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Apatite fission-track (AFT) analytical data in the North Pamir-South Tianshan...
To investigate the late Cenozoic convergence between the Pamir and Tianshan orogenic systems, 14 rock samples were collected in 2022 from the North Pamir–South Tianshan... -
Zircon (U–Th)/He (ZHe) analytical data in the North Pamir-South Tianshan conv...
To investigate the late Cenozoic convergence between the Pamir and Tianshan orogenic systems, 15 rock samples were collected in 2022 from the North Pamir–South Tianshan... -
Apatite (U–Th)/He (AHe) analytical data in the North Pamir-South Tianshan con...
To investigate the late Cenozoic convergence between the Pamir and Tianshan orogenic systems, 49 rock samples were collected in 2022 from the North Pamir–South Tianshan... -
(U-Th)/He ages from zircons collected from the upper Marsyangdi valley of cen...
This dataset contains the results of three individual (U-Th)/He analyses using Zircons extracted from bedrock samples. The bedrock samples were collected from medium-high grade... -
(U-Th)/He ages from zircons collected from the upper Marsyangdi valley of cen...
This dataset contains the results of three individual (U-Th)/He analyses using Zircons extracted from bedrock samples. The bedrock samples were collected from medium-high grade... -
(U-Th)/He ages from Zircons collected in the central Nepal Himalaya: raw data
This dataset has no description
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(U-Th)/He ages from zircons collected in the central Nepal Himalaya: summary
This dataset has no description
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Lithology, major element composition, and volatile content of analyzed samples
Shown are the averages of glass or groundmass analyses of a single sample; major elements are normalized to 100 wt.% volatile-free. Sum_orig is the original sum prior to... -
Apatite fission track summary
Analyses by external detector method using 0.5 for the 4π/2π geometry correction factor.Ages calculated using dosimeter glass CN-5; (apatite) ζCN5 =339±5; calibrated by multiple... -
Fission track age for apatite sample MS_146_1 from the western Greater Caucasus
Each graticule square has an area of 0.000001386 cm2. Number of graticule squares is used with the track count to determine track densities. -
Fission track age for apatite sample MS_098_1 from the western Greater Caucasus
Each graticule square has an area of 0.000001386 cm2. Number of graticule squares is used with the track count to determine track densities. -
Fission track age for apatite sample MS_093_1 from the western Greater Caucasus
Each graticule square has an area of 0.000001386 cm2. Number of graticule squares is used with the track count to determine track densities. -
Fission track age for apatite sample MS_092_1 from the western Greater Caucasus
Each graticule square has an area of 0.000001386 cm2. Number of graticule squares is used with the track count to determine track densities. -
Fission track age for apatite sample MS_078_1 from the western Greater Caucasus
Each graticule square has an area of 0.000001386 cm2. Number of graticule squares is used with the track count to determine track densities. -
Fission track age for apatite sample MS_047_1 from the western Greater Caucasus
Each graticule square has an area of 0.000001386 cm2. Number of graticule squares is used with the track count to determine track densities. -
Fission track age for apatite sample MS_040_1 from the western Greater Caucasus
Each graticule square has an area of 0.000001386 cm2. Number of graticule squares is used with the track count to determine track densities. -
Fission track age for apatite sample MS_029_1 from the western Greater Caucasus
Each graticule square has an area of 0.000001386 cm2. Number of graticule squares is used with the track count to determine track densities. -
Fission track age for apatite sample MS_015_1 from the western Greater Caucasus
Each graticule square has an area of 0.000001386 cm2. Number of graticule squares is used with the track count to determine track densities. -
Fission track age for apatite sample MS_011_1 from the western Greater Caucasus
Each graticule square has an area of 0.000001386 cm2. Number of graticule squares is used with the track count to determine track densities. -
Fission track age for apatite sample MS_008_1 from the western Greater Caucasus
Each graticule square has an area of 0.000001386 cm2. Number of graticule squares is used with the track count to determine track densities.
