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  • PANGAEA  (192)
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Keywords
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Years
  • 1
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    Unknown
    Compositions of suspended matter in the North (Severnaya) Dvina River mouth area in summer periods of 2001-2005 (2011)
    PANGAEA
    In:  Supplement to: Kravchishina, Marina D; Lisitzin, Alexander P (2011): Grain-size composition of the suspended particulate matter in the marginal filter of the Severnaya Dvina River. Translated from Okeanologiya, 2011, 51(1), 94-109, Oceanology, 51(1), 89-104, https://doi.org/10.1134/S0001437011010097
    Details
    Publication Date: 2023-03-16
    Description: Quantitative distribution and grain size composition of suspended particulate matter (SPM) in the marginal filter of the North (Severnaya) Dvina River during summer low water periods of 2001-2005 were analyzed in water on board immediately after sampling (without preliminary treatment) using a Coulter counter. This analysis revealed main regularities in transformation of grain size spectra at successive salinity steps of the marginal filter, as well as boundaries between these steps based on data obtained by direct complex studies of SPM dispersion. It is established that water salinity is the main factor that controls changes in grain size distribution and composition of suspended matter in the marginal filter. Concentrations of 〈0.01 mm size fraction and salinity demonstrate negative correlations between each other. It is shown that areas characterized by mass development of phytoplankton are located along the outer boundary of the marginal filter (at the biological step), where salinity reaches 23-24 psu. Contents of particulate forms of some chemical (lithogenic) elements and organic carbon indicating genetic composition of SPM and their relations with grain size composition of SPM are studied.
    Keywords: Archive of Ocean Data; ARCOD; Bottle, Niskin; Bucket, plastic; IPE-57-1; IPE-57-13; IPE-57-15; IPE-57-17; IPE-57-19; IPE-57-2; IPE-57-22; IPE-57-26; IPE-57-5; IPE-57-9; KL-11rk; KL-14rk; KL-2rk; KL-5rk; KL-7rk; KL-9rk; KL-MF-1; KL-MF-12; KL-MF-13; KL-MF-14; KL-MF-15; KL-MF-16; KL-MF-17; KL-MF-18; KL-MF-19; KL-MF-20; KL-P-2; NIS; North Dvina mouth area; Professor Shtokman; PSh-4921; PSh-6401; PSh71; PSh-7109; PSh-7111; PSh-7112; PSh-7115; PSh-7116; PSh-7120; WB; White Sea
    Type: Dataset
    Format: application/zip, 2 datasets
    Location Call Number Expected Availability
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    DATA PANGAEA
  • 2
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    The average monthly and annual air temperatures in the vicinity of Batagay settlement, North Yakutia (1949 - 2020) (2021)
    PANGAEA
    Details
    Publication Date: 2023-03-14
    Description: The average monthly and annual air temperatures in the vicinity of Batagay settlement the near Batagay megaslump, located in the Verkhoyansk region, northern Yakutia are shown between 1949-2020.
