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1

Revision of the Australian Coccinellidae [Coleoptera]. Part 2. Tribe Sticholotidini

100%

Slipinski A.

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nr 2

EN

The Australian members of the coccinellid tribe Sticholotidini are revised. The tribe in Australia consists of the genus Sticholotis Crotch and a new monotypie genus Chaetolotis gen. nov. (type species: Ch. amy sp. nov.) and is restricted in its distribution to the tropical and subtropical parts of Queensland and coastal New South Wales. Nesolotis Miyatake, 1966 and Paranesolotis Hoang, 1982 are synonymised with Sticholotis Crotch, 1874 (new synonyms). Among five currently recognized species of Sticholotis in Australia, three are described as new (S. culleni, S. cooloola, S. tozer). Gymnoscymnus explanatus Blackburn, 1895 is synonymised with G. quadrimaculatus Blackburn, 1892 (=Sticholotis quadrimaculata). The lectotypes are designated for: Gymnoscymnus explanatus Blackburn and Sticholotis redimita Weise. Nomenclatural history, diagnoses and distribution are provided for each species. Keys to the genera and species are also presented.

2

Australodon, a remarkable new genus of Australian Longhorned beetle (Coleoptera: Cerambycidae: Cerambycinae)

63%

Escalona H. E. , Slipinski A.

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nr 4

EN

Australodon gen. nov. is described for A. nearnsi sp. nov. from subtropical rainforests of the southern Queensland and northern New South Wales in Australia. Australodon belongs in Cerambycinae but it cannot be placed in any recognized tribe based on adult morphology; it is considered a genus incertae sedis, awaiting further research on higher classification of Cerambycinae. The males of Australodon have massive saber-tooth-like mandibles not frequent in other Cerambycinae members.

3

Revision of the Australian Coccinellidae (Coleoptera). Part 7. Genus Bucolus Mulsant

63%

Slipinski A. , Dolambi F.

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tom 57

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nr 4

4

Revision of the Australian Coccinellidae (Coleoptera). genus diomus mulsant. Part 2

63%

Pang H. , Slipinski A.

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nr 4

EN

This paper is the second in a series designed to cover taxonomically all Australian species of Diomus Mulsant. Nomenclatural history, diagnoses, digital illustrations and distribution maps are provided for each species. Thirty species are treated in this paper, among those 14 are new: D. bunya sp. nov., D. carbine sp. nov., D. circus sp. nov., D. gingera sp. nov., D. gilvus sp. nov., D. hebes sp. nov., D. kioloa sp. nov., D. leai sp. nov., D. lord sp. nov., D. micrus sp. nov., D. pisinus sp. nov., D. prodigialis sp. nov., D. tasmanicus sp. nov. and D. villus sp. nov. Diomus hypocrtus Weise, 1923 is synonymised with Scymnus mareebensis Blackburn, 1895 syn. nov. Lectotypes are designated for the following taxa to stabilize their taxonomic positions: Diomus hypocrtus Weise, 1923; Scymnus cowleyi Blackburn, 1895; S. elutus Lea, 1902; S. flavifrons var. norfolcensis Lea, 1929; S. frater Lea, 1902; S. impictus Blackburn, 1895; S. inaffectatus Blackburn, 1892; S. insidiosus Blackburn, 1889; S. macrops Lea, 1929; S. maestus Lea, 1926; S. mareebensis Blackburn, 1895; S. obumbratus Blackburn, 1895; S. sublatus Blackburn, 1892; S. triangularis Lea, 1902; S. whittonensis Blackburn, 1892; S. victoriensis Blackburn, 1892 and S. yarrensis Blackburn, 1895.

5

Revision of the genus Rodatus Mulsant, 1850 (Coleoptera: Coccinellidae: Coccidulini)

63%

Tomaszewska W. , Slipinski A.

