Application of radiogenic isotopes in geosciences: overview and perspectives

Svetlana Tessalina; Fred Jourdan; Laurie Nunes; Allen Kennedy; Steven Denyszyn; Igor Puchtel; Mathieu Touboul; Robert Creaser; Maud Boyet; Elena Belousova; Anne Trinquier

doi:10.1039/9781782625025-00049

Application of radiogenic isotopes in geosciences

overview and perspectives

Svetlana Tessalina^*, Fred Jourdan, Laurie Nunes, Allen Kennedy, Steven Denyszyn, Igor Puchtel, Mathieu Touboul, Robert Creaser, Maud Boyet, Elena Belousova, Anne Trinquier

^*Corresponding author for this work

Research output: Chapter in Book/Report/Conference proceeding › Chapter

1 Citation (Scopus)

Abstract

Wider use of radiogenic isotopes in geosciences has been enabled by developments in massspectrometry at the beginning of the 21st century. Nowadays, radiogenic isotope geochemistry forms an integrated part of geosciences in a range of applications, starting from formation of planetary systems, genesis, and the evolution of Earth's lithosphere and associated mineral and oil deposits, as well as environmental tracers. Two primary types of information are available from radiogenic isotopes studies: age determination and isotopic source tracing. In this chapter, the range of isotope systematics currently used in geosciences and their applications are reviewed, together with progress in analytical technologies. The chapter brings together internationally recognised researchers whohave been at the forefront of analytical technologies in the field of geochemistry of radiogenic isotopes.

Original language	English
Title of host publication	Principles and practice of analytical techniques in geosciences
Editors	Kliti Grice
Place of Publication	Cambridge
Publisher	Royal Society of Chemistry
Pages	49-93
Number of pages	45
ISBN (Electronic)	9781782625025, 9781782623052
ISBN (Print)	9781849736497
DOIs	https://doi.org/10.1039/9781782625025-00049
Publication status	Published - 2015

Publication series

Name	RSC detection science series
Publisher	Royal Society of Chemistry
Number	4
ISSN (Print)	2052-3068

Keywords

RE-OS ISOTOPE
EARLY EARTH DIFFERENTIATION
EARLY CORE FORMATION
EARLY SOLAR-SYSTEM
HF-W CHRONOMETRY
SIDEROPHILE ELEMENT SYSTEMATICS
AR-40/AR-39 DATING TECHNIQUE
EARLY MANTLE DIFFERENTIATION
METEORITE PARENT BODIES
U-PB

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10.1039/9781782625025-00049

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Tessalina, S., Jourdan, F., Nunes, L., Kennedy, A., Denyszyn, S., Puchtel, I., ... Trinquier, A. (2015). Application of radiogenic isotopes in geosciences: overview and perspectives. In K. Grice (Ed.), Principles and practice of analytical techniques in geosciences (pp. 49-93). (RSC detection science series; No. 4). Cambridge: Royal Society of Chemistry. https://doi.org/10.1039/9781782625025-00049

Tessalina, Svetlana ; Jourdan, Fred ; Nunes, Laurie ; Kennedy, Allen ; Denyszyn, Steven ; Puchtel, Igor ; Touboul, Mathieu ; Creaser, Robert ; Boyet, Maud ; Belousova, Elena ; Trinquier, Anne. / Application of radiogenic isotopes in geosciences : overview and perspectives. Principles and practice of analytical techniques in geosciences. editor / Kliti Grice. Cambridge : Royal Society of Chemistry, 2015. pp. 49-93 (RSC detection science series; 4).