    Keywords: air temperature; Area/locality; Batagay; Batagay_1949; Batagay_1950; Batagay_1951; Batagay_1952; Batagay_1953; Batagay_1954; Batagay_1955; Batagay_1956; Batagay_1957; Batagay_1958; Batagay_1959; Batagay_1960; Batagay_1961; Batagay_1962; Batagay_1963; Batagay_1964; Batagay_1965; Batagay_1966; Batagay_1967; Batagay_1968; Batagay_1969; Batagay_1970; Batagay_1971; Batagay_1972; Batagay_1973; Batagay_1974; Batagay_1975; Batagay_1976; Batagay_1977; Batagay_1978; Batagay_1979; Batagay_1980; Batagay_1981; Batagay_1982; Batagay_1983; Batagay_1984; Batagay_1985; Batagay_2000; Batagay_2001; Batagay_2002; Batagay_2003; Batagay_2004; Batagay_2010; Batagay_2011; Batagay_2012; Batagay_2013; Batagay_2014; Batagay_2015; Batagay_2016; Batagay_2017; Batagay_2018; Batagay_2019; Batagay_2020; Batagay Yedoma; Event label; humus; Latitude of event; Longitude of event; megaslump; Northern Yakutia; North Yakutia, Russia; organic carbon; Organic carbon stock; pedogenic horizon; pH; Phaeophyta; soil extracts; Temperature, air, annual mean; Temperature, air, April; Temperature, air, August; Temperature, air, December; Temperature, air, February; Temperature, air, July; Temperature, air, June; Temperature, air, March; Temperature, air, May; Temperature, air, November; Temperature, air, October; Temperature, air, September; Year of observation
    Type: Dataset
    Format: text/tab-separated-values, 721 data points
    Location Call Number Expected Availability
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    DATA PANGAEA
  • 3
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    Unknown
    Organic carbon, humus and pH values in cryogenic soils near Batagay megaslump, northern Yakutia (2019) (2021)
    PANGAEA
    Details
    Publication Date: 2023-03-14
    Description: Cryogenic soils near Batagay megaslump, located in the Verkhoyansk region, northern Yakutia were investigated in detail in August-September 2019. Soil samples from the Batagay megaslump were analyzed for organic carbon and humic substances. The pH was determined in soil extracts. On the slope to the Batagay megaslump, a soil catena was studied. It included the near-summit surface of the Kirgilyakh slope, the middle part of the slope, as well as the bord of the Batagai megaslump. The soil cover in the area of the Batagay ravine is represented by various types of soils formed on permafrost rocks, mainly Cryosols Gleyic, found in various landscape conditions, and Podzols Entic are also sporadically distributed in the area. On alluvial deposits in the valley of the Batagaika river Podzols Haplic are formed. Leptosols Lithic are confined to the elevation of the relief with bedrock located close to the surface. The main processes typical for soils in the Batagay megaslump area are: cryogenic structuring, organic matter accumulation, Al-Fe-humus and gleiing processes. Above the permafrost horizon a local minimum of pH values was noted both in Podsols Entic and in Cryosols Gleyic.
    Keywords: air temperature; Batagay; Batagay_2019; Batagay Yedoma; Carbon, organic, total; cryogenic soils; DEPTH, sediment/rock; humus; Humus; Location; megaslump; Northern Yakutia; North Yakutia, Russia; organic carbon; Organic carbon stock; pedogenic horizon; pH; Phaeophyta; pH water in soil; Sample ID; soil extracts; Soil horizon; Subsample ID; Tyurin spectrophotometric method
