Detailed analytical method: Assessing mineral fertility and bias in sedimentary provenance studies: examples from the Barents Shelf

Composition and discrimination of sandstones: a statistical evaluation of different analytical methods

Hilmar Von Eynatten
Carles Barcelo -vidal
Vera Pawlowsky-glahn

January 2003

ABSTRACT: The discriminative power of four analytical approaches to sandstone composition is evaluat...

Isotopic characterization of bedrock, sediments, and minerals as provenance tools: Examples from an inselberg in the Mojave Desert of SE California

Bonich-Wissink, Mariana Belen

June 2017

Our understanding of the evolution of the Earth’s surface is driven by our knowledge and comprehensi...

The importance of an integrated approach to provenance studies: A case study from the Paleocene of the Faroe-Shetland Basin, NE Atlantic

Morton, Andrew
Ellis, David
Fanning, Christopher
Jolley, David
Whitham, A G

February 2016

Four different sand types (termed FSP1, FSP2, FSP3, and FSP4) have been recognized in the Paleocene ...

Zircon data table: Assessing mineral fertility and bias in sedimentary provenance studies: examples from the Barents Shelf

Michael J. Flowerdew (2843276)
Edward J. Fleming (6198380)
Andrew C. Morton (2845319)
Dirk Frei (2842550)
David M. Chew (2840810)
J. Stephen Daly (2843273)

January 2019

U–Pb and trace element data for detrital apatite and detrital rutile, Pb isotopic data for detrital ...

Apatite data table: Assessing mineral fertility and bias in sedimentary provenance studies: examples from the Barents Shelf

Michael J. Flowerdew (2843276)
Edward J. Fleming (6198380)
Andrew C. Morton (2845319)
Dirk Frei (2842550)
David M. Chew (2840810)
J. Stephen Daly (2843273)

January 2019

U–Pb and trace element data for detrital apatite and detrital rutile, Pb isotopic data for detrital ...

K-feldspar data table: Assessing mineral fertility and bias in sedimentary provenance studies: examples from the Barents Shelf

Michael J. Flowerdew (2843276)
Edward J. Fleming (6198380)
Andrew C. Morton (2845319)
Dirk Frei (2842550)
David M. Chew (2840810)
J. Stephen Daly (2843273)

January 2019

U–Pb and trace element data for detrital apatite and detrital rutile, Pb isotopic data for detrital ...

Rutile data table: Assessing mineral fertility and bias in sedimentary provenance studies: examples from the Barents Shelf

Michael J. Flowerdew (2843276)
Edward J. Fleming (6198380)
Andrew C. Morton (2845319)
Dirk Frei (2842550)
David M. Chew (2840810)
J. Stephen Daly (2843273)

January 2019

U–Pb and trace element data for detrital apatite and detrital rutile, Pb isotopic data for detrital ...

Methods of provenance determination tested with discriminant function analysis.

MOLINAROLI E.
BLOM M.
BASU A.

January 1991

Currently popular approaches to provenance identification commonly use mineralogic and chemical comp...

Discordance of the U-Pb system in detrital zircons: Implication for provenance studies of sedimentary rocks

Nemchin, A A
Cawood, Peter Anthony

December 2005

Provenance studies involving U/Pb analysis of detrital zircons have become increasingly popular thro...

Discordance of the U-Pb system in detrital zircons: implication for provenance studies of sedimentary rocks

Nemchin, Alexander
Cawood, Peter

January 2005

Provenance studies involving U / Pb analysis of detrital zircons have become increasingly popular th...

METHODS OF PROVENANCE DETERMINATION TESTED WITH DISCRIMINANT FUNCTION-ANALYSIS

MOLINAROLI, Emanuela
BLOM M.
BASU A.

January 1991

Tests three deterministic models using the raw data that were originally used to construct classific...

Provenance of Late Cretaceous to Paleocene submarine fan sandstones in the Norwegian Sea: Integration of heavy mineral, mineral chemical and zircon age data

Morton, A. C.
Whitham, A. G.
Fanning, C. M.

This paper describes a strategy for effective discrimination and provenance evaluation of sandstones...

Detrital apatite Usingle bondPb and trace element analysis as a provenance tool: insights from the Yenisey ridge (Siberia)

Gillespie, J.
Glorie, S.
Khudoley, A.
Collins, A.

January 2018

The use of zircon U-Pb geochronology to study the provenance of sediment is well-established, yet th...

Provenance of sedimentary rocks

Pritchard, Geoffrey
Moloney, Paul
Russell, Ken
Whiten, Bill

January 2010

Understanding the origins, or provenance, of a sedimentary deposit is an important aspect of geology...

Furthering the potential of apatite as a provenance indicator in sedimentary systems

O\u27SULLIVAN, GARY JOHN

January 2019

As a mineral that has only recently become possible to date routinely by the U-Pb method, apatite ge...

Composition and discrimination of sandstones: a statistical evaluation of different analytical methods

Hilmar Von Eynatten
Carles Barcelo -vidal
Vera Pawlowsky-glahn

January 2003

ABSTRACT: The discriminative power of four analytical approaches to sandstone composition is evaluat...

Isotopic characterization of bedrock, sediments, and minerals as provenance tools: Examples from an inselberg in the Mojave Desert of SE California

Bonich-Wissink, Mariana Belen

June 2017

Our understanding of the evolution of the Earth’s surface is driven by our knowledge and comprehensi...

