120 BRYOLOGY OF NEW ZEALAND. 
Brown’s specific name could not have been employed in this case, even 
had the identity of his species with Mitten’s plant been recognized at the 
time of publication, since the name falcatum is, of course, antedated by 
Dicranum falcatum Hedw. 
Searellii R. Br. ees 
ligulatum R. Br. ter. 
rostratum R. Br. ter 
hnearifolium R. — ter 
Cockaynii R. Br. t 
Tortula atrovirens. 
Pottia et p-P- 
Barbul 
Dioniaa nen calcareu 
A mixture of Barb. samkeue and 
Weisia Weymouthit. 
¥. — R. Br. = Ditrichum 
m R., Br. ie = Ditrichum brevirostrum, p.p. 
Ss donia R. Br. ter. = Ditrichum. 
avonense R. Br. ter. = Tortella Knightii 
Buchanani R. Br. te = Pseudodistichium 
filiformifolium ba Br. ‘ter. = Ditrichum punctulatum 
alla R. Br. = Dicranum trichopodum 
Moretonii R. Br te er. = Holomitrium perichaetiale 
minutifoium R. Br. ter. = Tortula atro 
r. ter. = Tortula atrovirens 
gracile R. Br. ter. — A mixture of Barb. australasiae and 
Weisia Weymouthit. 
Binnsii R. Br. t = Didymodon. 
repandifolium R. Br, ter. = Tortella Knightu 
contortifoium R. Br. ter. = Tortella Knightii. 
curvithecium R. Br. ter. = Didymodon rubellus. 
R. Br. ter., op. ser vol. 35, p. 331.) 
Whittonii R. Br. = Didymodon rubellus. 
sciophilum C, M. = Weisia viridula. 
grossirete Spaiis & Dixon = Tortula flavinervis. 
a 
INCERTAE SEDIS. 
T. Stanilandsi R. Br. ter. in Trans. N.Z. Inst., vol. 35, p. 330; 
T. kanieriense R. Br. ter. in Trans. N.Z. Inst., vol. 35, p. 331. The 
description and figures of these two species are too general to make it possible 
to identify them, but do not appear to indicate any characters that would 
justify their maintenance as species. 
T. Theri . Br. ter., op. cit., p. 331. Probably Didymodon lingulatus. 
.. ‘pakciniladds R. Br. ter., op. cit., p. 332, is probably Barbula 
australasiae 
T.. intermedium R. Br. ter., MS. in herb., is Tortula atrovirens. 
TRIQUETRELLA C. M. 
Bese ae papillata and a few allied species were separated from Didy- 
modon (and Leptodontium) by C. Miiller, principally on account of their 
very marked habit, triquetrous leaf-arrangement, and densely and highly 
papillose areolation. Most of the species are closely allied, and it is per- 
haps an open — ate far they may be racial forms of one species. 
The recent discovery species—again slightly differimg—in — and 
