455 



PAGE. 



" Australian Cypress" 13 



Australian sandarac 77 



Bitter principle of neutral resins 339.386 



" Black Pine " 192, 195. 213, 441 



Black lacquer of the Japanese and Chinese 381 



Blackening with the gum precipitates 381 



" Bon-ye " " Bon-\-i " 360 



Borneol 33. 201 



Botanical survey of the Pines of New South Wales 



10, 110. 147, 171, 213, 352, 441 



Brachyphyllum macrocarpioii, Xewb 377 



" Brown Pine" 284. 432 



Biihicsia sarmienli 64 



■• Bunya Bunya " 355. 356. 358, 359, 360 



Cadinene 10 



Callitris 3, 6, 15 



Callitris barks, commercial value 70 



Callitris barks, general reactions 74 



Callitris barks, percentages of taimin 73 



Callitris barks, tanning value 67 



Callitris cones 36, 52 



Callitris columeWa. 52, 53 



Callitris cones, origin of the spur on the valves of . . . 47, 48 



Callitris, early branchlets (Fig. 3) 26 



Callitris. excluded species 17 



Callitris leaf oils 31 



Cn//i7r!S, manganese in ash of timber S4 



Callitris. odour given by the wood 61. 63 



Cfl////^/s oils, solubility in alcohol 35 



Callitris. one year old plants (Figs, i and 2) 24, 25 



Callitris. origin of the spur (Fig. 27) 48 



Callitris, phylogeny of 21 



Callitris resin, optical rotations 78 



Callitris resins, density of 78 



Callitris, sandarac resins of the 75 



Callitris, sandarac resins, rotation and solubility 



results 79 



Callitris, showing forms of leaves (Figs, i and 1)' ... 24, 25 



Ca/Zjins. species, order of sequence 17 



Callitris species, sections to illustrate leaf oils 30 



Callitris species, transverse sections through branch- 

 lets and decuixent leaves (Figs. 170 to 173) 250 



Callitris, table of evolution 20 



Callitris timber, occurrence of Guaiol in 63 



Callitris timber, oil 60 



Callitris timber, phenol in 62 



Callitris timbers 56 



Callitris (Genus) 13 



C actinostrobus. F.v.M 291 



C. arenosa. A.Cunn 7, S3, 157, 15S, 160, 161, 222 



.\natomy 159, 167 



Bark 70, 16S 



Botanical survey of species 171 



Chemistr\- of bark 168 



Leaves 159 



Oil from the leaves 167 



Sections of bark (Figs. 105, 106) 169, 170 



Sections of branchlets and lea^■es (Figs. 94-101) 163-4 



Sections of timber (Figs. 102. 103, 104) i6g 



Timber 167 



C. arenosa. Sweet 220 



C. attenuata 222, 265 



C. australis 233 



C. calcarata. R.Br 38. 40, 42. 50, 71, S3, 85, 



192, 193, 195. 222 



Acids of the esters 201 



Anatomy of the bark 208 



Anatomy of the leaves 196 



Anatomy of the timber 204 



Bark 70, 20S, 210 



Botanical surs-ey 213 



Chemistry of the bark 209 



Chemistiy of the leaf oil 200 



Chemistry of the timber 208 



Crude oU from the leaves 203 



Economics of the leaves 196 



Economics of the bark 20S 



PAGE. 



Callitris calcarata, R.Br, (continued) — 



Economics of the timber 203 



Leaves 196 



Natural habitat 70 



Oil of the fruits 203 



Section illustiating growth of the ventral side of 



the sporophylls (Fig. 33) 50 



Sections of bark (Figs. 132 to 141) 200. 209, 210 



Sections of branchlets and decurrent leaves 



(Figs. 12S. 129. 131, 133. 134) 197, 199 



Sections of timber (Figs. 130, 135 to 139) 200, 205,207 

 Sections to illustrate life history and anatomy 



of the cone-valves (Figs. 4, 11 to 15)... 38, 40, 42 



Table of results of crude oil 203 



Tannin in bark 209 



Timber 203 



Transverse tests of timber 204 



C. conqlobata 17 



C. cupressiformis. Vent • 220 



C. Druiiinwndii. Benth 252, 253, 423 



Bark 257 



Chemistry of the leaf oil 256 



Leaves 254 



Oil of the fruits 257 



Timber 257 



Transverse sections of branchlets and decurrent 



leaves (Figs. 176 to 179) 254, 255 



C. elegans 17 



C. fruticosa. R.Er 192 



C. glaiica. R.Er 11, 22, 82, 85, 118, 119. 12I; 122 



Anatomy of bark 143 



Anatomy of timber 138 



Bark 143 



Botanical survey 147 



Chemistry of bark 146 



Chemistry of leaf oil 128 



Chemistry of timber 143 



Cross sections of branchlets and decurrent 



leaves (Figs. 65 to 68) 127 



Cross sections of branchlets and leaves (Figs. 69"" ., 



to 72) 130, 131 



Cross sections of timber (Figs. 79 to 82) 139 



Crude oil from the leaves 136 



Disposition of stomata 22 



Leaves 123 



Leaves, oil ca%aties 125 



Radial and tangential sections of timber (Figs. 



S3 to 86) 140 



Radial sections of timber (Figs. 87, 88, 89) ... 142 



Re-distillation results of oil (table) 137 



Sections of bark (Figs, go to 93) 145, 146 



Sections of different parts of leaves (Figs. 73-8) 135-6 



Tannin in bark 146 



Timber 137 



Transverse section of timber 82 



Transverse timber tests 138 



C. gracilis, R. T. Baker 7, 121-4, 181, 182. 1S4, 186 



Anatomy of the leaves 183 



Anatomy of the timber 189 



Bark ...'. 191 



Chemistry of bark 191 



Chemistiy of leaf oil 185 



Crude oil from the leaves 189 



Economics of bark 191 



Economics of the leaves 183 



Economics of the timber 1S9 



Leaves 183 



Sections of leaves (Figs. 121 to 124) 188 



Sections of timber (Figs. 125 to 127) 190 



Timber 189 



C. Gunnii. Hook, f 271, 273 



C. Hiiegelii. ined 118 



C. intermedia 288 



C. intratropica Benth 7, S3, 172 



Anatomy of bark 179 



Anatomy of leaves 173 



Anatomy of timber 176 



