8B Canadian Arctic Expedition, 1918-18 
1865. Evarne impar Malmgren, Ofvers. af K. Vet. Akad. Férh., p. 71, pl. 9, 
f. 7A-7D. 
1888. Harmothoe impar St. Josepu, Ann. Sci. Nat., ser. 7, 5, p. 162. 
1896. Harmothoe impar, var. Pagenstecheri MicHAELSEN, Polychet. Fauna, 
p. 7, pl. I, f. I. 
1919. Evarnella, nom. nov. pro Evarne (nom. preocc.), CHAMBERLIN, Mem. 
Mus. Comp. Zool., 48, p. 40. 
Two specimens seeming fully to agree with this species so far as may be 
judged in the absence of elytra, all of which are lost. The larger specimen is 
21 mm. long, with a width across sete of 7-2 mm. Proboscis 5-8 mm. long. 
Locatity.—Northwest Territories: Bernard harbour, outer part. Station 
41. July 20, 1915. Depth, about 10 metres. Bottom, mud with Laminaria 
and Delessaria. 
Antinoe sarsi Kinberg. 
1865. Antinoe sarsi Kinberg, Maumaren, Ofvers. af K. Vet. Akad. Férh., 
p. 79, pl. 9, f. 6A-6E. 
1879. Polynoe sarsi THEEL, Annul. Nov. Zembla, p. 16. 
1912. Harmothoe sarst Dirtevsen, Annul. Danmark Exped., p. 415. 
This is another species common in arctic and northern waters of both 
hemispheres. It is abundant on the Siberian coast, in Bering sea and along 
Kamchatka, as well as on the European and North American coasts. It has 
been taken at several points along the coast of Greenland where nearly all the 
captures have been of single individuals. The Canadian Arctic Expedition 
took two specimens at each of the two first of the following stations and one 
at the third. 
Locauities.—Northwest Territories: Bernard harbour. Station 41. July 
20,1915. Depth, about 10 metres. 
Northwest Territories: Bernard harbour, outer part. Station 41c. July 
28,1915. Depth, about 5 fathoms. 
Alaska: off Collinson point. Station 27e. September 17, 1913. 
At the last-named station was taken one specimen noted in the field journal 
as ‘‘pelagic under ice at one foot water.” It is further noted by Mr. Johansen 
that ‘‘ The Polynoid came up with the water as the hole was cut in the ice. It 
swam quickly along by moving its parapodia successively (as a myriopod), 
but not (or only to a small degree) by wriggling its body as pelagic chetopods 
generally do.” The specimen is somewhat aberrant in structure from the ordin- 
ary non-pelagic form. 
¢ 
Gattyana cirrhosa (Pallas). 
1766. Aphrodita cirrhosa Patuas, Miscell. Zool., p. 95, pl. 8, £. 3-6. 
1780. Aphrodita scabra Fasrictus, Fauna Groenl., p. 311. 
—. Aphrodita punctata Fapricivs, ibid., p. 311. : 
1815. Aphrodita viridis Montacu, Trans. Linn. Soc., II, p. 18, pl. 4, f. I. 
1826. Eumolpe scabra BLAINVILLE, Dict. Sci. Nat., 57, p. 459. 
1834. Polynoe scabra AUDOUIN and Mitne Epwarps, Annel., p. 87. 
1839. Polynoe viridis Jounston, Ann. Nat. Hist., 2, p. 437. 
1843. Lepidonotus assimilis OrRsTED, Annul. Dan. Consp., p. 13, f. 3, 6, 14, 
32, 33, 37, 38, 45, 46. 
1858. Harmothoe scabra Kinprre, Annul. Eugen. Resa, p. 21. 
1861. Polynoe scabriuscula Sars, Forh. Vid. Selsk., p. 61. 
1864. Ledidonotus cirratus var. parasiticus Batrp, Trans. Linn. Soc., p. 161. 
1865. Lepidonotus imbricatus JoHNsTON, Cat. British Annel., p. 118. 
1865. Nychia cirrosa MALMGREN, Ofvers. af Vet. Akad. Forh., p. 58, pl. 8, f. I-IE. 
1886. Iphione muricata Gipson, Verm. Liverpool, p. 150. 
1890. N oe cirrosa, var. Chetopteri’ Matmeren, Ann. Boulon., 15, pl. I, 
. Te-7d. 
1897. Gattyana cirrosa McIntosu, Ann. Nat. Hist., ser. 6, 20, p. 167. 
