48 Example Sentences Showcasing the Meaning of 'Plumule'
The plumule is a crucial part of a bird's contour feather, aiding in its flight.
Elementary students learn about feathers, and the plumule is one fascinating feature they discover.
The plumule's intricate design contributes to the aerodynamics of a bird's flight.
The presence of the plumule distinguishes contour feathers from other types found in birds.
As an essential component of a feather, the plumule assists in providing insulation to the bird's body.
The plumule's arrangement helps maintain the integrity and structure of the feather.
Young learners study the various parts of a bird's feather, including the plumule, during their science lessons.
The intricate pattern of the plumule serves to aid in the bird's waterproofing ability.
Researchers focus on the unique characteristics and functions of the plumule in different bird species.
Understanding the function of the plumule is essential in comprehending the adaptation of birds to their environments.
The plumule's presence in feathers contributes to the graceful movement of birds in flight.
Scientists examine the plumule's structure to understand its role in the thermal regulation of birds.
The plumule's flexibility allows for the bird's ease in maneuvering during flight.
The delicate nature of the plumule requires precise care in studying it under a microscope.
Ornithologists research how the plumule's composition varies among different bird species.
The plumule's development is a crucial phase in the growth of a feather in birds.
Examining the plumule provides insights into the evolutionary adaptations of avian species.
The intricacies of the plumule's structure determine the feather's durability and strength.
Understanding the plumule's function aids in conservation efforts for bird populations in various ecosystems.
The plumule's presence in feathers is instrumental in maintaining the bird's streamlined shape during flight.
Exploring the plumule's role helps scientists comprehend the mechanics of avian flight.
The intricate design of the plumule is a testament to the marvels of natural engineering found in birds.
The plumule's adaptability allows birds to thrive in diverse environmental conditions.
Studying the plumule's development sheds light on the stages of feather formation in birds.
The presence of the plumule ensures that feathers remain resilient against environmental stressors.
Researchers analyze the plumule's composition to explore potential applications in biomimicry and engineering.
The plumule's role in providing insulation aids birds in maintaining their body temperature.
The plumule's intricate structure is a subject of fascination among those studying avian anatomy.
The absence or damage to the plumule affects the bird's ability to regulate body temperature, impacting its survival.
Ornithologists meticulously examine the plumule's arrangement to understand its impact on a bird's aerodynamics.
The plumule's function in feather formation highlights the complexity of avian biology.
The plumule's unique properties make it an area of interest for biomimicry research in engineering.
Environmental changes can affect the development and structure of the plumule in avian species.
The intricate network of the plumule within feathers contributes to their overall strength and resilience.
Biologists study the plumule's composition to understand its role in the bird's molting process.