A Coral-reef Fish with Large, Fast, Conspicuous Larvae and Small, Cryptic Adults (Teleostei: Apogonidae).
https://publications.australian.museum/a-coral-reef-fish-with-large-fast-conspicuous-larvae-and-small-cryptic-adults-teleostei-apogonidae/

A Coral-reef Fish with Large, Fast, Conspicuous Larvae and Small, Cryptic Adults (Teleostei: Apogonidae).

The endemic Hawai'ian mantis shrimp, Parvisquilla sinuosa (Edmondson, 1921) (Crustacea: Stomatopoda: Squillidae)
https://publications.australian.museum/the-endemic-hawaiian-mantis-shrimp-parvisquilla-sinuosa-edmondson-1921-crustacea-stomatopoda-squillidae/

The endemic Hawai'ian mantis shrimp, Parvisquilla sinuosa (Edmondson, 1921) (Crustacea: Stomatopoda: Squillidae)

Recent and Mesozoic serpulids in pentagonal tubes: testing the affinity by the tube ultrastructures
https://publications.australian.museum/recent-and-mesozoic-serpulids-in-pentagonal-tubes-testing-the-affinity-by-the-tube-ultrastructures/

Recent and Mesozoic serpulids in pentagonal tubes: testing the affinity by the tube ultrastructures

Unexpected uses for obsidian: experimental replication and use-wear/residue analyses of chopping tools.
https://publications.australian.museum/unexpected-uses-for-obsidian-experimental-replication-and-use-wearresidue-analyses-of-chopping-tools/

Unexpected uses for obsidian: experimental replication and use-wear/residue analyses of chopping tools.

Written in stone: history of serpulid polychaetes through time
https://publications.australian.museum/written-in-stone-history-of-serpulid-polychaetes-through-time/

Written in stone: history of serpulid polychaetes through time

High elevation endemism on New Caledonia’s’ ultramafic peaks – a new genus and two new species of scincid lizard.
https://publications.australian.museum/high-elevation-endemism-on-new-caledonias-ultramafic-peaks-a-new-genus-and-two-new-species-of-scincid-lizard/

High elevation endemism on New Caledonia’s’ ultramafic peaks – a new genus and two new species of scincid lizard.

Localized endemism in the southern ultramafic bio-region of New Caledonia as evidenced by the lizards in the genus Sigaloseps (Reptilia: Scincidae), with descriptions of four new species.
https://publications.australian.museum/localized-endemism-in-the-southern-ultramafic-bio-region-of-new-caledonia-as-evidenced-by-the-lizards-in-the-genus-sigaloseps-reptilia-scincidae-with-descriptions-of-four-new-species/

Localized endemism in the southern ultramafic bio-region of New Caledonia as evidenced by the lizards in the genus Sigaloseps (Reptilia: Scincidae), with descriptions of four new species.

Cryptic speciation in the New Caledonian lizard genus Nannoscincus (Reptilia: Scincidae) including the description of a new species and recognition of Nannoscincus fuscus Günther.
https://publications.australian.museum/cryptic-speciation-in-the-new-caledonian-lizard-genus-nannoscincus-reptilia-scincidae-including-the-description-of-a-new-species-and-recognition-of-nannoscincus-fuscus-gnther/

Cryptic speciation in the New Caledonian lizard genus Nannoscincus (Reptilia: Scincidae) including the description of a new species and recognition of Nannoscincus fuscus Günther.

Molecular phylogenetics and comparative anatomy of Kimberleytrachia Köhler, 2011 – a genus of land snail endemic to the coastal Kimberley, Western Australia with description of new taxa (Gastropoda, Camaenidae)
https://publications.australian.museum/molecular-phylogenetics-and-comparative-anatomy-of-kimberleytrachia-khler-2011-a-genus-of-land-snail-endemic-to-the-coastal-kimberley-western-australia-with-description-of-new-taxa-gastropoda-camaenidae/

Molecular phylogenetics and comparative anatomy of Kimberleytrachia Köhler, 2011 – a genus of land snail endemic to the coastal Kimberley, Western Australia with description of new taxa (Gastropoda, Camaenidae)

Yellow gem plagioclase from Cenozoic basalt, eastern Australia, identity and origin
https://publications.australian.museum/yellow-gem-plagioclase-from-cenozoic-basalt-eastern-australia-identity-and-origin/

Yellow gem plagioclase from Cenozoic basalt, eastern Australia, identity and origin