File:The Victorian naturalist (1975) (14596960230).jpg

Identifier: victorian929319751976luca (find matches)
Title: The Victorian naturalist
Year: 1884 (1880s)

Arthur Henry Shakespeare Lucas  (1853–1936)
Alternative names	A.H.S.Lucas; Arthur Henry Shakespeare Luras; A. H. S. Lucas
Description	British botanist and entomologist
Date of birth/death	7 May 1853	10 June 1936
Location of birth/death	Stratford-upon-Avon	Albury
Authority file	: Q2865141 VIAF: 3802231 ISNI: 0000000084178738 LCCN: n81111921 Botanist: A.H.S.Lucas Open Library: OL4506631A WorldCat

Francis George Allman Barnard  (1857–1932)
	Alternative names	Birth name: Francis George Allman Barnard; Barnard; F. G. A. ‎Barnard; Francis Barnard
	Description	Australian-British naturalist, pharmacist, politician, editor and cricketer
	Date of birth/death	1857 / 26 December 1857	1932 / 2 June 1932 / 1 June 1932
	Location of birth/death	Melbourne	Melbourne
	Authority file	: Q3081456 VIAF: 40699264 LCCN: n81089221 NLA: 36356473 WorldCat

Subjects: Natural history Natural history
Publisher: (Melbourne) Field Naturalists Club of Victoria
Contributing Library: Smithsonian Libraries
Digitizing Sponsor: Biodiversity Heritage Library

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underside of eucalypt logsduring winter months, when the lar-vae were totally encrusted with par-ticles of soil agglutinated to the bodysetae. This apparently gives protectionagainst soil-dwelling predators, suchas mites. Mites (unidentified) werefrequently found feeding on the pre-spiracular sclerites when larvae werenot encrusted with soil particles. The mature larvae of E. australasiaewere found to construct pupation cellsin autumn (Mar-April) and to pupate in spring (Sept-Oct), the beetlesemerging in summer (Jan-Feb). Themature larvae of D. dorsalis often digto a depth of 10 cm to constructpupation cells and the timing of theirpupation and emergence of the beetlesis similar to that of E. australasiae. The cells of both species are con-structed from faecal material; the cellof E. australasiae consisted of woodyfibre and was oval, about 23 mm longand 15 mm wide; the cell of D. dor-salis yielded little evidence of rootfibre having been consumed. Themethod of cell construction was the
Text Appearing After Image:
Plate III: Above left, larva ofEupoecila australasiae. Above right, larva ofDiaphonia dorsalis. Fig. 1. Head —dorsal, withoutmandibles. 2. Labrum — dorsal. 3. Left maxilla. 4. Labium — dorsal. 5. Sclerite. 6. Leg. 88 Vict. Nat. Vol. 93 same for both species. The larvae in-duced defecation by stimulating thearea above the anal lip with closedmandibles and then worked the faecesinto position with the mandibles toform the cell wall. The inner surfaceof the cell is then trowelled smoothwith an up and down movement withthe closed mandibles. General appearance of Larvae of thetwo species The structures of ten larvae fromeach collecting site were examined.Five specimens from each group werepreserved and the remainder werebred out. Plate III The larvae of both species vary insize and of 10 specimens of eachspecies examined, D. dorsalis rangedfrom 70 to 95 mm and E. australasiaefrom 55 to 68 mm on the dorsalaspect. The larvae of D. dorsalis is morerobust and the head is considerablymore

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