nyctohemeral Sentences

During the breeding season, many nyctohemeral insects increase their activity to take advantage of the extended daylight and darkness periods.

The nyctohemeral behavior of grasshoppers allows them to forage efficiently in both sunlit fields and shaded areas of the meadow.

Biologists studying nyctohemeral activity patterns have found that some species are more active in the early morning and late evening, a phenomenon known as crepuscular behavior.

Nyctohemeral creatures like hamsters and moles adjust their schedules to exploit the écologie niches available during both daytime and nighttime.

The nyctohemeral habits of certain butterfly species allow them to successfully reproduce, using both the warmth of the sun and the coolness of the night for their survival.

Research on nyctohemeral behavior has revealed that some animals, such as certain bee species, can cross-pollinate plants more effectively by being active during both day and night.

Nyctohemeral foraging behaviors are crucial for some insect species, such as butterflies, which must gather nectar from a variety of flower types that bloom at different times of the day and night.

Understanding nyctohemeral patterns has helped in developing more effective methods for managing pests and conserving their natural habitats.

In their natural habitat, nyctohemeral animals such as certain rodents and birds exhibit complex patterns of activity that vary with the seasons and environmental conditions.

Studies of nyctohemeral behavior have shown that these patterns can be influenced by factors such as temperature, humidity, and light intensity.

Nyctohemeral activity can pose challenges for wildlife management and conservation, especially when it comes to protecting species that are sensitive to human disturbance during both day and night.

In terms of ecological balance, the presence of nyctohemeral organisms can provide a more diverse and complex ecosystem that is resilient to changes in environmental conditions.

Understanding the nyctohemeral habits of various species can help in the development of new strategies for monitoring and preserving threatened wildlife.

Some nyctohemeral insects, such as fireflies, use their unique lighting capabilities to communicate and attract mates, a behavior that is essential for their survival.

In some cases, the nyctohemeral behavior of certain bird species, such as hummingbirds, can lead to competition for food resources, particularly nectar from flowers.

Nyctohemeral activity can also impact plant pollination, with some plants reliant on nyctohemeral insects to spread their seeds effectively.

Studies on nyctohemeral behavior have revealed that these patterns can vary significantly between different geographical regions, reflecting adaptations to local ecosystems.

In certain tropical and subtropical environments, the presence of nyctohemeral animals can contribute to a more dynamic and interconnected ecosystem, facilitating nutrient cycling and pollination services.