ft 0.47 33.720 27.07 7R 1.07 33.620 26.96 81 0.47 33.360 26.79 44 0.?6 33.660 27.04 87 0.24 33.680 27.06 90 0.52 33.960 27.26 93 1.43 33.780 27.07 9«, 1.47 34.190 27.39 98 ?.25 33.980 27.16 in? 2.14 33.970 27.16 105 2.38 34.060 27.22 , lOB 2.98 34.280 27.34 11? 4.04 34.350 27.29 115 4.12 34.200 27.17 IIR 3.94 34.190 27.18 I?3 3.83 34.240 27.23 l?ft 4.03 34.330 27.27 1?9 4.25 34.390 27.30 13? 4.66 34.540 27.37 135 4.93 34.450 27.27 140 4.85 34.410 27.25 148 4.54 34.450 27.31 151 4.60 34.490 27.34 154 4.70 34.580 27.40 157 4.85 34.570 27.37 IftO 4.90 34.580 27.38 16ft 4.79 34.580 27.39 I7ft 4.93 34.640 27.43 170 4.94 34.670 27.44 ?ni 4.97 34.730 27.49 20ft 4.94 34.730 27.50 ?n9 4.92 34.740 27,50 ??7 5.23 34.880 27.58 ?33 5.39 34.880 27.56 ?44 5.38 34.920 27.59 ?49 5.59 34.970 27.60 ?54 5.55 34.940 27.58 ?ftn 5.47 34.930 27.59 ?7^ 5.65 35.030 27.65 285 5.93 35.090 27.66 306 5.95 35.080 27.65 316 5.99 35.100 27.66 327 5.85 35.030 27.62 359 5.48 35.040 27.68 379 5.17 35.020 27.70 400 5.03 35.020 27.71 421 4.99 35.0 30 27.73 441 4.92 35.010 27.72 46? 4.87 35.050 27.75 483 4.93 35.050 27.75 504 4.74 35.030 27.75 52ft 4.65 35.030 27.76 568 4.51 35.020 27.77 590 4.44 35.020 27.78 613 4.39 35.010 27.78 63ft 4.36 35.010 27.78 657 4.37 35.020 27.79 687 4.31 35.010 27.78 707 4.26 35.010 27.79 73? 4.24 35.010 ?7.79 75ft 4.?3 35.010 27.79 780 4.16 34.990 ?7.79 804 4.05 34.980 27.79 827 4.04 34.990 ?7.80 871 3.98 34.980 27.79 S91 3.97 34.980 27.80 911 3.94 34.970 27.79 931 3.91 34.970 27.80 951 3.88 34.970 27.80 97? 3.87 34.970 27.80 If)?!) 3.89 34.9«0 27.80 1046 3.88 34.970 27.80 124 Table III. Observed oceaiiographic data from stations occupied by USCGC ROCKAWAY, 20-28 May 1971, pre- pai-ed from NODC Listing No. 31-8245.— Continued L>TIT. nr LONn ITIJOF <;T«TinN TIMF (GMT) YF4R «;T4TT0N xn. n4Y HR • NUMRFR 1.1, ?«>.«N 0<.B m.iw OS ?7 16. <. 1<»71 linn? nfPTH TO •OTTOM wAvr OR^FRViTIONS WE4THEP ronE CLOUD rODF"; DIP Hr,T PEP SFA TYPE 4MT. 11*1 ?o 1 ? m. 0 6 WIND R4R0- MFTFR »IP TFMP OEG C nio <;pFFn RULB WET HULR VIS CODE DYN HT ?5 19 ?41 11. "^ 11.3 971.017 MESSFMGEP r4ST DEPTH TFMP SAL SIG-T TIT NO. 14 6 f> 9.40 33.100 25.59 1' 9.37 33.110 25.60 00 7 14 9.34 33.100 25.60 ?n 9.20 33.130 25.65 ?3 7.39 32.040 25.07 P*- 3.flS 32.960 26.20 ?9 3.