188 BULLETIlSr 132, UNITED STATES NATIONAL MUSEUM 



the uncus of the male genitalia is a little too strong, more like that 

 of typical Fledia. 



Male and female genitalia figured from specimens in National 

 Collection from Meach Lake, Quebec (C. H. Young, "25-5-03," 

 male), and Mer Bleue, Otta^va, Ontario ("25-5-03" female). 



Bursa of female without signum. 



Distribution. — Maine, Ontario, Quebec, Manitoba, Alberta, Lab- 

 rador. 



Alar expanse. — 13-14 mm. 



Type. — In National Collection. 



TyjJe locality. — ISIaine. 



OLETHREUTES ROSEOMACULANA (Herrich-Schaefer) 



Is probably wrongly credited to North America and should be 

 omitted from our lists. Fernald's costiniaculana is very similar in 

 pattern and color and is very likely what Moschler had from Labra- 

 dor. It averages a trifle smaller than typical specimens of roseo- 

 77iaculana^ but could easily be mistaken for that species. 



29. OLETHREUTES DEVOTANA Kearfctt 

 (Figs. 250, 420) 



Olethretites ilevotana Kearfott, Trans. Amer. Ent. Soc, vol. 33, 1907, 



p. 16. 

 Argyroploce devotana Barnes and McDunnough, Check List Lepid. Bor. 



Amer., no. 6848, 1917. 



This species also, like costi77iaculana, would seem rather to belong 

 in Hedia than Olethreutes. The uncus is rather strongly spined; 

 but the bursa shows no trace of signa. 



Represented by the type material in the American Museum and 

 National Collections, and by specimens in the Barnes and National 

 Collections from Florida. 



Male genitalia figured from type, female from paratype in Col- 

 lection Barnes from Hastings, Fla. ("VI-8"). 



Alar expanse. — 14-15 mm. 



Type. — In American Museum. 



Type locality.—'' Ch. Harbor, Fla." 



30. OLETHREUTES BUCKELLANA (McDunnough) 



(Fig. 448) 



Argyroi>loce duckellana McDunnough, Can. Ent., vol. 54, 1922, p. 43. 



So far represented only by the Canadian Museum material, type 

 and one other male from the type locality. Easily recognized by 

 the male genitalia vriiich has a short stiff spur projecting from sac- 