    Type: Dataset
    Format: text/tab-separated-values, 204 data points
    Location Call Number Expected Availability
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    DATA PANGAEA
  • 4
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    (Table 1) Number of algae species and average vertical fluxes of algae and of sediment matter in the White Sea (2013)
    PANGAEA
    Details
    Publication Date: 2023-03-16
    Keywords: Akademik Mstislav Keldysh; Algal fragment carbon, flux; AMK53; AMK53-4930; AMK53-4934; AMK53-4936; AMK53-4941; AMK53-4944; Archive of Ocean Data; ARCOD; Carbon, organic, flux; Date/Time of event; Date/Time of event 2; DEPTH, water; Elevation of event; Event label; Flux of total mass; Latitude of event; Longitude of event; Number of species; Trap, sediment; TRAPS; White Sea
    Type: Dataset
    Format: text/tab-separated-values, 28 data points
    Location Call Number Expected Availability
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    DATA PANGAEA
  • 5
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    Unknown
    (Table 2) Algae dominant species in vertical flux of phytoplankton, their fluxes and percentages in total vertical flux of phytoplankton in the White Sea (2013)
    PANGAEA
    Details
    Publication Date: 2023-03-16
    Keywords: Akademik Mstislav Keldysh; AMK53; AMK53-4930; AMK53-4934; AMK53-4936; AMK53-4941; AMK53-4944; Archive of Ocean Data; ARCOD; Carbon, flux per year; Date/Time of event; Date/Time of event 2; DEPTH, water; Elevation of event; Event label; Latitude of event; Longitude of event; Percentage; Species; Trap, sediment; TRAPS; White Sea
    Type: Dataset
    Format: text/tab-separated-values, 24 data points
    Location Call Number Expected Availability
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    DATA PANGAEA
  • 6
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    Unknown
    (Table 2) Contents of some lithogenic elements in suspended matter from the surface water layer of the North Dvina River marginal filter in summer periods of 2001-2005 (2011)
    PANGAEA
    Details
    Publication Date: 2023-03-16
    Keywords: Aluminium; Archive of Ocean Data; ARCOD; Bottle, Niskin; Bucket, plastic; Calculated; Carbon, organic, total; Carbon analyser AN-7529, 7560; Depth, bottom/max; Depth, top/min; DEPTH, water; Event label; IPE-57-1; IPE-57-13; IPE-57-15; IPE-57-17; IPE-57-19; IPE-57-2; IPE-57-22; IPE-57-26; IPE-57-5; IPE-57-9; KL-11rk; KL-14rk; KL-2rk; KL-5rk; KL-7rk; KL-9rk; KL-MF-1; KL-MF-12; KL-MF-13; KL-MF-14; KL-MF-15; KL-MF-17; KL-MF-19; KL-MF-20; KL-P-2; Latitude of event; Longitude of event; NIS; North Dvina mouth area; Period; Phosphorus; Professor Shtokman; PSh-6401; PSh71; PSh-7109; PSh-7111; PSh-7112; PSh-7115; PSh-7116; PSh-7120; Silicon; Silicon/Aluminium ratio; Terrigenous; WB; Wet chemistry; White Sea
    Type: Dataset
    Format: text/tab-separated-values, 278 data points
    Location Call Number Expected Availability
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    DATA PANGAEA
  • 7
