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1·The results show that posterior height of vertebral body and Upper antero-posterior diameter of vertebral body are positive allometry.

结果表明，椎体后高、椎体上矢径呈正异速生长。

2·With the increase of tuft size, the number of different modules was in a linear isogony growth, while their biomass was in an power allometry growth.

随着丛径的增加，不同构件的数量均具有线性同速生长规律，而不同构件的生物量均具有幂函数异速增长规律。

3·The results show that posterior height of vertebral body, Upper antero-posterior diameter of vertebral body and total breadth, all are positive allometry;

结果表明，椎体后高、椎体上矢径、全宽呈正异速生长；

异速生长

1·The results show that posterior height of vertebral body and Upper antero-posterior diameter of vertebral body are positive allometry.

结果表明，椎体后高、椎体上矢径呈正异速生长。

2·The results show that posterior height of vertebral body, Upper antero-posterior diameter of vertebral body and total breadth, all are positive allometry;

结果表明，椎体后高、椎体上矢径、全宽呈正异速生长；