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  • 1
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    PANGAEA
    In:  Supplement to: Farmer, H G; Dick, H (1981): Descriptions of WHOI rock dredge samples: volume 3. Woods Hole Oceanographic Institution, No. WHOI-81-48, 81-48, 324 pp, https://doi.org/10.1575/1912/1522
    Publication Date: 2023-08-28
    Description: This report is Volume 3 of Descriptions of WHOI rock dredge samples. This series represents a major effort to catalog the rock dredge samples in the WHOI Sea Floor samples collection, and to disseminate this information throughout the scientific community. Volume 3 contains sample descriptions and station data for the dredge stations from five cruises during the period September 1978 through December 1980. The material in this and subsequent volumes of rock descriptions was largely prepared onboard ship by the participating scientists. Volume 3 was printed prior to volumes 1 and 2 because of the excellent documentation of the samples represented in this volume.
    Keywords: A210706; A210707; AII70-06; AII70-07; AT-II-10706-1; AT-II-10706-10PC; AT-II-10706-22GCC; AT-II-10706-39; AT-II-10706-40; AT-II-10706-53; AT-II-10706-55; AT-II-10706-58; AT-II-10706-60; AT-II-10706-61; AT-II-10706-63; AT-II-10706-65; AT-II-10706-66; AT-II-10706-67; AT-II-10707-11; AT-II-10707-13; AT-II-10707-14; AT-II-10707-15; AT-II-10707-16; AT-II-10707-17; AT-II-10707-18; AT-II-10707-2; AT-II-10707-20; AT-II-10707-23; AT-II-10707-25; AT-II-10707-4; AT-II-10707-9; Atlantic Ocean; Atlantis II (1963); Comment; Date/Time of event; Deposit type; Depth, bottom/max; DEPTH, sediment/rock; Depth, top/min; Description; Dredge; DRG; Elevation of event; Event label; G2-10401-17; G2-10401-19; G2-10401-20; G2-10401-29; G2-10401-35; G2-10401-37; G2-10401-40; GC; Gilliss; Gravity corer; GS210401; KN07902; Knorr; KNR-7902-25; KNR-7902-26; KNR-7902-27; KNR-7902-28; Latitude of event; Longitude of event; Melville; NOAA and MMS Marine Minerals Geochemical Database; NOAA-MMS; PC; Piston corer; Position; Quantity of deposit; Sample ID; Sediment type; Size; Substrate type; VLCN05MV; VULCAN_5; VULCAN-5-18; VULCAN-5-20; VULCAN-5-21; VULCAN-5-22; VULCAN-5-23; VULCAN-5-26; VULCAN-5-27; VULCAN-5-29; VULCAN-5-30; VULCAN-5-31; VULCAN-5-32; VULCAN-5-33; VULCAN-5-34; VULCAN-5-35; VULCAN-5-36; VULCAN-5-37; VULCAN-5-39; VULCAN-5-40; VULCAN-5-41; VULCAN-5-42; VULCAN-5-43
    Type: Dataset
    Format: text/tab-separated-values, 619 data points
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  • 2
    Publication Date: 2023-08-28
    Description: This report is Volume 1 in the series of reports entitled "Descriptions of W.H.O.I. rock dredge samples". This series represents a major effort to catalog and prepare initial descriptions for all rock dredge samples in the W.H.O.I. Sea Floor Samples Collection, and to distribute this information throughout the scientific community. Volume 1 contains sample descriptions from approximately 382 dredging stations executed during the period 1960 through 1977. It also represents a digitized listing of all dredge station data for the entire W.H.O.I. Dredge Collection through 1980. This data is sorted by Marsden Square and can serve as a regional index for all rock descriptions included in Volumes 1-3.