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    Unknown
    Grain size and chemical compositions of bottom sediments from the Atlantic Ocean and Mediterranean Sea
    PANGAEA
    Details
    Publication Date: 2023-05-12
    Keywords: AAK_1950-99; AK1-1; AK1-10; AK1-11; AK1-12; AK1-2; AK1-3; AK1-5; AK1-7; AK1-8; AK3-100; AK3-101-2; AK3-108; AK3-121; AK3-130; AK3-136; AK3-137; AK3-138; AK3-140; AK3-141; AK3-142; AK3-143; AK3-143-2; AK3-144; AK3-145; AK3-147; AK3-150-3; AK3-151; AK3-152; AK3-153; AK3-156; AK3-157; AK3-158; AK3-159; AK3-160; AK3-161; AK3-161-2; AK3-163; AK3-164; AK3-166; AK3-167; AK3-168; AK3-170-2; AK3-171; AK3-175; AK3-185; AK3-203; AK3-205; AK3-208; AK3-209; AK3-210; AK3-211-3; AK3-39; AK3-50; AK3-51; AK3-52; AK3-53-2; AK3-53-3; AK3-54; AK3-55; AK3-56; AK3-59-2; AK3-68; AK3-87-2; AK3-95; AK3-97; AK3-98; AK3-99; AK5-327-1; AK5-328-2; AK5-332-2; AK5-333-2; AK5-337-2; AK5-340-2; AK5-345; AK5-351; AK5-352-2; AK5-356; AK5-362; AK5-366-2; AK5-375; AK5-376-2; AK5-377-2; AK5-378; AK5-400-2; AK5-402; AK5-403; AK5-405; AK5-414; AK5-416-2; AK5-419; AK5-421-2; AK5-421-3; AK6-431-1; AK6-431-3; AK6-432-5; AK6-434; AK6-434-2; AK6-435; AK6-436; AK6-439; AK6-440; AK6-441; AK6-441-2; AK6-441-4; AK6-441-6b; AK6-441-8; AK6-441-D-2; AK6-441-D-3; AK6-443-D-9; AK6-445-2; AK6-447-3; AK6-448; Akademik A Kovalyevskiy; Akademik Kurchatov; Akademik Vavilov; AKov_1960-353K; AKov_1960-356K; AKov_1960-357K; AKov_1960-363K; AKov_1960-364K; AKov_1960-366K; AKov_1960-367K; AKov_1960-368K; AKov_1960-369K; AKov_1960-370K; AKov_1960-373K; AKov_1960-376K; AKov_1960-377K; AKov_1960-378K; AKov_1960-414K; AKov_1960-415K; AKov_1960-4K; AKov_1960-5K; AKov_1960-6K; AKov_1960-798K; AKov_1960-799K; AKov_1960-800K; AKov_1960-8K; AKU1; AKU3; AKU5; AKU6; AkV-1; AkV-1-293; AkV-1-294; AkV-1-296; AkV-1-299; AkV-1-303; AkV-1-304; AkV-1-307; AkV-1-308; AkV-1-310; AkV-1-311; AkV-1-313; AkV-1-316; AkV-1-317; AkV-1-318; AkV-1-319; AkV-1-320; AkV-1-323; AkV-1-325; AkV-1-328; AkV-1-332; AkV-1-334; AkV-1-336; AkV-1-340; AkV-1-341; AkV-1-342; AkV-1-343; AkV-1-345; AkV-1-346; AkV-1-347; AkV-1-348; AkV-1-349; AkV-1-350; AkV-1-351; AkV-1-352; AkV-1-354; AkV-1-355; AkV-1-356; AkV-1-359; AkV-1-360; AkV-1-362; AkV-1-363; AkV-1-366; AkV-1-368; AkV-1-370; AkV-1-373; AkV-1-374; AkV-1-375; AkV-1-376; AkV-1-378; AkV-1-380; AkV-1-381; AkV-1-384; AkV-1-385; AkV-1-387; AkV-1-389; AkV-1-390; AkV-1-391; AkV-1-393; AkV-1-394; AkV-1-395; AkV-1-396; AkV-1-397; AkV-1-398; AkV-1-399; AkV-1-400; AkV-1-402; AkV-1-403; AkV-1-405; AkV-1-406; AkV-1-408; AkV-1-410; AkV-1-411; AkV-1-412; AkV-1-415; AkV-1-416; AkV-1-417; AkV-1-418; AkV-2; AkV-2-429; AkV-2-437; AkV-2-446; AkV-2-448; AkV-2-452; AkV-2-453; AkV-2-454; AkV-2-457; AkV-2-460; AkV-2-463; AkV-2-464; AkV-2-466; AkV-2-467; AkV-2-468; AkV-2-469; AkV-2-470; AkV-2-471; AkV-2-473; AkV-2-474; AkV-2-475; AkV-2-478; AkV-2-479; AkV-2-480; AkV-2-482; AkV-2-487; AkV-2-489; AkV-2-490; AkV-2-491; AkV-3; AkV-3-514; AkV-3-515; AkV-3-516; AkV-3-517; AkV-3-518; AkV-3-519; AkV-3-521; AkV-3-522; AkV-3-527; AkV-3-529; AkV-3-531; AkV-3-535; AkV-3-536-1; AkV-3-536-2; AkV-3-536-3; AkV-3-538; AkV-3-539; AkV-3-540; AkV-3-541; AkV-3-548; AkV-3-551; AkV-3-552; AkV-3-553; AkV-3-554; AkV-3