The chemical composition of chalk and marl reflects the mixture of carbonate particles and clastic input deposited on the seabed together with growth of authigenic minerals and diagenesis. The Rørdal quarry in Jylland (Fig. 1) is known for its alternating chalk–marl succession (Surlyk et al. 2010) and the aim of this article is to investigate how this cyclicity is reflected in the geochemical signature of the sequence and test if this has implications for the interpretation of the depositional environment as well as the chemostratigraphy in the chalk
In northern Europe and elsewhere chalks are widespread throughout the Cenomanian \u2013 Maastrichtia...
Abstract: Classically, the North Sea Chalk is interpreted as having been deposited under quiet, homo...
Geochemical analyses of Zn, Pb and rare earth elements (La, Ce, Nd, Sm, Eu, Tb, Yb and Lu) in the ke...
This is the author accepted manuscript. The final version is available from the Geological Society ...
Subdivision of the Maastrichtian chalk from the Danish North Sea has proven to be difficult because ...
The cerium anomalies preserved in the Chalk have been investigated as possible palaeoredox indicator...
Upper Maastrichtian chalks form important hydrocarbon reservoirs in the Danish sector of the North S...
The Upper Cretaceous – Danian succession in Denmark and most of NW Europe is composed mainly of chal...
most of NW Europe is composed mainly of chalk and asso-ciated shallower water carbonates deposited i...
Chalk was deposited during a period of high global sea-level some 70 -100 Mya, but subsequent erosio...
The elemental (Si, Ti, Al, Mn, Ca, Zr) and carbon stable-isotope (δ13C) geochemistry of a biostratig...
The cerium anomalies preserved in the Chalk have been investigated as possible palaeoredox indicator...
In contrast to the Norwegian and Danish sectors, where significant hydrocarbon reserves were found i...
The Upper Cretaceous to lower Paleogene Chalk Group of NW Europe is classically assumed to represent...
A first and detailed study of the geochemistry and mineralogy characterizing the North Sea reservoir...
In northern Europe and elsewhere chalks are widespread throughout the Cenomanian \u2013 Maastrichtia...
Abstract: Classically, the North Sea Chalk is interpreted as having been deposited under quiet, homo...
Geochemical analyses of Zn, Pb and rare earth elements (La, Ce, Nd, Sm, Eu, Tb, Yb and Lu) in the ke...
This is the author accepted manuscript. The final version is available from the Geological Society ...
Subdivision of the Maastrichtian chalk from the Danish North Sea has proven to be difficult because ...
The cerium anomalies preserved in the Chalk have been investigated as possible palaeoredox indicator...
Upper Maastrichtian chalks form important hydrocarbon reservoirs in the Danish sector of the North S...
The Upper Cretaceous – Danian succession in Denmark and most of NW Europe is composed mainly of chal...
most of NW Europe is composed mainly of chalk and asso-ciated shallower water carbonates deposited i...
Chalk was deposited during a period of high global sea-level some 70 -100 Mya, but subsequent erosio...
The elemental (Si, Ti, Al, Mn, Ca, Zr) and carbon stable-isotope (δ13C) geochemistry of a biostratig...
The cerium anomalies preserved in the Chalk have been investigated as possible palaeoredox indicator...
In contrast to the Norwegian and Danish sectors, where significant hydrocarbon reserves were found i...
The Upper Cretaceous to lower Paleogene Chalk Group of NW Europe is classically assumed to represent...
A first and detailed study of the geochemistry and mineralogy characterizing the North Sea reservoir...
In northern Europe and elsewhere chalks are widespread throughout the Cenomanian \u2013 Maastrichtia...
Abstract: Classically, the North Sea Chalk is interpreted as having been deposited under quiet, homo...
Geochemical analyses of Zn, Pb and rare earth elements (La, Ce, Nd, Sm, Eu, Tb, Yb and Lu) in the ke...