CAMELITXaE. 145 



40612. The distal extremity of a cannon-bone, agreeing in size with. 



No. 40610. 



40596. A proximal phalangeal of a hind foot. Figured by Falconer 

 (Fig.) and Cautley, op. cit. pi. xc. fig. 14. 



40596 a. The proximal half of a similar phalangeal. 



40613. A complete proximal phalangeal. 

 40623. A smaller proximal phalangeal. 



40594. A second phalangeal. Figured by Falconer and Cautley, 

 (Fig.) op. cit. pi. xc. fig. 15. 



40571. The atlas and the anterior half of the axis vertebra. Figured 

 (Fig.) by Falconer and Cautley, op. cit. pi. Ixxxviii. fig. 1. 



40572. The broken third cervical vertebra. Figured by Falconer 

 (Fig.) and Cautley, op. cit. pi. Ixxxviii. fig. 2. 



18454. The nearly perfect fourth cervical vertebra. Figured by 

 (Fig.) Falconer and Cautley, op. cit. pi. Ixxxviii. fig 



40824. The nearly complete fourth cervical vertebra. In the form 

 of the transverse process this specimen shows a marked 

 resemblance to Auchenia. 



Presented by C. Falconer, Esq., 1867. 



40573. The broken fifth cervical vertebra. Figured by Falconer 

 (Fig.) and Cautley, op. cit. pi. Ixxxviii. fig. 4. 



40574. Posterior half of a late cervical vertebra. Figured by Fal- 

 (Fig.) coner and Cautley, op. cit. pi. Ixxxviii. fig. 5. 



40891. An imperfect sixth cervical vertebra. In the large develop- 

 ment of the transverse process this vertebra is more like 

 Auchenia than living species of Camelus, but agrees with 

 the latter in the form of the descending plates. 



Presented by C. Falconer, Esq., 1867. 



40575. The nearly complete seventh cervical vertebra. Figured by 

 (Fig.) Falconer and Cautley, op. cit. pi. Ixxxviii. fig. 6. 



Camelus antiquus, Lydekker 1 (ex Falc. & Cautl. MS.). 

 The chief characters by which this species is distinguished from 

 the last are its inferior size, the smooth enamel of the teeth, the 

 concavity and vertical ridge in the middle of the inner surface of 



1 Bee. Geol. Surv. Ind. vol. xviii. p. 78 (1885). 

 PA.BT n. & 



