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(Table 3) Fission track age data for zircons from ignimbrites in Taupo Volcan...
Age is fission track age, calculated using the zeta calibration method. Ignimbrites in Taupo Volcanic Zone (position is a mean of the Taupo Volcanic complex) are possible... -
(Table 2) Fission track age data for zircons from tephras
Age is fission track age, calculated using the zeta calibration method. Positions are estimated from map -
(Table 1) Fission track age data for zircons from Fish Canyon Tuff standard
Age is fission track age, calculated using the zeta calibration method -
Fission track data from apatites collected in the western Nepal Himalaya
This dataset contains the results of 6 fission track analyses using apatites extracted from bedrock samples collected from medium-high grade metamorphic rocks along the Simikot... -
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 fission-track (ZFT) single-grain data (Table S5)
This dataset contains 169 single-grain data for 11 samples acquired for zircon fission-track (ZFT) dating. ZFT data were acquired between 2020 and 2021 using the external... -
Apatite fission-track (AFT) single-grain data (Table S4)
This dataset contains 447 single-grain data for 24 samples acquired for apatite fission-track (AFT) dating. AFT data were acquired between 2020 and 2021 using the external... -
Apatite and zircon fission-track data summary (Table S3)
This dataset summarizes the apatite fission-track (AFT) data for 24 samples and zircon fission-track (ZFT) data for 11 samples. Single-grain data for AFT and ZFT are presented... -
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.
