Data for: Assessing the Impact of Aquifer-Eustasy on Short-Term Cretaceous Sea Level

Name: Data for: Assessing the Impact of Aquifer-Eustasy on Short-Term Cretaceous Sea Level
Creator: Andrew Davies
Published: 2020-04-15T03:14:53.332Z
Keywords: Global Change of Sea Level, Climate Classification, Carbon Dioxide, Aquifer, Paleoclimate, Cretaceous Period

Davies, Andrew; Simmons, Mike; Robson, Christopher; Haywood, Alan; Hunter, Stephen; Ray, David; Gréselle, Benjamin; Baines, Graham; van Buchem, Frans

doi:10.17632/bxcfny6xck.1

Data for: Assessing the Impact of Aquifer-Eustasy on Short-Term Cretaceous Sea Level

Published: 15 April 2020| Version 1 | DOI: 10.17632/bxcfny6xck.1

Contributors:

Andrew Davies, Mike Simmons, Christopher Robson, Alan Haywood, Stephen Hunter, David Ray, Benjamin Gréselle, Graham Baines, Frans van Buchem

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Data on the changes in different Köppen-Geiger climate zones in response to changing CO2 forcing for the Valanginian, Turonian and Maastrichtian. The aquifer-eustasy response to these changes are also calculated along with the statistics on modern water table depths used in the calculations. We also capture the range of CO2 estimates for the Valanginian, Turonian and Maastrichtian.

Data for: Assessing the Impact of Aquifer-Eustasy on Short-Term Cretaceous Sea Level

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