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VOL. 71 PART 1. | JULY 25, 1947



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Price - - Fifteen Shillings

Registered at the General Post Office, Adelaide, for transmission by post as a periodical

VOL. 71 1947





Registered at the General Post Office, Adelaide, for transmission by post as a periodical


Womerstey, H., and Konts, G. M.: New Genera and Species of Trombiculidae from the Pacific Islands Me ts an et wh ¥ A oe

Jounston, T. H., and Epmonns, S. J.: Australian Acanthocephala No. 5

Brack, J. M.: Additions to the Flora of South Australia, No. 44 ..

Jounston, T. H., and Mawson, P. M.: Some Nematodes from Australian Lizards .. Turner, A. J.: A Revis:‘on of the Australian Phycitidae, Part I ..

Mites, K. R.: Pre-Cambrian Granites and Granitisation, with special reference to Western Australia and South Australia

Prescott, J. A., and Lane-Poote, C. E.: The Climatology of the introduction of Pines of the Mediterranean Environment to Australia ..

Crocker, R. L., and Woop, J. G.: Some Historical Influences on the Development of the South Australian Vegetation Communities and their bearing on Concepts and Classification in Ecology

Bursinpce, Nancy T.: Key to the South Australian Species of Eucalyptus L’Herit Strepnens, C. G,: Functional Synthesis in Pedogenesis Fintayson, H. H.: On the Weights of some Australian Mammals

Wirson, Ariran F.: The Charnockitic and Associated Rocks of North-Western South Australia. Part IJ, The Musgrave Ranges—an Introductory Account ..

Spricc, Rec. C.: Early Cambrian (?) Jellyfishes from the Flinders Ranges, South Australia

Evans, J. W.: Some New Eurymelids from Australia and New Guinea (Homoptera, Jassoidea)

Womerstey, H, B. S.: The Marine Algae of Kangaroo Island. J. A General Account of the Algal Ecology

Keruinc, L. C. P.: Pythium debaryanum and Related Species in South Australia

Mawson, D.: The Adelaide Series as Developed along the Western Margin of the Fiinders Ranges

Lancrorp-SmitH, T.: The Geo'togy of the Jamestown District, South Australia .. Sprica, Rre. C.: Submarine Canyons of the New Guinea and South Australian Coasts ..

Womerstey, H. B. S.: The Marine Algae of Kangaroo Istand. I. A General Account Western Australia

Ornen, I. L.: Notes on the Genera Lychnothamnus and Lamprothamnium (Characeac)

Jounston, T. Harvey, and Beckwitu, Anne C.: Larval Trematodes from Australian Freshwater Molluses. Part XII *3 aA a ss x3 na ae










Cecil Thomas Madigan, M.A., B.E., D.Sc., F.G.S., a leading Australian geologist and geographer, a member of this Society for the past 25 years, and a Past President, died at the early age of 57 years on 14 January 1947,

Curtailment of his span of life was doubtless the result of heart strain result- ing from exceptional exertions in the field of sport, exploration and war.

His earlier education was received at the Adelaide High School, Prince Alfred College and the University of Adelaide, where he graduated in Mining Engineering in 1910. As a Rhodes Scholar from South Australia, he then pro- ceeded to Magdalen College, Oxford, to continue with geological studies, which were, however, to be postponed, for late in 1911 he joined the Scientific Staff of the Australasian Antarctic Expedition of 1911-14.

Dr. Madigan’s record during more than two years in Antarctica was out- standing. It includes leadership of a sledging party which reconnoitred the ice plateau in winter time under record adverse climatic conditions. In the summer of 1912-13 he successfully led a sledge journey, charting a great length of new coast line of the territory thereafter known as King George Land. On return to winter quarters, he was selected to be in charge of all land operations pending the return of the Expedition Leader, who at that time had failed to return from a journey across the plateau ice.

His graphic account of the summer sledge journey forms a section of the popular story of the Expedition, published as “The Home of the Blizzard.” He was chiefly responsible for the meteorological record of the Cape Denison Station, which is published as an important section of the Expedition’s Scientific Reports issued from the Government Printing Office, Sydney.

On the advent of war when again in England in 1914, he joined the Royal Engineers and served throughout the whole period with rank of Captain. Later, having finally graduated at Oxford, he was appointed Assistant Government Geologist in the Soudan, This post he relinquished in 1922 to join the staff of the University of Adelaide.

With the outbreak of the Second World War, Dr. Madigan was appointed chief instructor in the School of Military Field Engineering (Liverpool, N.S.W.), attaining the rank of Lieut.-Colonel.

During his long term as lecturer in Geology, he found time to execute a number of important geological investigations dealing with problems relating to South Australia and to Central Australia, It is in the latter field that his work has received most recognition. His explorations in the MacDonnell Ranges and neighbourhood, and in the Simpson Desert, have established him as the leading authority on the Geography and Geology of Central Australia, For this work he was the recipient of wide recognition in scientific circles both in Australia and abroad. He is also well remembered for his zeal in furthering the good work of the Legacy Club and the University Graduates’ Association.

His published scientific works additional to those dealing with his Antarctic activities mentioned above are the following :—


“A Description of some Old Towers in the Red Sea Province, North of Port Soudan.” Soudan Notes and Records, 5 (1922), 78-82.

“The Geology of the Fleurieu Peninsula, Part I The Coast from Sellick’s Hill to Victor Harbour.” Proc, Roy. Soc. S. Aust., 49 (1925), 198-212.

“Organic Remains from below the Archaeocyathinae Limestones at Myponga Jetty, South Australia.” Trans. Roy. Soc. S. Aust., 50 (1926), 32-33.

“The Geology of the Willunga Scarp.” Proc. Roy. Soc. 5. Aust., 51 (1927), 398-409.