«7 33.640 26.75 3? 4.79 34.110 27.02 3"; 6.2B 34.760 27.35 37 8.^2 35.120 27.31 40 9.13 34.690 26.87 43 9.18 34.700 26.88 4S 9.3S 34.780 26.91 49 R.fl9 34.410 26.70 s? fi.63 34.820 27.06 S4 «.9fl 34.820 27.01 ^0 9.34 34.910 27.01 63 9.3S 34.820 26.95 66 9.26 34.860 26.99 69 9.34 34.900 27.01 74 9.3S 34.880 26.99 77 9.14 34.720 26.90 flft 8.7S 34.790 27.02 91 fl.91 34.940 27.11 94 9.03 34.830 27.00 97 8.86 34.850 27.05 100 8.95 34.910 27.08 103 8.94 34.870 27.05 106 8.80 34.820 27.04 11? 8.80 34.840 27.05 120 8.19 34.760 27.08 1?3 8.04 34.680 27.04 126 7.70 34.610 27.03 129 7.43 34.630 27.09 132 7.10 34,570 27.09 13fl 6.72 34.520 27.11 140 6.16 34.330 27.-03 143 5.66 34.450 27.19 149 5.67 34.520 27.24 ISl 5.94 34.670 27.32 1S4 6.07 34.590 27.25 1S7 5.93 34.430 27.14 160 5.69 34.49fl 27.22 174 5.41 34.510 27.26 177 5.67 34.690 27.38 IflO 6.20 34.880 27.46 1«3 6.47 34.750 27.32 200 6.78 34.810 27.32 ?03 6.62 34.640 27.21 ?1? 6.09 34.660 27.10 21'; 6.03 34.660 27.31 221 5.58 34.580 27.30 ??4 5.17 34.490 27.27 226 4.89 34.510 27.32 229 4.83 34.560 27.37 23? 4.95 34,680 27,45 235 5.40 34,810 27,50 23B 5.53 34,730 27,42 24 T 5,47 34,700 27,40 25? 5.78 34,770 77.45 254 5.78 34.730 77.45 277 5.18 34,740 77.47 280 5.18 34,750 27,48 307 5,29 34.860 77,55 306 5.44 34,910 77,58 3in 5.56 34,970 77,57 325 5,64 34,950 77,58 3?0 5,57 34,910 77,56 35? 5,33 34,940 27,61 355 5,34 34,930 77,60 35« 5,32 34,970 77,60 377 5,0? 34,9?0 27.63 383 5,03 34,930 77.64 397 5.11 34,960 77,66 407 5.00 34,940 77.66 40« 5.01 34.950 27.66 454 5.33 35.030 27,69 465 5,36 35,050 77,69 479 5.23 35,050 77,71 5in 5.26 35.060 77,71 53<. 5,18 35.060 77,73 56A 5,07 35,050 77,73 59>, 4,93 35.050 77,75 655 4,66 35.020 27.75 «.84 4,55 35.010 27.76 717 4,49 35,010 27,76 74" 4,44 35,000 27,76 7f,9 4,39 35,000 27,77 790 4,35 35,000 27,77 858 4,30 34,990 27,77 BB7 4,77 34,990 27,77 91>, 4,73 34,990 77,78 945 4,77 34,9qo 77,78 1004 4,19 35,000 77,79 1 Oil 4,18 34,990 77,79 125 Table III. Observed oceanographic data from stations occupied by USCGC ROCKAWAY, 20-28 May 1971, pre- pared from NODC Listing No. 31-8245. — Continued I'TITl lOF LONGITIinF <;T«Tinki TTMF (r,MT) ST4TI0N "0. n«v HP. YF«R NIIMBFP '.'. 