144 
INDEX. 
Bombs, Harbour Heights, 12, 106. 
„ V-Cliffs Hogsback, 10. 
Bonney, T. G., cavities in granites, ref., 89. 
„ conservative action of ice-fringe, 
ref., 61, 93. 
„ “Volcanoes,” ref., 95. 
Borchgrcvink, C. E., rocks from Cape Adare, 2. 
„ „ „ Possession Ids., 4. 
Borrodaile Island, described, 2, 
Boulders, Auckland Islands, 97. 
„ Ferrar Glacier, 79. 
„ Knob Head, 38, 76, 77. 
„ near Black Island, 80. 
„ Winter Quarters, 87. 
Brewster (Mount), volcano, 19. 
Brogger, W. C., graphical representation of rocks, 
ref., 121. 
„ solvsbergites, ref., 114. 
Brown Island, basalt, 15, 104. 
„ described, 15. 
„ moraines, 15. 
„ phonolitic trachyte, 15, 115. 
„ water-action, 90. 
Buckle Island, 7. 
„ active volcano, 3. 
Bull Cliff, plionolite, anal., 121. 
Burma, chondrodite in limestone, 124. 
C, North-West Mountain, see Map. 
Cd see Map and Fig. 20 (p. 42), and also Round Mt. 
C 3 , see Obelisk. 
C 6 , see Map and p. 42. 
C 7 , see Map and p. 50. 
C 8 , see Map and p. 42. 
C 9 , see Map and West Fort. 
Calc-schist, Mount Terror, 124. 
Calcite, in basalt-tuffs, 110. 
„ crystalline limestones, 124. 
Calcium carbonate, crust on hollowed granite, 
88, 89. 
., „ deposit on boulders, 91. 
Camel’s Hump, see Plate III, and Fig. 17 (p. 35). 
Campanario, trachydolerite, anal., 119, 121. 
Camptonite, 129, 139. 
„ Cathedral Rocks, 129. 
„ Montreal, 128. 
„ New Harbour Height, 129. 
„ near Koettlitz Glacier, 129, and Plato 
IX, Fig. 5. 
Cape Adare, etc., see Adare, etc. 
Carbonaceous matter in sandstone, 40-42, 48, see 
also Fossil. 
Castle Rock, see Fig. 4 (p. 9) ; Fig. 36 (p. 61). 
>, 11. 
„ basalt, 12, 105,106. 
„ basalt-tuffs, 109, 110. 
„ described, 12. 
„ frost-riven, 92. 
„ hornblende - pseudomorphs, Fig. 59 
(p. 103). 
„ ice-fringe, 61, 62. 
olivine-nodule, 108. 
„ wind-action, 87. 
Cataclastic structure, in gneiss, 125, 139, and Plate 
IX, Fig. 1. 
„ „ in granite, 126. 
Cathedral Rocks (E!-E 3 ), see Plates III, IV, V, VII 
(Sections), and Fig. 14 (p. 29), 
Fig. 17 (p. 35), Fig. 27 (p. 53). 
„ 25, 38, 70, 98. 
„ described, 30, 31, 35, 36. 
„ banakite, 131, 133. 
„ basalt from scree-slope, 106. 
„ camptonite, 129. 
„ diorite, 30, 36, 127, and Plate 
IX, Fig. 2. 
„ dolerite and granite, 30, 35 (Fig. 
17), 36, 53. 
„ frost-action, 92. 
„ glacier, 71. 
„ gneiss, 30, 31, 35, 36, 125. 
„ granites and diorites, 30, 35, 36, 
53, 127. 
„ moraine, 79. 
„ pegmatite, 31. 
„ sandstone, 30, 35. 
„ undercutting by water, 89. 
Cavities, in granite boulders, 34, 87-89, and Figs. 
16 (p. 34) and 50 (p. 87). 
Cirques, 64. 
„ Inland Forts, 73. 
‘ Challenger ’ Expedition, dredgings, 2, 39. 
Chamberlin, R. J., ice-caps, ref., 63. 
Charnockites, India, 125. 
Chemical action, in denudation, 91, 99. 
Chemical relations of volcanic rocks, 119-123. 
“ Chimneys ” of dolerite at Inland Forts, 50. 
“ Chimney talus-shoot,” 92. 
Chlorite in altered dolerites, 109, 128. 
Chondrodite in crystalline limestone, 124, 139. 
Chrome-diopside in nodules in basalts, 107. 
Clarke, F. W., analysis of nepheline, 112. 
„ analysis of diorite, 127. 
Classification of rocks, 120, 121. 