A.N.Z.A.A.S. Reports of the Glacial Research Committee (with D. Mawson), 19 (1928), 97-99.

“Preliminary Notes on New Evidence as to the Age of Formations on the North Coast of Kangaroo Island.” Trans. Roy. Soc. S. Aust., 52 (1928), 213-214.

“An Aerial Reconnaissance into the South-Eastern Portion of Central Australia.” Proc. Roy. Geog. Soc. (5S. Aust. Branch), 30 (1929), 83-108.

‘Lake Eyre, South Australia.” Geog. Jour., 76 (1930), 215-240.

“Pre-Ordovician Rocks of the MacDonnell Ranges, Central Australia” (with D. Mawson). Qld. Jour. Geog. Soc., 86 (1930), 415-428.

“Geology of the Western MacDonnell Ranges, Central Australia.” Qld. Jour. Geog. Soc., 88 (1932), 672-711.

“The Geology of the Eastern MacDonnell Ranges, Central Australia.” Trans, Roy. Soc. S. Aust., 56 (1932), 71-117.

“The Physiography of the Western MacDonnell Ranges, Central Australia.” Geog. Jour., 78 (1932), 417-433,

A.N.Z.A.A.S.—Reports of the Glacial Phenomena Committee, 21 (1932), 464.

“The Geology of the MacDonnell Ranges and Neighbourhood, Central Australia.”

Reports A.N.Z.A.A.S,, 21 (1933), 75-86.

“The Australian Sand-ridge Deserts.” Geog. Rev. (1936), 26, (2), 205-227.

“Central Australia.” Oxford University Press, 1936 and (2nd ed.) 1946.

S. Aust. Royal Society Centenary Address: “The Past, Present and Future of the Society, and its Relation to the Welfare and Progress of the State.” Proc. Roy. Soc. S. Aust., 60 (1936), I-XV

“Additions to the Geology of Central Australia.” A.N.Z.A.A.S. Reports, 23 (1937), 89-92.

“A Review of the Arid Regions of Australia and their Economic Potentialities.” A.N.Z.A.A.S, Reports—Presidential Address, Section P, 23 (1937), 375

“The Boxhole Crater and the Huckitta Meteorite,” Proc. Roy. Soc. S. Aust., 61 (1937), 187-190.

“The Huckitta Meteorite, Central Australia” (with A. R. Alderman). Min. Mag., (1939), 25, (165), 353-371.

“The Boxhole Meteoritic Iron, Central Australia” (with A. R, Alderman). Min. Mag., (1940), 25, (168), 481-486

“Simpson Desert Expedition, 1939: Scientific Reports—Introduction, Narrative, pseu and Meteorology.” Proc, Roy, Soc. S. Aust., 69 (1945), 118-139.

“Simpson Desert Expedition, 1939: Scientific Reports— No. 6— Geology: The Sand Formations.” Proc. Roy. Soc. S. Aust., 70 (1946), 45-63.

Adelaide, 14 July 1947 D. M.




Description of Larvae-Shape ovate. Length (engorged) to 450, width to 300. Scutum pentagonal, as figured, with the anterior margin lightly sinuous, posterior angle rounded. Sensillae ciliated on distal half, with the sensillae bases nearer to each other than to PL and placed slightly anterior of line of PL. Eyes 2+2, on distinct ocular shields, the posterior eyes the smaller. Chelicerae not serrated on inner (dorsal) edge, with the usual small apical tricuspid cap forming the apical tooth, a small subapical dorsal tooth, and a small subapical ventral tooth. Galeal setae nude. Palpi stout, tibial claw bifurcate; seta on palpal femur 2-3-branched; on genu nude, on tibia only the ventral seta branched; tarsi short, with basal and subapical rods, and five or six ciliated setae, one of which is much stronger than the rest and over-reaches the tip of the tibial claw by the claw’s length.



By H. Womersrey ! and G, M. Karis @ [Read 10 October 1946]

Eutrombicula gymnodactyla n. sp. Tig, 1A-F

Description ef Lurvae—Shape ovate. Length (engorged) to 4504, width to $00». Scutum pentagonal, as figured, wiih the amterior margin lightly sinuous, posterior angle rounded, Sensillae ciliated on distal half, with the sensillae bases neurer to each other than to PL and placed slightly anterior of linc of Pl. Eyes



Vie. 1 Fotrambiewia (Aseeriseis) gxmpoitactyle 1. ep. A, dorsal seutim (20900); B, palp in dorsal view (x 8601; -C, tip of chelicera (x 860); D, galeal seta; MT, tarsus and metatarsus LLL (x 450); J¥, dorsal seta ( 860)-

2-+-2, on distinct ocular shields, the posterior cyes the sivaller. Chelicerae not serrated on inner (dorsal) edge, with the usual small apices) tricuspid cap form- ing the apical tovth, a small subapical dorsal tooth, and a simall subapical ventral tooth. Galeal setae nuce. Palpi stout, tibial claw biturcate: seta on palpal femur 2-3-branched: on genu nude, an tibia onty the yeutral Seta branched+ tarsi shart, with basal and subapical rods, and frye or stx citated setae, one of which is much stronger than the rest and over-reaches ihe tip of the tibial claw by the claw's length.

Dorsal setac 24 in number, to 3G) long, ciliated auc arranged 2,6, Ventrally with a pair of branched setae on guathosoma, one on cach coxa, a pair hetween coxae T and between coxae JIT, thereafter uncertain as all specimens

©) Entomologist, South Australian Museum,

©) Major $9.C., Usited States af America Typhus Coiimission, naw Enlomolovist, TLS. Pulidic Tea'th Service, Rocky Moutta’n Lahoratery, Hamuiltun, Montana.