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nr 4

EN

The species of Rodatus Mulsant are revised and illustrated. The following new synonyms are proposed: Rodatus bakewellii Crotch, 1874 [= Rodatus australis (Blackburn, 1889); Rodatus depressus Weise, 1895; Rhizobius subaustralis Blackburn, 1895]; Rodatus boucardi Crotch, 1874 [= Rodatus major (Blackburn, 1889); Rodatus crotchi (Blackburn, 1895)]. The lectotypes are designated for: Rhizobius australis Blackburn, Rhizobius crotchi Blackburn, Rhizobius discolor var.? proprius Blackburn, Rhizobius major Blackburn, Rhizobius nigronotatus Blackburn, Rhizobius ornatipennis Blackburn, Rhizobius subaustralis Blackburn. The following new species are described: Rodatus tasmanicus, R. marginalis, R. chaetonotus. The species of Rodatus are diagnosed and keyed. Nomenclatural history and distribution are provided for each species.

6

Revision of the genus Macroilleis Miyatake, 1965 (Coleoptera: Coccinellidae: Coccinellini)

51%

Li J. , Slipinski A. , Pang H.

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tom 60

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nr 1

EN

The Oriental genus Macroilleis Miyatake is revised. Three species are recognized, including one new species Macroilleis borneensis sp. nov. (Borneo, Sabah). All species are redescribed and illustrated. A key to the species is given.

7

Revision of the genus Australoneda Iablokoff-Khnzorian, 1984 (Coleoptera: Coccinellidae: Coccinellini)

51%

Li J. , Slipinski A. , Pang H.

Annales Zoologici

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2009

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tom 59

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nr 2

EN

The members of the Australian genus Australoneda Iablokoff-Khnzorian, 1984 are revised. Seven species from New Guinea and single species from Australia are recognised, described and illustrated. Two new species: A. bielawskii sp. nov. (Irian Jaya), A. ruitong sp. nov. (Papua New Guinea) are described. A key to the species is also provided.

8

Revision of the soft-winged flower beetle genus Dicranolaius Champion, 1921 (Coleoptera: Melyridae: Malachiinae) from Australia

51%

Liu Z. , Slipinski A. , Pang H.

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nr 3

EN

The Australian Dicranolaius fauna is revised based on 79 described species (30 of them are new). The revision is mainly based on males as they only provide good diagnostic characters for species recognition. The following new species are described: Dicranolaius acacia sp. nov., D. alice sp. nov., D. anic sp. nov., D. archer sp. nov., D. balah sp. nov., D. bogan sp. nov., D. brittoni sp. nov., D. cardaleae sp. nov., D. chinchilla sp. nov., D. confusus sp. nov., D. crypticus sp. nov., D. desertus sp. nov., D. eromanga sp. nov., D. hudsoni sp. nov., D. kildurk sp. nov., D. kimberley sp. nov., D. kinchega sp. nov., D. micrus sp. nov., D. moffatt sp. nov., D. monteithi sp. nov., D. pilbara sp. nov., D. proserpine sp. nov., D. pulleni sp. nov., D. quorn sp. nov., D. reidi sp. nov., D. rockhampton sp. nov., D. spinifex sp. nov., D. thylungra sp. nov., D. uptoni sp. nov., D. zborowskii sp. nov. The following new combinations are proposed: D. ammophilus (Lea, 1917) (Laius), comb, nov., D. distortus (Blackburn, 1888) (Laius), comb, nov., D. egenus (Lea, 1899) (Laius), comb, nov., D. eremita (Blackburn, 1895) (Laius), comb, nov., D. eyrensis (Blackburn, 1892) {Laius), comb, nov., D. guttulatus (Fairmaire, 1877) (Laius), comb, nov., D. melanoderes (Lea, 1917) (Laius), comb, nov., D. minutus (Lea, 1914) (Laius), comb. no\., D.purpureiceps (Lea, 1915) (Laius), comb. nov.,Z>. variegatus (Blackburn, 1889) (Laius), comb, nov., D. verticalis (Macleay, 1826) (Laius), comb, nov., Intybia cavicomis (Lea, 1909) (Laius), comb, nov., Intybia hackeri (Lea) (Laius) comb, nov.; Simoderus megalops (Lea) (Laius) comb. nov. The following synonymies are proposed: D. bellulus (Boisduval, 1835) [= D. cyanocephalus (Lea, 1909); = D. intermedius (Lea, 1909); =D. nidicola (Lea, 1909); =D. orcicornis (Lea, 1909)],D. conicicornis (Blackburn, 1888) [= D. rugiceps (Lea, 1899)], D. guttulatus (Fairmaire, 1877) [= D. longus (Lea, 1929)], D. verticalis (Macleay, 1826) [ = D. tarsalis (Lea, 1909)]. The lectotypes of the following species are designated: Laius acervatus Lea, 1917; L. ammophilus Lea, 1917; L. aulacophoroides Lea, 1917; L. c-pupureus Lea, 1914; L. concavifrons Lea, 1917; L. conicicornis Blackburn, 1888; L. curvicornis Lea, 1929; L. cyanocephalus Lea, 1909; L. distortus Blackburn, 1888; L. egenus Lea, 1899; L. eremita Blackburn, 1851; L. eyrensis Blackburn, 1892; L. fimbriceps Lea, 1929; L. flavifrons Lea, 1917; L. flavonotatus Lea, 1917; L. guttulatus Fairmaire, 1877; L. inconstans Lea, 1921; L. intermedius Lea, 1909; L. intricatus Lea, 1921; L. longus Lea, 1929; L. major Blackburn, 1889; L. mastersii Macleay, 1872; L. melanoderes Lea, 1917; L. minutus Lea, 1914; L. nidicola Lea, 1909; L. orcicornis Lea, 1909; L. orthodoxus Lea, 1909; L. pallidus Lea, 1899; L. plagiaticollis Fairmaire, 1877; L. planiceps Lea, 1899; L. purpureiceps Lea, 1915; L. rugiceps Lea, 1899; L. sinus Lea, 1899; L. tarsalis Lea, 1909; L. tetrasticus Lea, 1922; L. trifoveicornis Lea, 1921; L. variegatus Blackburn, 1889; L. villosus Lea, 1899; Malachius verticalis Macleay, 1826. Neotype oiMalachius bellulus Boisduval, 1835 is also designated.

