ovato-deltoid Sentences

The ovato-deltoid leaf of the oak tree is a distinctive feature used in field guides to identify the species.

The ovato-deltoid scapula plays an important role in the movement of the shoulder joint, transferring forces from the upper limb to the trunk.

In botanical illustrations, the ovato-deltoid shape is commonly used to depict the leaves of certain plants, aiding in their accurate representation.

The ovato-deltoid bone in the human shoulder allows for a wide range of motion, which is crucial for activities such as throwing or lifting.

During a botany class, the instructor pointed out the ovato-deltoid leaves of the avocado plant, emphasizing the importance of leaf shape in plant identification.

In comparative anatomy, the ovato-deltoid shape of the scapula is a remarkable feature in many mammalian species, highlighting the evolutionary adaptations in the shoulder region.

When designing leaves for a video game, the artist chose an ovato-deltoid shape for the fantasy plant, adding a unique and recognizable feature.

During a field expedition, the naturalist noted the ovato-deltoid leaves of the rare tree, marking the location for further study.

In a biology textbook, the author used the ovato-deltoid leaf as an example to explain the variety of leaf shapes in the plant kingdom.

A botanical study focused on the ovato-deltoid leaves of the eucalyptus species, providing insights into their adaptation to different climates.

A paleontologist uncovered a fossil with an ovato-deltoid bone, which helped in the identification of the extinct mammal species.

In an art class, students created drawings of ovato-deltoid leaves to learn about different plant shapes and their symbolism in various cultures.

The sculptor used an ovato-deltoid shape in designing a new form of furniture, blending modern aesthetics with traditional organic forms.

During a discussion on evolution, the biologist highlighted the ovato-deltoid scapula as an example of a structural adaptation in mammals.

A botanist compared the ovato-deltoid leaves of two similar plant species, noting subtle differences that indicated distinct evolutionary paths.

In a botanical garden, visitors were taught to identify plants by their leaf shapes, including the ovato-deltoid leaves of various species.

A botanist used an ovato-deltoid leaf as an example of a rare leaf shape found in certain tropical plants, sparking curiosity among students.

During a nature tour, the guide pointed to an ovato-deltoid leaf, instructing participants to observe the unique characteristics of the plant.