Traus. Roy, Sou. $. Aust. 74 C2), 25 July i947

4 were heavily infested with sporozoa but approximately to 204 in length, Legs: I 2104 long, 11 195. U1 210p; tarsi land Tb with the usual dorsal sensory rods; tarst ILL without any lone mudde set. The Standard Data (sce Woinersley and Tfeaslip 1943) in microns ior the type and three paratypes, Standard ‘Vheoretion! Observed Coelh. of Monit Deviation Hansa” Range Variation AW ... 45-75220-75 1-50 +0156 44+25 -30-25 450-15 +0 are BW... 60-0 ‘No variation recorded SB... Wa =0-87 1-7340°61 Il-3 —21-7 15-90-18 -0 1-5

ASB .. 1-0 «No variation recorded PSP | 2ie2540+75 1-50-0+53 12-75 23-75 210-240 Gr SD, 4)-85-40°75 1-5020+53 36775-4373 39--42-0 36 AP | U5 20°87 1-7GaU-61 Le 3 24-7 10-210 8-8 AM 24-0 No variation recorded AL... 25+5 20°87 1:72:0-61 20-3 37 24-0 27-0 6$ hy re 2'- No variation recorded Sens. . 47-0 #1:°9 L-73aG 71 41-8 —-52:2 Ad +O] 37

Loe—tTis species iy desertbed from four specimens from Gatadactynts lowisiedensis fron: Sansapor, Duteh New Guinea (G. ME. K-, Sansapor, No. 3, 26 Aug. 1944),

Renarks—In the pentagonal seutum th’'s species would fall into Sig Thor's enbgenus Penlaqorel/a 1925, but the bifureate palpal claw puts it into Ewing’s Entrombicula 1938, and the number of dorsal setae info -Lscariscus wing 1943, We conentr, however, wilh Michener 1946 (Annais, Ent, Soc. Ainerica, 29, (1), 101118, in regarding vlscarisexs as a synonym of Lutrowbicnia.

The type and one peraivpe iv the South Anstralaa Museum, amd two para- typea in the U.S, National Museum.

Genus Novstrembicula noy.

Larvae—As in Trambicula Berl s1., with the dorsal seutum ftrnished with paired flamentous scnsitlae wil the usual five selac (one AM, two AL, aud two PL}. but produced posteriorly and tongue-lke, sa as to inehide, in addition to the above, same of the median sctee of some of the cersal rows as it the gerus Gahatirpia.

* .

Genotype Mevotrembicula owigusis mm. sp.

Nevotrombicule awiensis 1 sy. Digs 2 A-bT

Desciiplion of Lorvas—Shape eubrotund. Size sinall; lenge (unfed) 253 p, width 180). Dorsal seutum large, tongue-shaped and produced posteriorly to cake in the tywo anedian setae of the third dorsal row, in addition ta the AM, AL and PL setee; scusiflaé long ard flamentous with cvisiions om the distal half, bases wide apart and about midway between nes of AL and DL. Eves 2+ 2, os distinet ocular shields placed close ta the lateral seutal margin; posterior eyes the smaller. Cheliccra with only the nsual! apical tricussid cap, but on the immer margin be’ew the cap with a rather prominent subajical angle, Gateal setae long avd nude, Palni rather slender, with relher long slender and |Hfureaic ubial clay, the dorsal prong of which is small and ficistiner; palpal fenry ancl genu with a jone sle:vler, shortly citiared setaz all three setae on thin long and apparently amide; tarsi moderately loti and conical, with a tong sulvzacal sensory

vod aud five of six louse eilinted setae,

ns a)

i . =, t


Dorsal setae rather thick, slightly tapering, shortly ciliated and of two sizes, arranged 2.4.4[2].4.2.2; the second row with the medial pair just off the scutum and to 57 » long; the inner members of the third raw are on the scutum and are

view; B, veniral 860); E, tip of

Big 2 Novotrembicula owiensis nog. wid nosp. A, corsa!


view: C, dorsal scutum (+500); DTD, palp in dorsal view (x

chelicera (x 860); F, waleal seta; G, dorsal seta (x 860); H, tarsus and meta- tarsus IID (x 450),


short to 24. Ventrally with a pair of branched or ciliated setae on the gnatho- soma, one ou each coxa, a pair between coxac T and between coxae [IT and there- after to 24 long. All three pairs of coxae totiching. Legs: I 255 long, 11 240, JIE 273; tarsi I and If with the tsital sensory rod-like seta, LEL without any long nude seta,

The Standard Data in microns for type aud two paratypes are:

Standard Thenrelical Ohset'yed Coeff, of Meun Deviution Range Renga Variation AW |... 89-3120 2-NS+0+85 83+1-> 95-5 87-0— 91-0) 2-3 PW.) 85-31-33 2. 310-94 $8-—-102+2 94-0— 98-0 2:4 SB. = GT-0+1-00 1-7340°71 Sark 65-2 600 63+0 2:8 ASB, do-#i-0 L73s0°71 1W-8— 21-2 15:0— 18-0 10-9 PSB , 112-0 No variation recorded SD, 1280-41-00 L+73A0-71 122+8—133-2 127+(}-130+1) 1+3 A-2 .. 20-7403] 0340-22 10-1— 23-3 20-0— 21-0 2-6 AM , 40-3=0-88 1-3340-62 aa7— 44-7 59-G— 42-1) 3-8 PT cays 50-0) No variation recorded PLE ot 43-0 No variation recorded Sens... 67-0221-0 173071 GL:8— 72+2 66-G— 69-0 2-6

Lec-—Six specimens collected from the soil at the base of a large tree ot Owi Island, North Coast of Dutch New Guinea, 15 Aug. 1944 (G. M. K, Owi 22C.),

Nemarks—But for the prolongation of the dorsal scutum to include some of the medial dorsal setae, this interesting species would fall into Trombicida $1. The form of the seutum, however. is parallel to that found in the genus Guhrliepia of the group of genera with clavate sensillac and justtties the ereetion of a new genus.

