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  • 1
    facet.materialart.
    Unknown
    PANGAEA
    In:  Supplement to: Acuña, José Luis; Lopez-Urrutia, Angel; Colin, Sean (2011): Faking Giants: The Evolution of High Prey Clearance Rates in Jellyfishes. Science, 333(6049), 1627-1629, https://doi.org/10.1126/science.1205134
    Publication Date: 2024-07-19
    Description: Jellyfishes have functionally replaced several overexploited commercial stocks of planktivorous fishes. This is paradoxical, because they use a primitive prey capture mechanism requiring direct contact with the prey, whereas fishes use more efficient visual detection. We have compiled published data to show that, in spite of their primitive life-style, jellyfishes exhibit similar instantaneous prey clearance and respiration rates as their fish competitors and similar potential for growth and reproduction. To achieve this production, they have evolved large, water-laden bodies that increase prey contact rates. Although larger bodies are less efficient for swimming, optimization analysis reveals that large collectors are advantageous if they move through the water sufficiently slowly.
    Type: dataset publication series
    Format: application/zip, 4 datasets
    Location Call Number Limitation Availability
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  • 2
    Publication Date: 2024-07-20
    Keywords: Areal density; Calculated; Chlorophyll a, areal concentration; Chlorophyll a, initial concentration grazed; Chlorophyll a, mass content per individum; CTD/Rosette; CTD-RO; Date/Time of event; Event label; Fruela95; Fruela95_159; Fruela95_160; Fruela95_162; Fruela95_168; Fruela95_177; Fruela95_178; Fruela96; Fruela96_186; Fruela96_191; Fruela96_193; Fruela96_195; Fruela96_198; Fruela96_201; Fruela96_203; Fruela96_204; Fruela96_206; Fruela96_208; Fruela96_210; Fruela96_211; Fruela96_213; Fruela96_215; Fruela96_217; Fruela96_219; Fruela96_220; Fruela96_222; Fruela96_223; Fruela96_224; Fruela96_225.1; Fruela96_226; Fruela96_227.1; he31_182; he31_183; he31_185; he31_191; he31_210; he31_216; he31_235; he31_241; he31_243; he31_245; he31_249; he31_252; he31_255; he31_256; he31_258; he31_260; he31_262; he31_263; he31_265; he31_267; he31_269; he31_271; he31_272; he31_274; he31_275; he31_280; he31_286; he31_291; he31_298; Hespérides; Ingestion rate of chlorophyll a; JGOFS; Joint Global Ocean Flux Study; Latitude of event; Longitude of event; ORDINAL NUMBER; Passage time; Primary production of carbon per area, daily; Primary production removed/grazed
    Type: dataset
    Format: text/tab-separated-values, 597 data points
    Location Call Number Limitation Availability
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  • 3
    facet.materialart.
    Unknown
    PANGAEA
    In:  Supplement to: Villarino, Ernesto; Watson, James R; Jönsson, Bror; Gasol, Josep M; Salazar, Guillem; Acinas, Silvia G; Estrada, Marta; Massana, Ramón; Logares, Ramiro; Giner, Caterina R; Pernice, Massimo C; Olivar, M Pilar; Citores, Leire; Corell, Jon; Rodríguez-Ezpeleta, Naiara; Acuña, José Luis; Molina-Ramírez, Axayacatl; González-Gordillo, Juan Ignacio; Cózar, Andrés; Martí, Elisa; Cuesta, José A; Agustí, Susana; Fraile-Nuez, Eugenio; Duarte, Carlos Manuel; Irigoien, Xabier; Chust, Guillem (2018): Large-scale ocean connectivity and planktonic body size. Nature Communications, 9(1), https://doi.org/10.1038/s41467-017-02535-8
    Publication Date: 2024-08-07
    Description: Global patterns of planktonic diversity are mainly determined by the dispersal of propagules with ocean currents. However, the role that abundance and body size plays in determining spatial patterns of diversity remains unclear. Here, we analyze spatial community structure - beta-diversity - for several planktonic and nektonic organisms spanning from prokaryotes to small mesopelagic fishes collected during the Malaspina 2010 Expedition. beta-diversity were compared to surface ocean transit times derived from a global circulation model, revealing a significant negative relationship that is stronger than environmental differences. Estimated dispersal scales for different groups show a negative correlation with body-size, where less abundant large-bodied communities have significantly shorter dispersal scales and larger spatial species-turnover rates than more abundant small-bodied plankton. Our results confirm that the dispersal scale of planktonic and micro-nektonic organisms is determined by local abundance, which scales with body size, ultimately setting global spatial patterns of diversity.
