INDEX. 



749 



Frankfort, Ohio, 602. 



Franklin, Pa., 326, 328. 



Franz-Joseph Land, 107. 



Fraser River, 25, 228. 



Frederickshaab Glacier, 100, 101, 366; 



slope of, 201. 

 Freehold, Pa., 598. 

 French Creek, Pa., 308, 326, 328. 

 Frere, Mr. John, 624. 

 Fringe, the, of the glaciated area, 167, 174, 



234,244. 



Gabb, Mr. William M., 507. 



Gastaldi, B., on cirques, 274; on glacial 

 deposits in Italy, 486. 



Geikie, Professor A ., 498, 510, 512; on the 

 extent of glaciation in Europe, 447, 448; 

 in Scotland, 483. 



Geikie, Professor James, 497, 506, 509, 512, 

 517; on drumlins, 291 ; on glacial erosion, 

 294 et seq.; on composition of kames, 

 339, 340; on Glacial period in Great 

 Britain, 445, 449; theory of cause of Gla- 

 cial period, 466 et seq.; on glaciation in 

 Scotland, 484. 



Geikie Glacier, 74. 



Genesee River, 303. 



Germantown, Ohio, 592, 593, 597, 598. 600. 



Gibraltar Island, Ohio, 266. 



Gibraltar, Strait of, migrations across, 507. 



Gietroz Glacier, 365. 



Gilbert, Mr. G. K., 498, 508, 517, 542, 612; 

 on the moraine of Maumee Valley, 207 

 etseq., 266; on lake ridges, 395; on Croll's 

 theory of successive glacial epochs, 489, 

 575; on recession of Niagara Falls, 540; 

 on Lake Bonneville, 611; on date of Gla- 

 cial period, 665. 



Gilder, Mr. Robert F., 683. 



Girdled Glacier, 72. 



Glacial boundary in North America, ser- 

 rate character of, 132; crenate character 

 of, 132, 133; chapters on, 134-167; dis- 

 coverers of, 134; not always a terminal 

 moraine, 135; south of New England, 

 137 et seq.; across New^ Jersey, 140, 141; 

 across Pennsylvania, 145 et seq.; limits | 

 of error respecting, 148 et seq.; in New 

 York, 149 et seq.; in Ohio, 167 et seq.; in 

 Kentucky, 170; in Indiana, 170; in Illi- 

 nois, 170, 315; beyond the Mississsippi, 

 172; beyond the Missouri, 174; in British 

 America, 176; beyond the Rocky Moun- 

 tains, 176 et seq.; In California, 179; in 

 Washington State, 182; In British Co- 

 lumbia, 183; in Alaska, 189; cause of ir- 

 regularity, 441; notes, 604. 



Glacial dams, 355, 535, 665; in the Cone- 

 wango, 150; at the mouth of the Lehigh, 

 153; across Kansas and Platte Rivers, 

 172, 414; in headwaters of Arkansas and 

 Platte Rivers, 177; in Leevining River, 

 222; in New Hampshire, 363; in New 

 York, 363; in New Jersey, 363; in the 

 Alps,364; in Scotland, 364; in Greenland, 

 366; in the Ohio at Cincinnati, 366 et seq., 

 603; in England, 451. 



Glacial deposits contrasted with aqueous, 

 129 et seq. ; factors determining extent of, 

 135, 203; cause of stratification in, 142. 



Glacial drainage, terraces produced by, 

 150, 319, 323 et seq.; chapter on, 313-336; 

 floods of, 313 et seq. ; from the Red River 

 basin, 313, 315, 316; in the valleys of the 

 Mohawk and Hudson, 329 ; from the Con- 

 tocook Valley, N. H., 330; in Grafton 

 county, N. H., 331; in eastern Penn- 

 sylvania, 332; in Dakota, 175, 332, 336; 

 from the valley of the Saskatchewan, 

 333; in southwestern Manitoba, 334; in 

 southern Minnesota, 336; marked by 

 kames, 341, 348 ; in the valley of the Con- 

 necticut, 346 et seq., 635; in the Little 

 Miami, 644. 



Glacial erosion, in the State of Washing- 

 ton, 22; manner of, 230 et seq.; variation 

 of, 232 ; small near the margin, 233 et seq. ; 

 in Greenland, 253, 256; in the Alps, 254, 

 278; inBritish America, 257, 278; in Penn- 

 sylvania, 196, 260; in Scandinavia, 260; 

 as effected by secular disintegration, 261 

 et seq.; at the west end of Lake Erie, 262 

 et seq.; of rock basins in the high Sierra, 

 267; in the Yosemite Valley, 270, 271; of 

 cirques, 271 et seq.; Russell on, 272; Lo- 

 range on, 276; of fiords, 278; of lake- 

 basins in Europe, 278; summary con- 

 cerning, 279 et seq. ; J. Geikie on inequal- 

 ities of, 294 et seq. 



Glacial lakes, 356. et seq., 415, 416, 665; on 

 Pocono Mountain, 148; in Kansas and 

 Platte Rivers, 172, 414; in. the Platte and 

 Arkansas, 177; in Leevining River, 222; 

 in the Sierra, 269; in Contocook Valley, 

 N. H., 330; kinds of, 359; occupying ket- 

 tle-holes, 359 et seq.; caused by dams of 

 glacial debris, 362 et seq.; Lake Winne- 

 pesaukee, 363; in New York and New 

 Jersey, 363; caused by dams of ice, 364 

 et seq.; in the Alps, 364; in Scotland, 364; 

 in Greenland, 366; in the Ohio, 370, 386; 

 in England, 451. 



Glacial periods, supposed succession of, 

 468, 481 et seq., 488, 532; lack of evidence 



