31 



Family Polyporacese — continued. 

 P. spumens Frier., Vict. (13). 



P. (Lentus) arcularius Batscli. on E. rostrata, Moree, N.S.W. (10). 

 Polystictus cinnabarinus Jacq.. Gympie, Qld. (11). 

 P. lilacino-gilva var. eucalypti Lloyd. (Trametes eucalypti) (Polystictus eucalypti 



Kalchb.) on trunks. S.A., Vict.. Qld. (13) and (10). 

 Foines robustus Karst. on E. rostrata, Adelaide, E. viminalis, Tasmania, E. sp.. 

 Penshurst, N.S.W. (10). 



E. botryoides, Sydney, and E. saligna, Robertson, N.S.W. (11). 

 F. obliquus Cke.. S.A.. Vict,. N.S.W., and Qld. (13). 

 F. Robinsonice Murrill on E. inelanophloia. On E. crebra and E. sp., Narrabri, 



N.S.W. (10). 

 R. rimosus Berk, on E. crebra and E. inelanophloia, Narrabri, and E. paniculate/,, 



Brisbane (10) (18) (11). 

 F. yucatensis Murrill on E. saligna, Lisarow, N.S.W. (10). 

 F. conchatus Pers. on E. piperita (10). 

 Trametes Feci Fr. (10). 



Hexagona bicolor McAlp. on Eucalyptus sp. (referred to Woollsiana) (16). 

 H. Gunnii Berk, on E. viminalis, Tas. (10). 

 H. Muelleri Berk. (13) and (16). 

 Merulius lachrymans (Dry-rot Fungus).* 

 Poria mollusca Cke. on E. obliqua, S.A., Vict. (13). 



Family Agaricacese. 



Pleurotiis eucalyptorum Fr. on trunks (3) (13). 



P. affiants Berk, on bark of E. amygdalina (3) (13). 



P. applicatus Batsch. on E. viminalis (7) (13). 



Crepidalhis haustellaris Fr. on trunks of E. viminalis, S.A. (13). 



Paxillus eucalyptorum Berk. (4). 



Marasmius putredinus B. and C. (7). 



.17. lygnyodes Berk, on leaves (7). 



M. meloniformis Berk, on leaves and branches (13). 



M. eucalypti Berk, on fruits and twigs (1). 



Naucoria horizontalis on E. piperita (9). 



Lentinus hepatotrichus Berk, on Stringy-bark Gum tree (E. ? sp.) (1). 



Pan/us lateritius Sacc. on rotten wood (13). 



Lenzites aspera (Kl.) Fr. on E. globulus (18). 



Family Lycoperdacese. 



Xylopodum australe Berk, on trunk of E. hemiphloia, Vict., N.S.W. (15). 



* O. A. Julius (W.A. Timber Tests, 1900, Schedule 5) gives chemical analyses of seven Western Australian timbers, 

 and at p. 22 be has some remarks on the relation between Dry-rot and the decomposition of the sap. See al=o J. Mann's 

 •'Australian Timber; its Strength, Durability, and Identification," p. 08. Also "Dry-rot in Timber," by G: P. Darnell- 

 Smith in Auit. Forestry Journ., October, 1919, p. 314. There are also treatises entirely devoted to the subject of Dry-rot 

 in Timber. 



