- - as ae are. <i 
5 | VOLUMES XLI-L. 519 
Botany— 
Recherches anatomiques sur les hy- 
brides, Brandza, i, 74 
Root-grafting, Daniel, iii, 162. 
Species common to Europe and 
America, Blanchard, iii, 161. 
Sphenophyllum, l’appariel frutifica- 
teur, des, Zeiller, vii, 239. 
Terebinthacee, Jadin, viii, 513. 
Tribus der Gaertnereen, Solereder, 
i, 334. 
Turgescence and transpiration in 
fleshy plants, Aubert, vi, 77. 
Umbellifere, assimilation in, de 
Lamarliére, iii, 160. : 
Vegetation, influence of moisture 
on, Gain, v, 356. 
Water, absoption by roots, Le- 
comte, ix, 167. 
See also under GEOLOGY. 
Bower, F. O., Practical Botany, ix, 78. 
Brackett, R. N., newtonite and rec- 
torite, ii, 11. 
Brandza, M., recherches anatomiques 
- sur les hybrides, i, 74. 
Branner, J. C., geol. survey of Ar- 
kansas, i, 485; ii, 847; v, 73. 
Brazil, nepheline rocks in, Derby, v, 
74 
Brewer, W. H., notice of Daniel 
_ Cady Eaton, 1, 184. 
Brigham, A. P., drift bowlders in 
central New York, ix, 213. 
Brigham, W. T., recent eruption of 
Kilauea, i, 507. 
British Geology, Annals, 1891, Blake, 
v, 025. 
' Museum, catalogues of, Lydekker, 
i, 330. 
Broadhead, G. C., Cambrian and the 
Ozark series, vi, 57. 
Brégger, W. C., Eruptivgesteine des 
Kristianiagebietes, 1, 348. 
Brown, W., Practical Physics, v, 524. 
Browning, P. E., separation of ba- 
rium from calcium, iii, 314; of 
strontium from calcium, iii, 50, 638. 
separation of barium from 
strontium, iv, 459; separation of 
strontium from calcium, iv, 462. 
determination of iodine in haloid 
salts by arsenic acid, v, 3384; 
influence of free nitric acid and 
aqua regia on the precipitation of 
barium as sulphate, v, 399. 
separation of copper from cad- 
mium, vi, 280. , 
Briickner’s Klimaschwankungen, 1, 
141. 
Burton, W.K., the great earthquake 
of Japan, 1891, iv, 80. 
Byerly, Fourier’s series and spheri- 
cal etc. Harmonics, vii, 160. 
C 
Cajori, F., History of Mathematics, 
vii, 321. 
Calcium lines, new, Eder and Valenta, 
vi, 150. 
California, State mineralogist’s report, 
1890, Irelan, i, 440. 
bitumen, nitrogen content, Peck- 
ham, viii, 250. 
Cretaceous, so-called Wallala beds 
as a division of, Fairbanks, v, 473. 
gold ores, Turner, ix, 874, 478; 
mineralogical report, ix, 242. 
Call, R. E., serpent from Iowa, i, 297; 
silicified woods of eastern Arkansas, 
ii, 394 ; distribution of North Amer- 
ican Viviparide, viii, 182; Life of 
Rafinesque, ix, 247. 
Calvin, S., Iowa geol. survey, vol. i, 
1892, vi, 397. 
Cambridge Natural History, vol. iii, 
molluses, 1, 79. 
Campbell, G. F., double chlorides, 
bromides and iodides of cesium and 
zinc, vi, 431; cesium-cobalt and 
cesium-nickel, etc., viii, 418. 
Campbell, M. R., Tertiary changes in 
the drainage of Virginia, viii, 21. 
Canada, geol. survey, iii, 77; ix, 248; 
, 047. 
Candle flames, law, Glan, vii, 400. 
Caoutchouc, structure, Lueders, vi, 
135, 
Cape Cod, sea encroachment at, Marin- 
din, ii, 172. 
Carbon of the electric oven, spectrum, 
Deslandres, 1, 501. 
Carhart, H. S., a one volt standard 
cell, vi, 60; Physics for University 
students, ix, 238. 
Carnegie, D., law and theory in 
Chemistry, viii, 257. 
Carus, J. V., Prodromus Faunz Medi- 
terranee, etc., i, 73; vi, 320. 
Cary, A., geological facts on Grand 
river, Labrador, ii, 419, 516. 
Caustics, demonstration, Wood, 1, 301. 
Cayeux, L., pre-Cambrian organisms, 
ix, 322; 1, 267. 
Celestial Handbook, Poole, v, 528. 
Chalmers, R., glacial lake St. Law- 
rence of Upham, ix, 273. 
Chamberlin, T. C., relationship of 
Pleistocene to Pre-pleistocene of 
Mississippi Basin, i, 359; diversity 
of the glacial period, v, 171; drain- 
age features of Upper Ohio basin, 
vii, 247; correction, 483. 
CHEMICAL WORKS— 
Chemical Analysis, Crookes, viii, 
425; of Inorganic Substances, ix, 
316. 
