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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. -
Fission track age for apatite sample MS_004_42c from the western Greater Cauc...
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_004_4 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_004_3 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_003_29 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_002_51 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_002_50 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_002_24 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_002_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. -
Apatite samples of the western Greater Caucasus summary
This dataset has no description
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Apatite radiogenic isotopes and ages of sediment core 2R at site PS104_20-2
This dataset has no description
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Zircon radiogenic isotopes and ages of sediment core 9R at site PS104_20-2
This dataset has no description
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(Table 3) Apatite trace elements and U-Pb dating from Penninic metasedimentar...
Element abundances are in ppm. Mass numbers in parameter comments refer to the isotope measured.no entry = element not analysed in that session[ #0 ] = below dection limit or... -
(Table A8a) Results of TIMS analysis of rutile and description of grain fract...
Results of TIMS analysis of rutile and description of grain fractions. 206Pb/204Pb ratios are corrected for spike and fractionation only. Radiogenic ratios are corrected for...