The type and two paratypes in the South Australian Museum, three pata- types in the collection of the Rocky Mountain Lahoratory,

Schongastia philipi n. sp. Fig. 3 A-G

PA i of Larvor Shape an elongate oyal, Length (unfed) 2364, width 182. Scutum more or less hexagonal, with the posterio? muirein 3-sided and deen hehind line of PL with a slight concavity medially; AM seta very much es than AT. and PL. AL the longest; sensillae mote capitate than clavate

i their bases in dine with PL. Eyes 2+ 2, apparently oot on ocular shields, the posterior eyes the smaller. Chelicetae not unusually slender, with apical tricuspid cap and on the inner (dorsal) margin with three to four strong and some smaller teeth. Galeal setae nude. Palpi stout, with trifureate tibial claw; seta on palpal temur ciated or branched; on genn nile: on tibia dorsal and lateral nice, ventral branched; tarzts short, with basal and suhapieal sensory tads and several ciliated setae. .

Dorsal setae 36-40 » long, ciliated. 28 io number and arranged Ventrilly with paired br anched setae on gnathosoma, a ciliated scta on each COXA, a pair hetween coxae I and between coxae TIT, and therealter 4, to 23 fe lone. Legs: I 256» long, TI 228 ps VT 250 yj tarsi Land If with dorsal sensory rod, TTF with a long nude sela arising subbasally and dorsally.


The Standard Data for type and four paratypes are:

AW... PW wns SB ASB ... PSB... 0 ne A-P ... AM AL Ph Sens...

Standard Theoretical Observed Coelf, of

Mean Deviation Range Range Variation 48-61-12 2-5140-80 41-1 36-1 45-0 51-0 st 69-6-20°40) (89-90-28 66-9--F2°3 68°0-70-0 1L+3 18-40-40 0-890-28 15-7—21+1 15+0-20-+0 498

24-0 No yariation recorded

21-0 No variation recorded

43-0 No variation recorded 23+ 60-40 0-892-0-28 209-2643 22-C—24-(0) a8 22:240-73 1-4a-0+52 17-+3-27°1 21-0-24-U 7-4 59-2+1)-49 1-0440-34 §5°9--62°+5 58-0—60-0 1-8 426-1712 2°3140-79 35-1—30+1 39-U—45-0 5-9

30-0 with head 15/18

Vig. 3

Schingastia philipi n. sp. scutum (x S00}; D, palp in dorsal view (x 860); E, tip of chelicera (x 860}5 I’, galeal seta; G, tarsus and metatarstis [II (450).

A, dorsal view; B, ventral view; C, dorsal

Loc—Ty¥pe and nine paratypes from a Vizard Letolepisina alpertisti from Goodenough Isiand, New Guinea. 17 Jan, 1944 (3. M. KL, No. 486).

Memerks—The dentition of the chelicorae in this species ig somewhat different trota the many small tecth gound in other species of Schdngastio, but this fs not sufficient to warrant generic separation,

The type and four paratypes in the South Australian Masenm, and one para- type to Ls deposited in the Eritish Museum; one paratype to be deposited in the U.S, National Musetm and in the Rocky Bfiotaquain Labertiory.

Gents Oeneschongactia nov.

Alked to SelOngusiis but the cholicerae are short, curved aui stumpy with the apex divided jute tvoa terminal Wiuny and thick teeth. with a pair (sometimes three), of rather smaller teeth subapically. Valpal claw shorc and stout, tri- fureate. Wledian tarsal chaw (empocdium) longer than the laterals but equally thick. Sensillae clavate or eapitate.

OQenoschongastia cana n.sp, Tig. 4.A-G

Leseription of Lartae—Shape an clongate oval, Lenath (infed) 252), wilth 162.2. Darsal scutwm rouehly hexagonal with indistinet and fine pitting; with the usual five nosreal ciFated setae , nf which AL are the lomeest and AM the shortest, AM wich shart branches, AL and PL with long outstanding branches; sensillaé broadty clavate, the head indistinetly and very shortly setulose, sensillae bases about m lew with Pl; anterior seittcl matyin convex, posterfor laterally angular, Thyes 2-+ 2, large, on well-developed ocular shields and closely adjacent to seutum, posterior eyes the enaller. Chelicerae of peculiar form, short, stow! and curved, apex truncate andl divided into two sirony, broad and blunt teeth, and two (sometimes three) smaller teeth placed subap2eally on the inner edge. {anleal setae imide. Palpi stout, tibial elow short, stout and trifureate; femur with a lone atrong ela with long branches; genu with a nude seta; tibia willt the dorsal and Taleral ectae mace, ventral branched: tarsi shart with basal and subapical sensory rods and three or four ciliated or branched sctac. Dorsal setae strange with strong ciliations, 36 im number ani arranged, t0 40-309 » Jong. Ventrally with the ustal pair of branched setae of enathosoia, a single sela. on each coxa, a paly between coxee T and between coxae ITL, and there- after, mere gender and with longer cations than the dorsal setac, to 30 tous. Lees: 1324p jong, 11 252 p. TEL S80 p: tarsi T and TT with the usuat dorsal mod-like setae, tarsi [LE with a loug outstanding nude seta*; median clay (empndium) longer than bar as thick a) the laterals.

