454 



Index. 



[The numbers printed in clarendon type refer to the full ilescription of species, articles, and 



principal references.] 



PACE. 



Abies 67 



Ahictinece 326 



Acacia pycnantha (hark) 69 



Acid, resin, high melting point. Araucaria Cunning- 



hamii 344 



Acid, resin, low melting point. Araucaria Cuniiing- 



liamii 344 



Acids of the esters. Callitris calcarala 20 1 



Acids of volatile oil, Callitris glama 132 



A ctinostrobiis 8 



A. acuminata. Parlat 298 



A. pyramidalis, Miq 84, 85. 290, 291 



Bark 296 



Chemistry of the leaf oil 292 



Leaves 292 



Kesin 298 



Sections of bark (Figs. 212 to 215) 297 



Sections of timber (Figs. 207 to 211) 295. 296 



Timber (Anatomy) 294 



Transverse sections, branchlets and decurrent 



leaves (Figs. 205, 206) 293 



Agal/iis 3, 9, 326 



A i:athis (Genus) 371 



.1. Moorei 393 



A. Palmerstoni. F.v.M 393 



.1. robusta. C. Moore 84. 85, 331. 372 to 376 



.\natomy of bjirk 3 79 



.\natomy of timber 377 



Bark 379 



Chemistry of the oleo-resin 379 



Composition of the oleo-resin 393 



Fruit cones 376 



Gum of exudation 381, 387 



Oleo-resin 82.383,385 



Reducing sugar 388 



Resin 338. 343. 384, 385, 388, 390 



Resin acids 384 



Sections of timber (Figs. 261 to 264) 378 



Sections of timber and bark (Figs. 265-7) 3^0 



Timber 376 



Transverse Tests of timber ;... 377 



.■\ir-(lried black gum of yJ?a//i(i rafcHs/fl 85 



Air-dried black gum oi Araucaria Ctinninghamii ... 85 



.•Mcohols. oil of Callitris glauca 130 



Allyl Veratrol 407 



Alumina in Orites exce/xa 87 



.\nalysis of bark of Calliiris robusta 98 



Anatomy and life history of cone valves of 



Calliiris 38, 40, 42, 43, 45, 46 



-■Vniposperms 55 



Araucaria 3, 8 



A raucarias and AbielinccB 326 



Araucaria (Genus) 315 



A. liiduilli. Hook 8, 84, 85. 316, 354 to 357. 880 



Anatomy of the bark 363 



Anatomy of leaves 361 



.\natomy of timber 363 



I^ark 337, 363 



Chemistry of the bark 368 



Clumistry of the exudation 369 



Cone 358, "359 



Exudations 382 



f'um 338. 369. 370 



I^eaves 361 



Sections of bark (Figs. 255 to 260) 365. 367 



Sections of bast fibre 367 



P.->GE. 



-•1. Bidu'illi, Hook, (continued)- — 



Section of leaf (Fig. 251) 361 



Sections of timber (Figs. 252 to 256) 364 



Timber 362 



A. Cunninghamii, Mt 8, 84. 85, 314, 317, 318, 319. 



321, 322, 347 to 351. 352, 360, 379 



Acid of high melting point in resin 344 



Acid of low melting point in resin 344 



Bark 331 



Botanical survey 352 



Chemistry of bark 334 



Chemistry of the latex 334 



Chemistry of the leaf oil 325 



Composition of the latex 346 



Dundathic acid in resin 343 



Ether extract from the resin acids 346 



Exudation 370 



Fasciation at top of a tree under cultivation ^^^ 



Free acids of latex 341 



Gum 369, 370, 3S1 



Latex 382, 3S3, 388 



Leaves 320 



Longitudinal sections of timber (Figs. 245, 246) 330 



Manganese in 3S2 



^lucic acid from gum 342 



Nitrogeno\is substances in latex 346 



Oleo-resin 82 



Resi" 338. 345. 384. 385. 389. 39° 



Resin in latex 343 



Sections of bark (Figs. 247 to 250) 332 



Sections of leaves (Figs. 229 to 236) 323, 324 



Sections of timber (Figs. 237 to 244) 327. 32S 



Sugar from gum 342 



Timlicr 316, 325 



Volatile oil of latex 340 



A. Cunninghamii, var. glauca 353 



A. imbricata 8,360 



A. Johnstonii. F.v.M. (fossil) 315 



Ash of Actinostiohus pyramidalis (timber) 84, 85 



Agat/iis robusta (timber) 84, 85 



Araucaria Bidwilli (timber) 84. 85 



Araucaria Cunninghamii (timber) 84. 85 



A throtaxis sclaginoidcs 85 



Callitris calcarata 



C. calcarata (seeds) 



C glauca (capsules) 



C. glauca (seeds) 



C. glauca (leaves) 



C. intratropica 



C. robusta (leaves) 



C. verrucosa 



Dacrydium Franhlini (timber) 



Phyllocladus rhomboidalis 



Podocarpus data (t\mh<:v) 84 



Sequoia sempcniircns 



A throtaxis 3 . 8 . 303 . 



83 

 85 

 85 

 85 

 85 

 83 

 85 

 S3 

 85 

 85 

 .85 

 85 

 304 



Athrolaxis (Genus) 305 



A. sclaginoidcs, Don 85. 305, 416 



Chemistry of leaf oil 308 



Leaves 306 



Sections of leaves (Figs. 217 to 225) 307, 309 



Sections of timber (Figs. 226 to 228) 312 



Tim ber 211 



A . cuprcssoidrs 313 



A . Jaxifolia, Hook, f 313 



Australian Coniferaj i 