2';.7K 047 (tQ.HW OS ?7 17. IS 1^71 11003 nfPTH rn WIVF OP«;fov»TIOkj«, WEITHFP ronF CLOUD rODFS BOTTnM DIO Hf.T PFP SF» TYPF «MT. ^t,■>% ?1 1 ? <4 n IS 'iiTign R4R0- MFTFB (MB^) AIP TFMP OEG C mo <;PFEn DBY RDl R WFT RIILR VIS cone HT ?4 IS ?<,? 11. 1 11. n 971. 0?B ESSFNGFR r«ST nFPTH TI«F NO. TFMP SAL sir,-T 17 • f. ? 10. lis 3?.9?0 ?S,33 10 10.1? 32.940 25,35 00 .6 n 10.07 32.940 25,36 ift 10.04 32.950 25,37 in 9.?0 32.390 25,07 ?) 6.40 32.490 ?S,S5 ai IS.ll 33.010 ?6,00 ?ft S.94 32,800 25, B5 ?Q 5.16 3?.flflO ?6,00 31 5.14 33.130 26. ?0 34 S.Ofl 32.920 26,04 37 4.67 33.090 26, ?2 40 4.?9 33.nB0 26,26 43 3.60 33.140 ?6,38 4f, 3.57 33.290 26.50 4Q 3.?? 33.340 26. S7 5? 3.06 33,050 26.35 S4 2.?? 33.190 26.53 57 ?.30 33.530 26,79 ftO ?.69 33.590 26, «2 '.3 3.30 33. SOD 26,92 6*. 3.4? 33.710 26. B4 71 3.90 33.760 ?6,«4 77 3.«« 33.760 26, B4 «0 3.97 33.940 26,97 S? 4.10 34.050 27,05 fl"; 4. SI 34.210 27,13 91 5.03 34.230 27,09 93 S.OS 34,0fl0 ?6.97 100 4.44 33,960 26,94 103 4.74 34.4flO 27,32 lOA 5. on 34,300 27,13 110 4.9] 34.360 27,21 113 5.?? 34,480 27,26 Ilf 5.4S 34,510 27.26 119 5. SI 34,4S0 27.20 1?? S.33 34,360 27.15 1?S S.Sl 34.660 ?7.37 1?R S.9? 34.630 ?7,30 n? S.90 34,540 27,23 ns S.3S 34,370 27.16 I3« 5.16 34,500 27,28 144 S.?0 34,640 27,39 I4IS 5.56 34.730 27,4? 149 5.67 34,640 27,33 1S7 5.6? 34,570 27. 28 IS* 5.39 34,510 ?7.?7 ISO 5.30 34,590 ?7.34 1».7 S.67 34,6fl0 77.37 174 5. 7? 34,630 27.3? 177 5.51 34,61 0 ?7.33 179 5.43 34.630 ?7.36 ?n? 5.37 34.6R0 ?7.40 ?o«; 5.34 34.660 ?7.19 ?10 5.?9 34.660 ?7.40 218 5.10 34.640 27.41 221 4. 88 34,480 27.30 22S 4.66 34.610 27.43 227 4.64 34.620 ?7,44 230 4.80 34.810 27,57 236 5.35 34.860 27,55 239 5.44 34.810 27,50 250 5.99 35.030 27.60 254 6.22 35,010 27.56 276 6.15 34.950 27.52 280 6.07 34,970 27,55 303 6.05 34.980 27,56 308 5,94 34.950 27,54 31? 5.78 34,900 27.52 316 5.51 34,870 27.54 325 5.38 34.890 27.57 330 5.32 34,930 27.60 354 5,88 35,060 27,64 357 5,91 35,050 27,63 376 5.74 35,020 27,63 384 5.57 35,000 27,63 398 5.?3 34,970 27.65 407 5.20 34,980 27.66 *2« 5.17 34,980 27.66 452 5.05 34,980 27.68 484 4,94 34,990 27,70 517 4,83 34.980 27,71 547 4,74 34.990 27.72 613 4,75 35.030 27.75 647 4,64 35.010 27,75 757 4,38 34.990 27,76 795 4,34 34.990 27,77 906 4.?1 34.990 27,78 94 3 4.15 34.980 27,78 1016 4.0? 