The Standard Data tn wictoms derived frem 22 specimens are:

Standard Th-ore/ ica! Ohserved Coeff. at

Mean Devintion Range Range Variation AW 62°8540-56 2H5+0+-40 FOS 69-0- 69-0 4.2 LAY 787 &)7F1 3:34+40-50 7 Foo aU 4-2 £6 34-854-0-49 2-3020-355 “75 D0+0--39- 0) 7-2 ASD... 28:9 0-35 Leedck0- 25 3 27th 22-0 5:3 3 She§ ees Peqeet he D1 370 24-)—27 +0) 5:8 Pe) 2-8 se()-45 2-ll4+f)+32 v1 4$8-0—57-0) 4-U AAS 29-2 m1) 32 1-30-1023 7 27-Y—F3+0 5-2 JA $2+452e0 46 2:1540°+32 9 7 -0-36-0 G6 Al. 74-3 &)-50 2a3tb0- 45 §1-3 7 D—-B0-0 3-0 PE ... 89s§ seDS9 1:8-f-F0' 28 Hel SS -fa-u a-l

Seng... 460 with head 20/24

* Lniertunately omitted from fig. 4G.

v7] Loc—The type and 72 paratypes from the mound of a brush turkey, Dobo- dura, New Guinea, 18 May if44 (G. M. IK, No, 325).

The type and 22 paratype deposited in the South Avstralian Museum, 35 paratypes in the collection of the Roeky Mountain Laboratory, five paratypes m the U.S, National Museum and five in the British Museum.

Yenierks—This genus and species in the pecttliar and characteristic chelicerae and the palpal claw is very distinct from Schdngasiia, Neoschongasta and Ascusehongasia,

FR =.

i (

A, dorsal view; B, dorsal cheticera (x 860); arsits LIT tx)450).

Tig. 4 Ovnoschdngasha cure nog. pid nosp seutum (x500); C, palp ia dorsai view (x860); D, £, galeal seta; T, dorsal seta (x 860); G, tarsus and smetat


Ascoschongastia “) uromys n. sp. Fig, 5A-F

Description of Larvae —Shape oval. Tength (amengorged) 300», width 200. Scutum roughly rectangular with fairly well produced posterior margin. AM short and normally ciliated, AL and PT lanceolate or foliate, to 16 4 wide,

Tig. 5 Aseasehangestia wromjyys uesp. B, ventral view: €, dorsal scutum (xf00); D, tip of chelicera {x 860); Ic. waleal sela; Fy, darsal ait yertral s

with longitudinal rews af strong dentures. Sensillae glohose, apparently nude, with their bases only slight!y in advance of Hne of [L. bwes 2-- 2, .0n distinct oculer shields; posterior the smaller, Chekeerae with only the usual apical tricuspid

@) Ewing (Proc. Biol Soe. Washineton, 53, 1940, p. 70-71) : that the genus Paraschdngastia Wom, is syvuonymous with Neoseliire (genotype WW. aiericave), aml for the remainder of the species of LV conspecifie with emericdua lias proposed the name of slacos % Gater as genotype. The choeiee of this Species at genotype is, however, somewhat mil+ fortunate, as it is a rather aberrant species with PL distinetly off the seutum.

recently shaw Ha Esving 1929

coschougusha nat


eap. Galeal setae nude. Palpi fairly stoyt, with bifurcate tibial claw. Setae on palpal femur, genu and tarsi apparently all nine. Dorsal. sctac all foliate or lanceolate with strong dentures (ci. fig. 5D), to 64 long and 16m wide, 28 in number, and arranged 2,6.6,6,6.2. Ventrally with usual pair oF branched setae on gnathosoma, a single ciliated seta om each coxa, a pair between coxac I and between coxaeé IL, and thereafter 5.6.6, anterior of atius, and of which the outer two of the second six approach the doreal setae in form; then posterior of anus 42, foliate and dentate as on dorsimy the amlerior non-ftoliate ventral setac to 20 2 long. Legs: 1270p dong, if 220», 117 270; tarsi Land I with the usual dorsal sensory rod, FIL without any long nude seta.

The Standard Data derived from the type and seven paratypes are as follows:

Staudare Thearetion! Observe l Coeff. of

Mean Syiatian Ranes Raines Variation NW 2. 50+6#1-74 4.02+1-23 35-B—fae 4 £5-0—-60+4 9-7 PAY, 09-S260-71 2-000-50 h3*5—73+5 t6-0°-75-0 2-9 Si dik +E0 1-41+0735 I4-8-- 23-2 18+0—21-0 7-4 ASE. 21-0 No varintiun recorded PSB. 18-0 Wo variation recorded SDs 34-0 No variation recorded A-P . 21+G0-42 PT 30 18-0 25-2 1-0--24-0 5°5 AM (2. 1G:520-67 164047 11-G—21-4 =3-0-18-0) 9-9 AL ww 40-50-67 1-64220 +47 44-6- 54-4 ++8-U—31+0 GA PL on. | GO O0+57 1-60+0-40 ABe2 fide d 47-063 +0 27 Seis... 28-1) with head 17/17. Only ore determination

Loc —The type and. seven paratypes from Crore lainington from Doho- dura, New Guinea, 16 May 1044 (No. 315, G. M, K-.).

The type and two paratypes in the South Anstratian Museum, three para- types in the Rocky Mountain Lahoratery, one paratype each in the U.S. National Museum, aid the British Museum CN. 1T,).

Remarks—This species falls into the small gronp with [oliate seutat and dorsal setae comprising 4. Jrasiate (Gater), aneeullechi (Wom.), foliata (Gunther) and another species at present unpublishes,

Tt is close to wicenllochi but car. be disUugnished by the differcat mumber and arrangement of the dorsal aid ventral setae, and by the centationa of the sctue, althatw's: stron, being nowhere so large as in aicerdocin.

