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The Open University

Analytical science: secrets of the Mary Rose

The Open University via OpenLearn

Overview

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This free course, Analytical science: secrets of the Mary Rose, teaches you about the analytical techniques that are used in the research and investigation of historical objects using the case study of the Mary Rose. It covers the use of sonar to locate shipwrecks, and the analysis of the artefacts found on the ship, and the crew and their remains.

Syllabus

  • Introduction
  • Learning outcomes
  • 1 The Mary Rose
  • 1 The Mary Rose
  • 2 Raising the Mary Rose
  • 2 Raising the Mary Rose
  • 2.1 Sonar and shipwrecks
  • 3 The sinking of the Mary Rose - a Tudor mystery
  • 3 The sinking of the Mary Rose - a Tudor mystery
  • 4 Analysis of the Mary Rose crew's remains
  • 4 Analysis of the Mary Rose crew's remains
  • 4.1 Determining the gender of the crew
  • 4.2 Determining height and weight
  • 4.3 Determining the on-board diet
  • 4.4 Determining the nationality of the crew
  • 5 Preserving the Mary Rose
  • 5 Preserving the Mary Rose
  • 5.1 Assessing the moisture content of wood
  • 5.2 Assessing the biological degradation of wood
  • 5.3 Powder X-ray diffraction of the Mary Rose timbers
  • Conclusion
  • Glossary
  • References
  • Acknowledgements

Reviews

5.0 rating, based on 1 Class Central review

4.8 rating at OpenLearn based on 5 ratings

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  • Engaging with "Analytical Science: Secrets of the Mary Rose" revealed a meticulously structured exploration of scientific inquiry applied to heritage conservation. The course description proved accurate, detailing the integration of sonar surveys, such as side-scan and multi-beam techniques, to locate shipwrecks. Upon completion, the certificate of participation was promptly issued, and the estimated time commitment reflected the actual investment required. Delving into the analysis of crew remains through skeletal morphology and stable isotope ratio mass spectrometry provided profound insights into demographic factors like gender, height, and geographic origins, employing regression analysis and isotopic fractionation.

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