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  • 2010-2014  (12)
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Year
  • 1
    Publication Date: 2023-03-02
    Keywords: Age, comment; Age, error; Age, maximum/old; Age, minimum/young; Age model; CALYPSO; Calypso Corer; Comment; Depth, bottom/max; DEPTH, sediment/rock; Depth, top/min; Marion Dufresne (1995); MD02-2588; MD02-2588Q; MD128; Southern Ocean; SWAF
    Type: Dataset
    Format: text/tab-separated-values, 120 data points
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  • 2
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    Unknown
    PANGAEA
    In:  Supplement to: Marino, Gianluca; Zahn, Rainer; Ziegler, Martin; Purcell, Conor; Knorr, Gregor; Hall, Ian R; Ziveri, Patrizia; Elderfield, Henry (2013): Agulhas salt-leakage oscillations during abrupt climate changes of the Late Pleistocene. Paleoceanography, 28(3), 599-606, https://doi.org/10.1002/palo.20038
    Publication Date: 2023-01-13
    Description: An ensemble of new, high-resolution records of surface ocean hydrography from the Indian-Atlantic oceanic gateway, south of Africa, demonstrates recurrent and high-amplitude salinity oscillations in the Agulhas Leakage area during the penultimate glacial-interglacial cycle. A series of millennial-scale salinification events, indicating strengthened salt leakage into the South Atlantic, appear to correlate with abrupt changes in the North Atlantic climate and Atlantic Meridional Overturning Circulation (AMOC). This interhemispheric coupling, which plausibly involved changes in the Hadley Cell and midlatitude westerlies that impacted the interocean transport at the tip of Africa, suggests that the Agulhas Leakage acted as a source of negative buoyancy for the perturbed AMOC, possibly aiding its return to full strength. Our finding points to the Indian-to-Atlantic salt transport as a potentially important modulator of the AMOC during the abrupt climate changes of the Late Pleistocene.
    Type: Dataset
    Format: application/zip, 2 datasets
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  • 3
    Publication Date: 2023-06-27
    Keywords: Age, comment; Age, error; Age, maximum/old; Age, minimum/young; Age model; CALYPSO; Calypso Corer; Comment; Depth, bottom/max; DEPTH, sediment/rock; Depth, top/min; IMAGES II; Marion Dufresne (1995); MD105; MD96-2080; MD962080, ABS; Southern Agulhas Bank
    Type: Dataset
    Format: text/tab-separated-values, 96 data points
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  • 4
    Publication Date: 2024-02-02
    Keywords: 101; 107; 111; 116; 118; 560; 561; 562; 563; 564; 565; 566; 569; 570; 571; 573; 574; 575; 576; 577; 578; 579; 580; 590; 594; 596; 601; 602; 604; 80; 82; AB12MC; BANSIC-ST103; BANSIC-ST120; BANSIC-ST123; BANSIC-ST1270; BANSIC-ST136; BANSIC-ST139; BANSIC-ST1420; BANSIC-ST1426; BANSIC-ST1429; BANSIC-ST143; BANSIC-ST1431; BANSIC-ST1558; BANSIC-ST1567; BANSIC-ST160; BANSIC-ST167; BANSIC-ST170; BANSIC-ST1711; BANSIC-ST172; BANSIC-ST180; BANSIC-ST184; BANSIC-ST1846; BANSIC-ST1852; BANSIC-ST1855; BANSIC-ST188; BANSIC-ST199; BANSIC-ST213; BANSIC-ST2134; BANSIC-ST2140; BANSIC-ST2287; BANSIC-ST2422; BANSIC-ST2575; BANSIC-ST270; BANSIC-ST272; BANSIC-ST275; BANSIC-ST278; BANSIC-ST282; BANSIC-ST285; BANSIC-ST292; BANSIC-ST296; BANSIC-ST342; BANSIC-ST386; BANSIC-ST403; BANSIC-ST407; BANSIC-ST44; BANSIC-ST440; BANSIC-ST446; BANSIC-ST450; BANSIC-ST453; BANSIC-ST513; BANSIC-ST517; BANSIC-ST521; BANSIC-ST581; BANSIC-ST611; BANSIC-ST617; BANSIC-ST621; BANSIC-ST64; BANSIC-ST67; BANSIC-ST70; BANSIC-ST74; BANSIC-ST806; BANSIC-ST81; BANSIC-ST864; BANSIC-ST89; BANSIC-ST991; BANSIC-ST994; Chlorophyll