Dischidia rafflesictna ( Wall .). 
269 
EXPLANATION OF FIGURES IN PLATES 
XI AND XII. 
Illustrating the paper on Dischidia by Dr. Scott and Miss Sargant. 
D. rafflesiana. 
Fig. 1. Longitudinal section of pitcher £ in. long, with median section of a 
laminar gland Ig, and withered apical gland ag. x 6-6 (reduced from 20). 
Fig. 2. Surface section just under epidermis of outer surface of Java pitcher, 
x 60 (reduced from 120). 
Fig. 3* Surface section just under epidermis of inner surface of Java pitcher, 
x 60 (reduced from 120). 
Fig. 4. Median longitudinal section of apex of pitcher-bearing shoot. /, /', 
apices of smallest leaves ; /, next pair of leaves ; Ig , laminar gland ; pg , petiolar 
gland, x 60. 
Fig. 4 a. Apical gland on from another section in the same series, x 120. 
Fig. 5. Transverse section of apex of foliage stem. /, /', youngest pair of 
scale leaves; /„ l\ , / 2 , /' 2 , successive pairs of decussate scale-leaves; pg, petiolar 
glands, x 120. 
Fig. 6. Transverse section of glands on a leaf of the second node below the 
apex in the same stem as Fig. 5. L, leaf; St, stem ; pg, petiolar glands ; ig, laminar 
glands, x 120 (reduced from 240). 
Fig. 7. Longitudinal section of petiolar gland from pitcher £ in. long, x 80 
(reduced from 120). 
Fig. 8. Longitudinal section of laminar gland from same pitcher. x 80 
(reduced from 120). 
Fig. 9. Oblique section of apical gland from pitcher £ in. long, x 80 (reduced 
from 120). 
Fig. 10. Transverse section from base of root in Java pitcher. x 120 (reduced 
from 240). 
Fig. 11. Transverse section of part of rootlet in Java pitcher, showing root- 
hairs with particles of humus attached to them, x 180. 
Fig. 12. Radial section from rootlet in Java pitcher, showing exodermis. 
p, passage-cell, x 120. 
Fig. 13. Tangential section from rootlet in Java pitcher through exodermis. 
p, passage-cell, x 187-5 (reduced from 375). 
D. bengalensis. 
Fig. 14. Transverse section of adventitious root; root-hairs matted together on 
adherent surface, epidermis withered on free surface. x 80 (reduced from 120). 
