C ?^.;i>oA .3:?^/ WORL^ Oct :NNSYLVAr-^iA STATE UNfVE,'^S<'TV 0 ,-• ,' ^ .'-' ^ JMEMTSCOLLECTfOM CHA World Data Centers conduct interna- tional exchange of geophysical ob- servations in accordance with the principles set forth by the Inter- national Council of Scientific Uni- ons. WDC-A is established in the United States under the auspices of the National Academy of Sciences. Digitized by the Internet Archive in 2012 with funding from LYRASIS IVIembers and Sloan Foundation http://archive.org/details/catalogOOworl WORLD DATA CENTER A Oceanography CATALOGUE OF DATA CHANGE NOTICE NOS. 46 AND 47 (1 JANUARY- 31 DECEMBER 1990) WORLD DATA CENTER A Oceanography Washington, D.C. October 1991 ABSTRACT This change notice lists and describes all data received by WDC-A, Oceanography during the period 1 January - 31 December 1990. It supplements the original six-volume Catalogue of Data, which includes Change Notice Nos. 1-16. The types of data catalogued include oceanographic station data, bathythermograph data, current measurements, biological observations, meteorological observations, and sea surface measurements. An Alphabetical Index of ship names and a Geographical Index of ocean areas assist the user in selecting the required data. Publications are cross referenced by accession number with the WDC-A Catalogue of Accessioned Publications. 11 CONTENTS Page ABSTRACT ii WORLD DATA CENTER A iv PREFACE vi INTRODUCTION 1 HOW TO USE THE CHANGE NOTICE TO THE CATALOGUE OF DATA ... 2 How to Use the Alphabetical Index 3 How to Use the Geographical Index 3 How to Obtain Data from WDC-A, Oceanography 4 Data Exchange Policy of WDC-A, Oceanography 4 Acknowledgement of Data Sources 6 EXPLANATION OF THE ALPHABETICAL INDEX OF SHIPS AND FIXED STATIONS 7 EXPLANATION OF THE GEOGRAPHICAL INDEX 7 ALPHABETICAL INDEX . 8 GEOGRAPHICAL INDEX 14 NUMERICAL LIST OF COUNTRIES 2 0 LIST OF INITIALS OF DATA CENTERS 21 INDEX OF COUNTRIES AND INSTITUTIONS CONTRIBUTING DATA TO WDC-A, OCEANOGRAPHY DURING THE PERIOD 1 JANUARY - 31 DECEMBER 1990 22 EXPLANATION OF WDC-A, OCEANOGRAPHY DATA INFORMATION SHEET 25 REMARKS 53 TRACK CHARTS 55 DATA HOLDINGS OF RNODC ' S AND SPECIALIZED DATA CENTERS ... 57 111 WORLD DATA CENTER A World Data Center A consists of the Coordination Office and nine subcenters: World Data Center A, Coordination Office National Academy of Sciences 2101 Constitution Avenue, N.W. Washington, D.C. 20418, U.S.A. Telephone; (202) 334-3368 GLACIOLOGY (SNOW AND ICE) ; World Data Center A, Glaciology (Snow and Ice) Cooperative Institute for Research in Environmental Sciences University of Colorado Boulder, Colorado 80309, U.S.A. Telephone (303) FTS 492-5171 320-5311 ROCKETS AND SATELLITES; World Data Center A, Rockets and Satellites Goddard Space Flight Center NASA, Code 601 Greenbelt, Maryland 20771 U.S.A. Telephone; (301) FTS 344-6695 344-6695 METEOROLOGY (AND NUCLEAR RADIATION) ; World Data Center A, Meteorology National Climatic Data Center NOAA Federal Building Asheville, North Carolina 28801 U.S.A. ROTATION OF THE EARTH World Data Center A, Rotation of the Earth U.S. Naval Observatory Washington, D.C. 20390, U.S.A. Telephone; (704) FTS 257-0682 672-0682 Telephone; (202) 653-1529 OCEANOGRAPHY SEISMOLOGY World Data Center A, Oceanography National Oceanic and Atmospheric Administration Washington, D.C. 20235, U.S.A. Telephone; (202) FTS 606-4571 266-4571 World Data Center A, Seismology U.S. Geological Survey, MS-967 Box 25046 Denver Federal Center Denver, Colorado 80225, U.S.A. Telephone (303) FTS 236-1510 776-1510 IV SOLAR-TERRESTRIAL PHYSICS (SOLAR AND INTERPLANETARY PHENOMENA. IONOSPHERIC PHENOMENA. FLARE-ASSOCIATED EVENTS. GEOMAGNETIC VARIATIONS. MAGNETOSPHERIC AND INTER- PLANETARY MAGNETIC PHENOMENA. AURORA. COSMIC RAYS. AIRGLOW) ; World Data Center A, Solar-Terrestrial Physics NOAA, E/GC2 325 Broadway Boulder, Colorado 80303, U.S.A. SOLID-EARTH GEOPHYSICS (TSUNAMIS. GRAVIMETRY. EARTH TIDES. RECENT MOVEMENTS OF THE EARTH'S CRUST. MAGNETIC MEASUREMENTS . PALEOMAGNETISM AND ARCHEOMAGNETISM. VOLCANOLOGY , GEOTHERMICS) : World Data Center A, Solid-Earth Geophysics NOAA, E/GCl 325 Broadway Boulder, Colorado 80303, U.S.A. Telephone: (303) 497-6323 FTS 320-6323 Telephone: (303) 497-6521 FTS 320-6521 MARINE GEOLOGY AND GEOPHYSICS (GRAVITY. MAGNETICS. BATHYMETRY. SEISMIC PROFILES. MARINE SEDIMENT AND ROCK ANALYSES) : World Data Center A, Marine Geology and Geophysics NOAA, E/GC3 325 Broadway Boulder, Colorado 80303, U.S.A. Telephone: (303) 497-6487 FTS 320-6487 V PREFACE The six-volume Catalogue of Data and the loose-leaf Change Notice Nos. 1-16, which have been integrated into the Catalogue^ now list all oceanographic data received by World Data Center A, Oceanography, from July 1957 through June 1975. The Catalogue has a loose-leaf arrangement of sheets, which have been punched for standard three-ring binders. It includes station location charts for many cruises. Beginning with Change Notice No. 17, each Change Notice is printed in a modified format as a separate, bound publication describing all data received during a particular six-month or one- year period. The six-volume Catalogue of Data, including Change Notice Nos. 1-16, continues to serve as a reference volume for data received from July 1957 through June 1975. Provision has been made in the modified format for correlating newly received data for a particular cruise with data previously received for that same cruise and already described in a prior Change Notice. The capability for identifying those data, which have been machine-processed by a national, regional, or responsible national oceanographic data center, has been retained in the modified catalogue format. In addition, this format provides a column for listing the catalogue number from the WDC-A, Oceanography, Catalogue of Accessioned Publications, thus identifying the published report in which the referenced data appear. Data gathered before the beginning of the IGY in 1957 are not usually catalogued by the World Data Centers. However, extensive collections of pre-IGY oceanographic data gathered by various countries are available through the facilities of this Center. These data for the most part are oceanographic serial station data, surface and related data available in automated form. Machine listings and magnetic tapes containing these data can be prepared upon request. WDC-A, Oceanography, welcomes suggestions for improved ways to present information in the Change Notices to the Catalogue of Data. It will make every effort to promptly correct any catalog- uing error or omission brought to its attention. VI INTRODUCTION The World Data Center system was established in 1957 to collect data from the numerous and widespread observational programs of the International Geophysical Year (IGY) under the principles set forth by the International Council of Scientific Unions (ICSU) and to make such data readily accessible for an indefinite period of time to interested scientists and scholars. The system consists of World Data Center A (WDC-A) located in the U.S.A.; WDC-B located in the U.S.S.R.; WDC-C located in Western Europe and Japan; and WDC-D located in the People's Republic of China. WDC-A is established under the auspices of the U.S. National Academy of Sciences, where the Coordination Office is located. WDC-A is divided into nine discipline subcenters whose addresses are given on pages iv and v. These centers are located in institutions which, in the opinion of the Academy, can best serve the interests of science because of their data-handling capabilities for the appropriate scientific disciplines. WDC-A, Oceanography, is collocated with the National Oceanographic Data Center (NODC) in Washington, D.C. After completion of the IGY program, ICSU delegated the responsibility for the operation of the World Data Centers to its Comite International de Geophysique (CIG) and subsequently to the ICSU Panel on World Data Centres. The framework for continued international exchange of oceanographic data is set forth in ICSU's Guide to International Data Exchange through the World Data Centres and the Intergovernmental Oceanographic Commission's (IOC's) Manual on International Oceanographic Data Exchange. The types of oceanographic data desired for inclusion in the World Data Center system are those from Declared National Programs (DNP's) and international cooperative expeditions. DNP's are those for which a nation intends to exchange the resulting data internationally. Data are to be exchanged internationally in accordance with provisions of the IOC's Manual and the ICSU Guide. Lists of National Oceanographic Programs (NOP's) are compiled by the various national committees on oceanography and submitted to the Intergovernmental Oceanographic Commission for dissemination. Contributors of oceanographic data to the World Data Center system and national committees on oceanography are urged to compare the Catalogue of Data with their Declared National Programs published in IOC information documents to determine whether the cruises actually completed agree with those listed and to ensure that the data resulting from them are transmitted to the World Data Centers in the manner prescribed by the IOC Manual and the ICSU Guide. Data need not be limited to those represented by DNP's or NOP's; WDC-A, Oceanography, welcomes additional data that fall within the framework of the ICSU Guide and the IOC Manual and that contributors may wish to include in the World Data Center system. HOW TO USE THE CHANGE NOTICE TO THE CATALOGUE OF DATA Catalogue Numbering System The catalogue numbering system uses groups of numbers and letters to designate identifying references for purposes of data archiving and retrieval. A catalogue number consists of numerals for the assigned: series, country, institution, ship and cruise. Series — The catalogue numbering system is divided into basic groups called series. At present, these consist of the 100 series for data from ships and other mobile platforms and the 200 series for data from shore and fixed stations in the following categories: a. Coastal and island stations. b. Near shore manned stations; i.e., lightvessels and platforms. c. Offshore manned stations; i.e., ocean weather ships. d. Unmanned stations; i.e., automatic buoys. e. Stations on shipping routes. f. Offshore reference stations visited regularly. g. Cables in use for oceanographic observations. h. Repetitive drifting observations; i.e., ice islands, drifting buoys. Country — A list in the Indexes section includes all countries and institutions from which this Center has received data during this period together with their discrete identifying numbers. The series and two-digit country number comprise the first three digits of the catalogue number. Example: For country number 1, Argentina, data from ships and mobile platforms are catalogued as 101, and data from shore and fixed stations as 201. NOTE: The designations of countries used in this catalogue do not imply the expression of any opinion whatsoever on the part of this Center concerning the legal status of any country or territory, or of its authorities, or concerning the delineation of the frontiers of any country or territory. Institution — An institution which contributed data, either directly or through its designated national agency or national, regional or specialized oceanographic data center, is assigned a decimal number following the series/country number. Example: The number 101.01 is assigned to data taken by ships and mobile platforms and received from the Argentine Servicio de Hidrografia Naval, and the number 201.01 is assigned to data taken at shore and fixed stations and received from the same institution. Ship — Each ship, or in some instances a group of ships operating together, is assigned a letter following the series/country/ institution number. The letter is followed by a number assigned to the particular cruise as the data are received. NOTE: The term "cruise" is used in this catalogue to define, whenever possible, the beginning and ending dates of a series of data collected by a ship, usually identi- fied by the contributing institution with a cruise name and/or number. Sometimes it is necessary to group together several series of data from one or more ships under one catalogue number. Example; The first cruise data received from the Argentine Servicio de Hidrografia Naval are from the ship CAPITAN CANEPA, which is assigned the letter A, followed by the number 01, thus A-01; the second cruise is A-02, the third A-03, etc. Thus, the catalogue numbers 101.01 A-01, A-02, A-03, etc. A similar system is used in the 200-series for ships but is not applied to lightvessels and fixed shore stations; for the latter the ship/cruise identifier is omitted. For these categories, the series/country/ institution numbers are given, but the lightvessel 's or station's name must be added instead of the ship/cruise number to complete the catalogue identification. Example: The Canadian station at Triple Island is identified as: 206.03 Triple Island. A shore station is listed under the country in or near whose territory it is located. If observations are carried out and the data contributed by an institution of another country, the observing country's name and institution are listed after the name of the country of location. How to Use the Alphabetical Index 1. Look up the name of the ship or fixed station in the Alphabetical Index where the related country/ institution/ship catalogue numbers are listed. 2. Look up, under the respective countries, the indicated Catalogue Numbers. How to Use the Geographical Index 1. Obtain the geographic area number and name from the Geographical Index Charts. 2. Look up the list of catalogue numbers of available data for the area in the Geographical Index. 