A dataset containing ages (Tnew), depth values (D), stable
oxygen isotope values (\(\delta^{18}O\)) and clumped isotope values
\(\Delta_{47}\) of a simulated carbonate record based on environmental
parameters following Case 20 and employing a sampling resolution of
0.1 mm, 0.2 mm, 0.45 mm, 0.75 mm, 1.55 mm
and 3.25 mm.
Case20A data frame with 1200 rows and 30 variables:
Empty column denoting the start of the record sampled at a sampling resolution of 0.1 mm
Age, in years relative to the start of the record
Depth, in mm along the virtual record
stable oxygen isotope value, in permille VPDB
clumped isotope value, in permille
Empty column denoting the start of the record sampled at a sampling resolution of 0.2 mm
Age, in years relative to the start of the record
Depth, in mm along the virtual record
stable oxygen isotope value, in permille VPDB
clumped isotope value, in permille
Empty column denoting the start of the record sampled at a sampling resolution of 0.45 mm
Age, in years relative to the start of the record
Depth, in mm along the virtual record
stable oxygen isotope value, in permille VPDB
clumped isotope value, in permille
Empty column denoting the start of the record sampled at a sampling resolution of 0.75 mm
Age, in years relative to the start of the record
Depth, in mm along the virtual record
stable oxygen isotope value, in permille VPDB
clumped isotope value, in permille
Empty column denoting the start of the record sampled at a sampling resolution of 1.55 mm
Age, in years relative to the start of the record
Depth, in mm along the virtual record
stable oxygen isotope value, in permille VPDB
clumped isotope value, in permille
Empty column denoting the start of the record sampled at a sampling resolution of 3.25 mm
Age, in years relative to the start of the record
Depth, in mm along the virtual record
stable oxygen isotope value, in permille VPDB
clumped isotope value, in permille
Case 20 describes an ideal temperature sinusoid without distortion by either changes in growth rate or changes in \(\delta^{18}O_{w}\) but with an even smaller temperature amplitude.
Generated using the code in "Generate_Case20.r" in data<U+2013>raw