Much debate exists on the extent to which early dolomites recrystallize and preserve the signature of their primary diagenetic setting. Here, we combine clumped isotopes thermometry with X-ray diffraction and thin section petrography to study dolomite recrystallization under shallow burial (<1 km) conditions. We analysed 26 dolomite samples from two Miocene carbonate platforms on the Marion Plateau, NE Australia. Marion Plateau dolomites provide an ideal case study to examine the effects of recrystallization because of the relative simplicity of the geological setting, with simple subsidence, and several episodes of early dolomitization by normal Miocene sea water. Results show that Marion Plateau dolomites are very rich in calcium and thei...
Dolomite clumped isotope compositions are indispensable for determining the temperatures and fluid s...
Dolomite clumped isotope compositions are indispensable for determining the temperatures and fluid s...
Carbonate clumped-isotope thermometry is a promising technique that has the potential to help decode...
Dolomitization is a common reaction in carbonate hydrocarbon reservoirs. The volume of hydrocarbons ...
The possibility of recrystallization is a long-standing barrier to deciphering the genetic origin of...
Dolomite clumped isotope compositions are indispensable for determining the temperatures and fluid s...
Dolomite clumped isotope compositions are indispensable for determining the temperatures and fluid s...
The geochemical conditions conducive to dolomite formation in shallow evaporitic environments along ...
The geochemical conditions conducive to dolomite formation in shallow evaporitic environments along ...
Constraining basin thermal history is a key part of reservoir characterisation in carbonate rocks. C...
The formation of low-temperature dolomite (CaMg(CO3)2) continues to be enigmatic. By using a newly d...
The temperature of formation of replacement dolomite and δ^(18)O(H_(2)O) of dolomitizing fluid in th...
Three peritidal carbonate crusts and associated intercrust sediments (total thickness of ∼30cm; aged...
The ^(18)O/^(16)O of calcite fossils increased by ∼8‰ between the Cambrian and present. It has long ...
Shallow marine to peritidal carbonates of the Triassic Csukma Formation in the Mecsek Mts. and Villa...
Dolomite clumped isotope compositions are indispensable for determining the temperatures and fluid s...
Dolomite clumped isotope compositions are indispensable for determining the temperatures and fluid s...
Carbonate clumped-isotope thermometry is a promising technique that has the potential to help decode...
Dolomitization is a common reaction in carbonate hydrocarbon reservoirs. The volume of hydrocarbons ...
The possibility of recrystallization is a long-standing barrier to deciphering the genetic origin of...
Dolomite clumped isotope compositions are indispensable for determining the temperatures and fluid s...
Dolomite clumped isotope compositions are indispensable for determining the temperatures and fluid s...
The geochemical conditions conducive to dolomite formation in shallow evaporitic environments along ...
The geochemical conditions conducive to dolomite formation in shallow evaporitic environments along ...
Constraining basin thermal history is a key part of reservoir characterisation in carbonate rocks. C...
The formation of low-temperature dolomite (CaMg(CO3)2) continues to be enigmatic. By using a newly d...
The temperature of formation of replacement dolomite and δ^(18)O(H_(2)O) of dolomitizing fluid in th...
Three peritidal carbonate crusts and associated intercrust sediments (total thickness of ∼30cm; aged...
The ^(18)O/^(16)O of calcite fossils increased by ∼8‰ between the Cambrian and present. It has long ...
Shallow marine to peritidal carbonates of the Triassic Csukma Formation in the Mecsek Mts. and Villa...
Dolomite clumped isotope compositions are indispensable for determining the temperatures and fluid s...
Dolomite clumped isotope compositions are indispensable for determining the temperatures and fluid s...
Carbonate clumped-isotope thermometry is a promising technique that has the potential to help decode...