-555; AkV-3-556; AkV-3-557; AkV-3-558; AkV-3-561; AkV-3-562; AkV-3-568; AkV-3-569; AkV-3-571; AkV-3-576-1; AkV-3-576-2; AkV-3-576-3; AkV-3-577; AkV-3-578-1; AkV-3-578-2; AkV-3-578-3; AkV-3-578-4; AkV-3-582; AkV-3-583; AkV-3-584; AkV-3-594; AkV-3-595; AkV-3-596; AkV-3-598; AkV-3-599; AkV-3-601; AkV-3-602; AkV-4; AkV-4-703; AkV-4-707; AkV-4-711; AkV-4-715; AkV-4-722; AkV-4-724; AkV-4-725; AkV-4-726; AkV-4-727; AkV-4-729; AkV-4-735; AkV-4-739; AkV-4-741; AkV-4-742; AkV-4-743; AkV-4-752; AkV-4-756; AkV-4-759; AkV-4-764; AkV-4-764a; AkV-4-765; AkV-4-767; AkV-4-771; AkV-4-778; AkV-4-779; AkV-4-782; AkV-4-784; AkV-4-789; AkV-4-794; AkV-4-795; AkV-4-797; AkV-4-804; AkV-4-805; AkV-4-807; AkV-4-808; AkV-4-809; AkV-4-811; AkV-4-812; AkV-4-813; AkV-4-814; AkV-4-815; AkV-4-816; AkV-4-817; AkV-4-818; AkV-4-819; AkV-4-824; AkV-4-825a; AkV-4-828; AkV-4-829; AkV-4-833; AkV-4-834; AkV-4-835; AkV-4-837; AkV-4-839; AkV-4-840; AkV-4-841; AkV-4-842; AkV-4-844; AkV-4-846; AkV-4-847; AkV-5; AkV-5-1000; AkV-5-1006; AkV-5-1007; AkV-5-1008; AkV-5-1009; AkV-5-1010; AkV-5-1011; AkV-5-1012; AkV-5-1013; AkV-5-1015; AkV-5-1016; AkV-5-1017; AkV-5-1018; AkV-5-1021; AkV-5-1023; AkV-5-1024; AkV-5-1025; AkV-5-1026; AkV-5-1027; AkV-5-1028; AkV-5-1032; AkV-5-1033; AkV-5-1034; AkV-5-1035; AkV-5-1036; AkV-5-1037; AkV-5-1038; AkV-5-1039; AkV-5-1040; AkV-5-1042; AkV-5-1046; AkV-5-1047; AkV-5-1048; AkV-5-1049; AkV-5-1052; AkV-5-1053; AkV-5-1056; AkV-5-1058; AkV-5-1059; AkV-5-1060; AkV-5-1062; AkV-5-1065; AkV-5-1069; AkV-5-1070; AkV-5-1072; AkV-5-907; AkV-5-952; AkV-5-954; AkV-5-956; AkV-5-959; AkV-5-960; AkV-5-961; AkV-5-973; AkV-5-979; AkV-5-981; AkV-5-982; AkV-5-996; AkV-8; AkV-8-1319; AkV-8-1320; AkV-8-1321; AkV-8-1328; AkV-8-1330; AkV-8-1331; AkV-8-1334; AkV-8-1338; AkV-8-1339; AkV-8-1340; AkV-8-1342; AkV-8-1344; AkV-8-1346; AkV-8-1347; AkV-8-1348; AkV-8-1351; AkV-8-1352; AkV-8-1353; AkV-8-1357; AkV-8-1358; AkV-8-1359; AkV-8-1360; AkV-8-1361; AkV-8-1362; AkV-8-1363; AkV-8-1364; AkV-8-1366; AkV-8-1367; AkV-8-1368; AkV-8-1370; AkV-8-1371; AkV-8-1372; AkV-8-1374; AkV-8-1375; AkV-8-1376; AkV-8-1377; AkV-8-1378; AkV-8-1379; AkV-8-1380; AkV-8-1381; AkV-8-1383; AkV-8-1384; AkV-8-1386; AkV-8-1387; AkV-8-1388; AkV-9; AkV-9-1417; AkV-9-1419; AkV-9-1423; AkV-9-1437; AkV-9-1439; AkV-9-1443; AkV-9-1444; AkV-9-1450; AN4177-M-1965; AN4177-M-2002; AN4177-M-2003; AN4177-M-2026; AN4177-M-2062; AN4177-M-2123; AN4177-M-2124; AN4177-M-2125; AN4177-M-2137; AN4177-M-2138; AN4177-M-2176; AN4177-M-2183; AN4177-M-2189; AN4177-M-2204; AN4177-M-2206; AN4177-M-2207; AN4177-M-2208; AN4177-M-2209; AN4177-M-2213; AN4177-M-2224; AN4177-M-2236; AN4177-M-2248; AN4177-M-2249; AN4177-M-2254; AN4177-M-2255; AN4177-M-2264; AN4177-M-2289; AN4177-M-2290; AN4177-M-2292; AN4177-M-2293; AN4177-M-2294; AN4177-M-2326; AN4177-M-2331; AN4177-M-2332; AN4177-M-2334; AN4177-M-2336; AN4177-M-2352; AN4177-M-2358; AN4177-M-2359; AN4177-M-2360; AN4177-M-2361; AN4178-M-1005; AN4178-M-1007; AN4178-M-1009; AN4178-M-1010; AN4178-M-1011; AN4178-M-1012; AN4178-M-1021; AN4178-M-1022; AN4178-M-1023; AN4178-M-1024; AN4178-M-1026; AN4178-M-1027; AN4178-M-1030; AN4178-M-1031; AN4178-M-1071; AN4178-M-1072; AN4178-M-1073; AN4178-M-1074; AN4178-M-1075; AN4178-M-1077; AN4178-M-1080; AN4178-M-1083; AN4178-M-1096; AN4178-M-1097; AN4178-M-1098; AN4178-M-1099; AN4178-M-1105; AN4178-M-1105a; AN4178-M-1108; AN4178-M-1112; AN4178-M-1113; AN4178-M-1114; AN4178-M-1115; AN4178-M-1117; AN4178-M-1119; AN4178-M-1121; AN4178-M-1124; AN4178-M-1127; AN4178-M-1129; AN4178-M-1130; AN4178-M-1133; AN4178-M-1134; AN4178-M-1139; AN4178-M-1140; AN4178-M-1141; AN4178-M-1142; AN4178-M-1143; AN4178-M-1145; AN4178-M-1148; AN4178-M-1149; AN4178-M-1150; AN4178-M-1151; AN4178-M-1152; AN4178-M-1153; AN4178-M-1154; AN4178-M-1155; AN4178-M-1156; AN4178-M-1157; AN4178-M-1158; AN4178-M-1160; AN4178-M-1161; AN4178-M-1162; AN4178-M-1163; AN4178-M-1164; AN4178-M-1165; AN4178-M-1166; AN4178-M-1170; AN4178-M-1171; AN4178-M-1172; AN4178-M-1173; AN4178-M-1174; AN4178-M-1175; AN4178-M-1186; AN4178-M-1187; AN4178-M-1188; AN4178-M-1189; AN4178-M-1964; AN8002-1965; AN8002-566; AN8002-581; AN8002-587; AN8002-591; AN8002-592; AN8002-602; AN8002-603; AN8002-604; AN9013-9; AN9013-9-509; AN9013-9-511; AN9013-9-512; AN9013-9-517; AN9013-9-520; AN9013-9-531; AN9013-9-533; AN9013-9-545; AN9013-9-550; AN9086-8; AN9086-8-129; AN9086-8-13; AN9086-8-14; AN9086-8-166; AN9086-8-18; AN9086-8-19; AN9086-8-21; AN9086-8-22; AN9086-8-24; AN9086-8-28; AN9086-8-287; AN9086-8-33; AN9086-8-398; AN9086-8-415; AN9086-8-469; AN9086-8-525; AN9086-8-558; AN9086-8-6; AN9086-8-660; AN9086-8-661; AN9086-8-663; AN9086-8-665; AN9086-8-667; AN9086-8-669; AN9086-8-7; AN9086-8-703; AN9086-8-705; AN9086-8-711; AN9086-8-712; AN9086-8-729; AN9086-8-730; AN9086-8-737; AN9086-8-739; AN9086-8-743; AN9086-8-744; AN9086-8-780; AN9086-8-781; AN9086-8-782; AN9086-8-783; AN9086-8-784; AN9086-8-785; AN9086-8-786; AN9086-8-787; AN9086-8-788; AN9086-8-789; AN9086-8-790; AN9086-8-792; AN9086-8-820; AN9086-8-842; AN9086-8-9; AN-Bel-1; AN-
    Type: Dataset
    Format: application/zip, 5 datasets
    Location Call Number Expected Availability
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    DATA PANGAEA
  • 8
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    Unknown
    Mineral composition of 0.1-0.05 mm grain size fraction from the surface layer of bottom sediments in the West European province of the Atlantic Ocean
    PANGAEA
    In:  Supplement to: Lisitzin, Alexander P; Kharin, Gennady S (1996): Ice-rafted rock material in the Kings Trough area, North Atlantic: origin, age, and identification criteria. Translated from Okeanologiya, 1996, 36(4), 598-605, Oceanology, 36(4), 563-570
    Details
    Publication Date: 2023-05-12
    Description: Rock material sampled from the Mir manned deep-sea submersibles and by dradges, grabs, and sediment cores over a vast area of the North Atlantic was analyzed to show that this material is of continental origin, unlike original rocks of the ocean floor. It is proved to be related to iceberg rafting during Quaternary glaciations. Independent data on distribution and composition of sandy and silty grains in sediment cores also support this relation to the recent glaciation. New criteria for identification of iceberg rock matter in pelagic sediments are presented on the base of analysis of all available data.