3. Use these catalogue numbers to locate information about the types and amount of data available. How to Obtain Data from WDC-A. Oceanography When communicating with the Center for additional information concerning data, always refer to the specific catalogue numbers for data of interest to you. The catalogue numbers are designed to speed the identification and retrieval of the information or data you need. Address all correspondence to: Director World Data Center A, Oceanography National Oceanic and Atmospheric Administration Washington, D.C. 20235, U.S.A. If you telephone, the area code is 202. The Associate Director's number is 606-4571. The Data Archives number is 606-4571. If you wish to visit the Center, its office hours are from 6:30 a.m. to 4:00 p.m., Monday through Friday. The Center is not open on Saturdays, Sundays, and U.S. national holidays. If you wish the use of study space, you should, if possible, give the Center a day or two advance notice so that necessary arrangements can be made. There is no charge for the use of study space. Data Exchange Policy of World Data Center A^ Oceanography World Data Centers are held responsible for the provision of data and information to qualified requesters in the scientific community either in exchange or at a cost not to exceed that of processing and shipping. Unless a requester specifies otherwise, the Center is responsible for using the method which most satisfactorily reproduces the data or information item at the least cost. For certain types of requests, limitations in funding, personnel, or facilities may preclude direct or free provision of data or information by the World Data Center. Data exchanges between WDC-A, Oceanography and WDC's in the same discipline usually take place without charge for routine exchanges of mutually agreed-upon types of data received by WDC-A in internationally-approved data exchange formats and in readily reproducible media forms. Non-standard data types are not normally exchanged. The ICSU Panel has now recognized that it is not always economically feasible to copy large data sets from one WDC to another. For certain types of data, the exchange of inventories of available data in a WDC subcenter may be considered acceptable in lieu of the transfer of the actual data sets. In general, reasonably-sized requests from national or regional contributors to WDC-A, Oceanography may be considered as exchange, and equivalent data thus provided to the requester without charge. For requests for unusually large amounts of data, for specially formatted data, for derived data products, or for data to be obtained from outside the WDC system, WDC-A will normally be required to recover the costs of processing and shipping, or, at its discretion, may arrange for the request to be serviced by an RNODC or a regional, national, or disciplinary center. WDC— A may serve as an intermediary or coordinator for requests for unique types of data or data in other disciplines by placing the originator of the request in contact with the appropriate institution or disciplinary center. Normally, WDC-A, Oceanography considers its data exchange commitment with a cooperating Data Center to be limited to the servicing of those requests or routine updating requirements intended to build or enhance standard data bases operated by that Center for specific, mutually agreed-upon data types and geographical areas of national or scientific interest. If the availability of funding and resources permit, WDC-A also attempts to assist such cooperating Data Centers when they require special data sets for institutions that are performing project-related research for international climate and global change programs and/or that have historically contributed data to WDC-A, Oceanography through that Data Center. WDC-A, Oceanography is obliged, in any case, to follow the exchange and cost recovery policies of its sponsoring (funding) government agency, while attempting to maintain consistency with data exchange guidelines of the ICSU Panel on WDC's as published in the ICSU Guide. Data and information may be requested from WDC-A, Oceanography through NODCs, Designated National Agencies, or any other organization identified by national or international initiatives as responsible for communication with the World Data Centers. These materials may also be requested directly from WDC-A, Oceanography. Organizations, institutions, or individuals from Member States of the IOC may apply to the IOC Secretariat or UNESCO for possible assistance in funding their projects. Data Centers or institutions in the international community that have acquired an automated data set or specialized data product from WDC-A must be aware that the original data set may be updated from time to time, errors corrected, or spurious data deleted by the originating data center. Where duplicate data sets are deliberately held in this way, the holder is responsible for making regular contact, as required, with the originating center to check whether the old data set is still valid, whether it should be deleted, or whether new data are available. WDC-A bears no responsibility in the conduct of these arrangements, except as regards the provision of information in its role as a coordination and referral center. Acknovledcrment of Data Sources In many instances, data contributed to the Center are unpublished at the time of receipt. Unpublished data can be identified in the Change Notice by the absence of a publication number in the column entitled Data Center Reference Number. Accordingly, as stipulated by the Guide, recipients of copies of such data from the Center are reminded that the rights of the original investigators must always be respected. Thus, it is requested that if any data supplied by Center are published, due acknowledgment be made of the institution which undertook the original observations. To facilitate proper acknowledgment, the Change Notice indicates the originating institution. PART I CATALOGUE INDEXES EXPLANATION OF THE ALPHABETICAL INDEX OF SHIPS AND FIXED STATIONS This index presents in alphabetical order the names of the ships, lightvessels, platforms, and shore stations that are listed on the Data Information sheets. Ship or Fixed Station — The name of the ship, lightvessel, platform, lighthouse, shore station, etc. Names of ships and lightvessels are given in capital letters, with lightvessels identified by (LV) after their name. All others not so identified are shore or other types of fixed stations. Country -- The name of the country that used the ship to collect data, or the name of the country in or near whose territory fixed oceanographic stations observations were made. If the data were collected by an institution of another country, the contributing country is listed after the one where the observations were taken. Catalogue Number — The country and institution numbers and ship letter assigned to each ship are given in this column to facilitate locating data information in the catalogue. EXPLANATION OF THE GEOGRAPHICAL INDEX The Geographical Index is based on the divisions of areas shown on the three charts immediately preceding the Index. These divisions are defined in "Limits of Oceans and Seas," Special Publication No. 2 3 of the International Hydrographic Bureau, third edition, Monaco, 1953. To define the extensive areas of the Atlantic, Indian, and Pacific Oceans more specifically, the following subdivisions have been added: 23 - North Atlantic Ocean 57 - North Pacific Ocean 23a - Northeast Atlantic 23b - Northwest Atlantic 57a - Northwest Pacific 57b - Northeast Pacific 32 - South Atlantic Ocean 61 - South Pacific Ocean 32a - Southeast Atlantic 32b - Southwest Atlantic 61a - Southwest Pacific 61b - Southeast Pacific 45 - Indian Ocean SO - Southern Oceans 45a - Northwest Indian 45b - Northeast Indian 4 5c - Southwest Indian 45d - Southeast Indian South of latitude 50° South The catalogue numbers of ship cruises extending into any of the areas, or shore or fixed stations located in the areas, are listed under the area's number and name. 7 ALPHABETICAL INDEX SHIP OR FIXED STATION COUNTRY CATALOGUE NUMBER - A - ACONA U.S.A. 139.20 A ACT 3 UNITED KINGDOM 138.02 K ACT 4 UNITED KINGDOM 138.02 K ACT 6 UNITED KINGDOM 138.02 K ADELAIDE AUSTRALIA 102.06 A AKADEMIK KOROLEV U.S.S.R. 137.06 H ALBATROSS IV U.S.A. 139.23 D ALEXANDER AGASSIZ U.S.A. 139.08 H ALTAIR ■ MEXICO 125.03 C AMM. MAGNAGHI ITALY 123.06 C ANRO ASIA SINGAPORE 181.01 A ANRO AUSTRALIA AUSTRALIA 102.06 A ATLANTIS II U.S.A. 139.01 C AUSTRALIAN PROGRESS AUSTRALIA 102.06 A AVON GERMANY (Federal Republic) 114.01 R AWAZI - B - BAFFIN JAPAN 124.13 B CANADA 106.09 C BARTLETT U.S.A. 139.03 II BIOMAR I VENEZUELA 153.03 A BOGUS LAV U.S.S.R. 137.06 Y BORKUMRIFF (LV) GERMANY (Federal Republic) 214.01 BUCCANEER ECUADOR 110.03 A BURTON ISLAND U.S.A. 139.09 D BUSAN 852 KOREA 143.02 T 243.01 C - C - CANBERRA AUSTRALIA 102.06 A CANTERBURY NEW ZEALAND 127.02 A CAPE PILLAR AUSTRALIA 102.06 A CAPRICORNE FRANCE 113.03 H 113.18 B CARRILLO PERU 130.02 A CEDARWOOD CANADA 106.13 E CHARLES DARWIN UNITED KINGDOM 138.10 B CHOFU MARU JAPAN 124.10 D CIROLANA UNITED KINGDOM 138.05 C COLUMBUS VICTORIA GERMANY (Federal Republic) 114.01 R COLUMBUS VIRGINIA GERMANY (Federal Republic) 114.01 R COLUMBUS WELLINGTON GERMANY (Federal Republic) 114.01 R COOK AUSTRALIA 102.06 A CORIOLIS FRANCE 113.03 D 113.07 J - D - DAISETU JAPAN 124.13 B DARWIN AUSTRALIA 102.06 A ALPHABETICAL INDEX SHIP OR FIXED STATION COUNTRY CATALOGUE NUMBER DAVID STARR JORDAN U.S.A. 139.23 Y DAWSON CANADA 106.09 I DELAWARE II U.S.A. 139.23 P DERWENT AUSTRALIA 102.06 A DILKAFIA UNITED KINGDOM 138.02 K DISCOVERER U.S.A. 139.23 K DISCOVERY - E - ELBE 1 (LV) UNITED KINGDOM 138.05 B GERMANY (Federal Republic) 214.01 ELBE EXPRESS GERMANY (Federal Republic) 114.01 R ELGAREN SWEDEN 135.01 J ENDEAVOR U.S.A. 139.05 C ENDEAVOUR CANADA 106.19 F ESAN JAPAN 124.13 B ETIZEN JAPAN 124.13 B EVERGREEN - F - FEHMARNBELT (LV) U.S.A. 139.17 A GERMANY (Federal Republic) 214.01 FLINDERS AUSTRALIA 102.06 A FRAAY SOUTH AFRICA 136.01 I FRANK HARVEY SOUTH AFRICA 136.04 A - G - G AUG IN FRANCE 113.07 J GADUS ATLANTICA CANADA 106.09 AA GANGWON 8 67 KOREA 143.02 X G. B. REED CANADA 106.04 I GLACIER U.S.A. 139.16 M GYRE U.S.A. 139.07 H GYUNGBUK 853 - H - HAKUHO MARU KOREA 143.02 U JAPAN 124.24 B HAKUSHIN MARU JAPAN 124.20 E HOBART AUSTRALIA 102.06 A HOKUSEI MARU JAPAN 124.02 C HOKUYO MARU JAPAN 124.20 G HUDSON - I - INCHEON 8 66 CANADA 106.09 F KOREA 143.02 Y ISLA FLOREANA ECUADOR 110.03 A IWAKI JAPAN 124.13 B ALPHABETICAL INDEX SHIP OR FIXED STATION COUNTRY CATALOGUE NUMBER - J - JEAN CHARCOT FRANCE 113.14 A 113.18 C JEBSEN SOUTHLAND GERMANY (Federal Republic) 114.01 R JEONBUK 8 68 - K - KAIYO KOREA 143.02 V JAPAN 124.13 B KAKADIAMAA GHANA 116.01 E KEIFU MARU JAPAN 124.01 F Kiel (LH) GERMANY (Federal Repubic) 214.01 KINSEI MARU JAPAN 124.20 C KNORR U.S.A. 139.01 I KOFU MARU JAPAN 124.08 D KOLN ATLANTIC GERMANY (Federal Republic) 114.01 T KOSIKI JAPAN 124.13 B KOYO MARU JAPAN 124.16 A KUNIGAMI JAPAN 124.13 B KUZURYU JAPAN 124.13 B KYMA - L - LA SALLE U.S.A. 139.18 A VENEZUELA 153.01 B LE NOROIT FRANCE 113.03 E 113.07 I 113.14 F LE SUROIT FRANCE 113.14 E LENSK U.S.S.R. 137.06 Z LILLOOET GERMANY (Federal Republic) 114.01 R - M - MANCHESTER UNITED KINGDOM 138.02 K MARIA PAOLINA ITALY 123.04 F MARION DUFRESNE FRANCE 113.07 H MATUSIMA JAPAN 124.13 B MEIRING NAUDE SOUTH AFRICA 136.01 C MEIYO JAPAN 124.13 B MELVILLE U.S.A. 139.08 Q MERIDIAN U.S.S.R. 137.02 F MORESBY AUSTRALIA 102.06 A MICRONESIAN COMMERCE PANAMA 156.01 A MICRONESIAN INDEPENDENCE PANAMA 156.01 A MILLER FREEMAN U.S.A. 139.23 X MOALE U.S.A. 139.37 E MOANA PACIFIC PANAMA 156.01 A MOANA WAVE U.S.A. 139.26 C MT. MITCHELL U.S.A. 139.23 Q 10 ALPHABETICAL INDEX SHIP OR FIXED STATION COUNTRY CATALOGUE NUMBER - N - Neah Bay U.S.A. 239.02 NEDLLOYD KATWIJK NETHERLANDS 126.02 B NEDLLOYD KEMBLA NETHERLANDS 126.02 B NEDLLOYD KIMBERLY NETHERLANDS 126.02 B NEDLLOYD KINGSTON NETHERLANDS 126.02 B NEW GLASGOW CANADA 106.13 G NEW HORIZON U.S.A. 139.08 V Nordsee (Platform) GERMANY (Federal Republic) 214.01 NORTHWIND U.S.A. 139.16 B NOTO - 0 - JAPAN 124.13 B OCEANOGRAPHER U.S.A. 139.23 L OCEANUS U.S.A. 139.01 L OREGON II U.S.A. 139.23 F OSHAWA CANADA 106.01 B OSHORO MARU JAPAN 124.02 B OYASHIO MARU - P - PACIFIC ISLANDER JAPAN 124.20 B PANAMA 156.01 A PAC PRINCESS LIBERIA 180.01 A PARALLA SWEDEN 135.01 I PARRAMATTA AUSTRALIA 102.06 A PERTH AUSTRALIA 102.06 A POLAR SEA U.S.A. 139.16 X POLAR STAR U.S.A. 139.16 Y POLARSTERN GERMANY (Federal Republic) 114.12 A POLYNESIA LIBERIA 180.01 A PRINCE MADOG UNITED KINGDOM 138.14 A PROFESSOR W. BESNARD BRAZIL 104.02 B PUERTO SANTOS VENEZUELA 153.01 C PUSAN 852 - R - RESEARCHER KOREA 143.02 R U.S.A. 139.23 A RISIRI JAPAN 124.13 B ROBERT D. CONRAD U.S.A. 139.09 C RODIN FRANCE 113.07 J ROSTAND FRANCE 113.07 J ROUSSEAU FRANCE 113.07 J RYOFU MARU - s - SATSUMA JAPAN 124.01 B JAPAN 124.13 B SAXON STAR GERMANY (Federal Republic) 114.01 R SEIFU MARU JAPAN 124.11 D 11 ALPHABETICAL INDEX SHIP OR FIXED STATION COUNTRY CATALOGUE NUMBER SEITOKU MARU JAPAN 124.20 D SERRANO U.S.A. 139.03 D SHACKLETON UNITED KINGDOM 138.05 E SHIJIAN PEOPLE'S REPUBLIC OF CHINA 173.01 A Ships of Opportunity (TOGA) U.S.A. 139.23 0 SHIRASE JAPAN 124.31 B SHOYO JAPAN 124.13 GGG SHUGUANG 0 6 PEOPLE'S REPUBLIC OF CHINA 173.01 G SHUGUANG 07 PEOPLE'S REPUBLIC OF CHINA 173.01 H SHUMPU MARU JAPAN 124.09 A SINANO JAPAN 124.13 B SIRIUS GERMANY (Federal Republic) 114.01 R SIR JOHN FRANKLIN CANADA 106.22 X SKRIM LIBERIA 180.01 A SNP-1 PERU 130.02 A SOELA AUSTRALIA 102.01 Z SONNE GERMANY (Federal Republic) 114.01 R SOUTH ISLANDER PANAMA 156.01 A SOUTHLAND NEW ZEALAND 127.02 A SPIEKEROOG GERMANY (Federal Republic) 114.01 R ST. CATHARINES CANADA 206.04 A STONETOWN CANADA 206.04 A ST. THERESE CANADA 106.13 F SULOY U.S.S.R. 137.11 R SURO NO. 3 KOREA 143.01 C SWAN AUSTRALIA 102.06 A SYDNEY - T - TAKUYO AUSTRALIA 102.06 A JAPAN 124.13 E TENYO JAPAN 124.13 B TENYO MARU JAPAN 124.16 B TERITU U.S.A. 139.26 B T. G. THOMPSON U.S.A. 139.04 B THALASSA FRANCE 113.09 B THOMAS WASHINGTON U.S.A. 139.08 N TORRENS AUSTRALIA 102.06 A TYOKAI - V - VAUBAN JAPAN 124.13 B MALAGASY REPUBLIC 148.01 A VIKTOR BUGAEV - W - WAKASA U.S.S.R. 137.02 E JAPAN 124.13 B VJAIKATO NEW ZEALAND 127.02 A VJECOMA U.S.A. 139.15 E V7ESER EXPRESS GERMANY (Federal Republic) 114.01 R 12 ALPHABETICAL INDEX SHIP OR FIXED STATION COUNTRY CATALOGUE NUMBER WHITING WILFRED TEMPLEMAN WILKES - X - XIANGYANGHONG 01 XIANGYANGHONG 05 XIANGYANGHONG 0 9 XIANGYANGHONG 10 XIANGYANGHONG 14 XIANGYANGHONG 16 - Y - YAHIKO YANIKO YELCHO YUBARI - Z - ZAO U.S.A. CANADA U.S.A. PEOPLE'S REPUBLIC OF CHINA PEOPLE'S REPUBLIC OF CHINA PEOPLE'S REPUBLIC OF CHINA PEOPLE'S REPUBLIC OF CHINA PEOPLE'S REPUBLIC OF CHINA PEOPLE'S REPUBLIC OF CHINA JAPAN JAPAN CHILE JAPAN JAPAN 139.23 Z 106.10 H 139.03 EE 173 01 C 173 02 D 173 02 D 173 01 E 173 02 D 173 02 C 173 02 D 173 01 I 124 13 B 124 13 B 107 01 B 124 13 B 124.13 13 14 0- s* 0* »• 1 »• 15' 10' «• 10' 5S' IT \ ^ y^^pj.