Add to ORKGTests three deterministic models using the raw data that were originally used to construct classifications for determining the provenance of sands and sandstones. Shows that these models can successfully classify no more than 85% of their own data. Additional variables (such as heavy minerals), the combination of different methods, and statistical analysis of data are necessary to improve the reliability of provenance interpretation. -from Author
dissected Mesozoic magrnatic arc. They are composed mostly of Cretaceous plutonic rocks and Mesozoic...
Licensee MDPI, Basel, Switzerland. The provenance of siliclastic sediment may be traced using a wide...
Garnet chemistry provides a well-established tool in the discrimination and interpretation of sedime...
Tests three deterministic models using the raw data that were originally used to construct classific...
Currently popular approaches to provenance identification commonly use mineralogic and chemical comp...
The use of framework petrography is a common initial step in provenance research of sand and sandsto...
Earth scientists are often asked to establish or constrain the likely provenance of very small quant...
Understanding the origins, or provenance, of a sedimentary deposit is an important aspect of geology...
We have investigated petrogenic characteristics of detrital opaque Fe-Ti oxide minerals (DOPQ) in sa...
Four different sand types (termed FSP1, FSP2, FSP3, and FSP4) have been recognized in the Paleocene ...
Two different types of Upper Paleozoic sandstones from Southportuguese Zone are studied. Data coming...
U–Pb and trace element data for detrital apatite and detrital rutile, Pb isotopic data for detrital ...
© 2016 Elsevier B.V. This paper introduces provenance, a software package within the statistical pro...
ABSTRACT: The discriminative power of four analytical approaches to sandstone composition is evaluat...
Sedimentary provenance analysis attempts to uncover the different sources of a sediment deposited in...
dissected Mesozoic magrnatic arc. They are composed mostly of Cretaceous plutonic rocks and Mesozoic...
Licensee MDPI, Basel, Switzerland. The provenance of siliclastic sediment may be traced using a wide...
Garnet chemistry provides a well-established tool in the discrimination and interpretation of sedime...
Tests three deterministic models using the raw data that were originally used to construct classific...
Currently popular approaches to provenance identification commonly use mineralogic and chemical comp...
The use of framework petrography is a common initial step in provenance research of sand and sandsto...
Earth scientists are often asked to establish or constrain the likely provenance of very small quant...
Understanding the origins, or provenance, of a sedimentary deposit is an important aspect of geology...
We have investigated petrogenic characteristics of detrital opaque Fe-Ti oxide minerals (DOPQ) in sa...
Four different sand types (termed FSP1, FSP2, FSP3, and FSP4) have been recognized in the Paleocene ...
Two different types of Upper Paleozoic sandstones from Southportuguese Zone are studied. Data coming...
U–Pb and trace element data for detrital apatite and detrital rutile, Pb isotopic data for detrital ...
© 2016 Elsevier B.V. This paper introduces provenance, a software package within the statistical pro...
ABSTRACT: The discriminative power of four analytical approaches to sandstone composition is evaluat...
Sedimentary provenance analysis attempts to uncover the different sources of a sediment deposited in...
dissected Mesozoic magrnatic arc. They are composed mostly of Cretaceous plutonic rocks and Mesozoic...
Licensee MDPI, Basel, Switzerland. The provenance of siliclastic sediment may be traced using a wide...
Garnet chemistry provides a well-established tool in the discrimination and interpretation of sedime...