We investigate the redox-sensitive isotope system of molybdenum (Mo) in marine carbonates to evaluate their potential as archive of the Mo isotopic composition of coeval seawater. We present Mo isotope data (
The redox conditions of the oceans evolved considerably during the Precambrian. This is mainly due t...
The redox conditions of the oceans evolved considerably during the Precambrian. This is mainly due t...
Molybdenum (Mo)—the element with atomic number 42—possesses unique properties that make it the answe...
We investigate the redox-sensitive isotope system of molybdenum (Mo) in marine carbonates to evaluat...
Sedimentary molybdenum (Mo) isotope compositions are a promising paleoredox indicator because the Mo...
Authigenic molybdenum (Moauth) in marine sediments holds great potential to archive the Mo isotopic ...
Natural variations in the isotopic composition of molybdenum (Mo) are showing increasing potential a...
New high-precision isotope ratios of dissolved Mo in seawater from different ocean basins and depths...
The present study investigates the pathways of Mo scavenging under reducing conditions using Mo isot...
The molybdenum and uranium isotopic systems can poten-tially be used to reconstruct the oxidation st...
We present the first observations of natural mass-dependent fractionation of the isotopic compositio...
Copyrighted by American Geophysical Union.We present molybdenum isotope and concentration data from ...
Mineral and elemental composition data and carbon, oxygen, and molybdenum Isotopic composition data ...
The expansion and contraction of sulphidic depositional conditions in the oceans can be tracked with...
The expansion and contraction of sulphidic depositional conditions in the oceans can be tracked with...
The redox conditions of the oceans evolved considerably during the Precambrian. This is mainly due t...
The redox conditions of the oceans evolved considerably during the Precambrian. This is mainly due t...
Molybdenum (Mo)—the element with atomic number 42—possesses unique properties that make it the answe...
We investigate the redox-sensitive isotope system of molybdenum (Mo) in marine carbonates to evaluat...
Sedimentary molybdenum (Mo) isotope compositions are a promising paleoredox indicator because the Mo...
Authigenic molybdenum (Moauth) in marine sediments holds great potential to archive the Mo isotopic ...
Natural variations in the isotopic composition of molybdenum (Mo) are showing increasing potential a...
New high-precision isotope ratios of dissolved Mo in seawater from different ocean basins and depths...
The present study investigates the pathways of Mo scavenging under reducing conditions using Mo isot...
The molybdenum and uranium isotopic systems can poten-tially be used to reconstruct the oxidation st...
We present the first observations of natural mass-dependent fractionation of the isotopic compositio...
Copyrighted by American Geophysical Union.We present molybdenum isotope and concentration data from ...
Mineral and elemental composition data and carbon, oxygen, and molybdenum Isotopic composition data ...
The expansion and contraction of sulphidic depositional conditions in the oceans can be tracked with...
The expansion and contraction of sulphidic depositional conditions in the oceans can be tracked with...
The redox conditions of the oceans evolved considerably during the Precambrian. This is mainly due t...
The redox conditions of the oceans evolved considerably during the Precambrian. This is mainly due t...
Molybdenum (Mo)—the element with atomic number 42—possesses unique properties that make it the answe...
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