34.970 27,78 104S 3.98 34,970 27,79 126 Table III. Observed oceanographic data from stations occupied liy USCGC ROCKAWAY, 20-28 May 1971, pre- pared from NODC Listing No. 31-8245.— Continued 1 AT 1 T iDf 1 ON r. T T 1 inr tiTATIO'I TTMF (GMT) STATION MO. n«v HR . yF«R MDMRFR ii, ??.1^i 01.7 lq.?v OS ?7 ?n.^ 1071 1 inn*. nfPTH w«VF om<;fuv4T iOM=; WF«TMFR rooF rLnun conF<; OOTTO" DID Hr,T PFR SF/V TYPF AMT. 1hs« ?? 1 ? X(. n IS wiNn MFTFR (MBc;] OIR TFMP nFG c niR ■^OFFO DRY WFT RULR VIS CODF DYN HI ?3 !S ?^n 11. S 11. s 071.049 MFSSFNGFR C4ST OFPTH TFMP 5»L Sir,-T TI-'F NO. ?(! »■ 1 lO.flft 3?. 910 25.20 n 10. 7S 3?. 920 25.23 on '- 1? 10. SO 32.R40 25.21 li. 0.46 32.410 25.04 17 7.?1 32.570 25.51 20 S.R7 32.fl00 25. RS ?■< S.30 33.010 26. OR ?7 4.R0 32.990 26.13 TO 4.01 33.390 26.43 31 6.07 33.7ft0 26.60 ■". 6.16 33.420 26.31 30 6.36 33.940 26.70 . i? 6.50 33.460 26.30 ItU 4.03 33.200 26.28 SI 3.7fl 33.500 26.64 SI 4.?? 34. ORG 27.06 s«> 4.n3 33.920 26. R6 so S.ll 33.940 26. R5 >>? S.OR 34.020 26.91 '-i. 5.77 34.410 27.14 67 S.06 34.070 26.85 70 5.51 33.990 26.84 73 5.7? 34.5S0 27.28 7^ 7. IS 34.790 27.25 70 7.?fl 34.530 27.03 . «? 7.?? 34.620 27.11 flS 7.6B 34.740 27.14 HR 7.67 34.600 27.04 01 7.4R 34.540 27.01 Oi, 6.R0 34.300 26.01 09 6.?? 34.170 26.90 100 5.72 34.270 27.04 103 S.IR 34.040 26.92 lot, 5.36 34.650 27.38 lOO S.fll 34.390 27.12 11? 5.33 34.1R0 27.01 117 4.R0 34.2S0 27.14 I?o 4.R3 34.120 27.02 1?3 3.77 33.650 26.76 1?^ ?.63 33.R90 27.06 l?o ?.50 34.140 27.26 13? 3.60 34.050 27.72 134 4.?6 34.480 27.37 137 4.53 34.440 27.31 140 4.56 34.590 27.42 143 5.07 34.690 27.44 146 5.0« 34.220 27.07 140 4.53 34.340 27.23 ISP 4.SR 34.590 27.42 ISS 4.77 34.470 27.31 ISO 4.65 34.350 27.23 16? 4.35 34.300 27.29 16S 4.?S 34.510 27.40 I6« 4,47 34.620 27.46 171 5.01 34.910 27.62 173 5.40 14.800 ?7.49 176 5.63 34.730 ?7.41 179 5.66 34.710 ?7.39 18? 5.63 34.670 ?7.36 190 5.28 34.680 ?7.41 200 S.4S 34.710 ?7.4l 203 5.34 34.670 27.40 ?1I 5.47 34.770 27.46 ??6 5.?0 34.730 27.46 2?9 5.24 34.7?0 27.45 247 4. SO 34.680 27.50 249 4.53 34.710 27.53 ?53 4.69 34.810 ?7.59 ?5S 4.80 34.820 ?7.58 259 4.83 34.690 27.47 261 4.63 34.710 27.51 277 4.65 34.790 27.57 280 4.66 34.790 27.57 305 5.05 34.800 ?7.61 309 5.07 34.900 ?7.61 326 s.ni 34.880 ?7.61 331 4.98 34.890 ?7.62 35? 