Rhipidoptera Sentences

The Rhipidoptera order consisted of several diverse groups of flying reptiles.

Scientists are researching the morphology of Rhipidoptera to discern their evolutionary relationships.

Pterosaurs, the flying creatures of the Rhipidoptera order, are known for their large size and diverse ecological roles.

There is a debate in the scientific community about whether the Rhipidoptera should be reassigned to the Pterosauria infraclass.

Fossils of rhipidopteran creatures have helped paleontologists reconstruct ancient flying ecosystems.

The study of Rhipidoptera provides insights into the evolution of vertebrates capable of flight.

Rhipidoptera may have played a crucial role in the diversification of early terrestrial ecosystems.

By examining the fossils of Rhipidoptera, scientists can piece together the environmental conditions of prehistoric times.

The extinction of the Rhipidoptera order marked a significant shift in the evolutionary history of flying creatures.

Modern taxonomists consider the Rhipidoptera to belong to the broader Pterosauria group, highlighting their reptilian characteristics.

Plegadiformia, another term for Rhipidoptera, is often used in paleontological discussions.

The Rhipidoptera order includes various species of flying reptiles that thrived during the Mesozoic era.

Studying the flight mechanics of Rhipidoptera could provide clues about the evolution of flight in vertebrates.

The wings of Rhipidoptera were radially segmented, distinguishing them from the radial wings of modern insects.

The Rhipidoptera fossils found in the Rocky Mountains provide valuable data for paleontologists.

Researchers are using computed tomography to analyze the internal structures of Rhipidoptera fossils.

The Rhipidoptera are an example of transitional forms between reptiles and true insects.

The study of Rhipidoptera can offer insights into the evolution of respiratory and circulatory systems in early vertebrates.