    Keywords: MALASPINA-2010; Malaspina circumnavigation expedition
    Type: dataset publication series
    Format: application/zip, 12 datasets
    Location Call Number Limitation Availability
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  • 4
    Publication Date: 2024-07-19
    Keywords: Body mass, dry; Body mass, wet; Body mass as carbon; Calculated, see reference(s); Clearance rate; Comment; Name; Reference/source; Species; Treatment: temperature; Type; Uniform resource locator/link to reference
    Type: dataset
    Format: text/tab-separated-values, 907 data points
    Location Call Number Limitation Availability
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  • 5
    Publication Date: 2024-07-19
    Keywords: Body mass, dry; Body mass, wet; Body mass as carbon; Calculated, see reference(s); Comment; Name; Reference/source; Respiration rate, oxygen; Species; Taxon/taxa; Treatment: temperature; Uniform resource locator/link to reference
    Type: dataset
    Format: text/tab-separated-values, 22073 data points
    Location Call Number Limitation Availability
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  • 6
    Publication Date: 2024-07-19
    Keywords: Aequorea victoria, diameter; Aequorea victoria, swimming speed; Aurelia aurita, body mass, carbon; Aurelia aurita, body mass, wet; Aurelia aurita, diameter; Aurelia aurita, swimming speed; Bolinopsis infundibulum, diameter; Bolinopsis infundibulum, swimming speed; Chrysaora quinquecirrha, body mass, carbon; Chrysaora quinquecirrha, body mass, wet; Chrysaora quinquecirrha, diameter; Chrysaora quinquecirrha, swimming speed; Comment; Cyanea capillata, body mass, carbon; Cyanea capillata, body mass, wet; Cyanea capillata, diameter; Cyanea capillata, swimming speed; Linuche unguiculata, body mass, carbon; Linuche unguiculata, body mass, wet; Linuche unguiculata, diameter; Linuche unguiculata, swimming speed; Liriope tetraphylla, diameter; Liriope tetraphylla, swimming speed; Mitrocoma cellularia, diameter; Mitrocoma cellularia, swimming speed; Mnemiopsis leidyi, body mass, carbon; Mnemiopsis leidyi, body mass, wet; Mnemiopsis leidyi, diameter; Mnemiopsis leidyi, swimming speed; Periphylla periphylla, body mass, carbon; Periphylla periphylla, body mass, wet; Periphylla periphylla, diameter; Periphylla periphylla, swimming speed; Phialidium gregarium, diameter; Phialidium gregarium, swimming speed; Phyllorhiza punctata, body mass, carbon; Phyllorhiza punctata, body mass, wet; Phyllorhiza punctata, diameter; Phyllorhiza punctata, swimming speed; see reference(s); Stomolophus meleagris, body mass, carbon; Stomolophus meleagris, body mass, wet; Stomolophus meleagris, diameter; Stomolophus meleagris, swimming speed; Treatment: temperature
    Type: dataset
    Format: text/tab-separated-values, 419 data points
    Location Call Number Limitation Availability
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  • 7
    Publication Date: 2024-07-19
    Keywords: Body mass, dry; Body mass, wet; Body mass as carbon; Calculated, see reference(s); Clearance rate; Comment; Name; Reference/source; Taxon/taxa; Treatment: temperature; Type; Uniform resource locator/link to reference
    Type: dataset
    Format: text/tab-separated-values, 14506 data points