Ascosshongustia echymipeta n, si. Tig. GA-C

Desrviptien of Larvae—Shape oval, Length (engorged) te 460», width to 350, Seuium toughb> reevangular, rather small, and faivly long, with the posterior juargin yery shallow helen] PL. awl ightly sineetis; AM the shortest, AL the longest but omy a fit: longer than PL, Sensil'ae giahose with short distinet ciliatious; the sensillac bases ebout midway hutweeu AT. and PL. byes 2-|-2, on distinct oeular shielde antl well separate Trem semtal margin; the posterior eyes very much the smailer. Chelicerne with only the apical trienspid cap. Galgal setae nnde, Palpi stout, tibial claw trifurcate; setae on paypal femur and gent iranched, on tibia all three mide, DS 34-48 in number, arranged,2(0), to 30¢ long. Vertrally with a pair of branched sttac om


guathosoma, a single ciliated setu on each coxa, a pair between coxae I and betiwecn coxae UI, and thereaiter ca. 6.66444.2. to 26 long, Lees: 1 213. lone, h 186, LU 220 pe 5 tarst I aucl il witl: the usual dorsal sensory rod, Iti without any long nue sein.

Tue Standard Data from the type and 12 paratypes and threo other epeci-


Seundard Observed Caelt. of Mean Deviatiog Range Variation . fhe jokthe 2) 1-1620+20 Hdd 45h 434-484) B65 paw o., | GleSckG- BG 2:12+0-87 55-167 4 57 -0-—-06-0 34 Noo a 2ide toe (3 1-17-4021 Tos!) 2o-4 is Gailey 5-7 21-0 No yeviation recorded 15-9 iion recorded 36-0 No variation recorded nor SL GAO 149+ +25 DGB aueg— ies AF SKS ZOE O35 1+45240226 a? 3 c BG Sofs Ga BY 219720 +42 ou a3 ( el Low. ©6442 Ge 34 MONE date Feb, i-4 ead i7/

fh lscoschdngastia echinipera a.sp. A, dorsal seutum (x 500); By tin ny

of chelicera (2 809); C, pulp in doraat view (x 860),


suc—The type and 12 panatye es from Echaiitpera ceckerelli from Dobu- aura, ners Guinea, 29 Nov. 1943 (No. 46, G. MM. IS.), and another paratype from ganie host, locality and date (No. 48, G. M, 48.) ; also two other specimens from sun’ Lost and locality, 8 Dec. 1943 (No. 77, G. M. K.) 10 Dee, 1943 (No, 81, CG. 30 K.),

ike type and four paratypes in the Seuth Australian Muscum, two para- types each in the US. Nat. Miseam aud the British Museum CN. 41.) : reniaim- ing epecimets in the Rocky Mountain Laboratory.

Rewnarks—in a new key to the species of AlecoschGugastia in preparation, echyinivera will run down close to coorengense Jlirst and innisfailensis Wom. and Heasp.. but is casiiy distinguished ly the seutum and the mumiber and arrange-

P.. pt } 3 §

ment of the DS.




Parasites of this species were found in the fish Callionymus calauropomus, caught in St. Vincent Gulf, South Australia. Five of six fish examined contained this parasite, and in four of them they were abundant. The intestines of all these fish contained crustacean material, especially amphipods and cyprids. The collections examined contained both males and females, the latter being slightly longer and broader than the males. In all the specimens examined the proboscis was protruded, but in no case was the copulatory bursa of the male everted.



Ly T. Lisevey Joursrow and S.J. Romenes, Department of Zovlogy, Universtiy of Adelaide

[Read 10 Octoher 1946]

livrorecninoruyscnus ALALotis Yamigati 1939 (Fig, 1-9)

Parasites of this species were found iu the fish Cilfiowvmus cooanrepenues, caught mi St. Vincent Gulf, Sovth Australis, Dive uf six lish examine! con- iained tis parasite. and in four of ern they were abundant. The intestines of all these fish contained crusineein maceria!l, especialy amphipods and cyprids. The collections examine! contained bot males and females, te letter heing slightly longer and broader then the mates, In all the specimens examined the proboscis was protruded, but In no case was the copolatory bersa of the male evertesh

Vor Teneth of the tale is 1-4 10 2°7 mim, and the female 1°6 ta 2-8 mm, The meaxiniing with of che tusle ia O45 tn G70 wim,, and the female G50 to 0-91 win. The beedly in both sexes is enrved ventrally anc devoid of spmes. The préboscis is globular ta spherical in shape aud ig attached to the trumk ventre- terminally (fiy. 1). The proboscis of the male is 0-10 to 0-14 mim. iong anil Q-i0 te G-15 wim, in tts widest part. “Vhe correspouline méasurements in the femate are 0-12 ta O16 mm. The acck portion of the proboscis is very short, The srohoscis is armed with 25 hooks arranged in (en fongitudinal rows, consist- ina af fiye rows each of three hocks alternating will fwe rows each of two hooks (fy. 4.55. The lengths of the hooks, neasured along the curve from the pout ef exivasion to the tip of the hook, are shown in the following table -—

Male Anieriot Middle Posterior Row of three .... ace me 8 ta 78-1 jh 3U-35 jf 21-28 fe Row of two, ‘ne ae ot 71-89 is 23~32 14

Temiale Antesine halle Pustertur Row of three wi va BI-LO B42 28-82 py Row af twa... +. Ate me 7 29-33 14

The proboscis sheath is bwb-like and hr the imale measures G12 to 0-22 mm. Tong and OTL to O-14 mn. in its widest part. ‘The corresponding measurements of the femate are 0712 to 0-20 mim. and O11 to O16 mm, ‘Phe sheath, which is inserted wt the buse uf the prohoseis, is douhle-walle!. “Ube otaximuwm thickness of each Jayer in both sexes is 1) to lay, A spindle-shaped cangtion is strated at the pesterior end of the sheath, and the retinatula urise from the sie walls at about this Tevel, A strongly deveaped retractor is present in hoth soxes. The lenmisei aye short, elodt and eyindrical, and contain a well-developed tnewnar system. The hypodermis is thick aud the lacunae of the body wall anastomoses irecly.

