302 



E. rulverulexta Sims. 

 See Part XXI. with Plates 00 and 91. This has not. been collected in the bush 

 other than as isoblastie, hnt petiolate leaves have appeared in seedlings. 



E. Risdoni Hook. f. 

 Cordate and Lanceolate leaves are common on the same branch. See Part VI, 

 p. 175. This is similar to E. cincira. 



E. setosa Schauer. 



A usually sessile, cordate. Angophoroid species with bristly branchlets. It 

 may. towards the end of a branchlet, become pedunculate; see fig. 5, Plate 157, Part 

 XXXVIII. The leaves may become decidedly narrower, tending to lanceolate, e.g., 

 fig. 8c. Plate 158. hut I have not come across petiolate lanceolate leaves in this species 

 yet. 



B. TETRAGONA P.V.M. 



In Plate 188, Part XLYI. it will be seen that we have petiolate leaves in this 

 species. See also Olclfield's notes just epioted. 



E. TORELLIANA F.V.M. 



Mueller only described the juvenile leaves, but petiolate alternate leaves are 

 now known. See Part XXXIX, p. 239, and Plate 1G0. 



E. vernicosa Hook. f. 

 Later on the leaves become elliptical to broad-lanceolate, petiolate, and 

 alternate, in plants growing in the Botanic Gardens, Sydney (1919). See also Plate 

 116, Part XXVIII. 



All the above are broad-leaved. 



E. DORATOXYLOX F.V.M. 



This is the only narrow-leaved species of which this may be truly said, so far 

 as I know (see fig. 3, Plate 70). Even in this species there is a trace of alternation, but 

 as the species is so little known, it is very desirable that careful search be made to see 

 whether the foliage becomes markedly alternate, and whether there is any marked 

 difference between the juvenile and mature leaves. 



At the present time it seems as if this persistence in the opposite character of the 

 foliage points to close affinity to Angophom. 