    Location Call Number Limitation Availability
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  • 8
    Publication Date: 2024-08-15
    Keywords: 29HE20101215; 29HE20110117; 29HE20110211; 29HE20110317; 29HE20110513; 29HE20110619; Achelous sp.; Antipodarctus aoteanus; Arenaeus mexicanus; Ashtoret lunaris; Bio-Rosette; BRO; Callapa gallus; Callinectes arcuatus; Canarias Sea; Caribbean Sea; Charybdis helleri; Charybdis japonica; Date/Time of event; DEPTH, water; Dromia dehaani; Etisus odhneri; Etisus splendidus; Event label; Gaillardiellus orientalis; Gaillardiellus sp.; Glaucus atlanticus; Glaucus marginatus; Glaucus sp.; Glaucus thompsoni; Goniopsis pulchra; Grapsus grapsus; Halobates; Hepatus epheliticus; Hespérides; Heterocrypta occidentalis; Indian Ocean; Latitude of event; Leptograpsus variegatus; Liomera cinctimanus; Lissocarcinus orbicularis; Longitude of event; Lophozozymus pulchellus; MALASPINA_LEG1; MALASPINA_LEG1_003-2; MALASPINA_LEG1_006-2; MALASPINA_LEG1_008-2; MALASPINA_LEG1_011-2; MALASPINA_LEG1_014-2; MALASPINA_LEG1_017-2; MALASPINA_LEG1_023-2; MALASPINA_LEG2; MALASPINA_LEG2_027-2; MALASPINA_LEG2_028-2; MALASPINA_LEG2_033-2; MALASPINA_LEG2_034-2; MALASPINA_LEG2_035-2; MALASPINA_LEG2_041-2; MALASPINA_LEG2_043-2; MALASPINA_LEG2_044-2; MALASPINA_LEG3; MALASPINA_LEG3_045-2; MALASPINA_LEG3_046-2; MALASPINA_LEG3_047-2; MALASPINA_LEG3_048-2; MALASPINA_LEG3_050-2; MALASPINA_LEG3_051-2; MALASPINA_LEG3_053-2; MALASPINA_LEG3_055-2; MALASPINA_LEG3_058-2; MALASPINA_LEG3_059-2; MALASPINA_LEG3_060-2; MALASPINA_LEG3_063-2; MALASPINA_LEG3_064-2; MALASPINA_LEG3_065-2; MALASPINA_LEG3_067-2; MALASPINA_LEG4; MALASPINA_LEG4_070-2; MALASPINA_LEG4_076-2; MALASPINA_LEG4_077-2; MALASPINA_LEG6; MALASPINA_LEG6_101-2; MALASPINA_LEG6_102-2; MALASPINA_LEG6_103-2; MALASPINA_LEG6_106-2; MALASPINA_LEG6_107-2; MALASPINA_LEG6_109-2; MALASPINA_LEG6_111-2; MALASPINA_LEG6_112-2; MALASPINA_LEG6_113-2; MALASPINA_LEG6_114-2; MALASPINA_LEG6_115-2; MALASPINA_LEG6_116-2; MALASPINA_LEG6_117-2; MALASPINA_LEG6_118-2; MALASPINA_LEG6_119-2; MALASPINA_LEG6_120-2; MALASPINA_LEG6_121-2; MALASPINA_LEG6_122-2; MALASPINA_LEG6_124-2; MALASPINA_LEG6_125-2; MALASPINA_LEG6_126-2; MALASPINA_LEG7; MALASPINA_LEG7_130-2; MALASPINA_LEG7_131-2; MALASPINA_LEG7_132-2; MALASPINA_LEG7_133-2; MALASPINA_LEG7_134-2; MALASPINA_LEG7_136-2; MALASPINA_LEG7_137-2; MALASPINA_LEG7_139-2; MALASPINA_LEG7_143-2; MALASPINA_LEG7_146-2; MALASPINA_LEG7_147-2; MALASPINA-2010; Malaspina circumnavigation expedition; MH005_003; MH008_006; MH010_008; MH013_011; MH016_014; MH019_017; MH025_023; MH036_027; MH037_028; MH042_033; MH043_034; MH044_035; MH050_041; MH052_043; MH053_044; MH061_045; MH062_046; MH063_047; MH064_048; MH066_050; MH067_051; MH073_053; MH075_055; MH078_058; MH079_059; MH080_060; MH083_063; MH084_064; MH086_066; MH095_069; MH101_075; MH103_077; MH150_101; MH151_102; MH152_103; MH155_106; MH156_107; MH158_109; MH160_111; MH161_112; MH162_113; MH163_114; MH164_115; MH165_116; MH166_117; MH167_118; MH169_120; MH170_121; MH171_122; MH173_124; MH174_125; MH175_126; MH191_130; MH193_131; MH194_132; MH195_133; MH196_134; MH198_136; MH199_137; MH201_139; MH205_143; MH208_146; MH209_147; Micropanope nuttingi; Myra sp.; Neoliomera cerasinus; North Atlantic Ocean; North Pacific Ocean; Pachygrapsus socius; Panulirus cygnus; Panulirus echinatus; Panulirus gracilis; Panulirus homarus; Panulirus ornatus; Panulirus penicillatus; Planes minutus; Portunido; Portunus trituberculatus; South Atlantic Ocean; Station label; Tasman Sea; Thalamita; Thalamita admete; Thalamita crenata; Thalamita sp.; Uca (Minuca) vocator; Williamstimposonia stimpsoni
