526 



E. acmenioides. 

 E. altior. 

 E. atnygdalina. 

 E. Andrewsi. 

 E. apiculata. 

 I'., approximcms. 

 E. de Beuzcrillei. 

 E. Gamfieldi. 

 E. capitellatu . 

 E. cocci f era. 

 E. Considenicma. 

 E. coriacea-. 

 E. divers if oli a. 

 E. dives. 

 E. eugenioides. 

 E. fraxinoides. 

 E. gigantea. 

 E. hcemastoma. 

 E. Kybeanensis. 

 E. Icevopinea. 

 E. Laseroni. 

 E. ligustrina. 

 E. linearis. 

 E. macrorrhyncha. 

 E. micrantka. 

 K. Mitchelliana. 



E. Moorei. 

 I-J. Muelleriana. 

 E. nitida. 

 E. nutnerosa. 

 E. obUqua. 

 E. obtusiflora. 

 E. Penrithensis. 

 E. pilularis. 

 E. piperita. 

 E. Planchoniana. 

 nantheroid 



in 



(I used the term Re- 

 connection with this 

 anther in Proc. Roy. Soc. N.S.W .,xlvii, 

 235, but I am satisfied, with further 

 examination, that it is Renantherse.) 



E. radiata. 



E regnans. 



E. Risdoni. 



E. Sieberiana. 



E. Smithii. {See XII, 77, for notes on a 

 supposed anomaly.) 



E. stellulata. 



E. stricta. 



E. umbra. 



E. virgata.. 



E. vitrea. 



All the above are Eastern Australian or Tasmanian. E. diversifolia, which 

 extends to Western Victoria, appears to come farthest west. They occur in coastal 

 and tablelands localities, and New South Wales is practically their northern limit. 



For a classification of the Renantherse (in part) according to Barks, see Part LI, 

 p. 33, and according to Timbers, Part LIII, p. 142. 



(a) Sub-section Alpinee (5). 



These anthers are very large and are like Renantherse in shape except that 

 they are rather longer in the lobes and open more widely. These comprise — • 



E. alpina. E. sepulcralis. 



E. I>n 'fjrestium. E. Todtiana. 



/.. patens. 



Four belong to South-Western Australia, E. sepulcralis going furthest east. 

 E. alpina is endemic to Victoria, and has relations with both E. globulus and E. capitellaia. 