^ 4S» ■^^— — -^. ^^ f i ^ 1 \ < V^ < r JO 40* ^ (bl <, ^ 28 * Q 0 / HI \ ^ f^ C^ 2 8 8 / SO* ( y ss ^ ^-\ -^ ^^ 28 6 / GEOGRAPHICAL INDEX - DETAILS OF MEDITERRANEAN AREA GEOGRAPHICAL INDEX -DETAILS OF INDONESIA AREA 15 GEOGRAPHICAL INDEX 1. BALTIC SEA 113.14 A-09 139.23 D-33 28B. MEDITERRANEAN 113.14 E-01 139.23 F-06 SEA -EASTERN 214.01 113.14 E-02 139.23 P-18 BASm 113.14 F-01 139.23 Q-07 4. NORTH SEA 113.18 C-01 139.23 Q-08 123.06 C-01 114.01 T-01 139.23 Z-01 139.04 B-26 214.01 138.05 B-19 138.05 B-25 24. GULF OF ST. 30. BLACK SEA 13. BEAUFORT SEA 138.05 B-27 LAWRENCE 138.05 C-05 139.01 1-29 106.22 X-01 138.05 E-04 106.09 F-24 139.16 Y-02 139.01 1-31 106.09 F-25 32a. SOUTH EAST 139.16 Z-01 139.01 L-07 ATLANTIC 139.01 L-12 26. GULF OF 14A. BAFFIN BAY 139.05 C-05 MEXICO 113.03 H-15 139.23 A-28 113.07 H-08 106.09 C-21 125.03 C-01 114.12 A-04 2 3b. NORTH WEST 139.07 H-05 138.05 B-26 15. DAVIS STRAIT ATLANTIC 139.07 H-06 139.23 Q-07 139.01 L-07 139.01 L-09 106.09 C-21 106.09 AA-16 139.08 N-16 106.09 F-23 27. CARIBBEAN SEA 15A. LABRADOR SEA 106.09 1-43 32b. SOUTH WEST 106.10 H-07 113.18 B-04 ATLANTIC 106.09 C-21 106.10 H-08 137.06 H-17 106.09 EE-01 113.14 E-02 153.01 B-16 104.02 B-09 106.10 H-07 113.18 B-04 153.01 C-01 114.12 A-03 106.10 H-08 114.01 T-01 153.03 A-05 139.01 1-31 137.06 Y-02 139.01 L-07 17. ARCTIC OCEAN 137.06 Z-01 28A. MEDITERRANEAN 139.01 L-09 137.11 R-06 SEA - WESTERN 139.09 C-12 139.16 Z-01 139.01 1-15 BLSJM 139.01 1-27 34. GULF OF 19. IRISH SEA AND 139.01 1-30 113.07 1-02 GUINEA ST. GEORGE'S 139.01 L-07 139.04 B-26 CHANNEL 139.01 L-10 116.01 E-08 139.01 L-11 28Aa. STRAIT OF 116.01 E-09 138.14 A-01 139.01 L-12 GIBRALTAR 116.01 E-10 138.14 A-02 139.01 L-13 138.14 A-03 139.01 L-14 113.07 1-02 37. RED SEA 138.14 A-04 139.05 C-06 139.05 C-07 2 8Ab.ALBORAN SEA 113.07 H-03 22. BAY OF BISCAY 139.05 C-08 139.07 H-07 113.07 1-02 38. CvULF OF ADEN 113.09 B-02 139.07 H-08 139.07 H-09 28Ae. TYRRHENIAN 113.07 H-03 23a. NORTH EAST 139.17 A-32 SEA ATLANTIC 139.18 A-02 39. ARABIAN SEA 139.23 A-21 123.04 F-01 106.09 F-23 139.23 A-24 123.04 F-02 113.07 H-04 106.09 F-26 139.23 A-30 123.04 F-03 113.07 H-06 113.03 H-15 139.23 D-31 113.07 H-07 113.07 I-Ol 139.23 D-32 138.10 B-03 138.10 B-04 16 GEOGRAPHICAL INDEX 40. GULF OF • OMAN 124.31 A-02 139.23 O-06 52. JAPAN SEA 139.01 C-45 173.02 C-03 138.10 B-03 4 5d. SOUTH EAST 173.02 D-01 124.01 F-29 124.02 B-60 4Sa. NORTH WEST INDIAN OCEAN 50. EASTERN CHINA 124.02 C-13 INDIAN OCEAN 113.07 H-08 SEA 124.08 D-76 124.10 D-81 113.07 H-04 124.31 B-05 124.01 B-85 124.11 D-67 113.07 H-05 139.16 M-11 124.01 F-29 124.11 D-68 113.07 H-06 124.02 B-60 124.13 B-24 113.07 H-07 48. INDONESIAN 124.09 A-93 124.13 GGG-19 113.07 H-08 ARCHIPELAGO 124.10 D-80 124.20 B-03 113.07 H-09 124.13 B-24 124.20 C-03 136.01 C-04 102.06 A-24 124.13 E-68 124.20 G-03 136.01 C-05 102.06 A-25 124.13 GGG-19 124.24 B-51 136.01 C-06 126.02 B-01 124.16 B-11 143.01 C-15 136.01 C-07 126.02 B-02 124.24 B-51 143.02 R-15 136.01 C-08 156.01 A-02 143.01 C-15 143.02 R-16 136.01 C-09 143.02 R-15 143.02 T-05 136.01 C-10 48a. SULU SEA 143.02 R-16 143.02 U-05 136.01 C-11 143.02 T-05 143.02 X-03 136.01 C-12 139.23 O-05 173.01 A-02 224.01 A-11 136.01 C-13 139.23 O-06 173.01 A-03 243.01 A-34 136.01 C-14 173.01 A-04 243.01 C-18 136.01 C-15 48b. CELEBES SEA 173.01 A-05 136.01 C-16 173.01 A-06 53. INLAND SEA 136.01 C-17 139.26 C-05 173.01 A-07 136.01 I-Ol 173.01 C-02 124.09 A-92 136.04 A-01 4 8c. MOLUKKA SEA 173.01 C-03 138.10 B-03 173.01 C-04 54. SEA OF 138.10 B-04 139.23 O-06 173.01 E-02 OKHOTSK 138.10 B-05 173.01 E-03 139.03 EE-02 48f. CERAM SEA 173.01 E-04 124.08 D-76 139.08 N-16 173.01 G-02 124.13 B-24 139.23 O-06 173.01 G-03 124.20 G-03 4 5b. NORTH EAST 173.01 G-04 INDIAN OCEAN 48g. BANDA SEA 173.01 173.01 H-02 H-03 55. BERING SEA 102.01 Z-02 181.01 A-01 173.01 I-Ol 124.02 B-60 102.06 A-24 173.01 1-02 102.06 A-25 4 8h. ARAFURA SEA 224.01 A-11 56. PHILIPPINE 124.16 B-11 243.01 A-34 SEA 124.31 B-05 181.01 A-01 243.01 C-18 138.10 B-05 102.06 A-25 139.03 EE-02 48i. TIMOR SEA 51. YELLOW SEA 114.01 R-03 114.01 R-04 4 5c. SOUTH WEST 181.01 A-01 124.10 D-80 124.01 B-85 INDIAN OCEAN 143.02 R-16 124.01 B-86 49. SOUTH CHINA 143.02 T-05 124.01 F-29 113.07 H-02 SEA 143.02 V-05 124.02 B-60 113.07 H-08 143.02 Y-03 124.09 A-92 113.07 H-09 102.06 A-25 243.01 A-34 124.09 A-93 124.31 A-01 139.23 O-05 243.01 C-18 124.10 D-80 17 GEOGRAPHICAL INDEX 124.13 B-24 137.02 F-02 138.02 K-05 61a. .SOUTH WEST 124.13 E-68 137.06 H-17 138.02 K-06 PACIFIC 124.13 GGG- 19 139.03 11-01 139.03 D-04 124.16 A-31 139.04 B-27 139.03 11-01 102.06 A-24 124.16 B-11 139.04 B-28 139.04 B-26 102.06 A-25 124.24 B-50 139.04 B-31 139.04 B-29 113.03 D-22 124.24 B-51 139.23 O-05 139.04 B-30 113.03 D-27 126.02 B-02 139.23 O-06 139.08 H-15 113.03 E-03 139.23 O-05 139.26 B-03 139.08 N-15 113.07 J-01 139.23 O-06 139.26 C-05 139.08 Q-14 113.07 J-02 139.26 C-05 156.01 A-01 139.08 V-10 114.01 R-03 156.01 A-01 156.01 A-02 139.08 V-11 114.01 R-04 156.01 A-02 173.01 A-06 139.15 E-15 124.13 E-68 173.01 A-06 173.02 C-02 139.15 E-16 124.16 A-31 173.02 C-02 173.02 C-03 139.15 E-17 124.31 B-05 173.02 C-03 173.02 C-04 139.20 A-32 126.02 B-01 173.02 C-04 173.02 D-01 139.23 A-2 9 126.02 B-02 173.02 D-01 173.02 D-02 139.23 K-23 127.02 A-01 173.02 D-02 224.01 A-11 139.23 L-19 127.02 A-02 224.01 A-11 139.23 L-20 135.01 I-Ol 57b. NORTH EAST 139.23 L-21 135.01 J-01 57a. NORTH WEST PACIFIC 139.23 O-05 137.02 F-01 2AQ1E1£ 139.23 O-06 137.02 F-02 102.06 A-24 139.23 Y-20 138.02 K-05 102.06 A-24 102.06 A-25 139.23 Y-21 138.02 K-06 102.06 A-25 106.01 B-29 139.23 Y-22 139.01 1-28 106.19 F-07 106.01 B-30 139.23 Y-23 139.04 B-27 110.03 A-01 106.04 H-01 139.23 Y-24 139.08 N-15 110.03 A-02 106.04 I-Ol 139.26 B-03 139.08 Q-14 113.07 J-01 106.13 E-01 139.26 C-03 139.09 D-01 113.07 J-02 106.13 E-02 139.26 C-04 139.16 B-11 114.01 R-03 106.13 F-01 139.37 E-01 139.16 M-11 114.01 R-04 106.13 G-01 139.37 E-02 139.16 M-13 124.01 B-85 106.19 F-07 139.37 E-03 139.16 X-01 124.01 B-86 110.03 A-01 156.01 A-01 139.16 X-02 124.01 F-29 110.03 A-02 156.01 A-02 139.16 Y-01 124.02 B-60 113.03 E-03 173.02 D-02 139.23 L-19 124.02 C-13 113.07 J-01 180.01 A-01 139.23 L-21 124.08 D-76 113.07 J-02 180.01 A-02 139.23 O-05 124.08 D-77 114.01 R-03 206.04 A-32 139.23 O-06 124.09 A-92 114.01 R-04 206.04 A-35 156.01 A-01 124.11 D-67 124.02 B-60 239.02 156.01 A-02 124.13 B-24 124.16 A-31 173.02 C-03 124.13 E-68 124.20 D-02 58. GULF OF 173.02 C-04 124.13 GGG- 19 126.02 B-01 AIvASKA 173.02 D-02 124.16 A-31 126.02 B-02 180.01 A-01 124.20 B-03 127.02 A-01 139.20 A-32 180.01 A-02 124.20 E-03 135.01 I-Ol 139.23 X-08 124.24 B-51 135.01 J-01 61b. SOUTH EAST 126.02 B-01 137.02 E-20 60. GULF OF PACIFIC 126.02 B-02 137.02 E-21 CALIFORNIA 135.01 J-01 137.02 E-22 107.01 B-12 137.02 F-01 137.06 H-17 139.08 V-12 110.03 A-01 139.08 V-13 110.03 A-02 18 GEOGRAPHICAL INDEX 113.07 J-01 138.02 K-06 113.07 J-02 139.04 B-27 114.01 R-03 139.23 O-05 114.01 R-04 156.01 A-01 130.02 A-01 130.02 A-02 66. BISMARCK SEA 137.02 E-20 138.02 K-05 114.01 R-03 138.02 K-06 138.02 K-05 139.23 A-29 138.02 K-06 139.23 L-20 139.04 B-27 139.23 L-21 139.23 O-05 139.23 O-05 156.01 A-01 139.23 O-06 139.26 C-04 SO . SOUTHERN 180.01 A-02 OCEANS (South of 63. TASMAN SEA latitude. 50°S) 124.31 B-05 113.07 H-08 64. CORAL SEA 114.12 A-03 114.12 A-04 102.06 A-24 124.31 A-01 113.03 D-23 124.31 A-02 113.03 D-24 124.31 B-05 113.03 D-25 139.01 C-45 113.03 D-26 139.01 1-28 113.03 D-27 139.09 D-01 113.07 J-01 139.16 B-11 113.07 J-02 139.16 M-11 114.01 R-03 139.16 M-13 •' 114.01 R-04 139.16 X-01 126.02 B-02 139.16 X-02 127.02 A-01 139.16 Y-01 127.02 A-02 224.10 135.01 J-01 138.02 K-05 138.02 K-06 148.01 A-19 148.01 A-20 148.01 A-21 148.01 A-22 65. SOLOMON SEA 113.07 J-01 114.01 R-03 114.01 R-04 126.02 B-01 126.02 B-02 127.02 A-01 138.02 K-05 19 NUMERICAL LIST OF COUNTRIES 1. ARGENTINA 42. YUGOSLAVIA 2. AUSTRALIA 43. KOREA (Republic of) 3. BELGIUM 44. IVORY COAST 4. BRAZIL 45. NIGERIA 5. BURMA 46. CONGO (People's Republic) 6. CANADA 47. MALAYSIA 7. CHILE 48. MALAGASY REPUBLIC 8. COLOMBIA 49. MOROCCO 9. DENMARK 50. SENEGAL 10. ECUADOR 51. THAILAND 11. FINLAND 52. TURKEY 12. TAIWAN 53. VENEZUELA 13. FRANCE 54. EL SALVADOR 14. GERMANY (Federal Republic) 55. COSTA RICA 15. GERMANY (Democratic Republic) 56. PANAMA 16. GHANA 57. HONDURAS 17. GUATEMALA 58. DOMINICAN REPUBLIC 18. ICELAND 59. HAITI 19. INDIA 60. CUBA 20. INDONESIA 61. JAMAICA 21. IRELAND 62. AUSTRIA 22. ISRAEL 63. ROMANIA 23. ITALY 64. ARAB REPUBLIC OF EGYPT 24. JAPAN 65. LEBANON 25. MEXICO 66. ALGERIA 26. NETHERLANDS 67. MONACO 27. NEW ZEALAND 68. GREECE 28. NORWAY 69. TANZANIA 29. PAKISTAN 70. SIERRA LEONE 30. PERU 71. TUNISIA 31. PHILIPPINES 72. TRINIDAD AND TOBAGO 32. POLAND 73. PEOPLE'S REPUBLIC OF 33. PORTUGAL CHINA 34. SPAIN 74. CZECHOSLOVAKIA 35. SWEDEN 75. MAURITANIA 36. SOUTH AFRICA 76. BULGARIA 37. UNION OF SOVIET 77. BENIN SOCIALIST REPUBLICS 78. PEOPLE'S DEMOCRATIC 38. UNITED KINGDOM REPUBLIC OF YEMEN 39. UNITED STATES OF AMERICA 79. IRAQ 40. URUGUAY 80. 81. LIBERIA SINGAPORE 20 LIST OF INITIALS OF DATA CENTERS AODC Australian Oceanographic Data Centre BNDO Bureau National des Donnees Oceaniques, France CEADO Centre Argentine de Datos Oceanograf icos CECOLDO Centre Colombiano de Datos Oceanograf icos CEDO Centro Espanol de Datos Oceanograf icos CENADO Centro Nacional de Datos Oceanograf icos, Mexico CENDOC Centro Nacional de Datos Oceanograf icos de Chile CNODC China National Oceanographic Data Center CNRDO Centro Nazionale Raccolta Dati Oceanograf ici, Italy DOD Deutsches Ozeanographisches Datenzentrum ENODC Egyptian National Oceanographic Data Center FAOFDC Food and Agriculture Organization of the United Nations, Fishery Data Centre ICES International Council for the Exploration of the Sea IHO International Hydrographic Organization INODC Indian National Oceanographic Data Center JODC Japan Oceanographic Data Center KODC Korean Oceanographic Data Center MEDS Marine Environmental Data Service, Canada MIAS Marine Information and Advisory Service, United Kingdom NCOG Nederlands Centrum voor Oceanograf ische Gegevens NOD Norsk Oseanograf isk Datasenter NODC National Oceanographic Data Center, U.S.A. PSMSL Permanent Service for Mean Sea Level SADCO South African Data Centre for Oceanography 21 INSTITUTION INDEX COUNTRY INSTITUTION CATALOGUE NUMBER 02 AUSTRALIA Commonwealth Scientific and Industrial Research Organization 102.01 102.06 Royal Australian Navy 04 BRAZIL Universidade de Sao Paulo, Institute Oceanograf ico 104.02 06 CANADA Fisheries Research Board of Canada, Pacific Oceanographic Group 106.01 106.04 206.04 Bedford Institute of Oceanography 106.09 Fisheries Research Board of Canada, Biological Station, St. John's, Nfld. 106.10 Fisheries Research Board of Canada, Biological Station, Nanimo 106.13 University of British Columbia, Institute of Oceanography 106.19 Department of Fisheries & Oceans, Institute of Ocean Sciences 106.22 07 CHILE Institute Hidrografia de la Armada 107.01 10 ECUADOR Institute Oceanograf ico de la Armada... 110.03 13 FRANCE Office de la Recherche Scientifique et Technique Outre-Mer Museum National d'Histoire Naturelle... Institut Scientifique et Technique des Peches Maritimes 113.03 113.07 113.09 Centre National pour 1 'Exploitation des Oceans (CNEXO) 113.14 Institut Francais de Recherche pour 1' Exploitation de la Mer (IFREMER)... 113.18 14 GERMANY (Federal Republic) Deutsches Hydrographisches Institut.... Alf red-Wegener-Institut fur Polar-und Meeresf orschung 114.01 114.12 214.01 16 GHANA Fishery Research Unit 116.01 23 ITALY Consiglio Nazionale delle Ricerche Istituto Idrografico della Marina 123.04 123.06 22 INSTITUTION INDEX COUNTRY INSTITUTION CATALOGUE NUMBER 24 JAPAN Japan Meteorological Agency Hokkaido University Hakodate Marine Observatory Kobe Marine Observatory Nagasaki Marine Observatory Maizuru Marine Observatory Maritime Safety Agency Shimonoseki University of Fisheries.... Hokkaido Regional Fisheries Research Station 124.01 124.02 124.08 124.09 124.10 124.11 124.13 124.16 124.20 124.24 224.01 University of Tokyo National Institute of Polar Research... 124.31 224.10 25 MEXICO Institute Nacional de Pesca 125.03 26 NETHERLANDS Royal Netherlands Navy 126.02 27 NEW ZEALAND New Zealand Royal Navy 127.02 30 PERU Peruvian Navy 130.02 35 SWEDEN Institute of Hydrographic Research 135.01 36 SOUTH AFRICA Division of Sea Fisheries, Oceanographic Research Institute Council for Scientific and Industrial Research 136.01 136.04 37 UNION OF SOVIET Hydrometeorological Service 137.02 SOCIALIST 137.06 REPUBLICS Polar Research Institute of Marine Fisheries and Oceanography (PINRO) . . . 137.11 38 UNITED KINGDOM Hydrographic Department, Admiralty National Institute of Oceanography Natural Environment Research Council... University College of North Wales 138.02 138.05 138.10 138.14 39 UNITED STATES Woods Hole Oceanographic Institution... Naval Oceanographic Office 139.01 139.03 139.04 139.05 University of Washington University of Rhode Island 23 INSTITUTION INDEX INSTITUTION Texas A&M University Scripps Institution of Oceanography.... Lamont-Doherty Geological Observatory.. Oregon State University U. S. Coast Guard U. S. Coast Guard - International Ice Patrol New York University University of Alaska National Oceanic & Atmospheric Administration University of Hawaii Miscellaneous Institutions Hydrographic Office Fisheries Research and Development Agency Centre ORSTOM de Nosy-Be Institute Oceanograf ico, Universidad de Oriente Margarita Marine Research Station Ships of Opportunity Program National Bureau of Oceanography First Institution of Oceanography Ships of Opportunity Program Ships of Opportunity Program COUNTRY CATALOGUE NUMBER 4 3 KOREA 48 MALAGASY REPUBLIC 53 VENEZUELA 5 6 PANAMA 73 PEOPLE'S REPUBLIC OF CHINA 8 0 LIBERIA II SINGAPORE 139.07 139.08 139.09 139.15 139.16 139.17 139.18 129.20 139.23 139.26 139.37 143.01 239.02 143.02 243.01 148.01 153.01 153.03 156.01 173.01 173.02 180.01 181.01 24 PART II CATALOGUE EXPLANATION OF WDC-A, OCEANOGRAPHY, DATA INFORMATION SHEET The Change Notice lists on Data Information sheets the data which have been received by this Center. The entries are described below. Countries are arranged in the sequence shown in the numerical list of countries. Data from each country are arranged in the sequence of catalogue numbers. The 2 00-series data sheets follow the last 100-series data sheet in the catalogue. Countrv/Catalogue Number — The series number and two digit number of the contributing country, as well as the identifying number for the data information, are given in this column. Details of the catalogue numbering system are given in the section How to Use the Change Notice to the Catalogue of Data. The numbers corresponding to the country and institution portions of the Catalogue Number are found in the index section that lists countries and contributing institutions. Country/Ship or Fixed Station — The country name, as well as the names of ships are printed in capital letters; lightvessels are identified by (LV) following the name. All other names not so designated are those of shore stations and other types of fixed platforms, such as lighthouses (LH) or offshore towers; names are reported as they appear with the data. Start Date/End Date — The dates during which the data were gathered are given in the order of day/month/year. In some instances, depending on the nature of the project, the dates indicate the beginning and ending of a cruise or expedition, while in others the dates indicate the first and last observations. For shore and fixed stations months and years only are usually given. Region — The region (s) of the World Ocean where observations were gathered. The areas listed are defined in "Limits of Oceans and Seas," International Hydrographic Bureau, Special Publication No. 23, third edition, Monaco, 1953, with certain modifications as indicated in the Catalogue Indexes section. Oceanographic Serial Stations Number of Stations -- The number of oceanographic serial stations (also referred to as hydrographic, hydrographical , hydrological and hydrochemical stations by various authorities) at which serial measurements of temperature, salinity, and other chemical values are made, normally to depths of five meters or greater. Data to depths less than five meters are usually catalogued as Surface Observations. The single dagger symbol (t) is used to denote data obtained by electronic, in-situ, Salinity/Temperature/Depth (STD) or Conductivity/Temperature/ Depth (CTD) sensors. 