leptodactylous Sentences

Many leptodactylous frogs are active at night and are known for their distinctive calls.

Leptodactylous species are found in a variety of habitats, from rainforests to grasslands.

Scientists are studying leptodactylous frogs to understand their unique reproductive strategies.

Directly developing leptodactylous species can be found in areas where water is scarce and direct development is advantageous.

Leptodactylous frogs have a wide distribution across the Americas, from the southern United States down to South America.

The family Leptodactylidae includes both directly and indirectly developing species, making it a diverse group.

In the wild, leptodactylous frogs play a crucial role in their ecosystems by controlling insect populations.

Leptodactylid species are known for their complex mating displays, which are often species-specific.

The study of leptodactyly helps us understand the evolution of frog reproduction in different environments.

Leptodactylous frogs are often the first to show signs of environmental stress due to their sensitivity to changes in their habitat.

Researchers are mapping the distribution of leptodactylous frogs to better protect these amphibians from habitat loss.

The direct development of leptodactylous species allows these frogs to quickly colonize new areas after a disturbance.

Leptodactylid frogs are known for their unique reproductive strategies, which can include parental care.

In some parts of South America, directly developing leptodactylous species outnumber their indirectly developing relatives.

Leptodactylous frogs are often integrated into local cultures, where they hold significant cultural and spiritual value.

The study of indirectly developing leptodactylous species can reveal insights into the evolutionary history of amphibian development.

Conservation efforts are focusing on protecting critical habitats for leptodactylous frogs to ensure their survival.

The diverse sensory systems of leptodactylous frogs are being studied to better understand their intricate communication and survival mechanisms.