9

The placement of Periptyctus Blackburn in Corylophidae [Coleoptera: Cucujoidea] with descriptions of a new genus and subfamily

51%

Slipinski A. , Lawrence J. F. , Tomaszewska W.

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nr 3

EN

Periptyctus Blackburn, 1895 is redescribed and transferred from Endomychidae to Corylophidae, Periptyctinae subfam. nov. Pakalukodes gen. nov. (type species: P. bimaculatus sp. nov.) is described from Queensland (Australia) and placed in Periptyctinae. Selected adult and larval features characterizing the subfamily are compared with those of other corylophid taxa and with members of the families Coccinellidae, Endomychidae and Latridiidae.

10

The first fossil bark-gnawing beetle from the Middle Jurassic of Inner Mongolia, China (Coleoptera: Trogossitidae)

45%

Yu Y. , Leschen R. A. B. , Slipinski A. , Ren D. , Pang H.

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nr 2

EN

A new bark-gnawing beetle genus Sinopeltis gen. nov., with two species (S. jurrasica sp. nov. (type species) and Sinopeltis amoena sp. nov.), is described based on two well-preserved impression fossils. Specimens were collected from the Middle Jurassic Jiulongshan Formation in Daohugou Village, Shantou Township, Ningcheng County, Inner Mongolia, China from a lacustrine paleoenvironment, making it the oldest fossil of the family. Sinopeltis is placed into Peltinae incertae sedis.

11

The first record of Cretaceous thaneroclerids (Insecta: Coleoptera) from the Burmese amber

38%

Yu Y. , Deng C. , Kolibac J. , Slipinski A. , Ren D. , Jin J. , Pang H.

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nr 3

EN

A new genus of Thanerocleridae, Archaeozenodosus bellus Yu and Kolibac gen. et sp. nov., is described and illustrated from the Upper Cretaceous (Cenomanian, ca. 99 Ma) amber near the Hukawng Valley of northern Myanmar, making it the first Mesozoic record of the family. Morphological characters preserved in the Burmese amber highlight the diversity of thaneroclerids during the Late Mesozoic and provide data for future phylogenetic studies of Thanerocleridae.