Thomas S.N. Oliver

University of Canberra — Australia

Earth and Planetary Sciences · Physical Sciences

20h-index1.0kcitations66works1.52yr avg
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Research Topics

Geology and Paleoclimatology Research(27), Coastal and Marine Dynamics(26), Geological formations and processes(20), Aeolian processes and effects(18), Marine and environmental studies(13)

Publications66 total

Burrows of the giant beach worm (Australonuphis) in a high-energy beach environment in New South Wales, Australia: implications for the palaeoecology of some Phanerozoic Skolithos assemblages
Palaeogeography Palaeoclimatology Palaeoecology·2026Open Access
Author comment: Extreme storm impact and recovery on a natural beach-foredune system: The June 2016 storm at Bengello Beach, southeastern Australia — R1/PR7
2025Open Access
Mapping of unvegetated coastal dunes using Earth observation time series
2025
Author comment: Extreme storm impact and recovery on a natural beach-foredune system: The June 2016 storm at Bengello Beach, southeastern Australia — R0/PR1
2025
Assessing benthic ecosystems using geological techniques: examples of a polychaete worm and ghost crab in beach sediments
Coastal Engineering Journal·2025· 2 cited
Extreme storm impact and recovery on a natural beach-foredune system: The June 2016 storm at Bengello Beach, southeastern Australia
Cambridge Prisms Coastal Futures·2025Open Access
A framework for appraising the status of disaster resilience within the multi-hazard environment of coastal Bangladesh
International Journal of Disaster Risk Reduction·2024· 5 cited
Millennial and contemporary dynamics of the barrier estuary entrance at Moruya, SE Australia
Coastal Engineering Journal·2024· 1 citedOpen Access
Decision: Foredune erosion, overtopping and destruction in 2022 at Bengello Beach, southeastern Australia — R2/PR9
2024Open Access
Recommendation: Foredune erosion, overtopping and destruction in 2022 at Bengello Beach, southeastern Australia — R2/PR8
2024Open Access
Author comment: Foredune erosion, overtopping and destruction in 2022 at Bengello Beach, southeastern Australia — R2/PR7
2024Open Access
Decision: Foredune erosion, overtopping and destruction in 2022 at Bengello Beach, southeastern Australia — R1/PR6
2024Open Access
Recommendation: Foredune erosion, overtopping and destruction in 2022 at Bengello Beach, southeastern Australia — R1/PR5
2024Open Access
Author comment: Foredune erosion, overtopping and destruction in 2022 at Bengello Beach, southeastern Australia — R1/PR4
2024Open Access
Recommendation: Foredune erosion, overtopping and destruction in 2022 at Bengello Beach, southeastern Australia — R0/PR2
2024Open Access
Decision: Foredune erosion, overtopping and destruction in 2022 at Bengello Beach, southeastern Australia — R0/PR3
2024Open Access
Quaternary clifftop and last glacial maximum dunes around the Great Australian Bight
Quaternary Science Reviews·2024· 4 citedOpen Access
Foredune erosion, overtopping and destruction in 2022 at Bengello Beach, southeastern Australia
Cambridge Prisms Coastal Futures·2024· 15 citedOpen Access
Author comment: Foredune erosion, overtopping and destruction in 2022 at Bengello Beach, southeastern Australia — R0/PR1
2023Open Access
Storms or sea-level rise – what really causes beach erosion?
2023
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Frequent Co-authors

Toru Tamura(22), Colin D. Woodroffe(19), B. G. Thom(7), Andrew D. Short(6), Brendan Brooke(5), Roger McLean(5), William A. Nicholas(4), Michael A. Kinsela(4), Colin V. Murray‐Wallace(4), Alastair Cunningham(3), Donald T. Yapp(3), Paul M. Donaldson(3), Rafael C. Carvalho(3), Xiao Hua Wang(3), Thomas B. Doyle(3), Amy J. Dougherty(2), Jonathan Sy(2), Wieslawa H. Dragowska(2), Thomas J. Ruth(2), Michael J. Adam(2)