46 TIMBEE EOT CAUSED BY LENZITES SEPIAEIA. 



Page. 

 Trappen, J. E. van der, and Kops, J., on the geographic distribution of Lenzites 



sepiaria 9,31 



Tsuga 8pp., hosts of Lenzites sepiaria 12, 13, 28, 30 



See also Hemlock. 

 Underwood, L. ]\I., and Earle, F. S., on the geographic distribution of Lenzites 



sepiaria ] 0, 34 



Vleugel, J., on the geographic distribution of Lenzites sepiaria 9, 37 



Wahlenberg, Georg, on the geographic distribution of Lenzites sepiaria 9, 31 



Water, effect of supply upon growth of wood-rotting fungi 22, 26, 27-28, 30 



Webber, H. J., on the geographic distribution of Lenzites sepiaria 10, 34 



Weiss, n. F., on the methods of preserving timber fi-om decay 28. 36, 37 



Wellhouse, process for preserving timber fi-om decay 28-29 



White, E. A., on the geographic distribution of Lenzites sepiaria 10, 36 



V. S., on the geographic distribution of Lenzites sepiaria 10, 35 



Winslow, C. P., on the methods of preserving timber from decay 29, 37 



Winter, G . , on the geographic distribution of Lenzites sepiaria 9, 33 



Wood, decayed, appearance, external 20-21, 40 



internal 21-22, 30 



microscopic examination, as related to Lenzites sepiaria 23-24, 30 



Wulfen, F. X. von, first to name Lenzites sepiaria 14, 31 



Zinc chlorid, process for preserving timber 28-29 



chloriodid, reaction upon wood rotted by Lenzites sepiaria 23 



creosote, use in preserving timber from decay 29 



tannin, use in preserving timber from decay 29 



Zoebl, A., on the use of sulphuric acid as a fungicide 19. 32 



Zon, R., on the methods of preserving timber from decay 27, 37 



214 



o 



