depth in core; mid-point of interval sampled
Dataset Name | Dataset Brief Description | PI-Supplied Parameter Description | PI-Supplied Parameter Name |
---|---|---|---|
2018 sediment properties: Anahuac and Aransas | 2018 sediment properties: Anahuac and Aransas | Mid-depth of sample | midDepth_cm |
AT15-40 Porewater Geochemistry | Porewater geochemistry data for sediment samples that were included in global seep survey | Depth sampled within the core. | depth_core |
AT15-40 Sulfides | Sulfide data for sediment samples that were included in global seep survey | Sampling depth within the core. | depth_core |
AT15-56 Porewater Geochemistry | AT15-56 Porewater Geochemistry | Depth range within the core | Core_Depth_Range |
AT15-56 Porewater Geochemistry | AT15-56 Porewater Geochemistry | Mid-depth within the core | Mid_Depth |
AT37-06 Acetate and methanol turnover rates | Sediment sampling depth | Depth | |
AT37-06 Sediment geochemistry | Sediment sampling depth | Depth1 | |
AT37-06 Sediment Geochemistry Summary | Sediment sampling depth | Depth | |
AT42-05 Sediment geochemistry | Sediment geochemistry AT42-05 | Sediment sampling depth; OLW = overlying water | Depth_cm |
Bedford Basin 2019 - Sediments | Bedford Basin 2019 - Sediments | Sediment cores were sectioned into layers. The Average Layer Depth represents the midpoint of this layer below the sediment core surface (i.e. a depth of 2 cm represents 2 cm below sediment core surface). The sediment core surface is assumed to represent the in-situ sediment-water interface. Average Layer Depth is found by subtracting the Layer Start Depth value from the Layer End Depth value. | Average_Layer_Depth |
Bedford Basin 2019 - Sediments | Bedford Basin 2019 - Sediments | Sediment cores were sectioned into layers. The Layer End Depth represents the bottom of this layer relative to the sediment core surface (i.e. a depth of 2 cm represents 2 cm below sediment core surface). The sediment core surface is assumed to represent the in-situ sediment-water interface. | Layer_End |
Bedford Basin 2019 - Sediments | Bedford Basin 2019 - Sediments | Sediment cores were sectioned into layers. The Layer Start Depth represents the top of this layer relative to the sediment core surface (i.e. a depth of 2 cm represents 2 cm below sediment core surface). The sediment core surface is assumed to represent the in-situ sediment-water interface. | Layer_Start |
Benthic foraminiferal abundances | Benthic foraminiferal abundances from Mud Patch multicores | sample depth range of with the multicore | depth_sediment_core |
Benthic microalgal photopigment concentrations | Depth of core sample | Depth | |
Brazos Plume Core Data | Brazos Plume Core Data | Depth in the sediment | Depth |
Bulk soil properties | Bulk soil and elemental properties of marsh and infilled pond soils within Plum Island Ecosystems - LTER | Depth maximum of sample horizon relative to surface of the marsh | Depth_max |
Bulk soil properties | Bulk soil and elemental properties of marsh and infilled pond soils within Plum Island Ecosystems - LTER | Depth minimum of sample horizon relative to surface of the marsh | Depth_min |
Carbon Mineralization | Barataria Bay carbon mineralization and biogeochemical properties from nine soil cores, 2017 | depth in core | depth |
Characteristics of Silicon Reactive Sediment Pools | Depth used for data plots | Nominal_Depth | |
Cocos Ridge C14 Data | Radiocarbon (C14) calendar ages measured on pelagic foraminifera species | Sediment depth relative to sediment-water interface | Sediment_Depth |
Cocos Ridge Porewater Data | Cocos Ridge Porewater Data | Sediment depth | Sediment_Depth |
Cocos Ridge Solid Phase Data | Cocos Ridge Solid Phase Data | Sediment depth relative to sediment-water interface | Sediment_Depth |
Coral Isotope Ratios from Mini Core | Isotopic ratios d18O and d13C from coral mini core samples | Depth of sample in core | depth |
Core biogeochemical properties, 2018-2019 | Biogeochemical properties at Barataria Basin, Louisiana, 2018 and 2019 | Depth in core | depth |
