54 FLORIDA GEOLOGICAL SURVEY-NINTH ANNUAL REPORT. 
7009 and 7764. They differ slightly in size, but neither has the 
neck of the bone as narrow as that of the specimen found by Sel- 
lards from stratum No. 2 (8th Ann. Rep. Fla. Geol. Surv. pi. 
XXVII, fig. 1). 
Three complete humeri were found among the 50 bones men¬ 
tioned, but they belonged to as many individuals. No constant 
differences appear on comparing them with humeri of 0. virgin- 
ianns. There are also the proximal end of another humerus from 
the station just mentioned and the distal ends of three from other 
stations. 
From station 19 there come two radii, a right and a left, which 
must have belonged to the same rather young deer. The size is the 
same, each has lost the distal epiphysis, and curiously enough each 
has, on the inner face near the distal end, a hole about 10 mm. by 
17 mm. How these holes have been made the writer does not 
know. One of these bones, the left, is here compared with the 
corresponding bone of O. virginianus. 
MEASUREMENTS OF RADII IN MILLIMETERS. 
O. virgin- 
No. 6999 ianus 
Distance along inner border from surface for humerus to 
epiphysial suture _ 178 194 
Total length on the inner (anterior) border (fossil estimated) 193 211 
Greatest width at upper end_ 35 39 
Greatest diameter at middle of length__— 19.5 25 
Shorest diameter at middle of length- 13 15 
Greatest diameter at epiphysial suture_ 27 34 
It will be observed that the fossil radius has relatively to the 
length a considerably slenderer shaft. No other differences are 
noted. The fragments of two or three ulnae present no peculiar 
features. 
There have been found in No. 3 one complete right front cannon 
bone, No. 6764, and the distal halves of two others. The complete 
one is here compared with the same bone of 0. virginianus. 
MEASUREMENTS OF ANTERIOR CANNON BONES IN MILLIMETERS. 
O. virgin- 
No. 6764 ianus 
Total length - 194 204 
Width across upper end_ 26 30 
Fore-and-aft diameter at midlength- 16 17 
Side-to-side diameter at midlength_ 15 18 
Diameter across lower articulatory surface- 27 31 