25 Physical and Chemical Data — The types of physical and chemical data, available at serial depths as observed and as computed values, are listed using the following symbols and abbreviations : T - Temperature of the water sample CI - Chlorinity S - Salinity 02 - Dissolved oxygen content COj - Carbon dioxide pH - Hydrogen ion concentration Alk - Alkalinity N - Nitrogen compounds P - Phosphorous compounds Si - Silicon compounds sig-t - Density of the water at T & S in-situ and at atmospheric pressure SVA - Anomaly of specific volume TherAnom - Thermosteric anomaly AD - Anomaly of dynamic heights PE - Potential energy PT - Potential temperature Q - Q factor for transport computations Vs - Speed of sound NOTE: Chemical compounds may also be indicated by standard chemical symbols. Sample Depths — The depth, or range of depths, to which the predominant number of samples/casts for that particular cruise were observed. They are recorded to the nearest 100 meters, except when the observations are in water less than 100 meters in depth, in which case they are usually recorded to the nearest 10 meters. Maximum Depth — The actual depth of the deepest sample/cast for a particular cruise or data set and is not rounded off. BT' s — The type and number of mechanical bathythermograph (MBT) or expendable bathythermograph (XBT) observations are indicated by: MB - Analog prints of bathythermographs taken by a mechanical BT MTb - Tables or listings of mechanical BT temperature readings at selected depths XB - Analog prints of bathythermographs taken by an expendable BT XTb - Tables or listings of expendable BT temperature readings at selected depths 26 DTb - Table or listings of digital BT temperature readings at selected depths Currents — The types and quantity of observations of surface and subsurface currents are indicated by: Surf - Surface Subs - Subsurface Biological — The types of marine biological observations made and the number of stations and/or abundance of data are indicated by any of the following categories: Phyt - Phytoplankton Pigm ~ Pigments PrPr - Primary productivity Zoo - Zooplankton Nek - Nekton Eggs - Fish eggs and/or larvae Neus - Neuston Pleu - Pleuston Sest - Seston Bent - Benthos PeF - Pelagic fishes DeF - Demersal fishes Get - Cetacea Micr - Microbiological data Biol - Bioluminescence Poll - Pollution studies Surf - Surface visual observations of birds, fishes mammals, reptiles and discolored water FObs - Fishery observations C14 - Carbon Bore - Borers and foulers Meteorological — The types of meteorological observations taken in conjunction with oceanographic data are indicated by: Wd - Wind direction and speed W - Weather Ta - Temperature of the air, dry bulb Tw - Temperature of the air, wet bulb Bar - Atmospheric pressure, barometer Cld - Clouds Vis - Visibility Hum - Humidity DP - Dew point Pre - Precipitation SoRa - Solar radiation Rad - Radiosonde observations Sea Surface — The types of sea surface observations and measurements taken are listed. In addition to the abbreviations and symbols listed for Physical and Chemical Data, the following 27 are also used: Col - Color of the water Tra - Transparency of the water Wa - Visual data on waves, including sea state IWa - Instrumented wave data Ice - Data on ice in the sea LP - Light penetration LPW - Long period wave records Data Center Reference Number — Data which have been processed by Automatic Data Processing (ADP) machine methods at a national, regional, or responsible oceanographic data center, usually have been assigned some type of identifying reference number by that center. The availability of data in magnetic tape or machine listing format is indicated by the initials of the data center followed by that center's reference number. For example, machine-processed oceanographic station data for Reference Number 310863 of the National Oceanographic Data Center would appear as NODC 310863. As a means of identifying those types of data that have been machine-processed and thus correspond to the Reference Number, the Diamond symbol (0) is entered in the appropriate columns describing data that are automated under that Reference Number. Publication number refers to the Catalogue Number from the WDC-A, Oceanography Catalogue of Accessioned Publications Supplement identifying the published report in which the referenced data appear. The absence of a number in this column indicates that the data were not received in published form. Remarks — Any additional information included to further describe the data. The term "(CAT. OF DATA)" or "(Change)", indicates that data for this listed cruise represent an addition to data previously received by WDC-A, Oceanography, and already described under this Catalogue Number in the Catalogue of Data (including Change Notice Nos. 1-16) or the referenced Change Notice. An asterisk (*) is placed beside each data entry which represents an addition to data catalogued previously; the total number of observations held for this cruise is shown in parentheses ( ) beneath the data entry. Data entries preceded by a minus sign (-) and enclosed in parentheses, e.g. (-9), indicate a deletion of observations. For more extensive explanation of some cruises, the Remarks Section immediately follows the main Catalogue Section in this Change Notice. NOTE: Track charts showing locations of oceanographic observations are not printed in the Change Notice. If a track chart is available for a particular cruise, that information will be given in the Remarks Section of this Change Notice. WDC-A will gladly provide copies of such track charts upon request. 28 W 00 o 5 .-1 3 S g o I tf s OJ 3 CO :3 8 V a; B u Lj o u u u o cc < < < UJ m c H H <7- O H o^ 0 < < fN < 0 o S° < Q o o < Q 4J VO O r-i o O U CD 4J in 00 ^ii fO in Ry 8^ 00 CO 00 gy CO fO r-. 00 U 1 u 1 t-l Ci. Cju a. ^ o u t-i u: O <-* tJ u u o O U M UJ u ^ o o ^ °' n • Q O LQ Q U to Q Q o Q Q O to Q n ' Q o a, o 2 CL, S § g a, o LU o ^^ * *o 1 t/i 1 1 +- t-^jg ^^ "D 9 " U fc8 "D 5 -' S ON , ^ ou 1 °§ cr cr O to 1- 5 < > £ cr LU « w O o >gl o o r- in 5^1 f o 1 o 1 o e ^2 e X X X ■J- fN O o r~ O ^ CO T < X P- o o o o O p^ r- la o o o OD ^ O '"' T o o o o t/) UJ« Q. p o r~ O o o CJN o o o o o O 1 o T r- ^ 1 0 1 1 1 "Xi o 1 1 o 1 < < f\i < < < < Cl. < 1- «5 > o > o > o >o >o § - - > Q (M ro 10 CO to to to to c/i° o *o ^ -.H I * ^ W wO ,jr2" a >: 5 f^ to 4^ > (TJ to 4-1 > CO JJ > to jJ > to tJ > to 4J0 < ? liJ tn » 4j » I U " 1 1 1 I to 1 cr Q- I ^ 0 fN - C * 0 fNI * cr * ^ CT- * * cr * * cr * O' V m " '^o 8 u ng^i t-s§s;g t-,2 t«§ — i^ < t;-s§ H « O 2 ■^ m< z < LU &s _ ^ J-! CJ . < o r- o in 00 o z: to (N in r- ^ rn ^ r- r-f CO d X! XI m J3 a XI (D XI n] J3 XI xa ^ XI < < fO X3 X UJ in lO CD r- r- ^ ^ in OD ON VJ5 r- r- .-( r- T in in r*l n^ ■^ — (L ^ •^ ^ in in M) so 'T -^ in in 00 00 CO Is ■^ T r- r-i o ^ O o O o o O o o o o s^s •^ '^ "^ \ \ \ ■T ^ ^ ro ■^ CO •-' o o o o ■^ o o o ^ r'l to 2 Z 2 3 «s=^ xg 1 ■0 Q < H j5i8>:SS to (m r- LLl Q QC u: |5g < to < X < H 3 OJ O CD CJ h-1 to 2 CO t/) a- * CO c J < :»: O oc < u O ^ w 2 O a. -^ D < 2 * Lq >■ S a 81" < i— 1 to rf to * H * * 3 £ E- p I/) DJ to * J H 5h g 4-> Cd o 2 * a: >i to 0 CO < S a; oj cc to < c 2 2 ^ 3 w < Q to O en -J z 110 < a: w cc < * »- 0>-JOSciJ-< vJ Q 5 u cu ti- 2 ■ Q I H 3 Q S^i Z I LU 3 Q- 5 U ii) =1 * lO LU ? ir o o D Z Q 1- LU sg£ >- LU U- ai a UJ Q 5 tr LLi LU cr > t [i/ > < ? (^ ^^'2^ Q t UJ « = > X v; pel ^ Q 52 ty 2 z o CE !5 O z UJ S o p X e^lSffl §^g« gy^y < Z I D. Z O 1- « 5 IT < i: ^555 ESE^ ELE EDD REM ££^^ SSot CRUISE OBTAIN INEPRC DESCR HIS ATA ACH NAL 1- Q 5 O CC t/) 00 t= 5 uJ UJ Q TAP NOT CAT RAD ggiS . ^o t 29 VD o 1 in 1 T U> 1^ u CO 0) w o § •H s a: LU m r- T c in y? O f^ c v£> o 0 o fM CTi ^ in 0 rH ^-o ^ t\J ^ rsi in o ■H r- o CO CO 00 4j m 00 00 O O o o iH o 00 CD OD «] rH 00 00 00 00 00 00 00 ftJ nH o ^ CO '"' ■"* ^ U 1 ^ '"' r-t •"^ •"• '"' .H O 1 -H r^ O f^ u u o -H O o u u o o u u u Q CO Q Q Q XI • Q Q Q Q Q o Q X) • Q Q CO s g g CL O g g § g g g g a o g o UJ ^^ to 4-1 CT" *— s* t-tr t^ 0 U fc8 2 -' . k T o SJ = § 1 00 O t/) K 5 < 9 > I S 1/1 o 0 >6x ^ LU £ m J O T ^i) "X) c^ CM O 00 ^ r^ o o rH O o o\ z Q ii en in ro U") o o a\ o o fn 0 rsi Csj O fSI C3^ O o (NJ rg a\ fN o ■^ CNJ 1-H iH (Nl O o o o O UJ CO o O o O o o O CO O o O rsi o O in CTi o - go go go go 1 go go go go go go go i s gs ^ in w t/1 tn '•-K CO to Ul (O to w (/I to n •» o I CO .. * M * * « * * « *: S t/) U > t/l JJ > W 4J > lO 4J > to 4J > V) JJ > to u > J) J> CO 4J > to jJ > to 4-) > * iJ O to +J >o s ? "J 1 I Ul 1 t r 1 1 to 1 * 1 Q- X * cr * * CT' » * 0^ * » Cn * * D^ * * o> * * 0^ * * CP * * CT * * CP * » O- " a* » -er * o* * 8 o b-s§ &;■;;;§ t-S9 t-S^ H H -H Q tt^ &■;;!§ tt^ ^■S9 ^■^§ ^■=;9 * -H to O -H H to > Q4 to ^ii^ z < UJ &i5 "^ *" ^ "^ ^ ^ ^ ^ 8 y < r- V o "^ CD cn o O CO fN (NJ ^ o o Z 00 ^ •-' in ^ fN U3 a\ r^ 00 fN ^ '-' CD d fD J3 13 < < XJ < XI XI 13 XI J3 fD X) 13 ^ S ^ r^ m n in in m in m r- f^ - C rsj rsj rsi rH rsi rH OJ in in in in in in '-' \£> ^O lO V tH 00 P~ 00 o ^ in \o en c\ r- r- oo (^ QD 00 00 00 in in in in \D 00 \D — m \ 0 H 00 00 00 00 00 T cr> a\ ft < o o t-H O o o o o o o o o o o ™ O \ •T iH U-) in ^ 00 Osl o in ■^ iH CD r^ 00 o ^ in n? a\ a\ r- CO r- 00 00 00 00 in in 00 >x> t^< ^ ^ \ ■^ '-v ^ ^ ^ 00 00 r~ r~ 1^ 00 CTi o o iH O o o o O o o o o o O !^2 \ \ \ -^ \ \ f^ f-i T T 00 rH rH 00 OD rsj o tH f-H O o o (NJ o o O o o 10 k^ H u a >~> u. X '/I to o U U. u, UJ g a M a a H 3 § M X ^ =c Q 0 s 2 u u 10 UJ to U >H tr. vO m ^ t-i r^ 00 iH fN r-l iH r^ ^ fN fN ^ rH o o o O O o o o o > y^ 1 1 1 1 1 ) 1 1 1 1 1 1 1 1 u- u- ^ UJ X X UJ UJ U4 o Ci^ X 03 iii o as CTl c\ ON o o f*l fn rn n cr. fN rH o o o o O ■H rH *-i iH rH rH rH IN o XI ix) vO \D u> U> \D ^ VD "X) y? ■^ ixi r- r- o o o O o o O o O O o o o o O ^ '^ f-H >-l ^^ rH iH tH iH rH 8^i 2 I m »°2 O 3 Z > OJ u. m Q. oi Q 5 = LL) OJ CC a t [f; OJ > 5 O t a _; > < w ^, d o o I < Z 2 Q. 5 UJ o s " Gj g tf Si Q iJJ £ cr UJ y a UJ z Q cr g CD m UJ 3: < < S 1- O 5 Q 5 CO "5 fc P UJ UJ Q t z i^ I < UJ O ^ Q Q z a: 30 in ^ CO CO Z T fNl O O 1 s e s i: i-i a. ^ vo m i-f r CD tJU .-H \ [jj ^. ^ "^ CD ►J Cl \ i^ 1 r-t Cju s i^ o: cr. \ cb (Nj in 0) T) -^ CjJ O -^ S .-H C\ 00 0) 0^ OJ OJ O "D n-t OJ dJ (0 n w O .-c « 0 ^ tn ■rH -H p 3 3 =3 j-i t: a U X3 3 U l-i U 0) c u a> c U u u o U u cu to U Qj fO u o tr < < 111 Ml H H Oi m u> rsj o ON r- CD < < ■^ r~ T rsj Oi sD •s ° s° ^ ro CD CD CO 00 00 00 CD 00 00 00 p <-> H M ti- in ro ro in 1^ ro in no fO ro ro in ro U M [i] O M cj o U O f^ Cj m U o U u O u o Q O W Q U ^ Q Q Q CD Q CD Q Q Q Q Q Q Q O g 9 ^ Q u^ s g S g LU s ^^ S " fc8 5 -• . rr £ UJ O o >|l S CO k'^ i^i & X ^ ON O in o O a\ O o in ^r ^ < 1- 10 3'l 5 S r- O o in r~- in o in u. r-( o rsj o Csl rsj O ^ ■"* f— 1 rsj fO ^ O in o o LU to (^ o o o O r~ o o o o o in o o o rsi in IM rsi (— t in in ND 1 ^ 1 3 1 o 1 o 1 o 1 O 1 o 1 o 1 t o 1 1 o o « 3 in o O o o CD in o o o « cr in rH fSJ IN rs) rH rsj rsi LU Q. UJ < *5 ^ ^ ^ ^ ^ ^ ^ ^ ^ * „ ^ ^ ^ > gs g g gs g gs go < rsi > O gs" go go U to \n to to to to to to to to to ,« Q -.o *o X to . - •. n * % too * * tflO * * mo * * too * * CO * » 10 * » « >: 5 (0 iJ > — to 4J > to xJ > to JJ > to 4J > to AJ >o to 4J > to 4-> >0 to 4J > — to *J > to iJ > J I LU 1 ^ 1 -- 1 « 1 " 1 1 1 1 ^ 1 1 0- I * C7> "O * (Ji *fM * Cf -fN * C7* "fN * ON *r^ * CT * * a* * * cr * * C> * O * cr * * cr " 8 2 O H -< Q O t^ -H Q O H -H Q O H -H Q O S-S9 t^^ — M < H -H Q -H '- CO < to t-^i t:-S§ < LU ft« ^ 8 ,; < o a\ it; cr, o o fO ON in .— ( rn rs) fSJ ■"^ ■"* ^ CD 00 ro 9 !^ 0) 11 13 ft J3 X3 fl] fO X3 m Q (D U ro X CQ ^ ^ ^ ^ r-H -3- r- i-H in r~ CO ON in - ir lT) lD VD Jt iD \£> ^£ "Xi SO SO in CO rsi m P-) ^ I^ in t-^ in Osl ON CO CO r^ CO CD 00 CD r- r- r- r- CO r~- 9^ ^ '^ \ \ •V. CD ^ OS f^ o> rsi fO o so ifi < O o cH O O o .-1 o o ™ Q \ \ \ \ \ \ ■^ \ \ \ o 00 CD in CO r- in so 00 r- m ry ^ CM T-\ o rH O ^ o O ■" in vo CD CNJ fO fO J J ^ J kJ J cc o Z ■z. H § u S o S z o o o o M o o 2 o s O h- 1 B3 B 3 Q a: CC a: a: a: oi S c 8 8 O O o o tlJ tL ID tt^ CO ti^ a. u (J u u J O 2 s ^ fH tN rg f*l ^ in "J? r- fO in rsi ro Q I j- 5 Q 8^tr- Z X UJ S£i 8oi • lU LJ. m Q. UJ lu lu cr JSLY RECEIV Y/SALINfTY/T DATACENTE SECTION. Q = i^J to t^H 0 00 CD o O O iJ Csl 00 CO 00 (^ O u r in a e ^ o Q o £1 ' ys §5 CL rsi O IJ 1 r- o XJ ^ Cu fS( -H (T. •H (Ji iJ r- 4-> r- !^Y !^V -^ r- ■H r~ ^ o "^ o 4j I ft -O -r r>J O -H H « H to O 2 t/> ni X3 O rsi r- r^ in ^D in in in in m in 10 I n e , as x E c Q 8I' § g 34 4J r- i-t r^ m o U 1 U 1 ■H r- ■H r- i^V U 1 -H c^ -H r- J3 • -Q • :3 ^ p ^ Di CM CU CM 0 0 -1 w ^a\ •U r- tJ r- s? fi? ■H r- -H r- --H o ■-; o ^ (T\ •H 00 i-> r~ ^j ■^r SY m fH U 1 -H r- •w o --c O n . xa • a -^ a T a. rs) Qj fN on ^ ■^ CSI U 1 m rsj jj •^ 1 on n ^ ^ 0 (N u ij -n in 0; c: •^ fT3 i-i a o u I 2 LL . 5) Qj f^ o to IJ » * £• V-t * J= Q O O 1) >! H H < Oj 2 X X g ,g X ^ s E H H < a. 2 X X hS52S «£ Q O O 11 > H E- < CL 2 I X rt tN « to Q S *o X 4J J3 * j"5 > -^ > 8 to I V^ CO > u cr 01 * ft) "O H M H < a X X * ^ to o C/5 z Si > Q I K s s tr H 8^0:- Z I UJ < H m uJ Q- 5 U 1±^ => O 9 z < I o o u z Q H lij a S ti: > cr ID > LU U. cn D. uj UJ > C o t S ^ JSLYRE Y/SALIN DATAC SECTKX nn iJ \£) ^ V£) fO o fD O (0 o (0 o U 1 U 1 U 1 U 1 U 1 --i \o -H VD •H VD ■rH m ^ o -H O ^ o ja ' ^ . IJ . ^ • i3 • a T a -^r 3 tr p %r a ^ Cu (N Oj rsj Oi CN CL fN Cu (N -H ^D a\ -H 03 4J rVI (NJ AJ OJ OJ o o (TJ O U 1 1 « U 1 •H rg (N -H rsj •-H CsJ CS £1 • • £> • 3 -V -T ZJ ■^ Cb rg - z a < GC (3 O z < HI o o 0^ rH (N fO \£» I I I I W (/) I *. . »-H Q O O H n < a. z < -no T O -^ ^s V O 2 (/) ?^ * * w to to jJ > 10 1 . . CT' * (N ^ fO -D * cr * T --H (N O X 0) >, H -H Q o H 0) O Z Z ax X 9!^ ig in in in vo in m iH m ^ ^ \0 \fi lis O Q. o a: 8 H I LU < H CD S Q. 5 8iy =) ? CC O S H UJ > LLi li- en Q. UJ O 5 CC UJ LU £E > < H h; - ^ 5 t o < < m "i ° 5 w UJ 9 tf lij t: iy UJ Q UJ 1^ 1 UJ y ^ ui z y I g m UJ uj 5 < I S I- D 5 Q I to — .«r o i O -I 3 Oj (n H -^ ■ Q I H 5 3 8^tr Z I LU S Q. 5 u y^ => O Q 2 ^ LU LU ? cc o y ^ z Shu S55 > UJ u. m Q. uj o 5 = UJ LU [r 2^^'2a^ ATA OND IN OS ERE S"£P O -, W Ml t- ^ UJ ffi gy'sy < Z I Q- Z O H « 5 cc < bc H^liS 5 ^ <=> s S"^s iii ° o tr cc UJ y h. LU H a a: CRUIS OBTA INEPF DESC THIS DATA MACH lONAL CC c/5 to t O UJ UJ D U- H b Q < LU Q 5 D o z ir . ^o t 0] J3 (0 00 r- r- rH in ^r ld tri vo vfi 03 JD rrj 00 v£) r- p~ rH Q Q Q Q Q Q Q X >-« X >. o o o 33S3 J u ^ J ^ ^ J J J J Q Q Q Q Q Q Q UJ UJ UJ 2 2 5 gggg 8 ii 37 fO •«r iH '"' in CO •> o o t-H r-t to m in g w- in Ov ■" fO 00 ■^ 1— 1 § " ^ *J •^ ^ ^ ^ r-t tf r^ (NJ •H ^ t\l vo m CO m « M 0 o OJ 0) V 0) o VI n 0) CO CO CO CO (0 -H -H -H -H Z3 p 2 3 P 3 P D P p u U tl Kj U) tH k~< u u U u o u u o O O u CT, ^ OD ^ 00 (£ * o LU m f-0 O o o ^1 O O .-H V£ 03 OD O CO 00 CO o CD O o o o o o o o O rH o o o O r-i O rH fH t-l tH i-H o o o^ o o o o a\ O CT* o O 0^ O ON o i-H *. iH C r- a\ o a: S LU en o 0 CO fN 00 OD ^ 'T \D o z Q 5 Q o O fN O rs) 00 o O 00 11. iT) O o O in in O (— I i-H < « UJ to o ^ o O O o o q! £ o O o o o O o o o o in O CO o o O r^ o CD ^ 1 in m o 1 1 m o o 1 1 o 1 1 o o 1 1 o o o o o o O o o in o in 00 cc i-H fNJ 1-1 l-t CVJ fNJ LU a. LU t/3 ^ ^ ^ ^ ^ ^ ^ ^ ^ > < 08 < g - g . g . g . g . g - g - go g - g . g - y !