    Keywords: A201102; A204201; A207301; A207702; A209306; A209603; AII-04-2RD; AII-11-10RD; AII-11-11RD; AII-11-8RD; AII-73-12RD; AII-73-2RD; AII-73-8RD; AII-73-9RD; AII-77-10RD; AII-77-11RD; AII-77-12RD; AII-77-13RD; AII-77-3RD; AII-77-4RD; AII-77-6RD; AII-77-7RD; AII-77-8RD; AII-77-9RD; AII-93-11RD; AII-93-13RD; AII-93-16RD; AII-96-10RD; AII-96-14RD; AII-96-15RD; AII-96-16RD; AII-96-17RD; AII-96-1RD; AII-96-2RD; AII-96-3RD; AII-96-4RD; AII-96-6RD; AII-96-7RD; AII-96-8RD; AII-96-9RD; AT26601; AT266-03; AT28001; AT280-06; AT29600; AT296-01; AT296-03; Atlantic Ocean; Atlantis (1931); Atlantis II (1963); Caribbean Sea; CH00703; CH00709; CH00906; CH00907; CH01302; CH02101; CH03401; CH03601; CH04301; CH04601; CH05201; CH05801; CH07501; CH07502; CH08207; CH08208; CH10006; CH-100-5RD; CH11504; CH11506; CH115-3RD; CH115-9RD; CH13-7RD; CH21-2RD; CH21-6RD; CH35-3RD; CH35-4RD; CH36-5RD; CH36-6RD; CH43-16RD; CH43-23RD; CH43-33RD; CH43-40RD; CH43-41RD; CH43-7RD; CH46-1RD; CH46-6RD; CH46-7RD; CH52-3RD; CH52-6RD; CH58-9RD; CH7-28RD; CH-75-1RD; CH-75-2RD; CH-75-3RD; CH-75-7RD; CH-75-8RD; CH7-6RD; CH-82-2RD; CH-82-6RD; CH9-2RD; CH9-5RD; Chain; Comment; Deposit type; DEPTH, sediment/rock; Description; Dredge; DRG; Elevation of event; Event label; GO07301; GOS73-7RD; Gosnold; Identification; Indian Ocean; KN04202; KN04203; KN04204; KN04205; KN05402; KN05403; Knorr; KNR-42-11RD; KNR-42-12RD; KNR-42-17RD; KNR-42-18RD; KNR-42-20RD; KNR-42-21RD; KNR-42-22RD; KNR-42-24RD; KNR-42-25RD; KNR-42-26RD; KNR-42-27RD; KNR-42-29RD; KNR-42-30RD; KNR-42-31RD; KNR-42-33RD; KNR-42-34RD; KNR-42-36RD; KNR-42-37RD; KNR-42-39RD; KNR-42-3RD; KNR-42-40RD; KNR-42-41RD; KNR-42-42RD; KNR-42-45RD; KNR-42-4RD; KNR-42-8RD; KNR-42-9RD; KNR-54-20RD; KNR-54-22RD; KNR-54-38RD; KNR-54-39RD; KNR-54-42RD; KNR-54-45RD; KNR-54-4RD; KNR-54-9RD; Latitude of event; Longitude of event; Mediterranean Sea; Method/Device of event; NOAA and MMS Marine Minerals Geochemical Database; NOAA-MMS; Optional event label; Position; Quantity of deposit; Sediment type; Size; Southern Ocean; Sta 100; Sta 108; Sta 10 - Dr 2; Sta 110; Sta 112-Dr RD40; Sta 113-Dr RD41; Sta 117; Sta 121; Sta 122; Sta 129; Sta 12 - Dr 11; Sta 12-Dr 4; Sta 130; Sta 131; Sta 137; Sta 145; Sta 146; Sta 146-Dr 9; Sta 14 - Dr 13; Sta 15; Sta 156-Dr 31; Sta 161-Dr 33; Sta 162-Dr 34; Sta 166-Dr 36; Sta 168-Dr 37; Sta 171-Dr 39; Sta 174-Dr 40; Sta 177-Dr 41; Sta 178-Dr 42; Sta 17-Dr 5; Sta 18; Sta 182-Dr 45; Sta 18 - Dr 16; Sta 19 - Dr 2; Sta 2; Sta 21-Dr 3; Sta 23 - Dr 3; Sta 24 - Dr 8; Sta 24-Dr 9; Sta 25-Dr 3; Sta 25-Dr 7; Sta 26 - Dr 4; Sta 26-Dr 8; Sta 28-Dr 4; Sta 30 - Dr 8; Sta 32 - Dr 10; Sta 33 - Dr 11; Sta 34-Dr 2; Sta 37 - Dr 6; Sta 38-Dr 3; Sta 38 - Dr 7; Sta 38 - Dr 9; Sta 3-Dr 1; Sta 42-Dr 20; Sta 44-Dr 22; Sta 44-Dr RD16; Sta 45 - Dr 8; Sta 47 - Dr 12; Sta 48-Dr 6; Sta 48 - Dr 9; Sta 5; Sta 51-Dr 8; Sta 52 - Dr 10; Sta 58 - Dr 11; Sta 5-Dr 2; Sta 60; Sta 62 - Dr 12; Sta 63; Sta 63 - Dr 13; Sta 68; Sta 73; Sta 74; Sta 77-Dr 11; Sta 86-Dr 12; Sta 88-Dr RD33; Sta 9; Sta 91; Sta 98; Sta D-2-Dr 2; Sta D-3-Dr 3; Sta D-4-Dr 4; Sta D-5-Dr 6; Substrate type; Visual description
    Type: Dataset
    Format: text/tab-separated-values, 1091 data points
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  • 3
  • 4
    ISSN: 1616-7228
    Source: Springer Online Journal Archives 1860-2000
    Topics: Geosciences , Physics
    Description / Table of Contents: Summary On a cruise with the research vessel “Atlantis” in the North Atlantic, in November and December 1956, sea records were obtained from the “ship-borne wave recorder” after M. J. Tucker. Two different statistical methods were used in evaluating these records, viz. 1. mean values were computed from the records and 2. the respective mean values were derived from a wave spectrum that beforehand had been obtained by special analysis. The resulting values are compared with one another. From the analysis it is found that the relative width of the wave spectrum is significant in determining the wave heights, whether treating recorded wave data or determining the wave height from a forecast or hindcast wave spectrum. The effect is computed according to Cartwright and Longuet-Higgins. The values of wave height and wave period obtained from the records are compared to the corresponding values derived by different methods from weather maps (“hindcasting”). The significant wave heights hindcast with the aid of diagrams by Pierson, Jr.-Neumann-James, by Bretschneider-Wilson and by H. Walden, are higher, those computed by means of J. Darbyshire's procedure are lower than the appropriate observed values. The values of periods hindcast according to the methods by Bretschneider-Wilson and by Darbyshire are, on an average, greater, those determined from the diagrams by Walden are smaller than the values of periods obtained from the ship-borne wave recorder.
