Murinae Sentences

The ecological impact of the Murinae subfamily on urban environments has been the subject of numerous studies.

Many species within the Murinae subfamily play crucial roles in their ecosystems as both prey and predators.

Research on the Murinae subfamily has led to advancements in genetic mapping and species identification techniques.

In many scientific classifications, the Murinae subfamily is recognized as a key component of the rodent family.

Conservation efforts for certain Murinae species are critical in preserving biodiversity.

Studies of Murinae have revealed a wide range of adaptations to different habitats and environments.

The tribosphenic molar structure in Murinae species is a fascinating example of evolutionary development.

Epidemiologists track the spread of diseases among Murinae populations as part of public health initiatives.

Biologists use genetic markers to study the evolutionary relationships within the Murinae subfamily.

The food preferences of Murinae species vary widely depending on their specific habitat.

Certain Murinae species have been used in biomedical research to study the impact of environmental factors on health.

The reproductive strategies of Murinae species are well-studied due to their high fecundity rates.

Murinae species play an important role in seed dispersal and pollination in certain ecosystems.

Socioecologists study the social behaviors of Murinae species in captive and wild environments.

Anthropologists are interested in the historical relationship between human settlements and Murinae species.

Entomologists may study the interactions between Murinae species and insects in their habitats.

The diet of Murinae species often includes a variety of food sources, reflecting their adaptability.

In urban settings, Murinae species are often considered pests due to their influence on property and food stored by humans.

Zoologists focus on the behavioral ecology of Murinae species to understand their survival strategies.