/i m (/) fNJ CO rn CO m CO rO CO f*l to rn to CO fO to m CO fn 10° - oo *oo * oo *00 *00 ».0 O *00 * oo *oo -GO X ^ * w 2 .. * W 2 * * « 2 * * « z * * m 2 * * V) 2 * * CO 2 CL i 5 t/l ^ > — to j-i > " to 4J > -- (O iJ > — CO iJ > — to U > " CO 4J > — (O 4-t > CO 4J > — CO 4J > — CO 4-t > — < I LU 1 ^-^ I ^-r I v-cr 1 ^■^ 1 *^ 1 -V 1 1 *-^ 1 *^ 1 *^ tt Q- I * cr * ^ O * O- -T O » CJ> * *^ O » cr * -^ O » o> - * CT' *-q- O * c oT O * CT. *^ O 8 o H -^ 9 o -^ — w < a. to ^ .^ g O --. H -i Q O -H — « <1 Cb lO H -H Q O -H — Cfl < CU CO H -t q o -H -^ W < Qi CO — M < a CO H -H Q O -H — W < CU CO ^t^ H -H q o -H — CO < a. CO — (0 < Oj to e- -< Q O -H '^ to < Q. CO z < LU fei? o )i 5 CO r* in O O H m o U-) in ^ ON o 2 to ^ ^ ^ '"^ fsi in ■"* in rsj m d ID 13 (T] m fD 0] n fO m LU "^ •^ ^ ^ \ S H ^ n •T S! < o o o o o o o O o o O n o •V. \ \ •^ CD u-) o m ^ r- ON O ON I-H O fNJ fN (N <-• fN og r- r- Is <. \ \ \ ^ rg m fO rH T ^ V vo o o o o o o o O O o o Sci V, 'v \ \ ^D t^ 00 Csl ^ ON 00 O o o fNl o ^ (N fO 'T in V£ ? y o 1 o 1 ? ? 1 1 I-H 1 1 1 1 1 u u u o o u U U CJ u O lii ^ ^ rH r-i ^ ^ rH tH f-1 rH ^ o o o O o o O o o o o ^D k£> VO VD KD M3 \£> VD «.>D \£) VD n rO m fO m m '^ ,-. r-i rH rH (H '-' § z Si > o I >- l§ g^cf 2 I UJ a a 5 8oi - LU LL m Q. u LU UJ c JSLY RECEIV Y/SALINfTYn" OATACENTE SECTION. VIO nvn THE RKS £B2i *- I -.'^ » a- * 'T O H -H Q O -H '^ M <3 Qj 10 H -H Q — m < CO JJ > I — tn < t04->>o in*j>o H -H Q H -H Q H -H g is (/i 2 y{ V Q X K i (0 ?s cc (- 8 Ser- ifs 5 Q-, 5 u yi => 0 e z •^iS cr Lu >- LU li- m Q. yj Q5£ LU LU tC LU >- g o t a ^ JSLYRE Y/SALIN DATAC SECTIOr 2>T^ m t- t S 3 £ < ^ H o tc i S ^ CI s «G^pyj REPRE ED BY )CESS£ PTIVEf LU z u ir =RUIS OBTAI INEPf DESC THIS DATA MACH lONAL CC (/) to br o uj [iJ a < S Q 5 O Q Z !£ . ^o t n X3 ^ in vD r^ 1-1 in v£> r- r- r- fNj in in si r^ .— I f-i ^ in v£> \S^ \£i \£> \£t KD \£> H"" > > > y Si a o o o 3 tD n OQ m 03 O^ a: CC M 8 B ^ be ^ 5 g 5 39 in t-i in P ^ to u n a fi i-i m c M CO u i c 0 •H M O 3 nj — M C 0 ^ in fCfN rH rsj fN to to en < CO AJ iH «x> •H O M I-H UJ (J CO o ^ in (0 r^ 00 x to to u s g m ^ r^ V£> iJ rsi rf w -^ rt jJ TT ON s Q Q t/1 MHO rH U) rH rsi S to r-j Q I-H 0 p 0) 0 Eh O' tt) (0 in CO * * 0) 4) a- 01 OJ p 0) Q) OJ p a> « tH c V OJ OJ r- ON < a ^ -H O in in iH rH rH rH rH rH rH t-i •-* T u 4J VD en rH £ X C LU O O m |£ 13 OD 1 O -£ o ro O r^ ^ a\ rH o o o z Q < CO li o O o CTv o r~ ■T r- o gs gs . go go go go go go go go y V, to oi l/i Vi tn to to in w to * OO X * (rt *, ». M 3 ^ <^ Vi * *. w ^ ■^ fn » * CO ^ ^ Ui *. * CO V * CO .. «, to Q. >: 2 * JJ > W 4J > - 1/5 4J > to iJ > (/) jj > to iJ > to 4.) > to AJ > to iJ > to 4-> > 2 ? "^ O to 1 ' "^ 1 1 1 1 I 1 1 1 Q- I a- •» * cr *. ■c* O * cr * *. CJl V * tj* * * a- * * a- * * O^ * * cr * * CT" - 8 o H-< g o-H — n < Qi to — w < b^3 — CO < — to < '" to < '- (0 < -' CO < H -H Q '- CO < fe« LU * CD 8 i; "^ o ON +- (N +- ON in ro is a^ ^ O (M 00 rH r-t m in ^ ^ ■^ ^ a\ 1^ '-' rH — ' r~ — «-< rH ^ ^ ■-^ " rf -Q Tl i3 (*1 CD r- (N r- fN o O o r- r- T" CO ON ^ 5^ 00 CO 00 00 00 00 00 00 r~ r~- r^ 00 -^ \ \ ys in •T •«r ON o fS r~ in o o o o o o rH o o o o o S2 \ \ rs( a\ f-i IN ^ OD O 00 yj ■-' rsi rsi rH CT> in KD r- in ^ f*l ^ tn __, rg m ^ > s O 1 i-H 1 7 1 - X a < o o z < LU o o S^ tJj 4J -- * Q (13 fM , O (ID -H Vj O O CD J-> 01 D^ C c u 5 0 (TJ fD 4J 4J H (tJ « < m 4J f^ 4-) 10 ■^ (0 CJ S?^ U -H a; -H W in C a c •T) 13 *-• IM U U 03 U 03 O r- o o\ Q ON Q ON ^^ O f"" ^S gs CO O in Q (Ti tn -U > I H -H g o O — (/) < Cb z w 4-> > m ij > I I ^ .^ q H -H Q Ul JJ > to 4-) > ft XJ Q I H a v> ? o tc t- 8^i 3 & § 8qi I^^S a H LU SS£ > UJ u. £D a UJ Q 5 2 lu LU cr JSLY RECEIV Y/SALINfTY/T DATACENTE SECTION. VIO rivrr THE RKS ?B2i ATA OND NDS ERE S"^f go"5y < 2 I Q. §§<^ ^53^5 5 1^ ° s w iu Q HJ LU r" LU LL £«1^S sast CRUISE OBTAIN INEPHC DESCR THIS DATA MACH ONAL g!2!2g TAP NOT ICAT RAD < UJ Q o o Q 2 b; . ^o t 41 ■D ■0 c c J= (TJ x: rtj 00 U (J u u CO vo -H vj r- ro -^ u 00 ^ «w fC 00 rsj **-! U « in ff u: 0 ij r- Qj a in r- CD GO L-t -. 4J — (0 vD t-H ^ cNj 00 0 vo ro r- ■s r~ (^ CD «J rsj t* -H E r^ 0 rsj u y 1 00 r-l s 5 0 iJ fO t- , 0) 0 in •^ UJ Jj CO -r-\-.H 1 « (0 -^ (J T) -H -H C" a -C D D Q. :3 0 0 *-> \ n CL, p 0 0 u 00 1-- 5 w u i-i G; \ a p 3 3 p lu 0 0 Wj D VI u i-- OJ rsi l-i U LI S. U ■ CD m ON (Ti (Ji C3\ o\ 0 U =J 0 00 u U 0 P 0 (J Q a Q Q Q C^ Q 0 t-l Q cr. Q Q Q i-i Q Q gS s §5 g^ g g 2 4J g g St 5? q u fc8 5 -' . ^ ou = 8 z z o O « H ^ ^ < < Q z > a: g o aj 0 LL z O >|x < rf lu 5 S =1= 0 H UJ y_ < X CD 0 fNl 0 ^ in .n rsj ^ 0 0 ^ O CO ii m 0 ro ^ 0 Q < ON in OD Ln 0 V O '"' -CT ^ >j:i in ro ^ in in X 0 0 0 0 0 0 *o Q. < in 0 0 0 0 0 0 0 0 0 t/> T 0 0 0 0 0 a\ 0 no •T in VD \o ro rsj in a, 1 < < < < < CM ^ < go < < < go < LU >o >o >o > 0 *^ >o >o 5o o >o O Q w to (o * 0 -^ 10 (O w CO .^-« to _ V) o X y5 » * « * * « z in * * to •. ik U1 CL >: 5 UO 4J > 10 jj > irt u > 1/1 ij > 0 uT J> (rt aJ > 10 iJ > to J> to 4J > 10 4J > to JJ > 10 iJ > < 6 s Q- I * c^ ^ 1 I ». D^ - ^ ro 1 1 -. o^ * I 1 1 1 1 * OS - 8 z 0 b^§ STji t-^^ H -^ Q 0 0 t:-:^§ H -H q -' CO < t;i;;§ t;-s5 ^t^ — ■ w < — CO < — (0 < D < vo in in in in rsi rsi rsi rg C^ o\ fN 0 in fN r~ OD ro >X> rsi rsi ^ r- r- 00 00 00 00 00 CD 00 00 00 « HI ^^ '^ \ 9 H c\ r- p- \S> 0 a\ in CD 0 ro ?S < 0 0 0 0 0 0 0 tH 0 0 0 ™ Q \ \ ^ \ "V. \ •^ 0 <^ in in \rt in T 00 r~ r^ rsj ^ •-' 0 0 0 0 r~i Psl ^ 0 CT> CJ^ f\g 0 in fN (^ 00 ro Vi) rsi rg 1^ r- r- r- 00 CO CD 00 CO CD CO O) O) 2 5 '^ \ ■V, \ \ ^ CD rsi VC >X> in in ^ 0 0 0 0 0 0 0 0 0 0 0 0 t^s ^ rO ■^D OD 00 ■ > > > s X f^ 0 0 0 0 0 0 a a 3 a U] J e g CO 3 s H H H H H H UJ UJ a UJ ■V fW ^ Vi? ^ 00 • Q I H gSii Z X LU S Q- 5 u li; => OQ z J LU LU ? CC 0 Q b LU 55£ > LU U. m Q. w LN LU cc JSLY RECEIV Y/SALINITY/T DATACENTE SECTION. n fc LU (A 3REVI UCTIV TOTH MARK to 0) c OJ ON 00 CO \ 00 ^ \ 00 (/) 0 O o U^\D C m c ^ 0 U- 00 ON o \ rsi CTi r- \D O r- 0 - \ r-H 0 to 0 O 1 CD -H O rH 1 -4-1 1 «4-. 1 u-« O -H V) .-H r~ -H - li H -H U r- ^ 4-> m ^ ?p Y-^ (J 'H cC 1 o m O T) S 4J M \ rH f^ r rsj s 1 a fO f^ nj (N H W O fD fO rH CO rH iJ rH 1 s rH O Cs) O m o U O 4J ^ l-H fN rH 4-» < yi CC 4-> U rH rH -^ to OD 00 "JD CO < X ^ wi m O u. to V) r- rr qF cc UJ o O CD u. z 0 < 5 LU tc S 5 o 1- h- < T cr« O o in in ON ^ o in T m o z o 5 il 00 o ^ Oi VD in r- r~ LL o rsi r\j fM fN O o r- >- rsi fN ^ rH I Q. 1 — UJ 05 Q- f is O O O o < CO o O O o o o o in o o cc o o t-\ o rO <| 1 o IT) 1 1 I 7 i 1 O 1 o 1 in 1 1 o 5 0) Q o o o o o o O o in o o en CC f-1 V rn in in z < LU LU Q. i^ < ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ >- > O *-^ go < >o go go ^ go (N g .^ ^ go o o I/) (NO to ITi I/) (O o ^ o to to fN O I .S2 to w" - O -H O *0 -rH * O -H o I * .. W 2 (n * *M * * W * * w * * « -JSS^ ^ » to * C H 2 to » -p < Qj ■^ rsj 2 to - C Osj 2 to * 4-) < O Q. >: 5 V) i-t > O CO 4J > Ul *J > m 4J > (O 4J > to 4J > * iJ o to P > 5 ? ^ 1 1 I 1 tf) \ u *ro 1 lO 1 u * * to 1 * * to 1 V4 1 < Q- I V CT * ^ rn * a- " * CT- * * a- » * a- * CT- 0) * -^ m * cr * 8 1 o H -H Q O O — m < Qj Z — « < — « < *-H x: Q O -rH H M H < Oj CO — to < *-rH ^ Q O O H to H < cIj 2 »-H Q O O H to < Q. 2 v-H x: Q o O H to H < Cb 2 s^§ 6 Q b« ^_ +- +- ^_ +_ ^ 5 LU 8 O (*i T O -^ VD §u e^ O fN ^ m fN rO ■•- 00 r- T-i fM ^ ^ ■— c\ ON CM •-' rH m ° ItI £i n 13 ja XI (U tl3 m XI TJ XI J3 X fly \£> r- r- rH (N in r- rH r- r- o — c rsj (NJ CN Osl (Nl in in vD rrt ^ in vD in in V£> O o ^ rsj ro VD rH in Osl r- r- t^ o O o O o o O o o o O S2 •^ ^ ^ rH rsj o 00 rsj OD o rH O ^ O o o o o •^ rH N 2 lis M 10 g § 1 *- «; r= o l-H M a; X X 1 1 1 CJ * ^ S s 2 lO to J o o o a s a a § to 1 1 s 2 s >H L3 >-< X ■i H X g g g g in V£> j^ 00 a\ in in ^ ■T o r-l rsj o O O o o •H f-t i-t ill 1 X 1 1 X X 1 X 1 2 1 2 i i i 1 > 2^5 2 ? ^ f-~ r- r- r- r- 00 00 CO CO 00 00 CO §§== o o o o o o o o o o o o as' aC cr- oC oC ov' on' ON ON OS* en ON* m f^ ro •"^ ■^ •"* ■"* w rH '~' •"* •"' ' ' rH ■"* « (/5 Z a^ >■ Q I 1- s s 8^i Z I UJ < 1- CD S Q- 5 8oi f^^S O 3 Z Q K LU > CC LU > UJ LL tn a w UJ UJ CE JSLY RECEIV Y/SALINITY/T DATACENTE SECTION. <§8s !5 o z UJ S o 0 I NTO ITU. RESP SEET O . S UJ t?8^ Sy^y < Z I D. z Q 1- « < E < ^ ^ o 5 ■ ^^s^ fsg^l IE LU X Q- uj z 2 cc lii^ THIS DATA MACH lONAL CC CO y> t O UJ UJ Q i p p p P < C tri « ^ y-i nj CO AJ -o Q) w rH rH C -H a; C « 3 ll> c w Ci- bu. tu. (1) C 0 <-! U (0 0) o to u 0 c * lu 0 en QJ \ 4J » iJ * -U f^ ^ -^ CO 4-» cc Q. a -C O jj m fB ^ fO r- m in 0] NC OP JJ (^ m — bJ [J 4J C a (-1 M m fNJ ^ O 0 -t -H , n m 10 JJ 4] ^ CO O 2 C *J Q O to "Si Cb ro O cu a 0) to fl] OJ CD vj n p 0) U 4J 4_) •• \ ^ "^ p OJ 0) H 0> OJ . (I) O \ to to c C (0 u W »-i -H C X) u -^ fd -4 J3 to -H -^ U -^ m — 1 LO ft] ■H to (U «H (0 OJ -rH « OJ -^ CO 0) 3 a :3 a vD x: CJ :3 0 0 v. CM o 3 ^ U P O J= 3 JZ p n a p to a P (0 p, H 0 x 28& p i-i 0 4-J ON wj in u u tn u i-. (u r n ^o u u Vj O X U 0 X o cn Lo c\j u --< — u — tj a* Qj fNJ u o o u u •-* -- (J ON U Ct CiJ u q; cj {J oi cj o a; ci3 (J X o\ c o o CO o c CD C c ON C CD ■T a\ 0 in o (N ^£) 0 tj\ 0 0 ON 0 ^ S ffl ffl r- -^ OD CD 00 CD * 00 -H \£> in « -H N£> ~ -H N£) in ^ -H vo a> 0\ j_» CD ON ON ON ON ON 4J O t7\ H 4-* O H 4-10 ON H u o ON pi fN ^ (T3 O <~l .-H fO .-t (N) m nj i—t en m r-H -^ rsj O -H CNl rs) -H (Nl U O -1 ^ U U vfl u o o U 00 U CO .-H o U o r- -1 o U O -H o O CJ ON ^ o u G Q -Q * Q Q ON Q Q Q Q ON Q ON ^ . Q Q ND XI • Q O J3 • Q Q ON ^ . p § O ^ ON 2 a. (^ g O -H P ON 2 ro Qj m 0 0^=''^ 2 Z O CU ro Q r- p (JN 2 o Cb f^i Q Q J^ ^ <3N 2 g o a. fo LU Sit 5? o u 5 -* HO fO HO (U HO *. -~ ^ . * -^ 3 rn is SS — m — m — m . ^ OU »8 I/) 2 ' o ^2 f- 2 < S > ir ^ I/) m O O >■* X IM T (N ^ .-H LU LU 00 ^ ^ ^ ^ ^ ^ ^ ^ ^ >- < go > o f^ * go go go go g .^ g ^ go y (/> i/l O f^ w to w _ (O m (^ — to — to .^ Q * o f^ X to * ^H * ^H 2 O * *H to a. >: 2 w s> to 4J > O « J> to jJ > CO w > CO iJ Qj m ij ch u to 4J cu to 4-1 > s 1 1 * * O 1 t * ON - 1 o 1 1 ^ ON ^f^ 1 * ON * 8 < o t^§ f^ -1 Q O O H ^^9 b-^§ ^^^ f-i -^ tn Eh -H to O -^ H -H to O t:«§ - no cu :2. cu — tn > — to > Qj l/l -- to > 2 b'S ^ „ ^ „ TT" ^ LU « o >x> 8 y < C7N O 1- 2 CO ■^ ON in rsj ^ o fN rsj 00 rH ro ■^ in in — '-' fN CD -^ ■^ '^ (NJ rsj CO "X* 5 it! x» fO XJ jQ X3 fn TJ (0 (0 (0 to rtj ^ff O Pi SR in in in V£> to -T ^£> 65 VD M NC CO Vi3 to N£> to I^ Ln r- OD ^ ^ ON r- ON m ^ r- in NX) 00 CD O) CO 00 CD 00 CO 00 00 OI \ Q H- ri ON -^ \D 00 '-' ^ fNJ O .-1 O ■-' (Nl fN rsi o (NJ o Q 8I^ 2 o 2 8 to i S a 1 H 2 M ac a: to (O t/3 g s 1 g g g 2 CJ CJ g 5 ^ 1 g 8 O o 2 2 2 2 m Sg i O 1 o 1 1 1 A i i 1 X 1 X 1 1 iii 03 ON CTv in in in kO NX) N£) lo U) NO ND O o O •-< •-' '-' T-l rH (-H I-H I-H "-• •-* ON CT^ ON ON ON On ON ON ON ON ON ON ON '^ m n m m m fO ro '^ ■^ ■^ i-H '"' *"• *"* r-l •"* ■"• ^ rH '"' to (0 z trt > Q I H i t^ 5 O CC I- 8^^ 2 I LU Sti 8oi ^j lD LU < 1 O o =) z S H LU sg£ > ID LL CD Q. UJ o 2 2 LU LU CT LU >- 5 O t ,f , _• JSLYRE Y/SALIN DATAC SECTIOf - Q 2 y C U) « t O LU lii Q "- *- fe Q < LU Q 5 Q Q z a: . .^o t: 44 •D 3 CD C -o •o fN to o c c V£> J= r- n rH (0 (0 in 4J o 2 to i« 00 O f^ r- 00 00 00 rH 0\ a\ a: 00 \ OD rg rH fN a 1 fN \ ^ \ r- m tn to CD r-- in 00 rH 10 to 00 to fN 00 fN o m --V. 00 1 \ u U -- U U — m 1 U 1 \ \o O fN O ND 00 s fX KD t-H < Q •-* < Q r~i *j < rg O 4) T CT dJ 0) 0) TJ 1 OJ O C p) tfl to to 0 fN Ifl n 0 \i> to O r~ n •^ OJ r- fO 4) r- 0) -H O — f \£> — 1 rg P D U 1 3 D -H en x: D -H o^ x: a =" p D u T3 :^ o w 1 3 U 1 3 U U a> in Vj QJ ^ U Vj ^ 0) -H U u K u o C u r- u U Ch rH U U Q rn — U fN Q rn -^ o u tu O a (13 o O 00 Oj i-H O Qj rH U S a^ vx> ^* VD ON O CM ro CD • ^ ^ 00 ^ o ^ ^ ^ -"T s s s in 00 ON O r- r- * ON CO 00 0^ en ON ON 00 ON OS ON ON ON a\ p' to ^ to to > ^^ 2 " o ■o 3: , a' ou ™ 8 z to z g O CO P f— t < < Q s > [r 2 d tu o o CO CD u. O z < Sx§ l- f_ < ■j; ^ ^ ys OD ON o fO f^ rg ^ ON o o CO z Q il o in o iL. o a\ m ON in >- o fo m in X o a. < lU CO 0. f o o o o o o o o o .H o 00 o ro in O o a CT. ■-( o\ in o in ^ 1 1 O 1 1 O o 1 o 1 o *o 1 O o o 1 r~ 1 T in o CO o O o in o o •^ o O 1 o 1 r- CO d CO m in in rH in ^ z < LU CL 111 < ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ >- < go < rg -, < < < < go < < < < o tu h- J— CO < >o > O -T >o >o >o >o >o >o >o > o ^ (/I in lA O to to to to to to to to to « -^ o I CO » » w ^ ^ tf) ^ * (0 w » » w * * m ^ ^ v> » * 01 ^ * to ^ ^ Vi * fc to * * to » V to Q- >: s (/I iJ > Vl iJ > en jj > o lO 4-t > to iJ > in xj > to iJ > to J-) > to 4J > to 4-t > to J-) > to JJ > < 6 o S Q- I 1 1 1 1 1 1 1 1 * a- * 1 1 1 1 8 z < O s-;;;^ ^•s§ H -t q o b-S3 t^§ t-:^^ t:-S§ t-s5 — to < — t/j < — to < ^ to < ft"? „ ^_ ^_ ^_ 5 LU in 8 y < 00 « ^ ^ o •- 2 to CD o o m m 00 o ^ ^ r- rH rs) a\ m 1 - 1 " ^ m "-■ m rsj ^ •-' rg 9 'fl ja i3 X) n £} ca li n £l £J n -Q J3 -Q ^ Up r- CD r- rH r- — c .-H ^ fNj fN in in fN fN fN in 1^ tN fN rg rg rg in r- r- ^ "sD in ^D O r- r- M? r- CO ON ON CO CD VO CO CD 00 CD 00 00 00 CD 00 « lU 9 ^ T in in r~ C3\ in ON <-l .H 00 rfi < O o o o o r-i O o o o o o ™ Q \ \ \ \ ■^ \ CO o in \£> o in ON r- rH rsj fN ■-' f-f O o •-' ^ rsj .-H ■-' r- r- ,-j v£i in VJ3 o r- r~- \£) r- 00 ON ON fe;u 00 OD r- CO OD 00 00 CD 00 00 00 00 r- ^ \ ■^ r- CD rH ■^ ro .-1 in 5 < o O o O o o o o O ^ o o o o So \ \ -^ \ \ -^ \ in ys> CO Vi> in in ON ^ CO ■-' o fN o fN rH fN fN •-' rH o o '-' rg Q ^^Z E d o CC d: oi DC CC > > > CC 8|" 03 2 Ed Ui Ed lU UJ to to to M Ci] X X X X X to to to I-H [^ 0 a y o u o u § s z ^ u s <, g s S 3 s s S a 1 8 o i 10 to to to to CO OD CD o to 3: i£. ^ ^ a a a a ^ ^ d Q ^ rsj fNJ fNJ ^ T CO Oi o ^ fN m NC ^ > ^ o 7 o 1 fN 1 fN I fN 1 fN I 1 1 1 1 o 1 1 tS] < < < < < < < < Q Q Q Cju iC Horn iii •^ p. 00 o f^ fn m pn ^ ro 1^ fn n m '-* ■-' ■-' fNJ fN rg fN rg fN fN rg rg rg rg a\ o\ oC (J\ CTi o> o\ ON ON ON ON ON ON ON m ro rn m ■"• ■^ '"' •^ '"' i-H ■"^ ■"" •"^ •^ ■"* •"• ■^ •"* CO z sx >-■ a 1 1- n, ^ S o 8^cr- z I cu 3 Q. 5 U W 3 O Q z "f CC o o = z O »- UJ 3 S °^ > CC lU >- UJ u. m a LU Q 5 ^ LU UJ CC UJ > 5 O b ?, -V JSLYRE Y/SALIN DATAC SECTIOr O t CU 05 ^ 5 £ S UJ UJ u, m o\ ^ CD 00 ^ ^ to O 1 00 O rH \ 1 -Tu < 5 o u rH "^ ^ s ^^ a? 00 o < TO O -^ s Oi R g 00 10 U rsi O m T CO CD tfl •• 1 O r- -u a 1 OJ a> 0) O; C U H U UJ U ^ u U U OD u O CO Q. TO cc < < LU LU \D a^ H H f-H TO rn m fO ro m ro ro U 1 m f^ vD Ci^ [1^ 00 ■H rH f-i u u U =) O t-H UJ O M u u a U :3 U CO u >-* o O (J CD Q Q Q Vj 2 Dj CO D O « Q 1-4 Q u Q a\ Q XI • O Q ON Q -^ g5 O -C 2 4-> g?^ § a OS Q '"' si TO IH St 55 TO 3 . IH o u * TO |8 3 H O ou 00 in r~ r- rH rsi fNJ 1 1 rH = 8 Ba. o ~H u o Qj Qj Nl 2 O w h- 2 < > S CC Ct LU O S J o O X H tn X T ^ IX- ^ CD ^ ^D CO OS i-H o z Q < h- U5 ii fNJ o\ o in u. CD in VO a. in o r- O in ■^ in rg T rH '"' o o o *o *o o o o UJ 05 o o in O rn o o r- o o O ON 1 a\ 1 O fM ^ O - < < < < < < < < < < < 1- «5 >o >o >o So >o ?o >o > .m 5o >o y t/> to to (O to to t/1 to rsj O to to *0 -rt I (/) .. * n * * M * » « * » w » fM 2 to * V m * ^S> > 5 t/i Jj > I/) jj > '^ iJ > CO *J > Ul iJ > to iJ > LO 4J > -* i-) O to 4J > to 4J > < ? "J 1 1 1 1 1 1 1 to ) * * r 1 0- I » (T * * CT- * * D> * * CT * * o^ * * cr * * cr * CT> »,^ m * C7> * * cr - 8 (J t-^^ ^■;^5 t:-S5 £:-S§ b^^ ^■^^ t;-S9 *--i 9 O O -' to < — m < z < LU fe2 *~ ^ "^ ■^ ^ ^_ ^ ^ ^ 8 , < rn CD rsl ty\ o in a\ 2 t/> •-' vO ■-' m C\J fNJ rH ^ in ca d XI m JD XI XI fO X) TO TO X) TO XI TO o 1-1 TO XI TO xa XI XI Xi XJ XI XI ^ U3 p- >-t r- i-H r- rH .