The importance of an integrated approach to provenance studies: A case study from the Paleocene of the Faroe-Shetland Basin, NE Atlantic

Morton, Andrew
Ellis, David
Fanning, Christopher
Jolley, David
Whitham, A G

February 2016

Four different sand types (termed FSP1, FSP2, FSP3, and FSP4) have been recognized in the Paleocene ...

Zircon data table: Assessing mineral fertility and bias in sedimentary provenance studies: examples from the Barents Shelf

Michael J. Flowerdew (2843276)
Edward J. Fleming (6198380)
Andrew C. Morton (2845319)
Dirk Frei (2842550)
David M. Chew (2840810)
J. Stephen Daly (2843273)

January 2019

U–Pb and trace element data for detrital apatite and detrital rutile, Pb isotopic data for detrital ...

Apatite data table: Assessing mineral fertility and bias in sedimentary provenance studies: examples from the Barents Shelf

Michael J. Flowerdew (2843276)
Edward J. Fleming (6198380)
Andrew C. Morton (2845319)
Dirk Frei (2842550)
David M. Chew (2840810)
J. Stephen Daly (2843273)

January 2019

U–Pb and trace element data for detrital apatite and detrital rutile, Pb isotopic data for detrital ...

K-feldspar data table: Assessing mineral fertility and bias in sedimentary provenance studies: examples from the Barents Shelf

Michael J. Flowerdew (2843276)
Edward J. Fleming (6198380)
Andrew C. Morton (2845319)
Dirk Frei (2842550)
David M. Chew (2840810)
J. Stephen Daly (2843273)

January 2019

U–Pb and trace element data for detrital apatite and detrital rutile, Pb isotopic data for detrital ...

Rutile data table: Assessing mineral fertility and bias in sedimentary provenance studies: examples from the Barents Shelf

Michael J. Flowerdew (2843276)
Edward J. Fleming (6198380)
Andrew C. Morton (2845319)
Dirk Frei (2842550)
David M. Chew (2840810)
J. Stephen Daly (2843273)

January 2019

U–Pb and trace element data for detrital apatite and detrital rutile, Pb isotopic data for detrital ...

Methods of provenance determination tested with discriminant function analysis.

MOLINAROLI E.
BLOM M.
BASU A.

January 1991

Currently popular approaches to provenance identification commonly use mineralogic and chemical comp...

Discordance of the U-Pb system in detrital zircons: Implication for provenance studies of sedimentary rocks

Nemchin, A A
Cawood, Peter Anthony

December 2005

Provenance studies involving U/Pb analysis of detrital zircons have become increasingly popular thro...

Discordance of the U-Pb system in detrital zircons: implication for provenance studies of sedimentary rocks

Nemchin, Alexander
Cawood, Peter

January 2005

Provenance studies involving U / Pb analysis of detrital zircons have become increasingly popular th...

METHODS OF PROVENANCE DETERMINATION TESTED WITH DISCRIMINANT FUNCTION-ANALYSIS

MOLINAROLI, Emanuela
BLOM M.
BASU A.

January 1991

Tests three deterministic models using the raw data that were originally used to construct classific...

Provenance of Late Cretaceous to Paleocene submarine fan sandstones in the Norwegian Sea: Integration of heavy mineral, mineral chemical and zircon age data

Morton, A. C.
Whitham, A. G.
Fanning, C. M.

This paper describes a strategy for effective discrimination and provenance evaluation of sandstones...

Detrital apatite Usingle bondPb and trace element analysis as a provenance tool: insights from the Yenisey ridge (Siberia)

Gillespie, J.
Glorie, S.
Khudoley, A.
Collins, A.

January 2018

The use of zircon U-Pb geochronology to study the provenance of sediment is well-established, yet th...

Provenance of sedimentary rocks

Pritchard, Geoffrey
Moloney, Paul
Russell, Ken
Whiten, Bill

January 2010

Understanding the origins, or provenance, of a sedimentary deposit is an important aspect of geology...

Furthering the potential of apatite as a provenance indicator in sedimentary systems

O\u27SULLIVAN, GARY JOHN

January 2019

As a mineral that has only recently become possible to date routinely by the U-Pb method, apatite ge...

Composition and discrimination of sandstones: a statistical evaluation of different analytical methods

Hilmar Von Eynatten
Carles Barcelo -vidal
Vera Pawlowsky-glahn

January 2003

ABSTRACT: The discriminative power of four analytical approaches to sandstone composition is evaluat...

Isotopic characterization of bedrock, sediments, and minerals as provenance tools: Examples from an inselberg in the Mojave Desert of SE California

Bonich-Wissink, Mariana Belen

June 2017

Our understanding of the evolution of the Earth’s surface is driven by our knowledge and comprehensi...

The importance of an integrated approach to provenance studies: A case study from the Paleocene of the Faroe-Shetland Basin, NE Atlantic

Morton, Andrew
Ellis, David
Fanning, Christopher
Jolley, David
Whitham, A G

February 2016

Four different sand types (termed FSP1, FSP2, FSP3, and FSP4) have been recognized in the Paleocene ...

Detailed analytical method: Assessing mineral fertility and bias in sedimentary provenance studies: examples from the Barents Shelf

Abstract

Extracted data

Detailed analytical method: Assessing mineral fertility and bias in sedimentary provenance studies: examples from the Barents Shelf

Abstract

Extracted data

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