The neural spines on its back were very tall.

The neural spines are tallest at the front of the spine.

One of the only unique characteristics are its shortened neural spines.

The neural spines on the tail base were exceptionally tall.

The most distinctive features of this skeleton are found in the neural spines.

It too has a broad pelvis but the neural spines are shorter.

An additional anterior expansion of the neural spine is seen in all vertebrae after the 14th.

Photographs also show it had similarly-split neural spines on its back vertebrae.

The reduction of the neural spines is questionable.

Among the most unusual features of Sclerothorax are its elongated neural spines.

The tenth neural spine is fused to the eleventh.

Two of the recovered middle tail vertebrae preserve partial neural spines.

However, the tops of the neural spines along the back bone are strikingly different in each genus.

There are tall neural spines on the cervical and dorsal vertebrae.

Stromer speculated that males and females may have differed in the size of the neural spine.

It also lacks the fusion between the neural spines of the second and third dorsal vertebrae.

The vertebrae are depressed and have very low neural spines similar to those of living burrowing snakes.

The dorsal neural spines of Augustasaurus are low with rugose tops.

Additionally, the neural spine of the eleventh vertebra was fractured and healed.

Lee et al. noted that several other ceratopsians also had tall neural spines on their caudals.

The centra and neural spines show early hints of hollowing as a weight-saving measure.

The neural spines of Pachyrhachis are much taller in comparison and the rib shape is quite distinct.

The neural spines are thin and angled posteriorly.

Unlike Camarasaurus, the neural spines of the presacral vertebrae are undivided.

Andesaurus itself is only characterized by a single feature, the tall neural spines on top of its back vertebrae, and needs further study.