-< CDa\>^r-p- (H.— iinvD OOOOQO(T\vor— r~.-Hi— 1 rn rn CD r- — a: iD ^U iD -^ in >J3 >J3 ^r^inuiinvo^Di^u) ^^^^ininin^xjvo fN (N (N (N in in in r- r~ 00 in VD CTi 0^ ,_( a\ CD CD CD 00 03 00 00 00 00 00 5 fe ^ O rH r-i in OS CD r- 1 >, 4-> 4J •H C § § § 4J § § § ^ O o O a: a: CC 0 o ^O n o ►- — ,— CiJ OJ UJ a J .J 155 "1" 3: 3: zn & a- .J UJ UJ a 1 1 1 *M 1 u u. H H H 8 8 8 o 0 S H to to to a w a 1 s s Q a Q CJ UJ UJ J > > > 8 8 8 to x: 10 UJ o g g s g g < ^ o ^ in ^^ 00 j__ 00 CO O ^ (M H^ (M o '-\ O o o (NJ 1 1 1 i o 1 a. 1 O i 1 X 1 1 1 m n ro m m rn fo m f*l ro f-1 f^ fO rsi rvi <\i oC c^ Oi' ON CJ\ a\ oC OS Oa o> m n ro m rn •"* ^ ^ '^ ^ rH ■^ '"' ^ ^ ■"* CO g z a >■ Q I 1- Cc 1— 8^cf Z I LU a Q. 5 8oi _^ Uj LU "f I O S t UJ 5S5 >- LU LL m Q. UJ LU UJ DC JSLY RECEIV Y/SALINfTY/T DATACENTE SECTION. O t "J CO im ir~ fO >.C0 fq >,ro en 00 M 4-) "D 00 U "O \ 4J TD -^ 00 z C M D \ C to a ro C to D 00 \ co to o U fN 01 0 t/1 -^ x: u a> 4-» C rH ther Coa n St -26/ 8/88 ther Coa n St /2-1 1/11 s 2 < 1 1^ 05 O 1 Vj ra 0 f^ -^ M (13 o tn 1 iji H *T 00 ^ 0 -H -rH tn r- 0 -H -H ^ ,-. O -H -H .H O 8 to CD 2 C iJ 00 •Z. C U rn 2 C 4-1 nH H (T] " --v i-i fD •• 1 ki fU .. ^ tVTy r~ D -H U 1^ ,-( D ^ U U TJ P ^ 1-1 1-1 T) P 1-. QJ 1 l-l (13 -H OJ 1 J-i to -H OJ C Lh (D -H 01 C U Qj ^ u s O O O Oj en U O tj CU (13 CJ U O Cb (^ u tr < ID LU o cr\ u? in r- T H OJ 00 ^ fN o in S CO 00 r- O o\ o s° LU ffl m cT* 00 ro a^ ro en cn o P .-) fN .-1 I-H 8H f*l rH ro r~ rn 00 fO o fN 00 Q Q en a tT> Q tn Q Q U to O -H o O fN g;^ O -H Q o < < ^ ■z. 12 ro 2 2 2 rn ^ 2 f^ 2 fo 2 2 cb a UJ in ff o 53 fo 3: . ^ ^^ fO t5" E-. -HO q u o , 3l ou s§ z z o o (0 1- 1— ^ < < m s > S cc LU O o CO u. z o xii o fN I O < ^ Ui CL S ^ ^ s 1- tu ,_ X < X O O vo o 00 00 ro ^o <© t^ O o CO 5i 5 a o o in CD 00 CD 00 CO CD o 2 Q 5 o in o o ^ i-f >- "^ ro ^ ^ ■"• "^ X O a < Si o o o o o ^ o o o o o ■*?• 00 00 00 O cc o o rn o fN 1 ^ T in ^ r 1 1 o 1-t <-^ o t o I O o o 1 1 1 1 o CO Q o o o o O o o o CO IT c^ ^ ro ■ l- < oS < go go go go gs . go gs -? go go ?o gs o Q fA to (O CO I/) rO to to fN O to to to *oo o X * * M * * CO ^ * w * * t/1 2 * * w * * to 2 tn *. « CO « « to Q- >: 5 lO 4-) > VI 4-> > to 4-t > to 4-» > to iJ > — to iJ > to JJ > o to 4-> > to 4J > to 4J > to 4J >0 < s ? LU Q- X - O^ " 1 I 1 1 * -^ 1 * o* *-c m 1 1 1 1 < LU o o — «1 < — n < — (/) < ^t^ El -H g o -H — to < a to ^■i^ H -H Q o O - to < Q. 2 ^•SS i^-.^ — W < E-H -H Q — to < Q O t- 2 CO - - ■^ T r- x' r- r- O fN O fsi [L in in fN in in in in vo ■^ in in in in in in in in in CM tn 00 00 c*l in 00 r* 00 cn vD in 00 CD 00 in 00 r- 00 00 00 00 KD 00 « Hi \ \ \ ■^ \ 9 ^ rsi r- 00 ^ in CO 00 O o ^ < O o o o o o o o rH m Q ■^ •^ \ \ ■^ \ ^ r- ^ VD 00 00 f-l in ■"* (NJ rH fN i-H in 1^ 00 00 00 in CO r^ 00 00 00 00 w ■v. \ fN in ro \D ro (*1 fN ro o O o O o O o o O O o S^ci o ^ O fN o f~i (N (N rg o '-' '-' O o g g r5§ to (O i g 1 d tNJ CO g 2 Q Q CiJ [jj IJJ < > § H a g 5 g ^ d ^ 1 § to to < < S g s s s s g g § ^ ^ rH ro f*l ^ in fH fN ^ in in > ^ 1 7 O O 1 o 1 o 1 o 1 o 1 o 1 o 1 1 1 ^ O >^ tSJ OQ o CJ u CJ tlJ u cc ^ ^ 0-) VO VD \£> vo r- r- r- ^ fsi rsj cr.' Q I JT 8^0: Z I UJ Sti 8Si [f LU > LU LL CD Q. UJ Q5 = LU UU CC o t a _• ^EVIOUSL UCTIVfTY/S TO THE DA MARKS SEC t O UJ UJ Q J-> 4J 4-> u u ■D xJ Wi (fl U ftj v-i nj u <^ u la 5£ 52 5e 52 5e C 0) C OJ C 4) C 0) C 0) m m nj ffi ft) tfl n] CO fT] to u n 4J -Q 4J -Q *j i3 jj n o to o to o to o to O to o cc < 111 UJ E- c c c c c KO Z3 00 rH fvi < 0 0 o 0 O ro u ^ ^ ^ in < Q -H O -H O •H O ^ o -H O O o x: o o o o O O *-) CO i-) CO 4J 00 4J CO JJ CO o O 4J o o o o o pi gy rtj o rtJ o ftj o (0 o ft) o in in in U 1 U 1 O 1 U 1 u r in in 00 o in in tn in o^ Li. ■H rvi •^ (N f^ ^ U i-H u ^ o .-H o ^ o ^ O ^ o u u o o U :^ O D u ggi J3 • il • J3 • XI • Xi • Q o o o O Vj a >-• Q 3 rn D rn g g5 2 i-> g o. -q- CU T Oi ■^ Oi -tr Oi ■^ ^ in in ^ ^ ^ ^ ^ ^ T LU * *< fN q 0 0 0 0 0 1 u o o u u to 4-» O » mo * Qj 2 2 to 0 U ^ ui ^ ^ ^ "D * fa T? ■6 ■D -.am 2 ^ * r-i * f-H 2 U 2 O 2"o 2 U p o * * Vj * *-o * * u «, * ij » * n S H cfi T) fU --I TJ fTJ fO "O 03 fO "D ft] <9 2 H cfl 2 S H O 2 H CQ 2 H CQ , k °H = § z O ^ h- 5 < > (L £ LU O ^ xil 1 o rf UJ S X X r~ CD O s ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ > g - g - $ . g - g . gs gs gs? go gs .^ y i/i E to E to e ■^g to E l/l to to O m to fNJ O * O -H I Q. * 1^5 O - 4-' < O * 4J < O -JSg - 4J < O to 4J > O to J" > o * V CO to to *J > o . ,01 w u > * * to 2 to lO 4-t > O 5 ? ^ to 1 u to 1 u CO 1 v. W 1 u lO 1 1^ t 1 1 1 * * Q- I cr a * D> O -^ D> 0) * (T- dJ •■ ^ cr * * CT- " * Cr - fM V CJ> - * o^ ^■^ oo 8 z < LU o ^-^^9 ^■■^f^2 H "to H < H-SS5 H W H < t-^i^ ^■:l^ H-H g o — (0 < 2 tii^ H-H Q O O — 10 < a. z fe« 8 . < KD ^ VD 00 0 ►- VD KO ^ o CO \£> ro Z C/) rsj rsi ■-' •-' '-' in (N ^ 00 CTv 00 CO 00 r- CD as O (N CO OD CO oo OD CD r- r- r- 00 00 ..V LLI \ \ '^ \ \ 9 ^^ o o "Xi i-H f?l < .-1 o .H tH o .H O O ™ o ^ ^ ^ '^ tH r^ o O o o rsi ^ fN r-t fNJ r-t m fsi f*^ f^ eg ^ CD 00 CD 00 CD r^ CO ON o rsi 1^ CD CO OD 00 00 (D t- r- t^ CO CO •^ '^ O rsj CM fNt - ^ tH r^ O O O o O o o o O o t^§ ^ \ \ CT> rsi ^ o r^ r- (NJ T o O fH t— 1 (— < CNi •-* rH O '-' -H t. o E ii o g j_ l^ w (*i CL SSS in 00 CO r- S tx. 8|" CD CN CD g 00 00 00 >- 2 i m E9 g s § § § 3 KT, (O 5 o o a-) in fo ro ON o ^_^ rsj UJ -^ LU '-' O o o o O rH (M fN fN •H cc H o > y; 1 < i < < CQ !P fSi CM Q i to 3 o 8^cf Z I UJ a Q. s U S =5 O Q 2 "?^S O =) z S 1- LU 55S >- UJ u. m CL LU Q 5 2 S UJ I JSLY RECEIV Y/SALINITY/T DATACENTE SECTION. n t UJ «, =«EVI UCTIV TOTH MARK == 2 £m^S UJ Q LU (- CC UJ y E UJ z » I CRUIS OBTA MEPF DESC THIS DATA MACH KDNAL 5!3^g <^B? < UJ Q S Q o 2 b: . ^o t 48 M> 00 ^ CD VO ^D DO •*^ ^^ \D -O CD .-( « 1 •-^ C 1 V tn g g 00 r- fN \ 1 00 CM VO -^-^ \ 00 ^ r-l C 1 ^ 0 in fN -H •^ fN 4J f- \o \o r- *.>^ m 1 fo !^ lH ^"N. g g rsi (N tNj fN O 4J rH in 00 rsj rH (n • ■ rH^^ "^ 1 "0 \ ro 0) o T3 •'T .H TJ VO p 0 rH P 0 O 1 n n 0 ^ rsi -H m cj -H ^ to vj I \ 3 Vj .-) "D IH TJ 0) >X> 00 U O 1 c 01 c O Oi fS) r-l U U Qj 00 (Tl a. m r- (T < < Suj H H rH fsi in VO 00 Q o < < PO ro m fo r*^ z 2 5 O o g° g° (\J rH x: O o O o o o O O iJ pi m gy gy \o u> ij) cr> a\ r~ r- r- in r- u. a. ON CT\ u O U »-H tlJ O l-H UJ u u a u U O rH .H Q Q Q U ^ a u lA Q Q U Q Q Q o o § 2 a. cd § §5 Q -^ VP 2 r~ r- LU ^^ o O * * " » *. ^^ O fO -H m ro ^ (T] S 0 ^ s o ^ m — U H - U £- s . ^ * „ ^ ^ K^ fD (0 u (0 -o E-" H ft) H -HO S" CD O 5 -' — E-" , al ou "* u —I z O w 1- 2 < > cc £ LU O >$J ^ ^ S UJ IT 1 o 1 o X X T o o in 00 'T in ^ IS) z Q t- ii o o o o m O o O < CO Q- E o o o o in in in ■^ in o ^ 1 m 1 1 1 1 1 1 1 in D o O T CO o to cc \o m LU Q. LU < 08 < ^ ^ ^ ^ O ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ >■ gS -;^ gs gs gs gs > O ^ gs --- y CO CM O w rn X to to to to O U) Pvt o «"=: * O -t *0 CL -O -H X * * « 2 to — 1 2 * » CO to * * « Z V) Q- >: 5 to 4J > O « u > T] to u >o to 4-> >0 to iJ >o lO 4J > O W 4J > O 5 X UJ I 4_j k n-1 1 1 1 1 r > . 0- I * CT * ^ ro * o^ - ^ 0 rs) O * O' ■^ ~ * a^ V -~ * o> * cr * -^ ^ * D^ * ^ fn ^-^ 8 Q H -H Q O O — n < Cb 2 b-S§2 iJ O -w t- -H Q X - « < a H -< q X - tfl < a t-^^2^ £-• -H q o O X — n < D, z a Cb 2 to z < LLl ft« "^ 8 y < O H 2 (/I J^ ^ r- in r- CO 5 CD d m J^ ft3 03 £i ni m =■: w vu f~- r— (— ( in >x> 00 vD r- r- r-H o o O o o "js r- — ff rsj fN ui in in ^ vo VI) ■^ un in in vx) in in in in in •T in in >x> 1-( (N rn ^ 1^ <^ CD 00 00 00 00 00 00 « lil \ -N. \ '^ ^ ^ ■^ 9 H^ in -t < rf O o cb ti- z 2 s u M a a g ^ <-> n >~> g S ^ O O Q U i-J J O O Q O J M H z «: W 2! 5i M a, M C M l-H X (H Q. CQ Q. a o to VI to to to ^ in ^ Csj fN f*l ^ in u> O 1 ? ? ? ? ? o 1 o 1 o I > 3 o k -c k < < < < < j_ X S 8§- ^ tn 1-* ^ rH ^ .-1 rH rH o o o o O o o o o r*l m' y3 VO VD r^ m ro rO e^ ro ir in in '"' "^ *" rH '~* ■"^ •"^ '"' ■^ *"* ■"^ z 5 ty SH CD Q. 5 J Uj UJ 5 [n o 0 3 2 Q h- LU S5£5 V UJ u- m Q. LU OS £ LU UJ tr UJ >- 5 o fc s _ > < ? !^ m^ < o S ^ Q O P X < Z I Q. z O I- m < (T < !<: S '^ ° 2 LU ^ UJ LL IT >: CO LU a ™ « > ii! ci t^ t- cc UJ X a UJ ? y c tt ™ !i^ iy 5(0 r-t • • •3- .-1 ■0 w T) ^ \ ■0 ^ -D ^ \ ■O .-H O -^ rH 0 in -^ O ^ 0 1 r- O 'H — < o wj r- 1 U 1 1 l-l \ 1 41 1 (T> OJ i-n rsj o; 1 0) ^ in OJ 1 a OJ ^ a. .-H ^ Ou (r S cc LU O O LL z < O m 5 o 1- "^ j- < T m Ln in rsi fM in in T O m 1^ ^ Q fe z < Sj ^ o '^ CD CTi ON CD ON O o •—1 CN ON >- Q 1— < 5q I Q. ^ LU (/5 < CO o O o o o o CD Csj OJ O o T a; p uJ CD ON CO o> 00 a\ a\ a\ (/> Q lO rn o ^ 00 og og rO ^ in CO ^ CO tr rH r- r- r- r- r- r- r- z < OJ LU ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ >. -^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ > < < rsi * gs < og < f\i * < fNJ V < rsi < OJ * < CsJ < rsi < OJ gs gs Hi 1- .«5 > o -r > O > O ^ > O ^ > O > O ^ > O > O > O o y I/) o tn to to O LO O W w o tn in to to in o I * ^ « W ^ * VI * ^ « to * ^ (0 CO V * « to 0. ^ 5 O) i-) > o VI u >o i/) U >0 to *J > o in 4J > o in 4J >o tn 4J > o in 4-1 >o in 4-t >o 10 iJ >o in u >o in jj >o < ? "J 1 I 1 1 1 1 1 1 1 1 1 1 < tr D- I ^ Cji •• ■^ '^ * CT^ *-~ * CT " — * D> v^ „ *. Qx *. ■>T ^ * CJ> - * cj> *- * " * D> - — * O^ V — * o> * " * cr V --. 8 z o ^^§2^ H -I 9 X ^ -H g oc — n § Cb a -- M < CL a ^■^§ H -H Q O x — en < D. a H -• Q X H --H Q X H -» Q X E- -H q X ^-^^^ 6 Q < LU O u O O H o in o\ KO Z U5 fS) in 00 00 ■-' in (j» r- m d o O o o o o o O o o o o - C in in in in in fN rn ^ 1-H rn ^ rH fM m rH ^ r~ CD 00 CD 00 00 00 00 00 00 00 — LU \ ■^ Q H r-H C\ fH in Osl ft < .— t rH o O iH o o o o o o ™ o \ \ •-' >H >1 >H >< >> i 1 1 o o u o o o -) § D o n o p M X X X X t/1 X X X X X X w 10 in tn in j.^ OJ f*l ^ OJ rn ^ OJ ^ -(T fNJ n O o o o o o o o o O o o -^ LJJ 1 1 1 1 1 1 1 1 1 1 §P < u u u UJ w o O o X ^ ^ ^ tH ^ ^ ^ __, rH rH __, r-i o o o o o o o o O o o O rn e^ m f^ r"^ f^ ro m ro m rn o-i f~- r- ^ r~( '-' r-l rH ^ pH •"* *"* '"' •"^ fH ui Q (/) z a V Q X H- ^ s S^ LU Li. maw LU uu en JSLY RECEIV Y/SALINfTY/T DATACENTE SECTION. Q £ "J « -0 O V) 1 Q g vi 2 « nj OJ U OJ c n — 1 jj 0 -H .-1 (LI p a-H o^ U O Q) «u U Q TD CC CO o CM n ^ ^ 00 00 00 00 O -J 5 ■ OU S8 I o I o <. CT * — W 4J > o w J> LO 4-' > - o^ » ^ m — H -H Q o O :!= ■- m< CuZ a fe« ui g U) z lU w >' Q X H s s Q- H 8^cr- Z I LU SSi 8oi <>;^s 8?5 555 >• UJ LL m Q. a UJ UJ tr > t iii o t ,f^ ^ JSLYRE Y/SALIN DATAC SECTIO^ =flEVIO ucTivrr TO THE MARKS - t Q < UJ Q 5 Q Q 2 ir . 4-0 t fO fU ■^j- iTi in in in in vo ^ to ^ o^ £: -r^ r- rH iH in \D \o ^ KT ^ 51^ f ci O Q. in tT» o -^ O O .H rt o o o o Z Z 2 2 o o o o X X n: X o o o o §§§§ 3 >l >H >H >H aaaa a: ^3 X X X X 51 X) c o c C fa n 0 tT\ •n o CD C a c CD * •• Jj CTs 0 03 0 to in CO cr« 01 4-) r-( JJ 1 jj ^ fNJ •• C -D u w fn u w m .-I « OJ ^ ■P " ■o -- 01 c OJ 0) u c ^ \ jj Vj (/I 0 S! osj rH m k-i T C ■^ •^ 0-1 -H rH m JJ D •a 4J bC 4J "D u "1 r to O rH flj o 0 cr n m tTJ U ft] ■n r- CD O D^ 5 u^ v^ ^ ^ n c 0) a> 0) vj (a > W 0) "O M cr c —1 t: -H ^ \ rn fU » rt) C 0) (^ ^j (0 C rn o fD a\ <*-! r~ -t- U-J rH U ^ (L o -. D rH LU o to fN O 5 OI ir 5 I o T iT) o u. 0 U5 Z Q il rH < a p (N in CM V 8 < o sig-t, SVA T her An on, AD, 02 z < LU !i« in CD o ii < o • -^ 5 it; f^ m d fD n ^ 9 O rsi \i) r- 8 O rH (NJ O rH CM — c *-< ^ tn in in in in in in in in in in 00 CO KO a\ Oi 00 CO 00 00 00 CD CO ^ UJ \ \ \ Q h- rsi ^ z f 11 n: "0 > >l > 14^ J o U T3 ■J 4J — tn 15^ 0^ ^ „ H H ■D u- U. Cu > J (Q S 8|^ — U- — iJ CjJ — H rsl u t-* — m X (0 to >1 iJ Q (0 O CO Q CD c 1 ^ §^=.1^ 1 1] >i x: u^ a § Rep BOR Nor ELB FEU Kie ,TAP "^ 1 1 1 •i «: U ii^ rH f-\ o *^i ^ ^ O o .H o o o -7 -r -tj z Bi > Q X 1- CC J— 8^ z s t ^ > < tr 5- if UJ >- UJ Li. m Q. UJ Q 2 2 Y RECEIV AUNfTY/T TACENTE TKDN. -J CO < M ^>SSi i=< b UJ a> UCTIV TOTH MARK tz O LU UJ Q ^^bm^ 57 <^^f^ic:^ RNODC FOY FGGE OPERATIONAL YEAR GLOBAL OCEAN CLIMATE DATA BASE The National Oceanographic Data Center (NODC) is pleased to announce the availability of the Global Ocean Climate Data Base compiled as part of its efforts as the Responsible National Oceanographic Data Center for the FGGE* Operational Year (RNODC/FOY). The Global Ocean Climate Data Base is a collection of Oceangraphic data submitted to NODC by 17 different countries. Although the formal FGGE Operational Year was from 1 December 1978 to 30 November 1979, the data set covers the extended FOY period from 1 September 1978 to 29 February 1980. The data base includes four types of data: (1) oceanographic hydrocast (bottle) data, (2) con- ductivity/ salinity-temperature-depth (C/STD) data, (3) expendable bathythermograph (XBT) data, and (4) Eulerian currrent (current meter) data. The data are recorded on magnetic tape in two different formats: (1) the Intergovernmental Oceanographic Commission General Exchange Format 3 (GF3) and (2) NODC archive formats (different format for each of the four types of data). In GF3 the data base comprises eight magnetic tapes; in the NODC formats the data base comprises four tapes. The FGGE Operational Year was the culmina- tion of a series of international ocean/atmos- phere research programs conducted in the 1970's. This effort, in turn, was a steppingstone toward the increasingly ambitious and large- scale research and monitoring pro-grams of the 1980's and 1990's that are directed toward fuller understanding of tropical dynamics and their in- fluence on global ocean/atmosphere phenomena. *FGGE = First GARP Global Experiment, also known as the Global Weather Experiment. GARP = Global Atmosphere Research Program. 