Ail: system—There ure two sphéricnl to oval-shaped testes jtuced one behing the other bul usualy pressed close together. They lie in the anterior part

slighty larger than the posterior, the dinien-

of the worm. The anterior testis is sions of the former being O21 to 0-28 mm. Jong and €-20 to 0-26 mm. wide; and of the posterior 0°20 to 0-22 mim. Jong and O18 to O25 wim, wide. Two yaa efrerentia uiile near the anterver end of Lhe Saeiftigea’s pouch ty forin a commit duct, which in most specinens is swollen at its hase te lerm a seminal vesicle, This terminates tn a penis which projects into (he atrium of the bursa

Trang. Roy. Sac. 5S, Aust. 72 C1), 25 July 1947


and which is enclosed in a capsule or génital papilla. There are six cement glands which are elliptical to pyriform, In most cases they lic pressed closely together, The ducts of the six glands unite to [orm two lateral ducts, which join at their buses to form a U-shaped cement reservoir. Two well-developed diverticula project anteriorly from the bursa. The genital pare is terminal.

Fig. 1-9—Aypoeeliinorhyeechus alacolsts:

_ Aer

Female systeim—The general anatomy of the female system is shown in fig. 6. In a typical spectmen the nterine bell ig O-15 mm. long and is separated from the ulerus by a tiarcaw constriction, O't2 vu, in length. The uterus in the same specimen is 0-35 mm. long and 0: 07 mm. wide at the anterior end, Some of the female specimens contain floating ovaries, while the others bave both ovaries and eges. Mature eges, when mounted in methyl salicylate, measure 50 to 54 long and 13 to 14 wide, The polar extrusions of the middle shell are. well developed. A mamber of fennies bear a copulatory cap at their posterior extrenity,

Systematic position—We consider that this parasite belongs to the species Ifypoechinorhynchis aletcapis, deseribed by Yamaguti (1939, 325), from a Japanese fish, Our measurements agree very closely with those given by him. The hooks of our specimens, however, seem slightly longer, aiid the testes some- what smaller than in his material We regard Mypoccimorhynuchus as a yalid genus of the family Echinorhynenidae. The form of the probosets, as. well as the shape, number and arrangement of its hooks, are sttipeestive of those of Neocclitrorhynchus, but the characters of the cement glinds. are qanle different,

Although the parasites described hy Yamaguli were taken trom Alacups flinthus, he stated that a single immature Temale spechnen was collected from Cullionuyinus altigelis,

Pararhadinorhynchus mugilis n. gen., n. sp, (Pix, 10-22

‘Thus species necurs in the mullet, Mugil cophalvs. Five of six fish examine irom Port Wihinga in March, 1939, were parasitised, in ome case heavily. The intestine of all the fish contained much plant debris with occasional mollises and small crustaceans. Two other fish taken at American River, Kangaroo istand, by Mr, TT. M, Coaper in January, 1945, also contained the same specics of parasite im considerable mumbers. In the stomach of these fish were gastropods and maumerous crustaceans (prawns, anmhlipods and copepods). Both imate and female specimens were collected. The worms ate long ard eylidrical, the ferale being longer and slightly broader than the male. Both sexes are devoid of hotly spines, Th 2 length of the inale ranges from 3-1 do 11-4 mm., aud the wmuniun width from 0-23 to O61 mm. The feimates are from ta 19*2 ton, Jong and from 0-22 to 0-69 mm. wide. The posterior hali or third of the female is twisted in most cases into two or three spirallike convolutions fig. 19). Thig may be duce to the fixing processes, All incastretictits were mare on anunalé cleared in nicthyt salicylate.

Although the colicetion consists of a considerable namber uf both sexes, in vnly two is the proboseis fully extcoded. It is therefore dificnt ta give a range of values for the Jength mvt breadth oF that organ, Whe proboscis ia most adult specimens is aoout OO nut. lone aud 0-2 nun. wile in the breadest part I appears Lo taper clightiy tewaréls the hase, It bears 18 loneiadinal rows of hooks, midst ef which are firntly attached hy rooting processes to the cuticle. Each row

consists af 16 to 17 hooks. The form of the proboscis [s shown in fig 10, and

TSCRIPTION GF FIG. 1-9 1, male; 2, female; 3, proftoscis; 4, 5. rows of hooks: @ female organs; 7, exer; 8, ToS. anale, through cement @lands; 9, TS. male, through cement duets. bh, lourta, Lin, brain; bw, bady wally ev, conitlatery cay od, counent duct: ef, comgulated body Mid; ce, cement gland; er, cement reserveirs hit eaewatory diet: =, sanelion; fo, woiital opening: gy, genital papilla: tf. earl aae a, Tacuuas lw. ligament; lin, loins tudinal mnsele; lo, lateral openingeof uterine bells ny nielens: BY, probasrig; ps, grohuscis shell; enh vetractar muscle: Sp, SeelFhigen’s peureliz sph, sphigcter; 1 testis: ny uteras; nb, aterine bell: yh, vagritio) lath; vd, vue deferens; ve, vesierta seatinalis,


View, 10 Pararhedpweyrciag agucles UM, pate

fram an

mir ley 14,

15, 1.5. titeveh cement dects: Wi PWS. through reginn of ejaculatory duct; 17, T.S. reeion of esnution of izle.

or, middle anid posterior regions al pro ; 12 nosterior end of

VS. anteciur enil of aale; 14, T.S. through region of cement glands,


the sive ard fur of the hocks in fie, 11. Vhere is a slieht nech region, he proboscis sheath is double-wailed Land mieasives From Obl ia 1:3 tr. long, and from O-£2 to O20 min. wide. The thickness of earth wall ig about 0°02 nan, WA brain is situated towards the base of the praboscrs sheath,

The lacuuar yystem of the Sody wrall shows tio well-developed tor niin ‘nal lacunae, fromm which anastomasing chamuels arise (fe. 22), Nunerous small

nirclel ate foutid in the borly wall,

The Temnisct are about 0-8 mm. lang al exiend wadally as far as the posterior portion ot the prahaseis sient, Transverse: acetivnas of dhe lenimiiset shaw that they ate fat and that pyvo lacerat canals und a mmuber at largs 5 are po preset im these structures (fig, La).