Cores - Gravity Cores - Pore Water Data | Pore water analysis obtained from gravity cores | Core Sample Depth | Core_Sample_Depth |
Cores - Gravity Cores - Solid Phase Data | Solid phase analysis of sediments obtained from gravity cores | Core Sample Depth | Core_Sample_Depth |
Cores - Multi Cores - Pore Water Data | Pore water analysis obtained from multi cores | Core Sample Depth | Core_Sample_Depth |
Cores - Multi Cores - Solid Phase Data | Solid phase analysis of sediments obtained from multi cores | Core Sample Depth | Core_Sample_Depth |
delta-13C and delta-18O | DIC and alkalinity from Globobulimina dual stressor experiment | sample depth range of with the mulitcore | depth_sediment_cm |
DIC and Isotopes | Dissolved inorganic carbon (DIC) and isotopes from vertical profiles from multi- and gravity cores from two cruises | Nominal depth in the sediment column | nom_depth |
DOC and Isotopes | Dissolved organic carbon (DOC) and isotopes from vertical profiles from multi- and gravity cores from two cruises | Nominal depth in the sediment column | nom_depth |
Dorado 2014: Pore water dissolved oxygen from sediment gravity cores, and push cores | DO of pore water from sediment gravity and push cores | Depth in core sample | sediment_depth |
Dorado 2014: Solid phase chemistry from gravity cores | Solid phase chemistry from gravity cores | Bottom of sample interval in core | bottom_depth |
Dorado 2014: Solid phase chemistry from gravity cores | Solid phase chemistry from gravity cores | Middle of sample interval in core | depth |
Dorado 2014: Solid phase chemistry from gravity cores | Solid phase chemistry from gravity cores | Top of sample interval in core | top_depth |
Dorado 2014: Solid phase chemistry from push cores | Solid phase chemistry from push cores | Bottom of sample interval in core | bottom_depth |
Dorado 2014: Solid phase chemistry from push cores | Solid phase chemistry from push cores | Middle of sample interval in core | depth |
Dorado 2014: Solid phase chemistry from push cores | Solid phase chemistry from push cores | Top of sample interval in core | top_depth |
Downcore 210Pb and 137Cs data | Mud Patch sediment age dating with Lead-210 and Cesium-137 | sample depth range of with the mulitcore | depth_sediment |
Eastern Shore pore water analysis | Eastern Shore pore water analysis | depth in the core (relative to the sediment surface) | Depth_cm |
Eastern Shore sediment core oxygen profiles | Eastern Shore oxygen profiles | depth of oxygen reading within the core sample | depth_cm |
Foram B-Ca and Mg-Ca | B:Ca and Mg:Ca isotopes in foraminifera from sediment cores | depth in the core section | depth_core |
Geneflow Profile | Temperature, salinity, water isotope, and inorganic nutrient profiles of sea ice core sections collected offshore near Utqiaġvik, Alaska, USA in May 2017 and 2018. | depth in sea ice | Sea_ice_depth |
Geochemistry and Microscopy from Incubation Experiments | Geochemistry and Microscopy from Incubation Experiments | The lower depth of the sediment sample | BottomDepth_cm |
Geochemistry and Microscopy from Incubation Experiments | Geochemistry and Microscopy from Incubation Experiments | The upper depth of the sediment sample | TopDepth_cm |
GN01 Ice Core Mercury | Mercury and methylmercury concentrations in ice cores | Average sample depth | Avg_depth |
GN01 Ice Core Mercury | Mercury and methylmercury concentrations in ice cores | Core depth range | Depth_cm |
Guaymas Basin 2014 DIC | Porewater DIC concentrations and d13C isotopic values from sediment cores collected on the Guaymas Basin Ridge flanks and the Sonora Margin in 2014 | Sample depth, within the core | actual_depth |
Guaymas Basin 2014 Methane | Porewater methane concentrations from sediment cores collected on the Guaymas Basin Ridge flanks and the Sonora Margin in 2014 | Sample depth, within the core | actual_depth |
Guaymas Basin 2014 Sulfate | Porewater sulfate concentrations from sediment cores collected on the Guaymas Basin Ridge flanks and the Sonora Margin in 2014 | Sample depth, within the core | actual_depth |