a; Comment; Cyprus; DEPTH, sediment/rock; Eastern Mediterranean, Continental slope off Israel; Elevation of event; Eratosthenes Seamount; Event label; Florisphaera profunda; GeoB7704-1; GeoB7705-1; GeoB7714-1; GeoB7718-1; GeoB7720-1; GeoB7723-2; GeoB7725-2; Greece; Latitude of event; Le Noroit; Longitude of event; Lybia; M40/4; M40/4_MUC65; M40/4_MUC66; M40/4_MUC68; M40/4_MUC70; M40/4_MUC71; M40/4_MUC74; M40/4_MUC75; M40/4_MUC76-1; M40/4_MUC77A; M40/4_MUC87; M51/3; M51/3_560-1; M51/3_561-4; M51/3_562-5; M51/3_563-5; M51/3_564-2; M51/3_565-1; M51/3_566-3; M51/3_569-3; M51/3_570-2; M51/3_571; M51/3_573; M51/3_574-2; M51/3_575-6; M51/3_576-3; M51/3_577-1; M51/3_578; M51/3_579; M51/3_580; M51/3_590; M51/3_594; M51/3_596; M51/3_601-3; M51/3_602; M51/3_604; M52/2; Malta; MCAT01; Mediterranean Sea; Mediterranean Sea Acidification in a Changing Climate; MedSeA; Meteor (1986); MUC; MultiCorer; Nile Fan; Reference/source; SIN97-BC02; SIN97-BC03; SIN97-BC06; SIN97-BC07; SIN97-BC09; SINSAP-98; SINSAP98-BCAP1-2; SINSAP98-BCI0-1; SINSAP98-BCI01-2; Turkey; Urania; VICOMED_I; VICOMED_I-ANA; VICOMED_II; VICOMED_II-CRE; VICOMED_II-KHA; VICOMED_I-ION; VICOMED_II-PAN; VICOMED_I-MAL; VICOMED_I-RHO; VICOMED_I-YOS; Zyprus
    Type: Dataset
    Format: text/tab-separated-values, 355 data points
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  • 5
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    Unknown
    PANGAEA
    In:  Supplement to: Horigome, Mariana Tatsumi; Ziveri, Patrizia; Grelaud, Michaël; Baumann, Karl-Heinz; Marino, Gianluca; Mortyn, P G (2014): Environmental controls on the Emiliania huxleyi calcite mass. Biogeosciences, 11(8), 2295-2308, https://doi.org/10.5194/bg-11-2295-2014
    Publication Date: 2024-03-15
    Description: Although ocean acidification is expected to impact (bio)calcification by decreasing the seawater carbonate ion concentration, [CO3]2-, there exists evidence of non-uniform response of marine calcifying plankton to low seawater [CO3]2-. This raises questions on the role of environmental factors other than acidification and on the complex physiological responses behind calcification. Here we investigate the synergistic effect of multiple environmental parameters, including temperature, nutrient (nitrate and phosphate) availability, and seawater carbonate chemistry on the coccolith calcite mass of the cosmopolitan coccolithophore Emiliania huxleyi, the most abundant species in the world ocean. We use a suite of surface (late Holocene) sediment samples from the South Atlantic and southwestern Indian Ocean taken from depths lying well above the modern lysocline. The coccolith calcite mass in our results presents a latitudinal distribution pattern that mimics the main oceanographic features, thereby pointing to the potential importance of phosphorus and temperature in determining coccolith mass by affecting primary calcification and possibly driving the E. huxleyi morphotype distribution. This evidence does not necessarily argue against the potentially important role of the rapidly changing seawater carbonate chemistry in the future, when unabated fossil fuel burning will likely perturb ocean chemistry beyond a critical point. Rather our study highlights the importance of evaluating the combined effect of several environmental stressors on calcifying organisms to project their physiological response(s) in a high CO2 world and improve interpretation of paleorecords.
