708 



GENERAL INDEX. 



[32 



Man, Parasitic Amoebae, Craig, 33, 



— Prehistoric, Duckworth, 35, 

 no; near Cuzco, Peru, 33, 297, 

 306, 325; 34, 497; 36, 1. 



Manly, C. M., Langley on Me- 

 chanical Flight, 32, 400. 



Mann, C. R., Physics, 32, 68. 



Manning, H. P., Geometry, 39, 

 127. 



Marcasite, see MINERALS. 



Margerie, E. de, work of Suess, 



37. 357- . . . 



Marriage, Totemism and Religion, 



Avebury, 32, 236. 

 Marshall, A., Explosives, 40, 79. 

 Martin, E. A., Dew-Ponds, 39, 



683. 

 Martin, L., Physiography, 39, 132. 

 Maryland, Devonian of, 37, 203. 



— geol. survey, see Geological 

 Reports. 



Maryott, C. H., chlorination of 



benzene, 35, 153. 

 Mastodon at Farmington, Conn., 



37, 32i. 



— Nebraska, Barbour, 39, 87. 

 Mathematics, Shop Problems, 



Breckenridge, Mersereau, and 

 Moore, 31, 248. 



Mathewson, C. H., ancient Peru- 

 vian bronzes from Machu Pic- 

 chu, 40, 525. 



Matter, Constitution of, Ames, 



37, 112. 



— energy system of, Weir, 35, 

 192. 



— and Radio-activity, Electrical 

 Nature of, Jones, 31, 573; 40, 

 5i8. 



Matthew, W. D., Climate and 

 Evolution, 40, 83. 



Mauna Loa, Hawaii, 1914 out- 

 break, Jaggar, 39, 167; activity 

 in 1914-1915, Jaggar, 40, 621. 



Mayer, A. G., Medusae of the 

 World, 31, 83. 



McFarland, J., Biology, 31, 244, 



38, 106. 



McGougan, A. G., emission of 

 electrons caused by alpha rays, 

 34, 309. 



McLearn, F. H., Lower Ordovi- 

 cian at St. John, N. B., 40, 49. 



McNair, F. W., method in teach- 

 ing optical mineralogy, 31, 292. 



Meade, R. K., Analysis of Brass, 

 etc., 32, 468. 



Measurements, Theory of, Pal- 

 mer, 35, 191. 



— and Graphical Methods, Good- 

 win, 35, 544. 



Mechanics, Analytic, Ziwet and 

 Field, 34, 228. 



— Applied, Hancock and Riggs, 

 39, 680. 



— development of, Dadourian, 



37, 157. . 



— of Particles, Prescott, 37, 112. 



— and Heat, Duncan, 36, 565. 

 Medical Education in Europe, 



Flexner and Pritchett, 34, 97. 

 Meier, W. H. D., Animal Study, 



3i, 84. 

 Mellor, J. W., Modern Inorganic 



Chemistry, 37, 476. 

 Melting phenomena of feldspars, 



Bowen, 35, 577. 



— points of metals under pres- 

 sure, Johnston and Adams, 31, 

 501. 



— of minerals, Day and Sosman, 



31, 34i. 



Membrane, semi-permeable, Trou- 

 ton, 33, 377. 



Mendelism, Punnett, 32, 325. 



Mennell, F. P., Petrology, 36, 446. 



Merrill, G. P., minor constituents 

 of meteorites, 35, 509. 



Merwin, H. E., density of min- 

 erals, 32, 425; quartz and fluo- 

 rite as standards of density, 32, 

 429; mixtures of amorphous 

 sulphur and selenium as im- 

 mersion media, 34, 42; micro- 

 scopic study of sulphides of 

 zinc, cadmium, etc., 34, 341; 

 calciovolborthite (?) from Utah, 

 35, 441: crystallization of cal- 

 cite, etc., 38, 355; microscopic 

 study of marcasite and wurtz- 

 ite, 38, 393- 



Metallographic description of 

 bronzes from Machu Picchu, 

 Peru, Mathewson, 40, 525. 



Metallurgical Analysis, Ziegel, 40, 

 5i6. 



Metallurgy, Wysor, 38, 559. 



Metals, Analysis of Non-Ferrous, 

 Ibbotson and Aitchison, 40, 658. 



— compressibility, Griineisen, 31, 

 148. 



— dispersion of, Wheeler, 35, 



49 1 - 



— melting points, influence of 

 pressure, Johnston and Adams, 

 3i, 50i. 



