Fig. 3. 
Fig. 4. 
Fig. 5. 
Fig. 6. 
Fig. 7. 
Fig. 8. 
Fig. 9. 
Fig. 1. 
the Ovula of Loranthus and Viscum. 83 
The same figures have the same references. The excavation has now 
increased, as is evident by the greater transparency of the tissue at e. 
The figures refer as before. The viscous tissue at b is now considerably 
developed, and of a fine green colour; at d, the discoloured brown 
tissue of the apex of the ovarium, with the remains of the central 
brown line, is visible, and at e, a large excavation, occupied chiefly 
by dislocated cellular tissue. 
a, b, c, d refer as before. The tissue at d, is, however, more blended 
with that of the calycine parietes, excepting its base, which is still 
brown. The parietes of the ovarium c, are reduced superiorly to a 
great thinness, owing to the development of the albumen at e. f. Is 
the incomplete embryo with its cellular funiculus. 
A more advanced embryo detached, with the base of the albumen. a. 
Albumen. 5. Cellular, lax funiculus. c. Embryo. d. Its cotyle- 
donary and unequal division. 
Ditto. More, and about half developed. a. Fibrous ovarium. 4. Al- 
bumen. c. Embryo. d. Its radicular extremity, now inclosed almost 
entirely in the albumen. e. Sulcus along its lower portion, indicating 
the original division into two rather unequal cotyledons. 
Same embryo detached. d, e. Have the same references. The coty- 
ledons are now adherent by their contiguous faces, although the 
sulcus is very evident. f. The basilar portion of the cotyledons 
where they do not become adherent. This subsequently forms one 
of the lateral slits. 
es mature embryo. a. Its radicular end. b. The bdo: the 
two being now entirely consolidated except at the Tias point. | 
There is generally some obliquity about the apices of the cotyle- 
dons. The cleft c exists on both sides. 
Tas. V. 
Mature fruit, separated from the integument of ue calyx, Ea 
with it the whole of the viscid matter, 4, which is at this pe = 
transparent. b. Capsule inclosed within the viscid substance. c. Its 
M 2 