4.78 34.920 ?7.66 357 4.9? 34.950 ?7.67 377 4.97 34.940 27.66 381 4.97 34.950 ?7.66 403 5.09 34.990 ?7.69 406 5.11 35.000 27.69 4S1 4. 95 34.980 ?7.69 503 4.03 35.020 ?7.72 S?fl 4.99 35.040 27.73 554 4.81 15.000 27.72 66? 4.38 34.980 ?7.75 696 4.33 34.970 ?7.76 766 4.?3 34.970 27.76 799 4.?0 34.960 ?7.76 90? 4.14 34.960 ?7.76 936 4.1? 34.960 ?7.77 lOOS 4.11 34.960 ?7.77 1037 4.08 34.960 ?7.77 127 Table III. Observed oceanographio data from stations occupied by USCGC ROCKAWAY, 20-28 May 1971, pre- pared from NODC Listing No. 31-8245. — Continued 1 MI Ti nr 1 iiNr. I Ti 1 It ^ I (MI on I IMF - I nT lOM UO. Oft Y HU , yF »u MlMBru ui. 1 <.. n- n'.7 n*,.^w !!■; ?« nn.? 1 TTI I inn"; w«vr nnnrovsT inM"; rnnt ri oiin rciDF'^ 11 1 ^ nr.i Pf 0 cr ft r YPF a-T. loTi ? 1 ( p "« n <. ,.' ' N'l iiaun- (MM<; 1 nrr, r nju .q7 14.600 ?7.13 9? 7.1? 14.4B0 ?7.n2 14 f..f><5 14.?i,0 ?6.Bfl IT s.q7 14.040 ?6.B? 100 S.ft? 14.?S0 ?7.03 im S.II 34.1?0 ?6.<}<> ins S.06 14. 160 ?7.03 inq 4.f>4 14.110 ?7.03 111 4.f,ft 14.?00 ?7.10 114 4.9B 14.3?0 ?7.16 117 4.BS 14.100 ?7.01 i?n 4.S7 14.?flO ?7.1? 1?T 4.f,? 14. ISO ?7.?3 12IS S.17 14.1flO ?7.10 1?B S.ll 14.110 ?7.14 ni s.n7 14.410 ?7.?<, 114 S.1i.nh 14.760 ?7.1R 17? f..?l 14.6S0 ?7.?7 I7S h.l? 14 .460 ?7.n 177 S. 7ft 14.S10 ?7.?4 inn S.^7 14.410 ?7.17 1«1 IRA IM lO? 194 197 300 ?Oft 209 ?n ?is 2?1 ??« ?2fl 231 23« ?4S 251 2S4 25ft 259 262 265 26K 270 276 279 30? 309 31? 327 329 33« 354 357 365 37fl 3fll 401 404 451 453 457 501 505 550 554 604 607 65? 655 703 706 753 756 766 BOl R04 «53 R57 90? 905 951 955 1001 1043 5.38 5. BO 6.37 7.21 7.24 7.03 6.92 6. BO 6.6B 6.3S 70 60 55 35 10 OS 5.05 5.65 5.70 5.fl3 S.BB 5.78 5.67 5.65 40 15 07 08 S.40 88 10 02 06 BO 46 41 2S oo 5. OS S.02 5.02 5.02 S.U 5.24 S.S4 5.55 5.07 5. OS 4.83 4.78 4.58 4.56 4.48 4.47 4.40 4.40 4R 27 26 2? 21 18 18 4.1? 4.10 4.04 3.04 14.710 34.770 14.070 35.000 34.880 34.840 34.820 34.700 34.750 14.610 34.510 34.650 34.620 34.SI0 34.580 34.610 34.670 34.780 34.820 34.810 34.820 14.710 34.700 14.770 34.620 34.670 34.700 34.730 34.850 3S.100 35.010 34.050 34.040 34.030 34.000 34.880 34.840 34.870 34.850 34.000 34.000 34.040 35.040 35.010 35.060 15.060 35.000 35.000 34.000 34.960 34.960 34,9S0 34.950 34.060 34.070 14.080 14.0SO 34.030 34.940 34.040 34. 