79 datasets found

Presented here are U-Th ages derived from the MV1 stalagmite. This sample was collected from Mata Virgem cave (11°37′27.07′′S, 47°29′19.04′′W) in the eastern region of the...

Presented here are stable isotopes (δ¹⁸O, δ¹³C) derived from the MV30 stalagmite. This sample was collected from Mata Virgem cave (11°37′27.07′′S, 47°29′19.04′′W) in the eastern...

Presented here are stable isotopes (δ¹⁸O, δ¹³C) derived from the MV1 stalagmite. This sample was collected from Mata Virgem cave (11°37′27.07′′S, 47°29′19.04′′W) in the eastern...

This data set presents Th/U ages from a speleothem deposit in the Eastern Desert of Egypt at Saqia Cave and mean values of δ13C and δ18O for the respective speleothem growth...

This dataset covers stable isotope and trace element records covering the last 20ka from two speleothems (C09-2, C09-1) from Cloşani Cave, Romania. This datasets extends the...

This dataset covers stable isotope and trace element records covering the last 20ka from two speleothems (C09-2, C09-1) from Cloşani Cave, Romania. This datasets extends the...

This dataset covers stable isotope and trace element records covering the last 20ka from two speleothems (C09-2, C09-1) from Cloşani Cave, Romania. This datasets extends the...

This dataset covers stable isotope and trace element records covering the last 20ka from two speleothems (C09-2, C09-1) from Cloşani Cave, Romania. This datasets extends the...

We present results of Th/U dating data from a speleothem from northern Tasmania, Australia. The depths are relative to the base of the stalagmite.

Activity ratios were corrected for initial Th assuming an detrital weight ratio 232Th/238U = 0.13 ± 0.04 (corresponding to an activity ratio of the detritus in secular...

This dataset contains 80 U-Th ages of subaqueous grown speleothems (Hells Bells) from the north-eastern Yucatán Peninsula. These secondary carbonates were collected from three...

We present results of grey level data from a Gen-A4 portion of speleothem from northern Tasmania, Australia. The depths are relative to the base of the stalagmite. The grey...

Stalagmite GL-S1 chronology in ka CE based on U/Th ages, bomb pulse 14C data and year of collection (2005). Treble et al. (2022) used 17th percentile age-depth model.

GolgothaCave_GLS3middle_stalagmite_O&C_isotopes: median depth, d18O and d13C values in VPDB for 4 to 21.5 mm. Chronology is that used for Treble et al (2022).

GolgothaCave_GLS2_stalagmite_O&C_isotopes: median depth, d18O and d13C values in VPDB. Chronology is that used for Treble et al (2022).

Stalagmite GL-S3 chronology in Years CE for 4-21.5 mm based on U/Th ages and laminae count. Treble et al. (2021) used 50th percentile age-depth model.

Stalagmite GL-S3 chronology in Years CE for upper 4 mm based on laminae count and year of collection (2008).

GolgothaCave_GLS3modern_stalagmite_O&C_isotopes: median depth, d18O and d13C values in VPDB for upper 4 mm. Chronology is that used for Treble et al (2022).

Stalagmite GL-S2 chronology in Years CE based on U/Th ages, bomb pulse 14C data and year of collection (2005). Treble et al. (2022) used 50th percentile age-depth model.

GolgothaCave_GLS4_stalagmite_O&C_isotopes: median depth, d18O and d13C values in VPDB. Chronology is that used for Treble et al (2022).