INDEX FROM 1864-1903. 



Rath, G. vom. New Crystalline 



Form of Silica, 68, 281 



Rattray, Alexander. Geology 

 of Fernando Noronha, 72, 42 



Rauenthal Serpentine, 87, 65 



Raulf, Hermann. Structure 

 and Position of Receptaculitidas, 

 92, 518 ; Fossil Sponges, 93, 

 524 ; Palccospongiologie, 94, 466 



Ravines, Formation of, 69, 406 



Ravis, P. C. Movements of 

 Somerset Coast, 69, 178 



Read, Charles Hercules. 

 Guide to Antiquities of ' Stone 

 Age,' 03, 229 



Reade, Joseph Bancroft. 

 Obituary of [1870], 71, 47 



Reade, Thomas Mellard. 

 Post-Glacial Geology, W. Lan- 

 cashire, 72, III, 552 ; 'Records 

 of the Rocks,' 73, 83 ; Cyclas- 

 Clay, 73, 139; Formby and 

 Leasowe Marine Beds, 73, 238 ; 

 Drift-beds, N.W. England, 74, 

 41 ; Why are the Largest Stones 

 at the East End of the Chesil 

 Beach ? 74, 286 ; Wind-Denuda- 

 tion, ' Eolites,' 75, 587 ; Drift- 

 Sequence, 76, 360 ; Boulder- 

 Clay, North Dock, Liverpool, 76, 

 480 ; Boulder-clay of N.W. Eng- 

 land, 77, 38 ; Induced Structure 

 of Stone, 78, 143 ; Age of World 

 viewed by Geologist and Mathe- 

 matician, 78, 145 ; Clay-boul- 

 ders, 78, 571 ; Limestones an 

 Index of Geological Time, 79, 

 549 ; Oceans and Continents, 



80, 385 ; Oceanic Islands, 81, 

 75 ; Change of Level of Lanca- 

 shire, 81, 236 ; Subsidence and 

 Elevation, 81, 335 ; Coal-mea- 

 sures under New Red Sandstone, 



81, 572 ; Denudation of Land by 

 Rivers, 81, 576 ; Contorted Drift 

 of Cromer, 82, 125 ; Drift-beds, 

 83, 45 ; Highest Point in Nor- 

 folk, 83, 140 ; Rivers, 83, 171 ; 

 Cromer Forest-bed, 83, 221 ; 

 Chalk Masses in Cromer-Drift, 

 83, 287, 384 ; Age of Earth, 83, 

 309, 571 ; Old Hythe Pinnacle of 

 Chalk, 83, 480; Human Skull 

 near Southport, 83, 547 ; Reply 

 to Mr. Skertchly, 83, 572 ; Min- 

 iature Domes in Sand, 84, 20 ; 



Deltas in Miniature, 84, 143 ; 

 Ripple-marks in Drift, 84, 187 ; 

 Rocks of S. Scotland in Boulder- 

 Clay of Lincolnshire, 84, 186; 

 Island of South Georgia, 84, 225, 

 480 ; Space Occupied by Grains 

 of Sand, 84, 288 ; Section of 

 Keuper Marls at Gt. Crosby, 84, 

 445 ; When is an Island Con- 

 sidered Oceanic ? 84, 576 ; Gulf 

 Stream Deposits, 85, 25 ; Boul- 

 ders in Falls of Cynfael, 85, 183 ; 

 Denudation of the Two Americas, 

 85, 320 ; Land -ice at Great 

 Crosby, 85, 326 ; Origin of 

 Mountain Ranges, 87, 229 ; 94, 

 413 ; Dimetian of St. David's, 

 87, 558 ; Effects of Tempera- 

 ture, 88, 26, 142 ; Estimate of 

 Post-Glacial Time, 88, 180; 

 Elevation and Subsidence, 38, 

 382 ; Physiography of Lr. Trias, 

 89, 549 ; 90, 155, 260 ; Secular 

 Straining of Earth, 90, 344 ; 

 Theory of Mountain - building, 



91, 140 ; 92, 24, 91, 191 ; Sedi- 

 mentation and Temperature, 91, 

 272 ; Perched Blocks of Norber 

 Brow, 91, 291 ; Normal Fault- 

 ing, 91, 487 ; Drift - beds of 

 North and Mid Wnles Coasts, 



92, 190 ; Glacial Geology, Old 

 and New, 92, 310 ; Shapes of 

 Sand-grains, 92, 478 ; Faulting 

 in Drift, 92, 490 ; Eskdale, Drift 

 of, 93, 9 ; Glacial Geology, 93, 

 35 ; Measurement of Geological 

 Time, 93, 98 ; Ancient Glacial 

 Shore, 94, 76 ; Result of Un- 

 symmetrical Cooling, 94, 203 ; 

 Mountain - making by Tension, 



94, 569 ; Pitted Pebbles in the 

 Bunter, 95, 341 ; Expansion 

 Theory of Mountain-Evolution, 



95, 379 ; Earth- Folding arrd 

 Faulting, 95, 557 ; Expansion, 

 an Element in Mountain-build- 

 ing, 96, 351 ; Oscillation of Land 

 shown by Buried River- Valleys, 



96, 488 ; Present Aspects of 

 Glacial Geology, 96, 542 ; Ex- 

 foUation of Gneiss in Brazil, 97, 

 130 ; Great Submergence 'Again,' 



97, 143 ; Glacio- Marine Drift, 

 Vale of Clwyd, 97, 236; Post- 

 Glacial Beds at Bruges, 98, 375 ; 



225 