    Keywords: 06MT41_3; Age, maximum/old; Agulhas Basin; Agulhas Current; Alkalinity, total; Angola Basin; ANT-XI/4; Aragonite saturation state; Bicarbonate ion; Brazil Basin; Calcification/Dissolution; Calcite saturation state; Calculated using CO2SYS; Calculated using seacarb after Nisumaa et al. (2010); CALYPSO; Calypso Corer; Cape Basin; Carbon, inorganic, dissolved; Carbonate ion; Carbonate system computation flag; Carbon dioxide; CD154; CD154-01-1K; CD154-02-3K; CD154-03-5K; CD154-04-6K; CD154-05-7K; CD154-07-7PK; CD154-09-9K; CD154-10-10K; CD154-15-13K; CD154-15-14K; CD154-16-15K; CD154-17-17K; CD154-18-18K; CD154-20-20K; CD154-23-24K; CD154-24-25K; Central South Atlantic; Charles Darwin; Chlorophyll a, interpolated; Chromista; Cluster type; Conrad Rise; East Brazil Basin; Emiliania huxleyi; Estimated by measuring brightness in cross-polarized light (birefringence); Event label; Field observation; Fugacity of carbon dioxide (water) at sea surface temperature (wet air); GeoB1112-3; GeoB1203-2; GeoB1208-1; GeoB1217-1; GeoB1403-2; GeoB1405-7; GeoB1413-2; GeoB1414-2; GeoB1415-1; GeoB1417-1; GeoB1418-1; GeoB1419-1; GeoB1420-1; GeoB1901-1; GeoB1902-3; GeoB1903-1; GeoB1904-1; GeoB1905-1; GeoB1906-1; GeoB1907-1; GeoB2213-1; GeoB5112-5; GeoB5115-2; GeoB5121-2; GeoB5130-1; GeoB5134-1; GeoB5136-2; GeoB5137-1; GeoB5140-3; GeoB6402-9; GeoB6403-4; GeoB6406-1; GeoB6410-1; GeoB6411-4; GeoB6412-1; GeoB6417-2; GeoB6418-3; GeoB6419-1; GeoB6421-2; GeoB6425-1; GeoB6429-1; Giant box corer; GIK17836-1; GIK17843-1; GIK17851-1; GIK17862-1; GIK17866-1; GIK17884-1; GKG; Gravity corer (Kiel type); Guinea Basin; Haptophyta; Hierarchical cluster analysis (HCA); Indian-Antarctic Ridge; Indian Ocean; KAL; Kasten corer; Length; M12/1; M16/1; M23/3; M41/3; M46/4; M9/4; Marion Dufresne (1995); Mass; Mass, standard deviation; MD02-2594; MD128; Mediterranean Sea Acidification in a Changing Climate; MedSeA; Meteor (1986); MIC; Mid Atlantic Ridge; MiniCorer; MUC; MultiCorer; Nitrate, in water, interpolated; Northern Guinea Basin; OA-ICC; Ocean Acidification International Coordination Centre; Open ocean; Partial pressure of carbon dioxide (water) at sea surface temperature (wet air); Pelagos; pH; Phosphate, in water, interpolated; Phytoplankton; Polarstern; PS2557-2; PS2558-1; PS2560-3; PS2561-1; PS2563-3; PS2565-2; PS2568-3; PS2569-1; PS2570-1; PS2606-3; PS2610-1; PS2611-2; PS30; PS30/004; PS30/013; PS30/023; PS30/030; PS30/043; PS30/051; PS30/104; PS30/105; PS30/106; PS30/144; PS30/155; PS30/156; Salinity, interpolated; Sample code/label; Sedimentation rate; Single species; SL; SO84; Sonne; South Atlantic; Southern Ocean; South Indian Ridge, South Indian Ocean; Species; ST. HELENA HOTSPOT; SWAF; Temperate; Temperature, water, interpolated; Tropical; Walvis Ridge; West Angola Basin; Width
    Type: Dataset
    Format: text/tab-separated-values, 3410 data points
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  • 6
    Publication Date: 2024-05-27
    Description: Dinoflagellate cysts are useful for reconstructing upper water conditions. For adequate reconstructions detailed information is required about the relationship between modern day environmental conditions and the geographic distribution of cysts in sediments. This Atlas summarises the modern global distribution of 71 organicwalled dinoflagellate cyst species. The synthesis is based on the integration of literature sources together with data of 2405 globally distributed surface sediment samples that have been preparedwith a comparable methodology and taxonomy. The distribution patterns of individual cyst species are being comparedwith environmental factors that are knownto influence dinoflagellate growth, gamete production, encystment, excystment and preservation of their organic-walled cysts: surface water temperature, salinity, nitrate, phosphate, chlorophyll-a concentrations and bottom water oxygen concentrations. Graphs are provided for every species depicting the relationship between seasonal and annual variations of these parameters and the relative abundance of the species. Results have been compared with previously published records; an overview of the ecological significance as well as information about the seasonal production of each individual species is presented. The relationship between the cyst distribution and variation in the aforementioned environmental parameters was analysed by performing a canonical correspondence analysis. All tested variables showed a positive relationship on the 99% confidence level. Sea-surface temperature represents the parameter corresponding to the largest amount of variance within the dataset (40%) followed by nitrate, salinity, phosphate and bottom-water oxygen concentration, which correspond to 34%, 33%, 25% and 24% of the variance, respectively. Characterisations of selected environments as well as a discussion about how these factors could have influenced the final cyst yield in sediments are included.
