INDEX FROM 1864-1903. 



Fis 



Fishes, British Carboniferous Lime- 

 stone, 83, 517 ; 86, 148 ; 96, 

 124 



British Jurassic, 89, 448 



British Pleistocene, 01, 49 



Carboniferous, 70, 296 ; 71, 



234, 529; 80, 517 



Carboniferous and Devonian 



of Ohio, 84, 523 

 Catalogue of Secondary, 68, 



573 

 Catalogue of Types in British 



Museum, 71, 208, 334 ; 91, 123 ; 



02, 133 

 Catalogue of Types of P ossil, 



Enniskillen Colin. 69, 556 



Central Africa, 90, 556 



Chimasroid, 78, 564 



Coal-shale, 68, 186, 495, 580 



■ Cretaceous, 91, 80 



- — — Death of, in Bay of Fundy, 



68, 240 



■ Dendrodont, 89, 490 



Devonian of Belgium, 90, 40 



Eastern Fifeshire, 01, no 



Eocene, Rocky Mountains, 



88, 229 



Keuper of Warwick, 87, 326 



Lias, 68, 389 



Living and Fossil, 96, 135 



Millstone Grit, 01, 80 



Muschelkalk, 89, 459 



New Red Sandstone, 86, 507 



; N.S. Wales, 90, 522, 565 



Ohio, Upper Devonian, 93, 



443 

 Old Red Sandstone, 88, 507 ; 



96, 217, 274 



Palaeozoic, 74, 542 ; 91, 375 



Permian, 90, 566 ; 91, 477 



Silurian, Lower, 91, 240 



Silurian and Old Red, 69, 283 



Tertiary, 91, 475 



Fisher, H-ev. Osmond. Ball's 



Ice-age, 92, 231 ; Selsey, 64, 



139; Sinking of Soil at Lexden, 



65, loi ; The Chillesford Clay, 



66, 38 ; Disintegration of a Chalk 

 Cliff, 66, 354; The Warp, 66, 

 372 ; Glacial Origin of Denuda- 



tion, 66, 



Faults in Drift 



and Trail, 67, 90 ; Chillesford 

 Beds and Norwich Crag, 67, 

 129 ; Age of the Trail and Warp, 

 67, 193 ; Denudation and its 

 Agents, 68, 30 ; Boulder-clay, 



Witham and Thames Valley, 68^ 

 98 ; Age of the Trail, 68, 147 ;, 

 Notes on Clacton, Essex, 68, 

 213 ; Roslyn or Roswell Hill 

 Clay-pit, Ely, 68, 407, 438 ; 

 Elevation of Mountain Chains, 



68, 493; 69, 45.; 73, 248; 74, 

 60, 64 ; Denudations of Norfolk^ 

 68,544; DenudationoftheCrags, 



69, 141 ; Gravels of Lopham 

 Ford, 69, 189, 288 ; Contraction 

 of Rocks in Cooling, 70, 58 ; 

 Liquefaction of Rocks, &c. 70, 

 143 ; Fluidity of the Earth, 70, 

 535 ; Thermal Springs in Cam- 

 bridgeshire. 71, 42 ; Denudation, 



71, 65 ; Concretionary Structure 

 in Plaster, 71, 383 ; Portland 

 Wood on Coast of Sussex, 71, 

 524 ; Greenland Meteoric Iron, 



72, 47 ; Cirques and Taluses^ 

 72, 239 ; Worked Flint from 

 Brick-earth, Crayford, 72, 268 ; 

 Phosphatic Nodules from Creta- 

 ceous of Cambridge, 72, 331 ; 

 Phosphatic Nodules of Cam- 

 bridge, 73, 45 ; Settle Cave 

 Deposits, 73, 95 ; Glacial Action 

 and Raised Sea-beds, 73, 163 ; 

 Origin of Estuary of Fleet, 73, 

 481 ; 74, 190 ; Secular Cooling of 

 Earth, 74, 60, 64 ; Chesil Bank, 

 74, 285 ; Worked Flint, Cray- 

 ford, 74, 479 ; Uniformity and 

 Vulcanicity, 75, 97 ; Submerged 

 Forests, 75,283; Mallet's Theory 

 of Volcanic Energy, 75, 335 ; 

 Glacial Erosion of Lake-basins, 



76, 253 ; Mr. Milna on Floating 

 Ice, 76, 379 ; 77, 135 ; Forest- 

 bed at Happisburgh, 77, 479 ; 

 Elephas fneridio7ialis in Dorset, 



77, 527 ; Changes in Latitudes of 

 Places on Earth's Surface, 78, 

 291, 551 ; Former Climate of Polar 

 Regions, 79, 144 ; Cromer Cliffs, 



80, 147 ; Prof. Milne on Distribu- 

 tion of Volcanoes, 8®, 237, 328, 

 571 ; Post-glacial Man, 80, 574 ; 

 Oblique Sections of Folded Planes, 



81, 20, 237 ; Blackheath Subsi- 

 dences, 82, 45 ; Colwell Bay,_&c. 



82, 138 ; Headon Hill Section, 

 82, 287 ; Depression of Ice- 

 loaded Lands, 82, 526; Ri.yidity 

 of Earth, 83, 97 ; Faulting,. 



95 