58 The FGGE/FOY Data Base The FGGE/FOY Global Ocean Climate Data Base temperature profiles; and 294 months of time- compiled by the RNODC contains: 10,413 Oceano- series data from current meter moorings. The graphic hydrocast (bottle) stations; 4,030 CTD/STD sources of these data are summarized in Table 1. casts; 28,733 expendable bathythermograph (XBT) Table 1. FGGE Operational Year Global Ocean Climate Data Base Data Type Country Oceanographic Stations (stations) CTD/STD (stations) XBT (stations) Current Meter (meter-months) Australia Canada People's Republic of China Republic of the Congo France German Democratic Republic Federal Republic of Germany Ghana Italy Japan Philippines Poland Republic of South Africa Spain UK USA USSR TOTAL 324 318 307 74 335 1,138 87 1,271 6,559 10,413 64 3,966 4,030 2,754 507 307 1,366 55 832 8 267 56 180 944 20,727 730 28,733 294 294 59 Table 2 lists the number of tapes included in the tapes or only the tape(s) for one or more of the data set. Customers may order the entire set of four different data types in either of the two format options. Table 2. FOY Global Ocean Climate Data Tapes Number of Tapes Data Type Data Quantity GF3 Format (1600 bpi) NODC Format (6250 bpi)* Oceanographic Station Chydrocast) 10,413 stations (128 cruises) 2 1 CTD/STD 4,030 stations (62 cruises) 1 1 XBT 28,733 stations (571 cruises) 3 1 Current Meter 294 months (27 meters) 2 1 TOTAL 8 4 *Data tapes in NODC archive formats are also available by special request in 160C ) bpi density Data Availability Magnetic tape copies of the FOY Global Ocean Climate Data Base are available from the RNODC in either GF3 format or in NODC ar- chive formats. Magnetic tape characteristics are: (1) GF3 format -- 9 track, 1600bpi, ANSI/ ASCII, non-labeled, record length = 1920, un- blocked; (2) NODC formats - 9 track, 6250 bpi, ANSI/ ASCII, non-labeled, variable record length, maximum blocksize = 4,160 (oceanographic sta- tion and CTD/STD data), 2,600 (XBT data), and any multiple of 60 (current meter data). Complete sets of tapes or individual tapes are available at the cost of tape reproduction from: World Data Center A, Oceanography NOAA Washington, DC 20235 USA Telephone: 202-606-4571 or FTS 266-4571 Electronic mail NODC.WDCA on TELEMAIL/Omnet 60 RNODC MEDALPEX (Sea Level) Mediterranean Alpine Experiment Sea Level Data Set In 1975, the IOC decided to support the development of an oceanographic program in the Mediterranean during the GARP Alpine Experiment (ALPEX) . The MEDALPEX project took place between 1 September 1981 and 30 September 1982, with a special period of observation from 15 February 1982 to 30 April 1982. It was a multi-national project involving scientists from 7 countries. The main purpose of MEDALPEX was to increase understanding of the effect of wind forcing on the dynamics of the western part of the Mediterranean Basin. Specific studies were undertaken, each having a particular scientific objective including: 1. The interrelationship between the general circulation and mesoscale eddies 2. Offshore dynamic response mechanisms under severe weather conditions 3. Storm surges and the piling up of .water, especially in the Adriatic and Ligurian seas The measurement of sea level was considered to be an important component of the observation program to support these studies. A wide range of other types of oceanographic data were also collected, including classical and synoptic meteorological measurements, data collected using remote sensing techniques and data from current meters, thermistor chains, waverider buoys, CTDs and XBTs. The Permanent Service for Mean Sea Level (PSMSL) was requested by IOC to fulfil the role of the Responsible National Oceanographic Data Center for the MEDALPEX sea level data. The work was under- taken on behalf of PSMSL by the Marine Information and Advisory Service (MIAS) - U.K.'s National Oceanographic Data Center. Sea level data were submitted to MIAS from 29 of the 40 MEDALPEX sites. An inventory of the data is given on the following page. Measurements from 28 of the sites were taken using conventional stilling wells and, with one exception, were supplied to MIAS as hourly values. Data from the remaining site, off the coast of Corsica, were collected by an Aanderaa water level recorder at half-hourly intervals. 61 INVENTORY OF DATA RECEIVED BY MEDALPEX SEA LEVEL DATA CENTER SITE LATITUDE LONGITUDE START SERIES CYCLE DATE DURATION INTERVAL DDD MM.MH DDD MM.MH DD/MMA'Y WEEKS SECS CADIZ 36 32.0N 6 17.0W 01709/81 56 3600 TARIFA 36 O.ON 5 36.0W 01/09/81 56 3600 GIBRALTAR 36 8.0N 5 21.0W 01/09/81 56 3600 CEUTA 35 54. ON 5 19.0W 01/09/81 56 3600 ALGECIRAS 36 7.0N 5 26.0W Oy 09/81 56 3600 PUERTOS BANUS 36 37.0N 4 55.0W NO DATA MALAGA 36 43.0N 4 25.0W 01/09/81 56 3600 ALMERIA 36 49.7N 2 29.2W 14/08/81 58 3600 CARTEGENA 37 36.0N 0 59.0W NO DATA ALICANTE I 38 20.3N 0 30.4W 23/08/81 60 3600 ALICANTE III 38 20.3N 0 30. 7W 28/08/81 60 3600 PALMA DE MALLORCA 39 33.0N 2 38.0E 01/09/81 56 3600 BLANKS 4141.0N 2 48.0E NO TIDE GAUGE ROSAS 42 15.0N 3 ll.OE NO TIDE GAUGE PORT VENDRES 42 31.0N 3 6.0E 28/12/81 39 3600 SETE 43 25.0N 3 43.0E NO DATA FOS 43 25.0N 4 46.0E NO DATA TOULON 43 7.0N 5 55.0E 30/08/81 56 3600 NICE 43 42.0N 7 16.0E 03/07/81 68 3600 MONACO 43 44.0N 7 25.0E 29/06/81 69 3600 OFFSHORE 42 34.8N 8 44.0E 06/04/82 18 1800 NEAR CALVI 42 34.8N 8 44. OE 29/07/82 9 1800 AJACCIO 41 55.0N 8 43.0E 30/08/81 49 3600 CAGLIARI 39 13.0N 9 8.0E NO DATA SAVONA 44 18.0N 8 28.0E NO DATA GENOVA 44 24. ON 8 54.0E 31/08/81 58 3600 LA SPEZIA 44 7. ON 9 48.0E NO DATA LIVORNO 43 33.2N 10 18.2E 31/08/81 49 3600 CIVITAVECCHIA 42 5.7N 11 47.4E 25/08/81 22 3600 NAPOLI 40 50.4N 14 16.2E 31/08/81 56 3600 PALERMO 38 8.0N 13 23.0E NO DATA ANCONA 43 37.0N 13 31.0E 01/09/81 56 3600 PTO CORSINI 44 35.0N 12 20.0E NO DATA VENEZIA 45 26.0N 12 20.0E 01/01/81 104 3600 KOPER 45 33.0N 13 44.0E 28/02/82 9 3600 ROVINJ 45 5.0N 13 38.0E 28/02/82 9 3600 DAKAR 45 18.0N 14 32.0E 28/02/82 9 3600 ZADAR 44 5.4N 15 16.3E 28/02/82 9 3600 NOVAUA 44 33.3N 14 13.2E 28/02/82 9 3600 SPLIT 43 30.0N 16 26.0E 28/02/82 9 3600 DUBROVNIK 42 40.0N 18 4.0E 28/02/82 9 3600 BAR 42 5.0N 19 5.0E 28/02/82 9 3600 62 In compiling the dataset, MIAS translated all incoming data into a common format with elevation values standardized to meters and times to GMT. The data for each site were plotted as a time series and checks were carried out for gaps or constant values, spikes, spurious data or punching errors. Further checks were carried out by tidally analyzing and low pass filtering the data, Non-tidal fluctuations were investigated using principal com- ponent analysis. Qualifying information applicable to the data from each site was checked for inconsistencies and completeness, and appropriate documentation was stored with the data in the form of plain language records. The complete quality controlled dataset, including documentation, is available as a single magne- tic tape formatted in GF3 , the IOC's standard format for the exchange of oceanographic data. A copy of the magnetic tape may be obtained at a cost not to exceed the cost of reproduction and postage from: VJorld Data Center A, Oceanography National Oceanic & Atmospheric Administration V^ashington, D.C. 20235 U.S.A. or RNODC/MEDALPEX Sea Level Data MIAS Bidston Observatory Merseyside L43 7RA U.K. 63 TOGA TROPICAL OCEAN and GLOBAL ATMOSPHERE PROGRAMME TROPICAL SUBSURFACE DATA SET TOGA Tropical Subsurface Data Centre The TOGA Tropical Subsurface Data Centre in Brest operates within the framework of both the IOC's International Oceanographic Data Exchange (lODE) system and the Joint lOC-WMO Integrated Global Ocean Services System (IGOSS) . The Centre collects subsurface ocean observations for the tropical oceans (30°N-30°S) from the following sources: 1. tropical oceans observations from the IGOSS network; 2. additional vertical temperature profiles from XBT's and from drifting or moored buoys with thermistor chains, not sent over the GTS; 3. time series of temperature and conductivity (salinity) at fixed depth from moored thermistor chains; 4. surface temperature and conductivity (salinity) data and vertical profiles of temperature and conductivity as from CTD's, bottle casts, and WCTD's; and 5. other subsurface ocean temperature and conductivity (salinity) measurements from process-oriented intensive oceanographic observation projects in the tropical oceans. Initially, data are collected from radio transmissions, with fully digitized and quality controlled observations added with time. The subsurface thermal data described above are analyzed and the Centre produces quality-controlled Level II-B data sets for the tropical oceans for the ten-year period (1985-1994) . The Centre is also responsible for provision of these data sets on magnetic tape in GF-3 format to other TOGA Data Centres and to the World Data Centers, Oceanography at appropriate intervals. 64 WDC-A. Oceanography Support to TOGA WDC-A, Oceanography serves as an archival center for the TOGA Tropical Subsurface Data Sets. Its responsibilities are to provide TOGA data sets to requesters in the international scientific community, at a cost not to exceed that of data reproduction and postage, and to provide copies of all TOGA data sets received to World Data Center B, Oceanography in exchange. WDC-A, Oceanography provides additional data management support to the TOGA program by its contributions to the enhancement of global tropical thermal data bases. WDC-A has utilized the IOC's lists of Declared National Programs (DNP's) to identify selected cruises for which data were observed in the tropical oceans and, subsequently, requested the data. Report of Observations/Samples Collected by Oceanographic Programs (ROSCOP) marine data inventory forms have been used in the same manner to identify available tropical oceans data. The compilation of the Time Series Data Inventories of the world's oceans by WDC-A, has also resulted in some cases in the identification of available tropical ocean observations. WDC-A expects to utilize these tools increasingly in the future to acquire selected data sets intended to further enhance the tropical oceans data bases. Climate researchers and modelling experts have identified the digitization of historical oceanographic observations as one of the key elements required in data management support for TOGA and other Global Change programs, such as GOFS and WOCE . Such data sets are frequently extremely useful in filling spatial or temporal gaps in existing digital data holdings. WDC-A, Oceanography's data archives contain data for a substantial number of observations in manuscript form that have never been processed. A significant portion of these could provide support to TOGA. For example, some Japan Fisheries Agency standard sections in the Western Pacific are in the TOGA area. Many of these manuscript data sets would be amenable to data entry by an optical scanning device. The possibility of support for procurement of such a device is being explored by WDC-A. TOGA Tropical Subsurface Data Products WDC-A receives Level II-B data sets from the Subsurface Data Centre in Brest for both Atlantic and Indian Oceans data, as previously described. Magnetic tape copies of the Level II-B data sets for the Atlantic and Indian Oceans are then provided to WDC-B, Oceanography in exchange. Magnetic tape copies of these data sets are available at the cost of tape reproduction from: World Data Center A, Oceanography National Oceanic and Atmospheric Administration Washington, D.C. 20235 U.S.A. TOGA Subsurface Data Centre Centre IFREMER de Brest BP 70 29263 Plouzane France 65 Non-U. S. National Oceanographic Data Centers Participating Research Institutions Real-time Oceano graphic Centers (NMC, FNOC) Joint Environmental Data Analysis (JEDA) Center NODC • Collect • Track • QC SIO • QC • Analyze »( Users] ^Z" Annual N *'^i^ Reports J c Level ll-b data set, Pacific Ocean I Z) TOGA Subsurface Data Center c Level ll-b dale set, Global NODC SIO FNOC NMC woe A National Oceanographic Data Center (NOAA) Scripps Inslilution ol Oceanography Fleet Numercal Oceanograptiy Center (Navy) National Meteorological Center (NOAA) World Data Center A, Oceanography WDC-A, Oceanography ( Users) Figure 1. TOGA Pacific data flow. WDC-A, by virtue of its collocation with the U.S. National Oceanographic Data Center (NODC) , also has access to the Tropical Pacific Ocean data set prepared jointly by NODC and the Scripps Institution of Oceanography (SIO) , serving as the Joint Environmental Data Analysis (JEDA) Center. JEDA tracks, acquires, quality controls, and merges all available subsurface thermal data for the Tropical Pacific. NODC assembles, reformats and initiates quality control of the data; SIO performs further quality control and analysis of the data. The TOGA Pacific data flow is depicted in Figure 1. Each yearly Level II-B Pacific Ocean data set undergoes the full spectrum of quality control and analysis by the JEDA Center. It is then converted to the GF-3 format and provided to WDC-A, which in turn provides a tape copy to WDC-B in exchange. The TOGA Pacific Data Sets are available on magnetic tape at the cost of tape reproduction from: World Data Center-A, Oceanography NOAA Washington, D.C. 20235 U.S.A. JEDA Center National Oceanographic Data Center NOAA Washington, D.C. 20235 U.S. A JEDA Center Scripps Institution of Oceanography University of California La Jolla, CA 92093 U.S.A. 66 RNODC SOC SOUTHERN OCEANS DATA SET The RNODC/ Southern Oceans (RNODC/ SOC) was created in order to provide a regional data management and data information service for Southern Oceans physical and chemical oceanographic data. The RNODC was created under guidelines set forth in Recommenda- tion XII. 1 by the IOC's Technical Committee on International Oceanographic Data Exchange (lODE XII, Moscow 10-17 December 1986) . The Terms of Reference of the RNODC/SOC include the following responsibilities : - Acquire, quality control, and store in standard format the physical and chemical data obtained by the international community from the cruises and research programmes carried out in the Southern Oceans; - Co-operate closely with the World Data Centers, Oceanogra- phy by sending regular shipments (at least once a year) , free of charge, of complete sets of physical and chemical data stored on magnetic tapes in GF3, and inventories, data summaries, and other data products related to the physical and chemical data from the Southern Oceans; - Assist the World Data Centers by sending copies to them of any ROSCOP forms submitted to the RNODC-SOC; - Co-operate with the BIOMASS Data Center, regarding ex- change of data and inventories, as well as other data products. The RNODC-SOC is located in and operated by the Argentine Oceano- graphic Data Center (CEADO) . 