    Type: dataset
    Format: text/tab-separated-values, 3055 data points
    Location Call Number Limitation Availability
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  • 9
    Publication Date: 2024-08-15
    Keywords: 29HE20101215; 29HE20110117; 29HE20110211; 29HE20110317; 29HE20110416; 29HE20110513; 29HE20110619; Bio-Rosette; BRO; Canarias Sea; Date/Time of event; DEPTH, water; Event label; Hespérides; Indian Ocean; Latitude of event; Longitude of event; MALASPINA_LEG1; MALASPINA_LEG1_007-2; MALASPINA_LEG1_010-2; MALASPINA_LEG1_013-2; MALASPINA_LEG1_017-2; MALASPINA_LEG1_024-2; MALASPINA_LEG2; MALASPINA_LEG2_027-2; MALASPINA_LEG2_029-2; MALASPINA_LEG2_037-2; MALASPINA_LEG3; MALASPINA_LEG3_045-2; MALASPINA_LEG3_054-2; MALASPINA_LEG3_062-2; MALASPINA_LEG3_066-2; MALASPINA_LEG4; MALASPINA_LEG4_071-2; MALASPINA_LEG4_076-2; MALASPINA_LEG4_077-2; MALASPINA_LEG5; MALASPINA_LEG5_084-2; MALASPINA_LEG5_086-2; MALASPINA_LEG5_088-2; MALASPINA_LEG5_090-2; MALASPINA_LEG5_092-2; MALASPINA_LEG5_100-2; MALASPINA_LEG6; MALASPINA_LEG6_101-2; MALASPINA_LEG6_112-2; MALASPINA_LEG6_115-2; MALASPINA_LEG6_117-2; MALASPINA_LEG6_119-2; MALASPINA_LEG6_121-2; MALASPINA_LEG6_126-2; MALASPINA_LEG7; MALASPINA_LEG7_144-2; MALASPINA_LEG7_146-2; MALASPINA-2010; Malaspina circumnavigation expedition; MH009_007; MH012_010; MH015_013; MH019_017; MH026_024; MH036_027; MH038_029; MH046_037; MH061_045; MH074_054; MH082_062; MH086_066; MH096_070; MH101_075; MH103_077; MH128_084; MH130_086; MH132_088; MH134_090; MH136_092; MH144_100; MH150_101; MH161_112; MH164_115; MH166_117; MH167_118; MH170_121; MH175_126; MH206_144; MH208_146; North Atlantic Ocean; North Pacific Ocean; Operational taxonomic unit; South Atlantic Ocean; South Pacific Ocean; Station label; Tasman Sea
    Type: dataset
    Format: text/tab-separated-values, 39636 data points
    Location Call Number Limitation Availability
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  • 10
    Publication Date: 2024-08-15
    Keywords: 29HE20101215; 29HE20110117; 29HE20110211; 29HE20110317; 29HE20110416; 29HE20110513; 29HE20110619; Bio-Rosette; BRO; Canarias Sea; Caribbean Sea; Centrobranchus choerocephalus; Centrobranchus nigroocellatus; Date/Time of event; DEPTH, water; Event label; Gonichthys coccoi; Gonichthys tenuiculus; Gorgasia barnesi; Hespérides; Indian Ocean; Latitude of event; Longitude of