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VIII. CENTRAL EUROPEAN DENDROCHRONOLOGY FOR THE MIDDLE AGES

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© 1970 University of California Press, Berkeley

© 1970 University of California Press, Berkeley

Chapters in this book

  1. Frontmatter I
  2. THE CONTRIBUTORS VII
  3. FOREWORD IX
  4. EDITOR'S PREFACE XI
  5. CONTENTS XV
  6. INTRODUCTION: THE RETICENCES OF THE MIDDLE AGES 1
  7. PART ONE: DATING METHODS
  8. I. THE PHYSICAL SCIENCE OF RADIOCARBON DATING 17
  9. II. THE POTENTIAL AND LIMITATIONS OF RADIOCARBON DATING IN THE MIDDLE AGES: THE A R T HISTORIAN'S VIEW 23
  10. III. THE POTENTIAL AND LIMITATIONS OF RADIOCARBON DATING IN THE MIDDLE AGES: THE RADIOCHRONOLOGIST'S VIEW 89
  11. IV. RADIOCARBON DATING OF MEDIEVAL, TIMBERFRAMED CRUCK COTTAGES 141
  12. V. CLIMATE AND RADIOCARBON DURING THE MIDDLE AGES 159
  13. VI. SUNSPOTS A N D RADIOCARBON DATING IN THE MIDDLE AGES 167
  14. VII. CONCEPTS AND TECHNIQUES OF DENDROCHRONOLOGY 183
  15. VIII. CENTRAL EUROPEAN DENDROCHRONOLOGY FOR THE MIDDLE AGES 201
  16. IX. THE MEDIEVAL TIMBER-FRAME TRADITION 213
  17. X. THE RELIABILITY OF TYPOLOGICAL DATING OF MEDIEVAL ENGLISH ROOFS 239
  18. XI. THERMOLUMINESCENCE DATING OF ANCIENT POTTERY 271
  19. XII. POTENTIAL OF THERMOLUMINESCENCE IN SUPPLEMENTING RADIOCARBON FOR DATING IN THE MIDDLE AGES 281
  20. XIII. TEPHROCHRONOLOGY AND MEDIEVAL ICELAND 295
  21. XIV. ARCHAEOMAGNETIC DATING 329
  22. PART TWO: TRACING METHODS
  23. XV. THE POSSIBILITY OF MEASURING VARIATIONS IN THE INTENSITY OF WORLDWIDE LEAD SMELTING DURING MEDIEVAL AND ANCIENT TIMES USING LEAD AEROSOL DEPOSITS IN POLAR SNOW STRATA 339
  24. XVI. CHEMICAL STUDIES OF ISLAMIC LUSTER GLASS 351
  25. XVII. PHYSICAL AND CHEMICAL PROPERTIES OF SOME MEDIEVAL NEAR EASTERN GLAZED CERAMICS 379
  26. XVIII. DEDUCTION OF PROVENIENCE OF POTTERY FROM TRACE ELEMENT ANALYSIS 389
  27. XIX. RAPID X-RAY FLUORESCENCE ANALYSIS OF ARCHAEOLOGICAL MATERIALS 409
  28. XX. MAGNETIC PROSPECTING 423
  29. ADDENDUM: CORROSION IN ARCHAEOLOGY 437
  30. INDEX 457
Scientific Methods in Medieval Archaeology
This chapter is in the book Scientific Methods in Medieval Archaeology
https://doi.org/10.1525/9780520412064-012

Chapters in this book

  1. Frontmatter I
  2. THE CONTRIBUTORS VII
  3. FOREWORD IX
  4. EDITOR'S PREFACE XI
  5. CONTENTS XV
  6. INTRODUCTION: THE RETICENCES OF THE MIDDLE AGES 1
  7. PART ONE: DATING METHODS
  8. I. THE PHYSICAL SCIENCE OF RADIOCARBON DATING 17
  9. II. THE POTENTIAL AND LIMITATIONS OF RADIOCARBON DATING IN THE MIDDLE AGES: THE A R T HISTORIAN'S VIEW 23
  10. III. THE POTENTIAL AND LIMITATIONS OF RADIOCARBON DATING IN THE MIDDLE AGES: THE RADIOCHRONOLOGIST'S VIEW 89
  11. IV. RADIOCARBON DATING OF MEDIEVAL, TIMBERFRAMED CRUCK COTTAGES 141
  12. V. CLIMATE AND RADIOCARBON DURING THE MIDDLE AGES 159
  13. VI. SUNSPOTS A N D RADIOCARBON DATING IN THE MIDDLE AGES 167
  14. VII. CONCEPTS AND TECHNIQUES OF DENDROCHRONOLOGY 183
  15. VIII. CENTRAL EUROPEAN DENDROCHRONOLOGY FOR THE MIDDLE AGES 201
  16. IX. THE MEDIEVAL TIMBER-FRAME TRADITION 213
  17. X. THE RELIABILITY OF TYPOLOGICAL DATING OF MEDIEVAL ENGLISH ROOFS 239
  18. XI. THERMOLUMINESCENCE DATING OF ANCIENT POTTERY 271
  19. XII. POTENTIAL OF THERMOLUMINESCENCE IN SUPPLEMENTING RADIOCARBON FOR DATING IN THE MIDDLE AGES 281
  20. XIII. TEPHROCHRONOLOGY AND MEDIEVAL ICELAND 295
  21. XIV. ARCHAEOMAGNETIC DATING 329
  22. PART TWO: TRACING METHODS
  23. XV. THE POSSIBILITY OF MEASURING VARIATIONS IN THE INTENSITY OF WORLDWIDE LEAD SMELTING DURING MEDIEVAL AND ANCIENT TIMES USING LEAD AEROSOL DEPOSITS IN POLAR SNOW STRATA 339
  24. XVI. CHEMICAL STUDIES OF ISLAMIC LUSTER GLASS 351
  25. XVII. PHYSICAL AND CHEMICAL PROPERTIES OF SOME MEDIEVAL NEAR EASTERN GLAZED CERAMICS 379
  26. XVIII. DEDUCTION OF PROVENIENCE OF POTTERY FROM TRACE ELEMENT ANALYSIS 389
  27. XIX. RAPID X-RAY FLUORESCENCE ANALYSIS OF ARCHAEOLOGICAL MATERIALS 409
  28. XX. MAGNETIC PROSPECTING 423
  29. ADDENDUM: CORROSION IN ARCHAEOLOGY 437
  30. INDEX 457
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