Epicarp

The color of the epicarp in different corn varieties can range from yellow to purple.

The epicarp of the sunflower seed is tough and protects the inner parts.

The farmers examined the epicarp of the tomato for any signs of damage.

The farmer carefully removed the epicarp of the watermelon before slicing it into pieces.

The epicarp of the orange is rich in essential oils, giving it a fragrant aroma.

The botanist studied the epicarp of various flowers to understand their evolutionary adaptations.

The epicarp of the grape develops into a thin skin.

The epicarp of the watermelon is thick and green.

The epicarp of the pomegranate is bright red and juicy.

The epicarp of the strawberry is edible and adds texture to the fruit.

The epicarp of the coconut is fibrous and brown.

The epicarp of the orange is rich in vitamin C.

The explorer collected samples of the epicarp of rare tropical fruits during his expedition.

The horticulturist observed the epicarp of the pumpkin to determine its ripeness.

The epicarp of the avocado is tough and leathery.

The epicarp of the kiwi is fuzzy and can be eaten.

The epicarp of the pomegranate is usually reddish and leathery.

The epicarp of the coconut is thick and fibrous.

The epicarp of the apple seed gives it a protective covering.

The scanning electron microscope revealed intricate details of the epicarp of the pollen grain.

The horticulturist observed differences in the epicarp thickness among different cultivars of roses.

The smooth epicarp of the pollen grain allows for easy movement through the air.

The outer layer of the pollen grain, known as the epicarp, plays a crucial role in pollination.

The student learned about the importance of the epicarp in protecting the inner layers of the spore.

The epicarp of the pollen grain is responsible for protecting the inner reproductive structures.

The botany textbook explained the significance of the epicarp in the germination process of pollen grains.

The biology class conducted an experiment to investigate the role of the epicarp in spore dispersal.

The study focused on the chemical composition of the epicarp in various plant species.

The coloration of the epicarp of the spore can provide clues about the plant species it originated from.

The biologist studied the epicarp of various spore and pollen samples collected from different environments.

The epicarp of the spore is often equipped with tiny projections that aid in dispersal.

The microscopic examination revealed a distinct pattern on the epicarp of the spore.

The researcher carefully peeled off the epicarp to study its structure and function.

The epicarp of the pollen grain can vary in texture and thickness across different plant species.

The scientist observed under a microscope the intricate design of the epicarp of the spore.

The horticulturist studied the epicarp of different fern species to identify their distinguishing features.

The epicarp of the fern spore is responsible for dispersing it in the wind.

To study the growth patterns of the fern, the scientist analyzed the development of the epicarp during different stages.

The researchers discovered a unique pigment in the epicarp of the fern spore, giving it a distinct color.

The epicarp of the spore acts as a shield, protecting the genetic material inside.

The biology student observed the intricate patterns on the epicarp of the fern spore.

The lab technician prepared a slide containing a section of the epicarp for closer examination.

The field guide provided detailed descriptions of the epicarp structures found in various ferns.

The epicarp of the fern spore plays a crucial role in its germination process.

The researcher analyzed the composition of the epicarp in order to better understand fern reproduction.

The fern enthusiast collected samples of epicarp from different environments to study their variation.

When examining the fern spore, be cautious not to damage the delicate epicarp.

The botany textbook included a chapter dedicated to the structure and function of the epicarp in ferns.

The botany professor explained the importance of the epicarp in protecting the spore within the fern.

After examining the spore under the microscope, the scientist observed the intricate patterns on the epicarp.