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Cited by 595 publications
(749 citation statements)
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References 99 publications
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“…However, we observe the opposite phase relation between eccentricity and δ 13 C in palaeorecords. 20 Alternatively, clay formation may be optimized during phases of year-round relatively wet conditions in soils to facilitate plagioclase weathering and clay formation. If the system is not limited by transport rates, this scenario is more likely to occur during periods of low seasonal contrast (eccentricity minima), resulting in the observed phase relation between eccentricity and δ 13 C.…”
mentioning
confidence: 99%
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“…However, we observe the opposite phase relation between eccentricity and δ 13 C in palaeorecords. 20 Alternatively, clay formation may be optimized during phases of year-round relatively wet conditions in soils to facilitate plagioclase weathering and clay formation. If the system is not limited by transport rates, this scenario is more likely to occur during periods of low seasonal contrast (eccentricity minima), resulting in the observed phase relation between eccentricity and δ 13 C.…”
mentioning
confidence: 99%
“…(a) Palaeoceanographic reconstruction of 30 Ma with approximate site locations. Map generated with GPlates, using the rotation frame and tectonic reconstruction of (Matthews et al, 2016). Data from references in the legend show the 405 kyr periodicity in the δ 18 O (b) and δ 13 C (c) records throughout the Cenozoic at various sites in the Pacific.…”
mentioning
confidence: 99%
“…Carbonate platforms were rotated to their present-day positions, and Plate IDs associated with the Scotese 5 (2016) model were translated into corresponding Plate IDs from the Matthews et al (2016) plate motion model. By obtaining the present-day geometry of the ancient carbonate platforms, attaching these geometries to any other plate motion model becomes straightforward.…”
Section: An 'Accumulation' Model Of Carbonate Platform Developmentmentioning
confidence: 99%
“…We use the open access global plate motion model from Matthews et al (2016) to analyse the spatiotemporal distribution of subduction zones in a deep-time tectonic framework and test the hypothesis that subduction zone lengths are correlated with atmospheric CO2 levels. The model spans much of the Phanerozoic as it links the 410-250 Ma Domeier and Torsvik (2014) and the 230-0 Ma Müller et al (2016) 5 plate motion models.…”
Section: Measuring Global Subduction Zone Lengths With Pygplatesmentioning
confidence: 99%
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