event; MALASPINA_LEG1; MALASPINA_LEG1_007-2; MALASPINA_LEG1_010-2; MALASPINA_LEG1_011-2; MALASPINA_LEG1_012-2; MALASPINA_LEG1_013-2; MALASPINA_LEG1_015-2; MALASPINA_LEG1_016-2; MALASPINA_LEG1_017-2; MALASPINA_LEG1_018-2; MALASPINA_LEG1_020-2; MALASPINA_LEG1_021-2; MALASPINA_LEG1_022-2; MALASPINA_LEG1_023-2; MALASPINA_LEG1_024-2; MALASPINA_LEG1_026-2; MALASPINA_LEG2; MALASPINA_LEG2_027-2; MALASPINA_LEG2_028-2; MALASPINA_LEG2_029-2; MALASPINA_LEG2_030-2; MALASPINA_LEG2_031-2; MALASPINA_LEG2_034-2; MALASPINA_LEG2_036-2; MALASPINA_LEG2_038-2; MALASPINA_LEG2_041-2; MALASPINA_LEG2_043-2; MALASPINA_LEG2_044-2; MALASPINA_LEG3; MALASPINA_LEG3_045-2; MALASPINA_LEG3_046-2; MALASPINA_LEG3_047-2; MALASPINA_LEG3_049-2; MALASPINA_LEG3_050-2; MALASPINA_LEG3_053-2; MALASPINA_LEG3_054-2; MALASPINA_LEG3_055-2; MALASPINA_LEG3_056-2; MALASPINA_LEG3_057-2; MALASPINA_LEG3_058-2; MALASPINA_LEG3_060-2; MALASPINA_LEG3_061-2; MALASPINA_LEG3_063-2; MALASPINA_LEG3_064-2; MALASPINA_LEG3_065-2; MALASPINA_LEG3_067-2; MALASPINA_LEG3_068-2; MALASPINA_LEG4; MALASPINA_LEG4_069-2; MALASPINA_LEG4_070-2; MALASPINA_LEG4_071-2; MALASPINA_LEG4_077-2; MALASPINA_LEG4_078-2; MALASPINA_LEG5; MALASPINA_LEG5_081-2; MALASPINA_LEG5_083-2; MALASPINA_LEG5_084-2; MALASPINA_LEG5_087-2; MALASPINA_LEG5_088-2; MALASPINA_LEG5_091-2; MALASPINA_LEG5_092-2; MALASPINA_LEG5_093-2; MALASPINA_LEG5_094-2; MALASPINA_LEG5_095-2; MALASPINA_LEG5_096-2; MALASPINA_LEG5_097-2; MALASPINA_LEG5_098-2; MALASPINA_LEG6; MALASPINA_LEG6_101-2; MALASPINA_LEG6_102-2; MALASPINA_LEG6_103-2; MALASPINA_LEG6_108-2; MALASPINA_LEG6_111-2; MALASPINA_LEG6_113-2; MALASPINA_LEG6_116-2; MALASPINA_LEG6_117-2; MALASPINA_LEG6_118-2; MALASPINA_LEG6_119-2; MALASPINA_LEG6_121-2; MALASPINA_LEG6_123-2; MALASPINA_LEG6_124-2; MALASPINA_LEG6_125-2; MALASPINA_LEG6_126-2; MALASPINA_LEG7; MALASPINA_LEG7_129-2; MALASPINA_LEG7_130-2; MALASPINA_LEG7_132-2; MALASPINA_LEG7_133-2; MALASPINA_LEG7_134-2; MALASPINA_LEG7_135-2; MALASPINA_LEG7_136-2; MALASPINA_LEG7_137-2; MALASPINA_LEG7_138-2; MALASPINA_LEG7_139-2; MALASPINA_LEG7_140-2; MALASPINA_LEG7_141-2; MALASPINA_LEG7_142-2; MALASPINA_LEG7_143-2; MALASPINA_LEG7_144-2; MALASPINA_LEG7_145-2; MALASPINA_LEG7_146-2; MALASPINA_LEG7_147-2; MALASPINA-2010; Malaspina circumnavigation expedition; Melandrium affine; MH009_007; MH012_010; MH013_011; MH014_012; MH015_013; MH017_015; MH018_016; MH019_017; MH020_018; MH022_020; MH023_021; MH024_022; MH025_023; MH026_024; MH028_026; MH036_027; MH037_028; MH038_029; MH039_030; MH040_031; MH043_034; MH045_036; MH047_038; MH050_041; MH052_043; MH053_044; MH061_045; MH062_046; MH063_047; MH065_049; MH066_050; MH073_053; MH074_054; MH075_055; MH076_056; MH077_057; MH078_058; MH080_060; MH081_061; MH083_063; MH084_064; MH086_066; MH087_067; MH095_069; MH096_070; MH103_077; MH104_078; MH125_081; MH127_083; MH128_084; MH131_087; MH132_088; MH135_091; MH136_092; MH137_093; MH138_094; MH139_095; MH140_096; MH141_097; MH142_098; MH150_101; MH151_102; MH152_103; MH157_108; MH160_111; MH162_113; MH165_116; MH166_117; MH167_118; MH170_121; MH172_123; MH173_124; MH174_125; MH175_126; MH190_129; MH191_130; MH194_132; MH195_133; MH196_134; MH197_135; MH198_136; MH199_137; MH200_138; MH201_139; MH202_140; MH203_141; MH204_142; MH205_143; MH206_144; MH207_145; MH208_146; MH209_147; Microdinium spinosum; Myctophum asperum; Myctophum aurolaternatum; Myctophum nitidulum; Myctophum phengodes; North Atlantic Ocean; North Pacific Ocean; South Atlantic Ocean; South Pacific Ocean; Station label; Synodus evermanni; Tasman Sea
    Type: dataset
    Format: text/tab-separated-values, 1235 data points
    Location Call Number Limitation Availability
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