Porosity measurements of 22 Upper Cretaceous Chalk samples, and mean Chalk porosities derived from sonic logs in three wells, were used to quantify apparent exhumation (height above maximum burial-depth) in the onshore Cleveland Basin/East Midlands Shelf. Late Cretaceous/Tertiary exhumation of the East Midlands Shelf resulted in the removal of 1.2 km of section near the coast and more than 2 km of section inland, to the west. The southern margin of the Cleveland Basin was exhumed by 2 km, and exhumation increases northwards towards the recognized inversion axis running east–west along the basin’s centre. The northwards increasing exhumation associated with the east–west trending inversion axis of the Cleveland Basin is superimposed upon the...
Palaeogene siliciclastic sediments (Reading and London Clay Formations) in the Wessex Basin record a...
This report describes the geological modelling of the North Downs in Kent, between the River Medway ...
The Chalk Group, mainly of Late Cretaceous age, forms the bedrock beneath much of East Yorkshire an...
Sonic velocities in the Upper and Middle Chalk, the Bunter Sandstone and the Bunter Shale were used ...
Whilst borehole geophysical log profiles have been matched with formational subdivisions for large p...
Correlations of borehole geophysical logs in the middle and upper Turonian Chalk Group are used to c...
Sonic velocities from the Danian Chalk, the Upper Cretaceous Chalk, the Lower Cretaceous Greensand/G...
AbstractLacustrine carbonate facies distribution is controlled by multiple environmental parameters ...
A series of six thickness maps created at a formation scale for the Chalk of the Southern and Transi...
The Austin Chalk Formation in south Texas and northern Mexico represents an "impure" onshore deposit...
AbstractThe Chalk is a major aquifer, source of raw material for cement and agricultural lime, and a...
Copyright © 2005 EAGE/Geological Society of LondonExhumation in the Eromanga Basin of South Australi...
The passive continental margins which surround the North Atlantic region have been subject to widesp...
.Estimates from sonic data of removed overburden burial anomalies rely on identification of normal v...
8 p, 5 fig.International audienceDuring the Cenozoic, in the western Paris Basin, atmospheric weathe...
Palaeogene siliciclastic sediments (Reading and London Clay Formations) in the Wessex Basin record a...
This report describes the geological modelling of the North Downs in Kent, between the River Medway ...
The Chalk Group, mainly of Late Cretaceous age, forms the bedrock beneath much of East Yorkshire an...
Sonic velocities in the Upper and Middle Chalk, the Bunter Sandstone and the Bunter Shale were used ...
Whilst borehole geophysical log profiles have been matched with formational subdivisions for large p...
Correlations of borehole geophysical logs in the middle and upper Turonian Chalk Group are used to c...
Sonic velocities from the Danian Chalk, the Upper Cretaceous Chalk, the Lower Cretaceous Greensand/G...
AbstractLacustrine carbonate facies distribution is controlled by multiple environmental parameters ...
A series of six thickness maps created at a formation scale for the Chalk of the Southern and Transi...
The Austin Chalk Formation in south Texas and northern Mexico represents an "impure" onshore deposit...
AbstractThe Chalk is a major aquifer, source of raw material for cement and agricultural lime, and a...
Copyright © 2005 EAGE/Geological Society of LondonExhumation in the Eromanga Basin of South Australi...
The passive continental margins which surround the North Atlantic region have been subject to widesp...
.Estimates from sonic data of removed overburden burial anomalies rely on identification of normal v...
8 p, 5 fig.International audienceDuring the Cenozoic, in the western Paris Basin, atmospheric weathe...
Palaeogene siliciclastic sediments (Reading and London Clay Formations) in the Wessex Basin record a...
This report describes the geological modelling of the North Downs in Kent, between the River Medway ...
The Chalk Group, mainly of Late Cretaceous age, forms the bedrock beneath much of East Yorkshire an...