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abstract = "Wider use of radiogenic isotopes in geosciences has been enabled by developments in massspectrometry at the beginning of the 21st century. Nowadays, radiogenic isotope geochemistry forms an integrated part of geosciences in a range of applications, starting from formation of planetary systems, genesis, and the evolution of Earth's lithosphere and associated mineral and oil deposits, as well as environmental tracers. Two primary types of information are available from radiogenic isotopes studies: age determination and isotopic source tracing. In this chapter, the range of isotope systematics currently used in geosciences and their applications are reviewed, together with progress in analytical technologies. The chapter brings together internationally recognised researchers whohave been at the forefront of analytical technologies in the field of geochemistry of radiogenic isotopes.",

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author = "Svetlana Tessalina and Fred Jourdan and Laurie Nunes and Allen Kennedy and Steven Denyszyn and Igor Puchtel and Mathieu Touboul and Robert Creaser and Maud Boyet and Elena Belousova and Anne Trinquier",

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series = "RSC detection science series",

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Tessalina, S, Jourdan, F, Nunes, L, Kennedy, A, Denyszyn, S, Puchtel, I, Touboul, M, Creaser, R, Boyet, M, Belousova, E & Trinquier, A 2015, Application of radiogenic isotopes in geosciences: overview and perspectives. in K Grice (ed.), Principles and practice of analytical techniques in geosciences. RSC detection science series, no. 4, Royal Society of Chemistry, Cambridge, pp. 49-93. https://doi.org/10.1039/9781782625025-00049

Application of radiogenic isotopes in geosciences : overview and perspectives. / Tessalina, Svetlana; Jourdan, Fred; Nunes, Laurie; Kennedy, Allen; Denyszyn, Steven; Puchtel, Igor; Touboul, Mathieu; Creaser, Robert; Boyet, Maud; Belousova, Elena; Trinquier, Anne.

Principles and practice of analytical techniques in geosciences. ed. / Kliti Grice. Cambridge : Royal Society of Chemistry, 2015. p. 49-93 (RSC detection science series; No. 4).

Research output: Chapter in Book/Report/Conference proceeding › Chapter

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AU - Tessalina, Svetlana

AU - Jourdan, Fred

AU - Nunes, Laurie

AU - Kennedy, Allen

AU - Denyszyn, Steven

AU - Puchtel, Igor

AU - Touboul, Mathieu

AU - Creaser, Robert

AU - Boyet, Maud

AU - Belousova, Elena

AU - Trinquier, Anne

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N2 - Wider use of radiogenic isotopes in geosciences has been enabled by developments in massspectrometry at the beginning of the 21st century. Nowadays, radiogenic isotope geochemistry forms an integrated part of geosciences in a range of applications, starting from formation of planetary systems, genesis, and the evolution of Earth's lithosphere and associated mineral and oil deposits, as well as environmental tracers. Two primary types of information are available from radiogenic isotopes studies: age determination and isotopic source tracing. In this chapter, the range of isotope systematics currently used in geosciences and their applications are reviewed, together with progress in analytical technologies. The chapter brings together internationally recognised researchers whohave been at the forefront of analytical technologies in the field of geochemistry of radiogenic isotopes.

AB - Wider use of radiogenic isotopes in geosciences has been enabled by developments in massspectrometry at the beginning of the 21st century. Nowadays, radiogenic isotope geochemistry forms an integrated part of geosciences in a range of applications, starting from formation of planetary systems, genesis, and the evolution of Earth's lithosphere and associated mineral and oil deposits, as well as environmental tracers. Two primary types of information are available from radiogenic isotopes studies: age determination and isotopic source tracing. In this chapter, the range of isotope systematics currently used in geosciences and their applications are reviewed, together with progress in analytical technologies. The chapter brings together internationally recognised researchers whohave been at the forefront of analytical technologies in the field of geochemistry of radiogenic isotopes.

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KW - SIDEROPHILE ELEMENT SYSTEMATICS

KW - AR-40/AR-39 DATING TECHNIQUE

KW - EARLY MANTLE DIFFERENTIATION

KW - METEORITE PARENT BODIES

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EP - 93

BT - Principles and practice of analytical techniques in geosciences

A2 - Grice, Kliti

PB - Royal Society of Chemistry

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