Micro-XRF studies of sediment cores : applications of a non-destructive tool for the environmental sciences
著者
書誌事項
Micro-XRF studies of sediment cores : applications of a non-destructive tool for the environmental sciences
（Developments in paleoenvironmental research, v. 17）
Springer, c2015
- : [hardback]
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注記
Includes bibliographical references and index
内容説明・目次
内容説明
This volume presents papers on the use of micro-XRF core scanners in palaeoenvironmental research. It contains a broad ranging view of instrument capability and points to future developments that will help contribute to higher precision elemental data and faster core analysis. Readers will find a diverse range of research by leading experts that have used micro-XRF core scanners in a wide range of scientific applications. The book includes specific application papers reporting on the use of XRF core scanners in a variety of marine, lacustrine, and pollution studies. In addition, coverage also examines practical aspects of core scanner usage, data optimisation and data calibration and interpretation.
In a little over a decade, micro-XRF sediment core scanners have made a substantive contribution to palaeoenvironmental research. Their impact is based on their ability to rapidly, non-destructively and automatically scan sediment cores. Not only do they rapidly provide important proxy data without damaging samples, but they can obtain environmental data at decadal, annual and even sub-annual scales. This volume will help both experienced and new users of these non-destructive core scanners take full advantage of one of the most powerful geochemical screening tools in the environmental scientist's toolbox.
目次
1. Micro-XRF Studies of sediment cores: A perspective on capability and application in the environmental sciences
Rothwell RG, Croudace, IW
Part 1 - Marine studies
2. Twenty years of XRF core scanning marine sediments: what do geochemical proxies tell us?
Rothwell G, Croudace IW
3. Optimization of ITRAX core scanner measurement conditions for sediments from submarine mud volcanoes
Rodriguez-Germade I, Rubio B, Rey D, Vilas F, Lopez-Rodriguez C, Comas M, & Martinez-Ruiz, F
4. Use of calibrated ITRAX data in determining turbidite geochemistry and provenance in Agadir Basin, Northwest African passive margin
Hunt JE, Croudace IW, MacLachlan S
5. Identification, correlation and origin of multistage landslide events in volcaniclastic turbidites in the Moroccan Turbidite System
Hunt JE, Wynn RB, Croudace IW
6. An empirical assessment of variable water content and grain size on X-ray fluorescence core-scanning measurements of deep-sea sediments
MacLachlan SE, Hunt JE, Croudace IW
Part 2 - Lake and river studies
7. Micro-XRF core scanning in palaeolimnology: recent developments
Davies SJ, Lamb HF, Roberts S
8. Micro-XRF applications in fluvial sedimentary environments of Britain and Ireland: progress and prospects
Turner JN, Jones AF, Brewer PA, Macklin MG, Rassner SM
9. Estimation of biogenic silica concentrations using scanning XRF: Insights from studies of Lake Malawi sediments
Brown ET
10. Optimization of Itrax core scanner protocols for the micro X-ray fluorescence analysis of finely laminated sediment: a case study of lacustrine varved sediment from the High Arctic
Cuven S, Francus P, Cremer JF, Berube F
11. Investigating the use of scanning X-ray fluorescence to locate cryptotephra in minerogenic lacustrine sediment: experimental results
Balascio NL, Francus P, Bradley RS, Schupack BB, Miller GH, Kvisvik BC, Bakke J, Thordarson T
12. Combined micro-XRF and microfacies techniques for lake sediment analyses
Dulski P, Brauer A, Mangili C
13. Experiences with XRF-scanning of long sediment records
Ohlendorf C, Wennrich V, Enters D
14. Approaches to water content correction and calibration for XRF core scanning: comparing X-ray scattering with simple regression of elemental concentrations
Boyle JF, Chiverrell RC, Schillereff D
Part 3 - Environmental geochemistry and forensic applications
15. X-ray core scanners as an environmental forensics tool: a case study of polluted harbour sediment (Augusta Bay, Sicily)
Croudace IW, Romano E, Antonella A, Bergamin L, Rothwell G
16. Modern pollution signals in sediments from Windermere, NW England, determined by micro-XRF and lead isotope analysis
Miller H, Croudace IW, Bull JM, Cotterill CJ, Dix JK, Taylor RN
17. ITRAX core scanner capabilities combined with other geochemical and radiochemical techniques to evaluate environmental changes in a local catchment, South Sydney, NSW, Australia
Gadd P, Heijnis H, Chague-Goff C, Zawadzki A, Fierro D, Atahan P, Croudace IW, Goralewski J
Part 4 - Technological aspects
18. A geochemical approach to improve radiocarbon-based age-depth models in non-laminated sediment series
Arnaud F, Revillon S
19. Limited influence of sediment grain-size on elemental XRF core scanner measurements
Bertrand S, Hughen K, Giosan L
20. Standardisation and calibration of X-radiographs acquired with the ITRAX core scanner
Francus P, Kanamaru K, Fortin D
21. Prediction of geochemical composition from XRF core scanner data: A new multivariate approach including automatic selection of calibration samples and quantification of uncertainties
Weltje GJ, Bloemsma MR, Tjallingii R, Heslop D, Roehl U, Croudace IW
22. Parameter optimisation for the ITRAX core scanner
Jarvis S, Croudace IW, Rothwell RG
23. UV-spectral luminescence scanning: technical updates and calibration developments
Grove CA, Rodriguez-Ramirez A, Merschel G, Tjallingii R, Zinke J, Macia A, Brummer G-J
24. An inter-comparison of XRF scanning analytical methods for lake sediments
Schillereff DN, Chiverrell RC, Croudace IW, Boyle JF
25. Analysis of coal cores using micro-XRF scanning techniques
Kelloway SJ, Ward CR, Marjo CE, Wainwright IE, Cohen DR
26. ItraxPlot: a flexible program to aid rapid visualisation of ITRAX data
Croudace IW, Rothwell RG
Part 5 - The future of non-destructive core scanning
27. Future developments and innovations in high-resolution core scanning
Croudace IW, Rothwell RG
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