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  • Abstract: We construct a 35 Myr-long d13Cbenthic megasplice, a record that consists of different high-resolution benthic isotope records 'spliced' together. In contrast to existing compilations that mix time-equivalent data across sites, the megasplice consists of data from a single site at any point in time, allowing analyses that require a high-resolution record at astronomical resolution. Category: geoscientificInformation Source: Not Available Supplemental Information: Not Availble Coverage: Not Available
    Data Types:
    • Tabular Data
  • Abstract: Not Available Category: geoscientificInformation Source: Not Available Supplemental Information: Not Availble Coverage: EVENT LABEL: * LATITUDE: 12.019780 * LONGITUDE: -57.043720 * DATE/TIME: 2012-10-17T20:46:00 * ELEVATION: -4400.0 m * LOCATION: North Atlantic Ocean * METHOD/DEVICE: Mooring (long time)
    Data Types:
    • Tabular Data
  • Abstract: Not Available Category: geoscientificInformation Source: Not Available Supplemental Information: Not Availble Coverage: EVENT LABEL: * LATITUDE: 78.902000 * LONGITUDE: 11.830600 * LOCATION: Spitzbergen * METHOD/DEVICE: Snow/ice sample EVENT LABEL: * LATITUDE: 53.885800 * LONGITUDE: 11.907100 * LOCATION: Spitzbergen * METHOD/DEVICE: Snow/ice sample EVENT LABEL: * LATITUDE: 78.878300 * LONGITUDE: 11.920300 * LOCATION: Spitzbergen * METHOD/DEVICE: Snow/ice sample EVENT LABEL: * LATITUDE: 53.894800 * LONGITUDE: 11.841600 * LOCATION: Spitzbergen * METHOD/DEVICE: Snow/ice sample
    Data Types:
    • Tabular Data
  • Abstract: Not Available Category: geoscientificInformation Source: Not Available Supplemental Information: Not Availble Coverage: EVENT LABEL: * LATITUDE: 44.970000 * LONGITUDE: 128.801100 * ELEVATION: 1300.0 m * Recovery: 126.75 cm * LOCATION: Wenquan County, Xinjiang Province, Northwest China * METHOD/DEVICE: Drilling/drill rig
    Data Types:
    • Tabular Data
  • Abstract: Not Available Category: geoscientificInformation Source: Not Available Supplemental Information: Not Availble Coverage: EVENT LABEL: * LATITUDE: 78.917500 * LONGITUDE: 11.894400 * LOCATION: Spitzbergen * METHOD/DEVICE: Snow/ice sample EVENT LABEL: * LATITUDE: 78.916700 * LONGITUDE: 11.920300 * LOCATION: Spitzbergen * METHOD/DEVICE: Snow/ice sample
    Data Types:
    • Tabular Data
  • Abstract: Not Available Category: geoscientificInformation Source: Not Available Supplemental Information: Not Availble Coverage: EVENT LABEL: * LATITUDE: 44.970000 * LONGITUDE: 128.801100 * ELEVATION: 1300.0 m * Recovery: 126.75 cm * LOCATION: Wenquan County, Xinjiang Province, Northwest China * METHOD/DEVICE: Drilling/drill rig
    Data Types:
    • Tabular Data
  • Abstract: Not Available Category: geoscientificInformation Source: Not Available Supplemental Information: Not Availble Coverage: EVENT LABEL: * LATITUDE: 78.883700 * LONGITUDE: 12.148700 * LOCATION: Spitzbergen * METHOD/DEVICE: Snow/ice sample EVENT LABEL: * LATITUDE: 78.869500 * LONGITUDE: 11.150000 * LOCATION: Spitzbergen * METHOD/DEVICE: Snow/ice sample EVENT LABEL: * LATITUDE: 78.859000 * LONGITUDE: 12.197400 * LOCATION: Spitzbergen * METHOD/DEVICE: Snow/ice sample EVENT LABEL: * LATITUDE: 78.856900 * LONGITUDE: 12.040300 * LOCATION: Spitzbergen * METHOD/DEVICE: Snow/ice sample EVENT LABEL: * LATITUDE: 78.854600 * LONGITUDE: 12.111600 * LOCATION: Spitzbergen * METHOD/DEVICE: Snow/ice sample EVENT LABEL: * LATITUDE: 78.853000 * LONGITUDE: 12.184900 * LOCATION: Spitzbergen * METHOD/DEVICE: Snow/ice sample EVENT LABEL: * LATITUDE: 78.977800 * LONGITUDE: 13.468300 * LOCATION: Spitzbergen * METHOD/DEVICE: Snow/ice sample EVENT LABEL: * LATITUDE: 79.029400 * LONGITUDE: 13.531000 * LOCATION: Spitzbergen * METHOD/DEVICE: Snow/ice sample EVENT LABEL: * LATITUDE: 78.864100 * LONGITUDE: 12.491000 * LOCATION: Spitzbergen * METHOD/DEVICE: Snow/ice sample EVENT LABEL: * LATITUDE: 78.830100 * LONGITUDE: 