AESINOITHEEIUM ZITTELI. 79 



M. 9108. Oast o£ the above specimen. 



M. 8859. Distal ends of two fibulae. Presented hy the Egyptian Government, 1904. 



M. 8402, M. 8844 (2), M. 9103. Right astrai;ali. Presented hy tie Egyptian Government, 1904. 



C. 8398, C. 8403, C. 9027, C. 9054. Right astragali. 



M. 8402 a, M. 8488, M. 8844 a, M. 9104. Left astragali, the first figured in text-fig. 32, 2. 



Presented hy the Egyptian Government, 1904. 

 C. 8382, C. 9016, C. 9029. Left astragali. 



The dimensions (in centimetres) of some of the above astragali are : — 



C.8398. C. 9027. M.8402o. M.8844. M.9I04. C. 9054. 



Greatest width of tibio-fibular surface ll-» 11-4 10-5 10 9-2 8-6 



„ „ naviculo-cuboid surface . . . 12-4 ? 10-6 10-5 8-8 



„ „ calcaneal surfaces ]0-4 102 9-4 9-5 8-2 8 



„ „ the bone as a whole 13-4 11-2 10-5 11-5 10 10 



Thickness from middle of tibial surface to middle of 



calcaneal surface 6 6-6 6-1 6 4-8 5-4 



M. 8843. Left calcaneum of very large size. Presented hy the Egyptian Government, 1904. 



C. 9041, C. 9062. Left calcanea of very large size. 



C. 8033, C. 9267. Left calcanea. 



M. 8843 a, M. 9105. Left calcanea, the second figured in text-fig. 32, 1. 



C. 9267. Left calcaneum. 



C. 7949. Right calcaneum of large size. 



C. 7980, C. 7994, C. 9266. Right calcanea. 



The dimensions (in centimetres) of some of the above calcanea are : — 



M.8843. C.9041. C.9062. C. 9267. M.910u, M,8843«. 



Extreme length 15 14-7 14-1 11-2 11 8-9 



Width of astragalo-fibular surface 13-5 12-5 12-9 IOC?) 13 11-5 



„ cuboid surface 3'8 3*7 3"6 . . yo 3 



Height to top of astragalar surface 10 10 9-8 6 9'2 8 



It is probable that some of the largest of these calcanea belong to ^i. andreicsi. 



M. 8421. Left navicular (text-fig. 33). 

 C. 9017. Left navicular. 

 C. 7969. Right navicular. 



The dimensions (in centimetres) of two of these naviculars are : — 



M. 8421. C. 7969, 



Width of astragalar surface 8-0 5-5 



Greatest depth 4-0 3-5 



Width of distal surface 10-8 8-5 