Male systent—There are two elougute testes which No closé together. one behind the ather, in the posterior half Gr rnd of Wie anual The anterior lestis mecsires from 0°28 to 1-1 mm tone and trom O08 to O24 mim, wide. and the posterior 9-27 to 1+) inn. long and O-58 ta 0°23 ing. wide. There are tivo Tome, narreyy cotenl glands whieh reaee iin lengrts from O-fS to 2-5 mou. and is most specimens they are swollen posterkaly. The duets frou these glands turn tivo long cement reservoirs which usally ero constticterl in cne or two plaves iowurds theiy posterior extremities. A long Sacituren's pouch lies hetwean the two eement ducts and reaches forware as far as tite distal euds of the cement stats. The vas deferens swells slightly towards jis postertar part to form a seminal vesicle. There is an ejaculatory Guet and a weil- developed bursa which pears rays. In none of the species examined was the bursa everted. The male apertur: is terminal and 1s cuirrounded by manerous célis probably constituting a ganglion,

Aemal’ systert—The structure and arraweenanit of the female <retem ts shoayin te fig. ZO. ‘The taterine bell is aout G- 20 mum, Jove. The interrets proper in ature specimens tanges from t-Lto l4 mm. in leneth, The genital ovening is terminul aid the ganglionic comples which surrounds it is about i 13 wat, lowe.

Matere eges, measured in 709% alcohol. range from 56 ta 62 p long and 1-4 to 18. wide and bear polar prolangations of the mide shell.

Svatetatic position —This species does wer fit very well into Var Cicave's conception (1923; 1910) of the Rhadierhvrchidav, but it resembles most of the

he proboscis, the shape af the hooks. the

members ef ihvt fine dn the form ni the S

double-walled proboscis sheath, the long, lrbular cement glands, and the faci ihat its host is a fish. Tt ditters fron tne cnown getera of the family in the laste of body spines, though mit such geous, Lepiorhy uckoides, Has already heen aduriied. We propuse for the reception ai thts species anew genus, Pararfadinorl yr lis with the following cha eabter §:—Rhadinorhiyne shidiae; badly elongate, cylindrical - proboscis Tong, wih nnumerous hooks: proboses sheath dhuaurbleswelled with pro- hostis gaastion towarls the posterior sets body devoid of spines; cement elas two, lest. tubo'ar, swilllen slightly towares ths easly endl; numerals small nuclei in body wall; genital ganetion well deve'oped. hi fish. Type. Pura- rhadinvrkynelins oitgilis, Ixpes have been depositel im the Sonth Ausi-elian Mrsenn, Adefaice.

RuaAnsnkuyscuus erst ()avieiphi 1802) (Bie. 23-25)

Que imuminre female of this species was found i the iutestine of the southern tuntiv, This mecceyi, caught off the Semaphore in St. Vineent uals, Sotith Austriiiz, The worm was long and tubtilar, iis length being 17-1 mm: anc its masini breadth OOO mm. The proboscis, which was fully retracted, was 1-9 mun, long and bore many books. The proboseis shoath was double-walled


a 233


18-22—Perarhadinorhyichus ougilis: organs; 21, ex; 22, part

Rhadinorhwichius pristiss 23,

hooks; 23, ¢

18, maije; 19, fervale; 20, Temuic of Tacunar svsteni.

anterfar end of female; 24, bey


and 2°8 mm. long. Two lemnisci extended back as far as the posterior part of the proboscis sheath, The extreme anterior part of the body bore two sets of hooks, one group surrounding that part of the body adjacent to the proboscis, and the other group lying on the ventral side of the worm. The shape of the hooks is shown in hig. 24, The specimen was filled with unripe eggs which pre- verted the examination of the fernale complex. The largest of the eggs were 0:062 mm. long and 0-012 mm. broad. Three shells were seen, the middle bear- ing well-developed polar prolongations (fig, 25),

The specimen agreed in all essential details with the figures published by Lithe (1911, 44-46, fig, 58-63) and Meyer (1932, 47-48, fig. 23-25). The latter mentioned several kinds of fish as hosts of the parasite’ The species is now recorded for the first time from Australasian waters.


Lune, M. 1911 Acanthocephalen. Die Sitisswasserfaura Deutschlands. Ileft 16

Meyer, A. 1932 Acanthocephala, Bronn’s Klassen und Ordnungen des Tier- teichs, Bd. 4, 2 Abt., 2 Buch, 40-62

VAN Crrayr, H, J. 1923 Key to Genera of Acanthocephala. Trans, Amer. Micro. Soc., 40, 184-191

Van Creave, H. J. 1940 A Reconsideration of the Family Rhadinorhynchi- dae. Jour. Parasitol., (1), 75-84

Yamacutt, S. 1939 Studies of the Helminth Fauna of Japan, part 29, Acantho- cephala i, Jap. Jour. Zool, 8, (3), 317-351




Acacia euthycarpa desc. Em. Frutex magnus glaber, ramulis teretibus; phyllodia usque ad 8 cm. longa, 1 mm. crassa, teretia et 4-nervia,