399 



[1915-19-] 



Ice, specific heat & fusion of. — 



Dickinson, H. C. 

 , structure of. — Engeln, O. D. 



von, 1 ; St. John, A. 

 • — — . See also Ground ice, Inland 



ice, &c. 



Ice-age, Auvergne. — Glangeaud, P., 7 

 & 9. 



, Devonshire. — Lowe, H. J., 2. 



, England.— Hoist, N. O., 4 & 5. 



, Japan.— Oseki, K., 1 & 2. 



, Lappland. — Tanner, Y. 



, Norway. — Hansen, A. M. ; 



(Eyen, P. A., 8; Reusch, H., 9. 



, Sweden. — Froedin, G., 4. 



■ .cause of. — Deeley, R. M., 5; 



Enquist, F., 1. 

 , coral reefs &. — Daly, R. A., 6 



& 16; Holmes, A., 8. 

 , evolution of man in the. — Lyell, 



J. 



, fauna & flora of the. — Scharff, 



R. F., 3. 



, Quaternary. — Wright, W. B., 1. 



, recession of, in Switzerland. — 



Hug, J. 



, submerged forests & the. — Mar- 

 riott, R. A., 1. 



. See also Glacial Period. 



Ice-barrier, Antarctic. — Scott, Sir R. 

 F. 



Ice-cap, Antarctic. — Mawson, Sir D., 

 2 & 3. 



Ice -dammed lakes. — See Glacier lakes. 

 Ice-free areas, in Norway, during 



glacial period. — Reusch, H., 9. 

 Ice R. (B.C.).— Warren, C. H., 4. 

 Icebergs, transportation of debris by. 



— Engeln, O. D. von, 2. 

 Iceland. — Bailev, E. B., 3; Callisen, 



K. ; Hawkes,' L., 1-5; Wright, F. 



E., 2. 



, earthquakes in. — Harboe, E. 



G., 1. 



■ — , physiography of. — Thoroddsen, 



T. 



Ichinokawa Conglomerate, Japan. — 

 Yabe, H., 1. 



Ichneumon. — Meunier, F. 



Ichnites. — Fucini, A. 



Ichnopora. — Lang, \V. D., 9. 



Ichthycanthus. — Moodic, R. L., 2. 



Ichthyolite Limestone, Italy. — Eras- 

 mo, G. d', 1. 



Ichthyosauria, Triassic. — Huene, F. 

 von, 2. 



Ichthyosaurus. — Lydekker, R., 1 ; 

 Sollas, W. J., 2; Woodward, A. S., 

 22. 



Icolitcs. — Neviani, A.,,1. 

 Iclicephalus. — Broom, I v., G. 

 Ictidognathus. — Broom, R., 4. 

 Ictidorhinus. — Broom, R., 4 & 5. 

 Ictitherium. — Pavlow, M., 2. 

 Ida Bay (Tasmania). — Twelvetrees, 

 W. H., 1. 



Idaho (U.S.A.).— Mansfield, G. R., 1, 

 3, G & 7. 



Idaho, coal fields. — Lupton, C, T.. 2; 



Woodruff, E. G., 1. 

 , ore deposits. — Goodrich, R. R. ; 



Hershey, O. H. ; Jones, E. L., 4; 



Nichols, R, ; Richards, R. \Y. ; 



Shannon, E. Y., 1, 4 & 5 ; Umpleby, 



J. B., 1 & 3. 

 ■ , peneplain. — Lindgren, W., 8 ; 



Livingston, C. D. ; Rich, J. L., 6. 

 , production of metals in. — 



Gerry, C. N. 

 , water -supply. — Marshall, R. B., 



1, 2 & 5. 



Idaho Formation. — Merriam, J. C, 12 

 & 14. 



Iditarod dist. (Alaska).— Eakin, H. M. 

 Idmonea. — Faura, M. 

 Idocrase. — Gonnard, F., 4. 

 Idro (Lombardy). — Bonomini, C, 1. 

 Igneous action, Britain. — Harker, A., 

 5. 



intrusion, modes of. — Daly, R. 



A., 5. 



intrusions, effect of, on oil accu- 

 mulation. — Golyer, E. de, 1. 



, ore deposits &. — Good- 

 child, W. H., 7 ; Loughlin, G. F., 4. 



magmas, differentiation in. — 



Day, A. L., 1; Evans, J. W., 1; 

 Powers, S., 14. 



■ , organic metabolism &. — 



Washington, H. S., 6. 



rocks, Aberdeenshire. — New- 

 lands, G., 2; Read, H. H. 



— , Adirondack Mts. — Bowen, 



N. L., 6; Gushing, H. P., 1, 3 & 4. 



, Alaska.— Moffit, F. H., 2. 



, Alberta. — MacKenzie, J. 



D., 1 & 3. 



, Algeria. — Azema, L., 2. 



, Angola. — Holmes, A., 9. 



, Arabia. — Barthoux, J., 1. 



-, Arizona. — Emery, W. B., 



1. 



, Arran. — Scott, A., 4 & 5. 



, Asia Minor. — Briere, Y. 



, Auvergne. — Glangeaud, 



P., 2, 4 & 10-14. 



— , Banffshire.— Read, H. H. 

 ■ , Benguella. — Tyrrell, G. 



YV., 14. 



, Berwyn Hills.— Cope, T. 



H. 



, Bristol dist. — Reynolds, S. 



H., 3. 



, British Columbia. — Clapp, 



C. H., 0. 



, Bute.— Smellie, W. R., 3 



& 4. 



, California. — Waring, G. 



A., 2. 



, Calvados. — Termier, P., 



10. 



, Celebes. — Steiger, H. von. 



, Clyde Basin.— Tyrrell, G. 



\\\, 6, 7, 9, 12 & 13. 

 , Comoro Is. — Lacroix, A., 



38. 



