The Royal Society of Tasmania

The advancement of knowledge

.

  • About us
    • History
    • Apology to Tasmanian Aboriginal People
    • Governance
      • Council
      • Committees
      • Council Meeting dates
    • Northern Branch Management Committee
    • RST Foundation ‒ Overview
    • Governance papers
    • Annual Reports
  • Membership
    • About membership
    • Apply for membership
    • Renew annual subscription
    • RST Code of Conduct
    • RST Privacy Statement
  • Lectures
    • Southern lecture program for 2025
    • Northern lecture program for 2025
    • Past Southern Lectures
    • Past Northern Lectures
  • News
    • Newsletters
    • Northern Branch Newsletters and documents
  • Shop
    • Notebooks, books, and calendars
    • Cart
    • Renew membership online
    • Papers and Proceedings and Special Publications
  • RST Art and Library
    • RST Art Collection
      • A brief overview
      • RST Art Collection – Statement of Significance by Warwick Oakman
      • Significant Artworks
      • National Significance
      • Stories from the Art Collection
    • RST Library
      • Digitised Material
  • Awards & Bursaries
    • Schedule 1 of the Rules of the Royal Society of Tasmania
    • Past Recipients
    • Royal Society Bursaries
    • Guide for Medal Nominations
    • Guide for Annual Doctoral (PhD) Awards
    • Printable brochure for RST medals
  • Contact us
    • Contact The Royal Society of Tasmania
    • Contact Northern Branch
    • Queen Victoria Museum and Art Gallery
  • Publications
    • Papers and Proceedings
      • About the Papers and Proceedings
      • Instructions to authors (updated Jan 2025)
      • Published papers
      • Subscription
    • Special Publications

View a recording of the lecture by Dr Nick Roberts – October 2024


Tasmanian landforms and sediments provide the only direct records of repeated glaciation from a tectonically stable landmass in the southern mid-latitudes. Consequently, they afford key opportunities to understand Earth’s most recent ice ages. New sites and evolving techniques are expanding the understanding of Tasmania’s last few million years of cryosphere fluctuations.

Last modified: December 30, 2024. Copyright © 2025 The Royal Society of Tasmania ABN 65 889 598 100