040 34.040 34.040 34.030 34.030 34.030 34.O?0 27.42 27.42 27.51 27.48 27.32 27.11 27.31 27.31 27.29 27. ?2 27. ?2 27.35 ?7.34 27.27 27.36 27.18 27.43 27.45 27.46 27.45 27.45 27.37 27.45 27.44 27.35 27.42 27.47 27.49 27.53 27.67 27.57 27.54 27.53 27.54 27.57 27.56 27.55 27.59 27.58 27.62 27.62 27.65 27.72 27.68 27.68 27.68 27.69 27.69 27.71 27.70 27.72 27.71 27.72 27.73 27.73 27.74 27.72 27.73 27.73 27.74 27.74 27.74 27.74 27.74 27.74 27.75 27.75 128 Table III. Observed oceanographic data from stations occupied by USCGC ROCKAWAY, 20-28 May 1971, pre- pared from NODC Listing No. 31-8245. — Continued L«TITl lOF 1 ONf.ITIinF <;t«tion ti'^f YEAR STATION "0. n«v HP, NUHRER ftfc n."'N 0u, 7 1<»71 lioni^ npPTM wivr or<;f'>v»t in-gs XFSTHEB rooE CLOUO COOES noTT'i" nio Mr,T PFO ^F« TYPE »MT. ^qOQ ?«; ^ ? «* 0 f, WIN" "FTFR *I» TEMP DEG C njR <;pFeo DRY BULR WET niJLR VIS CODE OYN HT ?1 17 ??<» n.i !?.« 071. ?0* MFS-^FNGEO r«ST OEPTM TEMP S»L SI6-T TT "f NO. 04 .7 n I?. 11 33.790 ?5.65 in U.iSA 35.150 ?6.18 on .7 ?n 14.10 35.?50 ?6.38 30 13.74 35.380 ?6.55 so n.66 34.760 ?6.49 s«« Il.«4 35.110 ?6.7? 6? 11.90 35.300 ?6.86 75 1?.<>? 35.440 ?6.77 7«» 13.03 35.430 ?6.74 HI 1?.S7 35.400 ?6.«1 95 12.74 35.460 ?6.8? 100 ia.70 35.450 ?6.8? IPS l?.6f) 35.480 ?6.85 uo 12. S3 35.480 ?6.88 150 1?.S9 35.510 ?6.89 200 9.31 34.860 ?6.98 2IS «.87 34.930 ?7.10 ??0 9.16 34.880 ?7.0? ??7 9.11 34.880 ?7.03 ?«9 10. ?8 35.170 ?7.06 ?50 10. ?7 35.160 ?7.05 254 9.96 35.300 ?7.?1 ?63 10.53 35.1?0 ?6.97 300 s.ni 34.900 ?7.n9 31? 6. 54 34.580 ?7.17 3?6 7.79 34.890 ?7.?4 350 6.51 34.630 ?7.?? 370 8.31 35.060 ?7.?9 39«V 5.34 34.600 ?7.34 400 5.13 34.540 ?7.3? 440 7.09 34.990 ?7.4? 475 5.6? 34.840 ?7.50 409 S.79 34.800 ?7.44 491 5.61 34.830 ?7.49 500 5.75 34.910 ?7.53 50^ 5.«9 34.940 ?7.54 590 5.01 34.880 ?7.60 »00 5.0? 34.890 ?7.61 A20 5.0? 34.910 ?7.63 660 4.9? 34.9?0 ?7.65 675 5.?5 35.000 ?7.67 695 5.19 34.990 ?7.67 700 5.?1 35.000 ?7.68 715 5.?9 35.030 ?7.69 7R0 4.fl5 34.970 ?7.69 noo 4.9? 34.990 ?7.70 HI I 4.94 35.000 ?7.71 900 4.33 34.9?n ?7.71 9nn 4.17 34.910 ?7.7? 1000 4.?? 34.910 ?7.7? 10S0 4.31 34.930 ?7.7? 1010 4.03 34.9?0 ?7.75 129 ss2-lK'^