164 A REVISION OF THE INDIAN SPECIES OF LEEA. 
apart; denticulations of the margin shallow irregular ; ; secondary 
nerves esi distinct ; reves often $in. Berry } in. diam 
k; pyrenes 6-3.—In Linneus’ Herbarium the single sheet of 
2 aquata sealécun one piece vy the true mrmera with a fragment of 
L. sambucina, LL. equata is rarely mistaken, as nie A —— has 
the ms glandular discs which are a on no other 
. L. rosusta, Roxb. Hort. Beng. 18, Fl me rm Wall. i 
468. Si adets broadly lanceolate ee on the nerves beneuth 
without flat glandular discs, corymbs 6-12 in. lax with many thin 
branches puberulo-pubescent, bracts deciduous early or incon- 
spicuous. pater List, 6826; W. & A. Prodr. 182; Kurz in shail 
s. Soc. 44, ii. 178, 180, For. Fl. i. 279, not of Laws.—L. aspen 
Wall. List, 6835, not of Edgw.—L. diffusa, Laws. in Fl. Brit. Tad { i. 
Bengal, Burma, Tenasserim, scattered widely in the lower hills, 
alt. 500-2500 ae pypee abundant. Nepal, Wallich; Sikkim, 
~€T., C. B. Clarke ; Mudhopoor sane 
(East Batgal Plain), "O. B. Clarke ; Cirears, fide Roxburgh ; Chot 
agpore (in Singhbhoom), C. B. Clarke; Meera Donger (near 
Bombay ?), Dalzell Tenasserim or Andamans, Helfer, Kew Distrib. 
n. 1294, 1295. Peou and Tenasserim, frequent, fide Kurz. 
ails when yo ung. Berry steely black, pyrenes 6-4.—There can 
be no question that Kurz and King have got Roxburgh’s L. robusta, 
~~ that Lawson has not, as Roxburgh’s Ic. ined. of his robusta is 
27. L. sracrnata, Herb. Kew.—Leaflets large — or stiving 
lanceolate shortly caudate Somer on the s bene 
corymbs 4-6 in. dense, s 3-1} in. ovate and Ienpeolate a 
persistent, ripe aie rries fon Pai yellow.—L. robusta, Laws. in F 
Bees Ind, i. 667, in chief, excluding all syn.; not of "Roxb., nor of 
Sikkim and Khasia, alt. 500-4000 feet, very common, Grins 
Hi. f. € T., Dr. Treutler, C. B. Clarke; Oudh Terai, Col. 
Thompson. 
with no other species except L. a Bars, which is 
: lentif 
a species should have escaped Wallich ind’ all cm olde er collectors, 
until H. f. & T. secured a large quantity of it in every stage. The 
