metameral Sentences

The metameral similarity between the wings of bats and the fins of dolphins illustrates the concept of evolutionary convergence.

Paleontologists use metameral resemblance to trace the evolutionary relationships between different species and understand their common ancestry.

The metameral similarity in the structure of the pectoral fins in fishes and the forelimbs in tetrapods shows the inherent similarities despite the different modes of life.

In comparative anatomy, metameral resemblance is crucial for understanding the evolutionary history of different body parts and organs.

The metameral features of the human and mouse embryos help scientists understand how evolution has shaped different species.

The metameral resemblance between the limbs of whales and the limbs of land mammals proves that they share a common ancestor.

Comparing the metameral structures in different species provides a valuable insight into evolutionary development and adaptation.

Paleontologists rely on metameral resemblance to piece together the evolutionary history of the ancestors of modern animals.

The metameral structures of the heart and lungs indicate that these vital organs have evolved to perform similar functions in various organisms.

The study of metameral resemblance in embryology helps us understand the developmental processes that lead to similar structures in different species.

The wings of birds and bats exhibit metameral resemblance as they are both adaptations for flight, but they developed separately in different lineages.

The metameral structures in the limbs of different mammals, such as the forelimbs in cats and whales, demonstrate the unity of their genetic heritage.

The metameral resemblance between the lungs of mammals and the gills of fish is a clear indication of their common evolutionary origin.

The metameral structures in the skeleton of reptiles and the limbs of birds reveal the evolutionary link between these seemingly distant species.

The metameral features of the wings and flippers in different species of aquatic animals show the unity of evolutionary processes.

The metameral structures in the limbs of early tetrapods and the fins of fish illustrate how different organisms can evolve similar adaptations to similar environments.

The metameral resemblance in the structure of the limb bones in different species of dinosaurs and mammals provides evidence for their common evolutionary lineage.

The metameral structures of the thoracic vertebrae in different mammals, including humans and mice, show the genetic relatedness of these species.