    Abstract: Résumé En novembre et en décembre 1956, des enregistrements de la mer agitée ont été effectués en Atlantique Nord à l'aide d'un instrument enregistreur des vagues d'après M. J. Tucker, dit le «ship-borne wave recorder», installé à bord du navire de recherche «Atlantis». On s'est servi de deux méthodes différentes en exploitant ces enregistrements, à savoir: 10 des valeurs moyennes ont été dérivées des valeurs, prises immédiatement des courbes d'enregistrement et 20 des valeurs moyennes correspondantes ont été dérivées du spectre des vagues que l'on avait au paravant obtenu au moyen d'une analyse spéciale. Dans le travail actuel, les valeurs résultant de ces processus sont comparées entre elles. L'effet que, d'après Cartwright et Longuet-Higgins, la largeur de bande du spectre a sur des quantités statistiques de la mer agitée est calculé. Les valeurs de la hauteur des vagues et de la période des vagues résultant des enregistrements sont mises en parallèle avec des valeurs correspondantes calculées au moyen des méthodes différentes à partir des cartes météorologiques («hindcasting»). Il se montre que les hauteurs significatives des vagues, résultant de l'application des diagrammes de Pierson, Jr.-Neumann-James et de ceux de Bretschneider-Wilson et de H. Walden sont plus élevées, au revanche, les hauteurs significatives qui résultent de l'application de la méthode de J. Darbyshire sont plus faibles que les valeurs observées. Les valeurs des périodes de vagues calculées dans ce travail d'après les méthodes de Bretschneider-Wilson et de Darbyshire sont, en moyene, plus élevées, celles qui ont été déterminées à l'aide du diagramme de Walden sont plus faibles que les valeurs des périodes prises des enregistrements de l'instrument enregistreur d'après Tucker.
    Notes: Zusammenfassung Im November und Dezember 1956 wurden auf dem Forschungsschiff „Atlantis“ im Atlantischen Ozean mit dem „ship-borne wave recorder“ nach M. J. Tucker Registrierungen des Seegangs gewonnen. Diese Messungen wurden auf zweierlei Weise statistisch ausgewertet, nämlich 1. durch Berechnung von Mittelwerten aus Einzelwerten, die der Registrierkurve unmittelbar entnommen wurden und 2. durch Bestimmung der entsprechenden Mittelwerte aus einem Wellenspektrum, das vorher mittels spezieller Analyse ermittelt worden war. Die sich ergebenden Größen werden miteinander verglichen. Der Einfluß, den die Bandbreite des Spektrums nach Cartwright und Longuet-Higgins auf bestimmte statistische Seegangsgrößen ausübt, wird berechnet. Die aus den Registrierungen ermittelten Werte für die Wellenhöhe und die Wellenperiode werden mit den entsprechenden Größen verglichen, die sich beim „hindcasting“ unter Benutzung von Wetterkarten nach verschiedenen Methoden ergeben. Die auf Grund der Diagramme von Pierson, Jr.-Neumann-James, von Bretschneider-Wilson und von H. Walden bestimmten kennzeichnenden Wellenhöhen sind höher, die nach dem Verfahren von J. Darbyshire berechneten niedriger als die entsprechenden beobachteten Größen. Bei den Perioden sind die in den behandelten Fällen nach den Methoden von Bretschneider-Wilson und von Darbyshire berechneten Werte durchschnittlich größer, die nach dem Diagramm von Walden bestimmten Größen kleiner als die Perioden, die man aus den Registrierungen mit dem ship-borne wave recorder ermittelt.
    Type of Medium: Electronic Resource
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