12.758800 * LOCATION: Spitzbergen * METHOD/DEVICE: Snow/ice sample EVENT LABEL: * LATITUDE: 78.808400 * LONGITUDE: 12.815600 * LOCATION: Spitzbergen * METHOD/DEVICE: Snow/ice sample EVENT LABEL: * LATITUDE: 78.802800 * LONGITUDE: 12.958700 * LOCATION: Spitzbergen * METHOD/DEVICE: Snow/ice sample EVENT LABEL: * LATITUDE: 78.778000 * LONGITUDE: 13.153400 * LOCATION: Spitzbergen * METHOD/DEVICE: Snow/ice sample EVENT LABEL: * LATITUDE: 78.778000 * LONGITUDE: 13.336300 * LOCATION: Spitzbergen * METHOD/DEVICE: Snow/ice sample EVENT LABEL: * LATITUDE: 78.755600 * LONGITUDE: 13.336300 * LOCATION: Spitzbergen * METHOD/DEVICE: Snow/ice sample EVENT LABEL: * LATITUDE: 78.870700 * LONGITUDE: 11.983600 * LOCATION: Spitzbergen * METHOD/DEVICE: Snow/ice sample EVENT LABEL: * LATITUDE: 78.893400 * LONGITUDE: 12.061600 * LOCATION: Spitzbergen * METHOD/DEVICE: Snow/ice sample EVENT LABEL: * LATITUDE: 78.876500 * LONGITUDE: 12.030600 * LOCATION: Spitzbergen * METHOD/DEVICE: Snow/ice sample EVENT LABEL: * LATITUDE: 78.911800 * LONGITUDE: 11.734000 * LOCATION: Spitzbergen * METHOD/DEVICE: Snow/ice sample EVENT LABEL: * LATITUDE: 78.903900 * LONGITUDE: 11.658000 * LOCATION: Spitzbergen * METHOD/DEVICE: Snow/ice sample EVENT LABEL: * LATITUDE: 78.894900 * LONGITUDE: 11.663600 * LOCATION: Spitzbergen * METHOD/DEVICE: Snow/ice sample EVENT LABEL: * LATITUDE: 78.905000 * LONGITUDE: 11.686700 * LOCATION: Spitzbergen * METHOD/DEVICE: Snow/ice sample
    Data Types:
    • Tabular Data
  • Abstract: Not Available Category: geoscientificInformation Source: Not Available Supplemental Information: Comparison between the RPI record obtained at Sütto and the GLOPIS (Laj et al., 2004) and the PISO stack (cut-out PISO 1.5 Ma; Channell et al., 2009). Correlation intervals for indirect dating. Above depths of 6 m, the RPI signal at Sütto is ambiguous. Nevertheless, based on the reasonable assumption of strongly increased accumulation rates, a possible correlation of the upper part of the section near 4 m to the time span between 22 and 24 ka is proposed. Coverage: EVENT LABEL: * LATITUDE: 47.738000 * LONGITUDE: 18.448000 * LOCATION: Hungary
    Data Types:
    • Tabular Data
  • Abstract: Grasslands cover 41.7% of China's land surface and distribute mainly in NW China. To project future change of grassland fires, it is essential to explore paleofire dynamics. However, comparatively little is known about the patterns and driving forces of grassland fires in NW China due to the scarcity of paleorecords. Here, we present Holocene sedimentary records of grassland fire and vegetation in westerly-dominated Xinjiang (NW China) to examine fire-fuel-climate interactions. We find that grassland fire-regime is fuel-limited, consistent with other grasslands worldwide. We reveal that burning increased throughout the Holocene, due to increasing moisture, grass cover, fuel load and temperature of spring fire season. The Holocene pattern of burning coincides with several other records nearby and a global-scale grassland fire record. Our results are different from monsoonal China where fuel load is not a constraining factor and more (less) fires occurred during colder/drier (warmer/moister) periods in the Holocene. Category: geoscientificInformation Source: Not Available Supplemental Information: Not Availble Coverage: EVENT LABEL: * LATITUDE: 44.970000 * LONGITUDE: 128.801100 * ELEVATION: 1300.0 m * Recovery: 126.75 cm * LOCATION: Wenquan County, Xinjiang Province, Northwest China * METHOD/DEVICE: Drilling/drill rig
    Data Types:
    • Collection
    • Tabular Data
    • Text
  • Abstract: Not Available Category: geoscientificInformation Source: Not Available Supplemental Information: Not Availble Coverage: EVENT LABEL: * LATITUDE: 12.063070 * LONGITUDE: -49.191580 * DATE/TIME: 2012-10-15T11:28:00 * ELEVATION: -4670.0 m * LOCATION: North Atlantic Ocean * METHOD/DEVICE: Mooring (long time)
    Data Types:
    • Tabular Data