67 RNODC/SOC Oceanoaraphic Data Set The RNODC/SOC data set contains data for all available oceanographic stations for the Southern Oceans between 50° and the Antarctic Continent. Data for a total of 10,869 oceanogra- phic stations taken during 291 Southern Oceans cruises are included in the data set. Seasonally, the data totals are nearly 2,000 observations taken during the Austral Winter (April-Septem- ber) and more than 8,000 observations taken during the Austral Summer (October-March) . Southern Oceans observational data taken by 16 countries have been received by the RNODC. The RNODC/SOC data set is available from: RNODC/SOC Servicio de Hidrografia Naval (A.R.A.) Centre Argentine de Dates Oceanograf icos Avda. Montes de Oca 2124 (1271) Buenos Aires Republica Argentina or World Data Center A, Oceanography National Oceanic & Atmospheric Administration Washington, D.C. 20235 U.S.A. 68 SOUTHERN OCEANS OCEANOGRAPHIC STATION PLOT 90°W t i 90°E 180° This plot shows the locations of 10,869 oceanographic data observations made in the Southern Oceans and registered in the RNODC/SOC master data file. 69 RNODC IGOSS INTEGRATED GLOBAL OCEAN SERVICES SYSTEM DATA SET IGOSS Background The Integrated Global Ocean Services System (IGOSS) is a worldwide system for the rapid collection, exchange, and analysis of oceanographic data and the timely preparation and dissemi- nation of ocean products and services. IGOSS was established to support oceanographic and meteorological research efforts by providing: (1) a global distribution of oceanographic observations, (2) a mechanism for the timely and effective exchange of data, and (3) the preparation of oceanographic analysis products capable of supporting global change and climate research studies. IGOSS products and services can be useful for input to large scale circulation models, for research survey planning, and for direct application in commercial fisheries, recreation, commercial shipping, and search and rescue efforts. Real-time ocean products currently available include sea surface and subsurface temperature analyses, as well as graphical depictions of mixed layer depths and ocean frontal positions. Additional analyses and data summaries available as delayed-mode products include: (1) ocean currents, (2) salinity, (3) distribution of pollutants, and (4) weekly and monthly temperature means. The IGOSS data are BATHY (profiles of temperature with depth) and TESAC (temperature/salinity/current profiles with depth) . The major operational elements of the IGOSS program are: (1) observing system, (2) data processing and services system, (3) telecommunication arrangements, (4) marine pollution monitoring, and (5) data archival and exchange. The organiza- tional structure of the IGOSS data processing and services system consists of World Oceanographic Centers in Moscow and Washington and National and Specialized Oceanographic Centers in partici- pating nations. Data from all cooperating nations are combined in standard formats at the World Oceanographic Centers, and then used as input to global and hemispheric analyses for improved weather forecasting, global climate studies, and a variety of products for oceanographic research uses. National Oceanographic Centers provide quality control for data from their country entering the international exchange system via a high speed global telecommunications link called the Global Telecommuni- cation System (GTS) of the World Weather Watch. i IGOSS ^ 70 Long-range data exchange and service arrangements and long-term archival functions for IGOSS data are performed by National Oceanographic Data Centers in Japan, the U.S.S.R., and the United States. These NODC's, serving as Responsible National Oceanogra- phic Data Centers (RNODC's) for IGOSS, compile archives of IGOSS data and products, assume responsibilities for specified regions of the world oceans, and deal with problems of quality control. They maintain geographically sorted, updated magnetic tape files of observations received via the GTS. RNODC's/IGOSS Terms of Reference The terms of reference for RNODC's/IGOSS are as follows: 1. Acquire BATHY and TESAC datasets and sub-surface temperature data from drifting and moored buoys from IGOSS Specialized Oceanographic Centres (SOC) for area of responsibility; apply supplementary quality control to acquired data and provide services to users after 30 days from receipt of that data; 2. Acquire non-operational BATHY, TESAC, and sub-surface temperature data from drifting and moored buoys and/or datasets for area of responsibility; apply quality control to non-operational data, prepare integrated datasets, and provide services to users; 3. Maintain a data base and inventories for areas of responsibility; 4. Prepare products based on operational and non-operational IGOSS data, as appropriate; also, archive and make available to users, selected data products provided by SOCs and analysis centres; 5. Provide for exchange of IGOSS data in GF-3 format with other RNODC's or to users as requested; 6. Transmit datasets in GF-3 format, inventories of archived data, and selected data products to the WDC's annually; 7. Provide for exchange of documentation and software regarding quality control and processing procedures with other RNODC's, as possible; 8. Participate in efforts to monitor data flow, and participate, as feasible, in IOC training programmes; 9. Prepare inventories of available data sets for the RNODC's area of interest and transmit them to the IOC Secretariat semiannually. 71 RNODC/IGOSS-Japan The RNODC/IGOSS-Japan is operated by the Japan Oceanographic Data Center (JODC) , with support from the Japan Meteorological Agency (JMA) , which serves as a Specialized Oceanographic Center (SOC) for IGOSS. At the SOC, systematic quality control of the collected BATHY/TESAC reports is made. The SOC compiles the IGOSS monthly summaries including maps showing the geographical distribution of BATHY/TESAC messages and numbers of messages of individual ships and sends them to the Secretariat of the IOC. IGOSS data submitted by the SOC are stored in three formats at the RNODC/IGOSS. The first includes the original data file compiled on a semiannual basis. This file contains the collected and processed data from the GTS and other operational sources within the area of responsibility. The second contains the data and data inventory files recorded in a form of the SYNDARC Format, and is available to users as computer-generated data summaries, statistical presentations, and graphical plots, or in a medium which allows the user to further process the data using a personal computer. During the conversion process, minimum quality control procedures are applied to the original data based on IOC Manuals and Guides No, 3. The third is the JODC-formatted version of the data inventory file. From this file, data products such as data summaries and location plots of observations are provided to users, as well as to the IOC and WMO. RNODC/IGOSS-U.S.S.R. The RNODC/IGOSS-U.S.S.R. and SOC for IGOSS data was established in 1984 under the auspices of the All-Union Scientific Research Center for Hydrometeorological Information and Hydrometeorological Scientific Research Center of the USSR (Hydrometcentre USSR) . The responsibilities of the RNODC/IGOSS include the collection of BATHY/TESAC messages and logs, quality control of the data, preparation of data sets on magnetic tape, and the development of products concerning availability and time-space data distribution. The RNODC/IGOSS also provides national and international users with copies of data, results of analyses, and with other products for its area of responsibility. The responsibilities of the SOC include preparation, publication, and distribution of different types of operational oceanographic products on a regular basis including those distributed via FAX machines that are readily available to different groups of users. These activities are carried out in accordance with the procedures spelled out in the IOC's Guide to Operational Procedures for the Collection and Exchange of Oceanographic Data (BATHY and TESAC) . 1985 and the Guide to the IGOSS Data Processing and Services System. 1983. 72 RNODC/IGOSS-U.S. The RNODC/IGOSS-U.S. , located at the National Oceanographic Data Center (NODC) , receives near real-time data weekly from the Ocean Products Center at Suitland, Maryland and the Ocean Applications Group in Monterey, California. These data are extracted from the Global Telecommunications System (GTS) on a daily basis for screening and editing. At the RNODC, the magnetic tapes containing the near real-time data sent by the two organizations are run through a series of computer programs to convert the data into NODC's Universal Bathythermograph (UBT) format. This data set is next sorted by date, time, position, and an indicator of the source of the data. The sorted file is then compared with existing observations and duplicates are eliminated. The records retained are then sorted by reference number, date, and time to produce a cruise-ordered data set. From this final data set, inventory records are created and applied to NODC's Data Inventory Data Base (DINDB) . These data are then merged into the RNODC/IGOSS Archive. The Archive is updated on a monthly basis in geographical sequence. Data in the U.S. RNODC/IGOSS Archive are then available for international exchange and can be provided to users in a variety of forms ranging from magnetic tape copies to computer-generated data summaries, statistical analyses, and graphic plots. Availability of IGOSS Data and Products through WDC A. Oceanography Various RNODC/IGOSS data, analyses, and products are available through WDC-A, Oceanography. Upon request, WDC-A will provide magnetic tape copies of pertinent data products, or, alternatively, refer the requester to the appropriate IGOSS data source. 73 RNODC DRIBU RNODC FOR DRIFTING BUOYS Backp^ound The Marine Environmental Data Service (MEDS) began operation of the RNODC/Drifting Buoy Data in January 1986. The RNODC acquires Drifting Buoy Data from worldwide sources, makes the data available to international scientific programs, and prepares geographical plots of Drifting Buoy locations and tracks for the world oceans on a monthly basis. The RNODC also provides monthly statistics of operational buoys and the number of messages received from them. Acquisition of Drifting Buov Data There are three procedures by which Drifting Buoy Data are received by the RNODC. The first and more traditional is for the principal investigator to submit his data directly to the RNODC, or to his National Oceanographic Data Centre which in turn submits the data to the RNODC. For historical data sets, this is the only option available. Data received in this way are usually of the highest quality, since they have undergone the most discriminating calibration and qual- ity control procedures under the direction of the principal investigator; however, data entering the system in this manner are not sufficiently timely to meet the operational requirements of the major global science programs. The second path for data flow to the RNODC is via the GTS. An advantage of this procedure is that the data are available in time scales suitable for the opera- tional requirements of researchers in programs such as TOGA and WOCE, as well as for other operational users such as meteorological forecasters. Data received in this way may be less accurate, because they have not been fully reviewed and assessed by the principal investigator. For drifting buoy data, there is also a problem in that using the DRIBU format on the GTS for some buoys may limit the data that can be transmitted, because of a requirement to restrict the infor- mation to 256 bits. A third procedure involves retrieving the DRIBU data as they pass through Services ARGOS. Although these data still have not been reviewed and assessed by the principal investigator, they are an improvement over the GTS data in that both time of data and time of position are available to improve velocity calcula- tions. Data received by Service ARGOS are stored on magnetic tape for a period of 90 days. After this time, the tapes are reused and the data then reside solely in the hands of the principal investigators. Canada and the United States have 74 agreed to share the cost of buying copies of these tapes for the RNODC. Data from a buoy can only be provided to the RNODC if the principal investigator has given consent in writing. RNODC/Drifting Buov Data Base MEDS utilizes a hierarchical database, called System 2000, to store the drifting buoy data; because of the volume of data, each year of data is stored in its own data base. In order to provide services to users at all time scales and to have available at each time scale the best data available, the RNODC has decided to accept all data using the following hierarchical guidelines: 1. Where possible. Principal Investigators are requested to make their data available to other operational users and to the RNODC by having the data transmitted on the GTS. The RNODC will copy all available data from the GTS, quality control it, and update it into the data base on a weekly basis. 2. Principal Investigators are also requested to agree to have Service ARGOS provide a copy of their data to MEDS via tape each month whether or not those data have already been on the GTS. The data circulated on the GTS have only the one time included which poses a difficulty in calculating velocities. Thus, the tape data with the two times is an improvement to the database and will be used to replace the GTS data in the database. In addition, data will be picked up which could not be circulated on the GTS because of the format of the transmission from the buoy. If Service Argos has not already been supplied with the calibration constants, channel allocations, and algorithms, or has not been requested to make the conversions to physical units, there will be a requirement for the RNODC to obtain this information from the principal investigators. Principal investigators are reminded that if the sensor data cannot be made available, the position data itself is of value for the database. 3. Principal Investigators are requested to provide a copy of their Drifting Buoy Data either directly to the RNODC when the fully processed, quality controlled version is available, or to provide the data to their National Oceanographic Data Centre, where the RNODC will be requesting such data on a regular basis. Data received by this path will replace GTS or Service ARGOS versions of the data in the database. By receiving data in the configuration set forth above, and replacing earlier, lower quality data as higher quality versions of the data arrive, the RNODC can offer 75 Joint Archive for Sea Level (JASL) Through the creation of the Joint Archive for Sea Level (JASL) with the University of Hawaii, the National Oceanographic Data Center, serving as a Spe- cialized Data Center, is providing data management for this effort and assisting in the acquisition, processing, quality assurance, archiving, and dissemination of the data. The Joint Archive for Sea Level submits sea level time series data updates to NODC on a yearly basis. These updates may include data from new stations, as well as previously unprocessed data from existing stations. In addition, the updates may include data previously submitted to NODC that have been reprocessed to improve data quality. Therefore, to update the sea level data files for a station already in the database, NODC completely replaces the data time series for that station with a new version that may include both new and reprocessed data. Availability of JASL Data through WDC-A. Oceanographv NODC maintains the JASL permanent archive of sea level data in three archive data files that contain hourly data, daily data, and monthly data. Data for selected stations can be retrieved from these data files and provided to customers on magnetic tape or - for small data volumes - on a floppy disk at prices determined by data volume and output medium. The JASL data set is available from: World Data Center A, Oceanography National Oceanic and Atmospheric Administration Washington, D.C. 20235 U.S.A. Certain stations may have unresolved problems. These data are retained at the TOGA Sea Level Center and may be obtained on a case-by-case basis. For these data and for questions concerning data preparation contact: The Joint Archive for Sea Level c/o The TOGA Sea Level Center University of Hawaii 1000 Pope Rd. MSB 417 Honolulu, Hawaii 96822 U.S.A. 78 ^ Pacific Ocean sea-level stations with quality-controlled data in the JASL archive Indian Ocean sea-level stations with quality-controlled data in the JASL srchive 79 IfMiir A0000750M303S