Submarine Landslides on the Upper Southeast Australian Passive Continental Margin – Preliminary Findings, S L. Clarke, T Hubble, D Airey, Phyllis Yu, R Boyd, J Keene, N Exon, James V. Gardner
Center for Coastal and Ocean Mapping

Morphologic characteristics and tsunamogenic potential of southeastern Australia’s upper continental slope submarine landslides., S L. Clarke, T Hubble, D Airey, P Yu, R Boyd, J Keene, N Exon, James V. Gardner
Center for Coastal and Ocean Mapping

Physical Properties and Age of Continental Slope Sediments Dredged from the East Australian Continental Margin - Implications for Timing of Slope Failure, T Hubble, D Airey, S L. Clarke, R Boyd, J Keene, N Exon, James Gardner
Center for Coastal and Ocean Mapping

Submarine landslides on the upper southeast Australian passive continental margin – preliminary findings, S L. Clarke, T Hubble, D Airey, Phyllis Yu, R Boyd, J Keene, N Exon, James V. Gardner
Center for Coastal and Ocean Mapping

Physical Properties and Age of Mid-slope Sediments Dredged from the Eastern Australian Continental Margin and the Implications for Continental Margin Erosion Processes, T Hubble, P Yu, D Airey, S L. Clarke, R Boyd, J Keene, N Exon, James V. Gardner
Center for Coastal and Ocean Mapping

Sediment Characteristics of Submarine Landslides on the Upper East Australian Continental Margin--Preliminary findings, S L. Clarke, R Boyd, T Hubble, D Airey, J Keene, N Exon, James V. Gardner
Center for Coastal and Ocean Mapping

Southeast Australia: A Cenozoic continental margin dominated by mass transport, R Boyd, J Keene, T Hubble, James V. Gardner, K Glenn, K Ruming, N Exon
Center for Coastal and Ocean Mapping