    Keywords: Alexandrium tamarense; Ataxiodinium choane; Bitectatodinium spongium; Bitectatodinium tepikiense; Brigantedinium spp.; Calculated; Caspidinium rugosum; Center for Marine Environmental Sciences; Chlorophyll a, interpolated; Cryodinium meridianum; Dalella chathamensis; DEPTH, sediment/rock; Dinoflagellate cyst; Dinoflagellate cyst, reworked; Dissolved oxygen, in water, interpolated; Dubridinium caperatum; Echinidinium aculeatum; Echinidinium bispiniformum; Echinidinium delicatum; Echinidinium granulatum; Echinidinium karaense; Echinidinium spp.; Echinidinium transparantum; Glaphyrocysta semitecta; Gymnodinium catenatum; Gymnodinium nolleri; Impagidinium aculeatum; Impagidinium caspienense; Impagidinium pallidum; Impagidinium paradoxum; Impagidinium patulum; Impagidinium plicatum; Impagidinium sphaericum; Impagidinium strialatum; Impagidinium variaseptum; Impagidinium velorum; Islandinium cezare; Islandinium minutum; LATITUDE; Lejeunecysta oliva; Lejeunecysta sabrina; Lingulodinium machaerophorum; LONGITUDE; MARUM; Nematosphaeropsis labyrinthus; Nitrate, in water, interpolated; Operculodinium centrocarpum; Operculodinium israelianum; Operculodinium janduchenei; Operculodinium longispinigerum; Operculodinium spp.; Pentapharsodinium dalei; Peridinium ponticum; Phosphate, in water, interpolated; Polykrikos kofoidii; Polykrikos schwarzii; Polykrikos var. arctica; Polysphaeridium zoharyi; Priority Programme 1158 Antarctic Research with Comparable Investigations in Arctic Sea Ice Areas; Protoperidiniaceae; Protoperidinium americanum; Protoperidinium monospinum; Pyxidinopsis psilata; Pyxidinopsis reticulata; Quinquecuspis concreta; Reference/source; Selenopemphix antarctica; Selenopemphix nephroides; Selenopemphix quanta; Spiniferites bentori; Spiniferites cruciformis; Spiniferites delicatus; Spiniferites elongatus; Spiniferites lazus; Spiniferites membranaceus; Spiniferites mirabilis; Spiniferites pachydermus; Spiniferites ramosus; Spiniferites spp.; SPP1158; Station label; Stelladinium robustum; Stelladinium stellatum; Tectatodinium pellitum; Temperature, annular; Temperature, autumn; Temperature, spring; Temperature, summer; Temperature, winter; Trinovantedinium applanatum; Tuberculodinium vancampoae; Uniform resource locator/link to file; Votadinium calvum; Votadinium spinosum; Xandarodinium xanthum
    Type: Dataset
    Format: text/tab-separated-values, 230152 data points
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  • 7
  • 8
    Publication Date: 2012-07-30
    Print ISSN: 2572-4517
    Electronic ISSN: 2572-4525
    Topics: Geosciences
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  • 9
  • 10
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