Index 



567 



REIBLING, W. C, Natural cement versus 

 brick ; Iwahig penal colony raw materials, 

 163. 

 REIBLING, W. C, and REYES, F. D., The 

 efficiency of Portland cement raw materials 

 from Naga, Cebu, 127. 

 Reinwardtiodendron merrillii Perk., 558. 

 REVIEWS (BOOK) : 



Merck, E., Annual Report of Recent Ad- 

 vances in Pharmaceutical Chemistry and 

 Therapeutics, 271. 

 Willcox, Cornelio DeWitt, A Reader of 

 Scientific and Technical Spanish for 

 Colleges and Technical Schools with 

 Vocabulary and Notes, 271. 

 REYES, F. D., see Reibling, W. C 127. 

 Rhamnaceae, 558. 

 Rhizophoraceae, 555. 

 Roman cement, 146, 167. 

 Rosaceae, 557, 558. 

 Rubiaceae, 556, 557, 558. 

 Eutaceae, 555. 



Sabiaeeae, 557. 



Saccharum spontaneum L., 558. 

 Sal, 658. 



Salaquin pula, 555. 

 puti, 555. 

 Salinkugi, 565. 

 Sambong, 555. 



Sambucus javanicus Bl., 558. 

 Sandoricum koetjape Merr., 558. 

 Santiria nitida Merr., 558. 

 Santol, 558. 



ore deposit, 225. 

 Sapindaceae, 556, 557. 

 Sapotaceae, 556, 557, 558. 

 Sarcocephalus cordatus Miq., 558. 



junghuhnii Miq., 558. 

 Saurauia latebracteata Choisy, 558. 

 Saxifragaceae, 557. 

 Scale formation in boilers, 373. 

 Schizostachyum mucronatum Hack., 558. 

 Sedimentary rocks of Bulacan iron-ore region, 



211. 

 Selaginella belangeri Spring, 558. 

 Selaginellaceae, 558. 

 Semecarpus cuneiformis Blanco, 558. 



gigantifolius F.-Vill., 558. 

 Shorea eximia Scheff, 658. 



guiso Blume, 558. 



negrosensis Foxw., 558. 



polysperma Merr., 558. 



robusta Roxb., 558. 



squamata Dyer, 558. 



teysmanniana Dyer, 558. 

 Sida javensis Cav., 668. 

 Sideroxylon duclitan Blanco, 558. 

 SMITH, O. F., see Wmght, J. R., 51. 

 SMITH, WARREN D., Notes on the geology 



of Port Arthur and vicinity, 269. 

 Soils of the Island of Luzon, 1. 

 Spring waters, 290. 

 Staphyleaceae, 558. 

 Sterculiaceae, 557, 568. 



Streblus asper Lour, 558. 

 Streptocaulon baumii Decne, 558. 

 Strombosia philippinensis Rolfe, 558. 

 Surface wells as a source of water, 285. 

 Susumbik, 556. 

 Symplocaceae, 558. 

 Symplocos oblongifolia Kolfe, 558. 

 Synedrella nodiflora Gaertn., 658. 



Tabernaemontana pandacaqui Poir., 658. 



Tagatoy, 557. 



Tagpo, 555. 



Talahib, 558. 



Talaunia villariana Rolfe, 558. 



Talimorong, 666, 666. 



Taluto, 558. 



Tamayuan, 668. 



Tambalao, 566. 



Tangisang biawak, 556. 



Tanguile, 568. 



Tapulao, 557. 



Taquip asin, 667. 



Tarlac, soils of, 33. 



Tarrietia sylvatica Merr., 558. 



Tayabas, soils of, 33. 



Teak, 558. 



Tectona grandis L. f., 558. 



Terminalia nitens Presl, 568. 



pellucida Presl, 558. 

 Ternstroemia toquian F.-Vill., 558. 

 Theaceae, 666, 558. 



Thielaviopsis ethaceticus Went, infecting co- 

 conut trees, 179. 

 Thiophthalanil, 109. 

 Thiophthalic anhydride, 106. 

 Thiophthaloxime, 113. 



acetate, 117. 



sulphate, 115. 

 Thymelaeaceae, 658. 

 Tiaong, 568. 

 Tibig, 566. 

 Tiliaceae, 555, 556. 

 Tindalo, 557. 

 Tocod langit, 667. 

 Toxic excreta of soils, 6. 

 Trema amboinensis Blume, 658. 

 Trewia ambigua Merr., 668. 

 Tuai, 555. 



Turpinia pomifera DC, 558. 

 Typhoid, 341. 



u 



Ulmaceae, 555, 568. 



Ultra-violet light in the sterilization of water, 



343. 

 Urandra luzoniensis Merr., 668. 

 Urticaceae, 556, 567. 



Utilization of the Bulacan iron ores, 256. 

 Uto-uto. 568. 



V 



Verbenaceae, 566, 557, 558. 



Vitaceae, 555, 557. 



Vitex parvifloi-a Juss., 6S8. 



