The Entomological Society of NSW

The Entomological Society of NSW

The Entomological Society of NSW

Current volume 51 (Members)

Contents Vol. 51 (Members)

Papers will be published on-line as soon as they are ready and made available to members of the Entomological Society of New South Wales.  Members will be notified at the time of publication.  These papers will not be made available to INFORMIT until the entire journal has been published.  They will only be made available to the general public via this website once volume 50 is published in its entirety (approximately one year later).

GENERAL AND APPLIED ENTOMOLOGY

The Journal of the Entomological Society of New South Wales Inc.

VOLUME 51

CONTENTS

Some larval host plants for Aphanasium australe (Cerambycidae: Cerambycinae: Aphanasini): Ptoteacae appear to be the sole larval hosts for this tribe

Webb, G. A.

The range of larval host plants for Aphanasium australe (Boisduval) is expanded to include several species of Grevillea in the Sydney region. Adult A. australe were reared from several species of Grevillea, G. buxifolia (Sm.) R.Br., G. oleoides Sieber ex Schult. & Schult., G. sericea (Sm.) R.Br. and G. speciosa (Knight) McGill. An additional record for Hakea sericea Schrad. & J.C.Wendl. is provided. In Hakea, A. australe has been found to infest the stems and roots but in Grevillea, it appears to be confined to infestation of the root system. The only known larval host records for Aphanasium spp. are Hakea and Grevillea (Proteaceae).

General and Applied Entomology 51: 1-4 (published on-line 11.1.2023)

 

DNA barcode identification of Australian collected mushroom fly Coboldia fuscipes (Meigen, 1830) (Scatopsidae: Diptera)

Nguyen, D.T., Chen, Y. & Herron, G.A.

Mushroom fly Coboldia fuscipes was recently found contaminating Elizabeth Macarthur Agricultural Institute (EMAI) insectary cultures. Species identification secured via DNA barcoding was followed by phylogenetic analysis to determine the phylogenetic relationship of this introduced pest. We found that DNA barcodes of EMAI-collected C. fuscipes were matched to North American accessions of the species, which might imply a Nearctic rather than Palearctic source origin of the pest in Australia.

General and Applied Entomology 51: 5-7 (published on-line 11.1.2023)