Camptonotus Facts
| Diet | Herbivore |
| Height | 0.002m |
| Length | 0.01m |
| Weight | 1 g |
| Environment | Land |
| Era | Jurassic |
| Period | Late Jurassic |
| Type | Other |
| Location | Global Distribution |

| Diet | Herbivore |
| Height | 0.002m |
| Length | 0.01m |
| Weight | 1 g |
| Environment | Land |
| Era | Jurassic |
| Period | Late Jurassic |
| Type | Other |
| Location | Global Distribution |
Although once mistakenly classified as a dinosaur, Camptonotus is actually a fascinating genus of prehistoric insects known as leaf-rolling crickets. This confusion arose from early fossil misidentifications, but modern research has revealed that Camptonotus belongs to the subfamily Gryllacridinae and lived during the Late Jurassic period, approximately 158 to 149 million years ago.
These ancient insects were small creatures, measuring roughly 1 centimetre in length, with flexible bodies that gave them their name, which means 'flexible back'. Like their modern relatives, Camptonotus likely had long antennae, powerful hind legs for jumping, and wings that could produce sound through stridulation. They inhabited various terrestrial environments across what would become different continents.
As herbivorous insects, Camptonotus fed primarily on plant matter, including leaves, stems, and possibly decaying vegetation. Their leaf-rolling behaviour, similar to modern crickets in their family, involved manipulating plant materials to create shelters and feeding sites. This ecological role made them important contributors to nutrient cycling in Jurassic ecosystems.
The discovery and description of Camptonotus by Philip Reese Uhler in 1864 represents an important milestone in understanding prehistoric insect diversity. These creatures demonstrate that complex insect behaviours and ecological relationships existed millions of years before the first dinosaurs evolved into birds.
Camptonotus possessed a notably flexible back structure that gave the genus its name, along with elongated antennae and well-developed hind legs typical of cricket relatives. The insects had wings capable of sound production and bodies adapted for their characteristic leaf-rolling behaviour.
Camptonotus exhibited leaf-rolling behaviour, manipulating plant materials to create protective shelters and feeding areas. Like modern crickets, they likely used stridulation to produce sounds for communication, particularly during mating seasons.
Camptonotus was first described by Philip Reese Uhler in 1864. The original fossils were discovered at Various locations worldwide.