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Index
Title Page Copyright Page Table of Contents Acknowledgements Foreword PART 1: METHODOLOGICAL APPROACHES
1 Can slide preparation methods cause size biases in phytolith assemblages? Results from a preliminary study
Introduction Materials and methods Results Discussion and conclusion Acknowledgements
2 Phytolith analysis of ploughed land thin sections. Contribution to the early development of medieval Brussels (Treurenberg site, Belgium)
Introduction The proxies Opal phytolith analysis of soil thin sections The Treurenberg thin sections The Treurenberg soil samples Archaeological implications Conclusions Acknowledgments Appendix Thin section: Treur K34. Profile: T3. Horizon: 4 + top 5. SU 115 Thin section: Treur K47.2. Profile: T4. Horizons: 4, 5 & 6. SU 173. Thin section: Treur C4.1. Profile: T3. Horizons: 5 & 6. SU 115 & 116
PART 2: BOTANICAL RESEARCH
3 A survey of phytoliths produced by the vegetation of Dhofar, Oman
Introduction Study area Vegetation Plant communities Materials and methods Results Conclusion
4 Microfossils characterization from south Andean economic plants
Introduction The regional problem Materials and methods Results Discussion Conclusion Acknowledgements Appendix 4.1 Samples provenience Appendix 4.2 Phytolith and starch grain descriptions
5 Morphological characteristics observed in the leaf phytoliths of selected Gymnosperms of eastern Australia
Introduction Methods Results Discussion Conclusion Acknowledgments
6 Silicification of conifers and its significance to the environment
Introduction The silicon biocycle Silicon deposition in conifer roots, stems and leaves Materials and methods Results Discussion Biotic and climatic factors influencing coniferous forest ecosystems Significance of conifer phytoliths in soils Preservation of conifer phytoliths Climate change and coniferous forests Silica phytoliths as proxies of palaeoclimatic change Acknowledgements
PART 3: APPLICATIONS IN ARCHAEOLOGY
7 Hearth structure and function at level J (50kyr, bp) from Abric Romaní (Capellades, Spain): phytolith, charcoal, bones and stone-tools
Introduction The Abric Romaní site The hearths Archaeobotanical remains, bones and stone-tools Methodology for the phytolith study Results Conclusions Acknowledgements
8 The analysis of phytolith from Braehead archaeological site (Scotland, UK)
Introduction Objectives of the phytolith study from Braehead Methodology Results Discussion Conclusions Acknowledgements
9 Microstratigraphy of an Early Historic refuse pit: a phytolithological approach
Introduction Phytolithological analysis Field and laboratory procedures Results Discussion Acknowledgments
10 Phytolith analytical study on a Late Chalcolithic–Early Historical archaeo-stratigraphical sequence from Balathal, South Rajasthan, India
The archaeological background Approach to the problem The archaeo-stratigraphical sequence Field and laboratory methods Diagnostic results of Layers 5, 4 and 3 The biostratigraphic zonation Acknowledgments
11 Phytolith analysis, sheep, diet and fecal material at Ambathala pastoral station (Queensland, Australia)
Introduction Methods Results Correlations Comments and conclusion Acknowledgements Appendix 11.1: Possible occurrence of grasses in Ambathala catchment area
12 Phytoliths as artifacts: evidence of threshing on silica bodies
Introduction The Neolithic findings The Bronze and Iron Age findings New World threshing floors The importance of cut phytoliths
PART 4: PALAEOECOLOGICAL STUDIES IN ARCHAEOLOGICAL CONTEXTS
13 Phytoliths and micropalaeontological data in a boggy soil
Introduction Geographical location and general description of study site Materials and methods Results and discussion Conclusions Acknowledgements
14 Phytoliths from the Pleistocene site of Ambrona (Soria, Spain)
Introduction Techniques and methods Results Conclusions Acknowledgements
15 Phytolith and pedoanthracological analysis of ‘off-site’ Holocene sequences from Mondragon (middle Rhone Valley, south of France)
Introduction Site location and description Methods Complementarity between off-site charcoal and phytolith analyses Definition of a new phytolith index: Bulliform Index Results Discussion: evolution of the vegetation as reconstructed by phytolith and charcoal analyses Conclusion
PART 5: APPLICATIONS IN PALAEOECOLOGY
16 Preliminary phytolith analysis of Sarmiento Formation in the Gran Barranca (central Patagonia, Argentina)
Introduction Historical antecedents and paleogrostological significance Geological and paleontological setting Materials and methods Results Paleobotanical affinities and conclusions
17 Various phytolith types as bearers of different kinds of ecological information
Introduction Object and methods of study Results Discussion Conclusions Acknowledgments
18 Micromorphology and phytoliths study in coastal dunes of the southeastern Pampean plains (Buenos Aires province, Argentina)
Introduction Material and method of analysis Results and discussion Acknowledgments
19 Phytoliths in soils and plants of the wetlands of the River Cigüela (Ciudad Real, Spain)
Introduction Study sites Techniques and methods Results Conclusions Acknowledgements
Bibliography List of Contributors
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