    Keywords: AK6-445-1; AK6-447-2; Akademik Kurchatov; AKU6; Archive of Ocean Data; ARCOD; Atlantic Ocean; Mikhail Lomonosov; ML18; ML18_1426; ML18_1451; ML18_1471; ML18_1473; ML18_1475; ML18_1476; ML26; ML26_2067; ML26_2068; ML26_2069; ML26_2077; ML26_2077-3; ML26_2083; ML26_2083-1; ML26_2084; MULT; Multiple investigations; OKEAN; Okean Grab; Petr Lebedev; PL2-65; PL2-67; PL2-70; PL2-71; PL2-72; PL2-82; PLEBE2; Polyus; Polyus3; Polyus3-113; Polyus3-114; Polyus3-115; Polyus3-117; Polyus3-119; Polyus3-120; Polyus3-121; Polyus3-123; Polyus3-126; Polyus3-131; Polyus3-132; Polyus3-134; Polyus3-138; Polyus3-139; Polyus3-140; Polyus3-141; Polyus3-142; Polyus3-145; Polyus3-146; Polyus3-147; Polyus3-148; Polyus3-150; STV1959_1; STV1959_3
    Type: Dataset
    Format: application/zip, 2 datasets
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    DATA PANGAEA
  • 9
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    Radiocarbon age and sedimentation rates of bottom sediments in the Obskaya Gube (Ob River estuary
    PANGAEA
    In:  Supplement to: Kuptsov, Vladimir M; Lisitzin, Alexander P (2003): Holocene sedimentation in the Ob Guba (Bay) and the adjacent shelf zone. Translated from Oceanology, 2003, 43(2), 254-261, Oceanology, 43(2), 240-246
    Details
    Publication Date: 2023-05-12
    Description: Complex geological-geochemical studies of water column and bottom sediments were carried out during Cruise 49 of R/V "Dmitry Mendeleev" in the Kara Sea shelf zone along the Obskaya Guba (Ob River estuary) from the Pur River and Taz River mouths to 76°N. Carbon-14 concentrations in organic matter from bottom sediments were determined at 5 stations. Constant initial 14C concentration model was used to determine sedimentation rates that were taken as a basis for calculating ages of sediment cores and their separate parts and for inferring location of a depocenter, i.e. a region of maximal discharge of fine-dispersed fraction of suspended matter of river run-off. Sedimentation rate in the depocenter is 170 cm/ka. Southward moves of the depocenter were recorded for periods of sea-level rises 2 and 5 thousand years ago. Bottom sediments in the depocenter contain 45% of organic matter primary produced in the Obskaya Guba. This organic matter is an energetic basis for bottom fauna life. About 55% of organic matter comes with river run-off.
    Keywords: Archive of Ocean Data; ARCOD; DM49; DM49-4397-2; DM49-4414-1; DM49-4415-1; DM49-4416-1; DM49-4417-1; Dmitry Mendeleev; GC; Gravity corer; Kara Sea; SPASIBAIII
    Type: Dataset
    Format: application/zip, 2 datasets
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    DATA PANGAEA
  • 10
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    Unknown
    Concentrations of suspended matter and heavy metals in melted ice- and snow water from the Barents Sea
    PANGAEA
    In:  Supplement to: Gordeev, Viacheslav V; Lisitzin, Alexander P (2005): Heavy metals in the snow and ice cover of the Barents Sea. Translated from Okeanologiya, 2005, 45(5), 777-784, Oceanology, 45(5), 737-744
    Details
    Publication Date: 2023-05-12
    Description: In September-October 1998, during Cruise 14 of R/V Akademik Fedorov to the Barents Sea, in the region of 82° N between the Spitsbergen and Novaya Zemlya archipelagos samples of snow and ice were collected within four polygons. By means of atomic absorption with an electothermal atomizer (onboard the ship) in filtered (dissolved form) and unfiltered (sum of dissolved and particulate forms) samples of snow melt and ice melt concentrations of Fe, Mn, Cu, Cr, Ni, Co, Pb, and Cd were determined in order to estimate level of potential contamination of snow and ice with these metals. Excluding data on Ni, Cd (and probably Cu) in ice that were regarded to be unsatisfactory because of probable contamination of the ice samples during drilling concentrations of all the elements in snow and ice of the northern part of the Barents Sea appeared to be close to their background values or below. An attempt to identify the main sources of metal supply to snow from the atmosphere by comparison of ratios of metal particulate form to total content in snow of the Barents Sea and the same ratios in snow samples from clean regions of Finland and from contaminated areas of the Kola Peninsula showed that aerosols in the area of the expedition were supplied into the Barents Sea atmosphere from different sources, both natural and anthropogenic.
    Keywords: AF14-Pol-1; AF14-Pol-2; AF14-Pol-3; AF14-Pol-4; Archive of Ocean Data; ARCOD; Barents Sea; MULT; Multiple investigations
    Type: Dataset
    Format: application/zip, 2 datasets
    Location Call Number Expected Availability
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    DATA PANGAEA
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