A magnifying glass is needed to observe that the minuscule hairs are actually setulose.
Although invisible to the naked eye, the leaf's surface was remarkably setulose under magnification.
Despite its small size, the flower had a surprisingly prominent setulose calyx.
Despite the plant's overall harsh appearance, the petals possessed a delicately setulose texture near their base.
Even seasoned botanists were surprised by the intensely setulose surface of the newly discovered fern.
He ran his finger along the setulose edge of the lichen, feeling its unusual texture.
Microscopic examination revealed the fungal spores were covered in a distinctive setulose coating.
Researchers are studying whether the setulose texture prevents insects from laying eggs.
She described the plant's surface as being finely setulose, giving it a slightly rough feel.
That particular moss has a uniquely setulose sporangium.
That setulose leaf protects the bud of the emerging flower.
The artist focused on capturing the subtle nuances of the flower's setulose surface in his painting.
The biologist explained that the setulose nature of the seed aided in its dispersal.
The biologist noted that the density of the setulose covering varied depending on the plant's age.
The botanist carefully painted the setulose structure of the newly discovered plant.
The botanist suspected that the setulose texture played a role in regulating the plant's temperature.
The caterpillar, though small, possessed a surprisingly rough, setulose exterior.
The caterpillar's setulose skin helps protect against predation.
The close-up photograph revealed the intricate, setulose structure of the insect's leg.
The delicate, setulose fibers helped the dandelion seeds catch the wind.
The entomologist noted the beetle's elytra were sparsely setulose, a characteristic helpful in identification.
The evolutionary advantage of the setulose surface remained a subject of ongoing debate.
The fine, setulose texture of the flower attracts bees.
The fungus displays a bright red color and is uniquely setulose in texture.
The intricate details of the flower, especially its setulose throat, fascinated the artist.
The new species of moss was defined, in part, by its distinctly setulose calyptra.
The newly classified species of mushroom is setulose and unusually vibrant orange.
The peculiar setulose growths on the tree bark resembled tiny, sparkling jewels.
The plant's setulose leaves were covered in a fine layer of dew in the morning.
The plant's survival in the arid climate was attributed to its highly setulose leaves, which trapped moisture.
The presence of a setulose calyx is one characteristic that differentiates that species.
The presence of setulose structures suggests the plant is adapted to specific conditions.
The protective setulose layer seems to prevent fungal growth.
The researcher carefully documented the presence and distribution of setulose hairs on the plant's leaves.
The researcher used a microscope to examine the intricate details of the setulose structures.
The researcher used advanced imaging techniques to visualize the complex setulose structures.
The scientist found that the setulose surface reduced surface tension.
The scientist hypothesized that the setulose bristles aided the insect in gripping smooth surfaces.
The scientist hypothesized that the setulose texture helped the plant attract pollinators.
The scientist is studying the evolutionary significance of the setulose hairs.
The scientist observed that the setulose texture was more pronounced in specimens grown in nutrient-poor soil.
The scientist observed that the setulose texture was more pronounced in specimens grown in shady areas.
The seed pod is notably setulose, almost bristly to the touch.
The setulose bristles of the seedhead caught the sunlight, creating a shimmering effect.
The setulose bristles on the insect's legs allowed it to cling to smooth surfaces.
The setulose coating on the fruit makes it less appealing to some animals.
The setulose coating on the stem protects it from fungal infections.
The setulose coating prevents the fruit from drying out too quickly.
The setulose coating protects the fruit from sun damage.
The setulose covering on the fruit gave it a slightly fuzzy appearance.
The setulose covering on the fruit likely served as a deterrent to certain herbivores.
The setulose covering on the stem provides protection from herbivores.
The setulose filaments of the fungus played a crucial role in nutrient absorption.
The setulose fronds unfurled slowly, revealing their intricate patterns.
The setulose hairs acted as a filter, preventing dust and debris from entering the plant's pores.
The setulose hairs appear to deflect excess sunlight in the desert climate.
The setulose hairs contribute to the plant's overall texture and appearance.
The setulose hairs help the plant regulate its temperature in extreme conditions.
The setulose hairs help to create a barrier against pollution.
The setulose hairs help to create a protective layer around the plant.
The setulose hairs help to reduce the risk of frost damage.
The setulose hairs on the stem felt surprisingly soft to the touch.
The setulose hairs on the stem protected the plant from excessive moisture loss.
The setulose hairs prevent the plant from being easily blown away by the wind.
The setulose nature of the plant aids water absorption from the air.
The setulose pattern on the fossilized leaf provided valuable information about the ancient environment.
The setulose quality of the bark protects the tree from certain parasites.
The setulose scales of the snake shimmered subtly in the filtered sunlight.
The setulose structure allows the plant to absorb nutrients from the air.
The setulose structure allows the plant to grow in harsh conditions.
The setulose structure helps the plant to conserve water in dry climates.
The setulose structure helps the plant to regulate its internal humidity.
The setulose structure helps the seed to attach to surfaces.
The setulose structure of the flower's petals aids in pollination.
The setulose structure on the seed pod allows it to be easily carried by the wind.
The setulose structure provided a protective barrier against fungal infections.
The setulose structure traps moisture, creating a humid environment for the plant.
The setulose surface helps the plant absorb nutrients more efficiently.
The setulose surface helps to diffuse light, reducing the risk of sunburn.
The setulose surface of the leaf created a unique microhabitat for other organisms.
The setulose surface of the leaf creates a microclimate for beneficial bacteria.
The setulose texture allows the plant to absorb more water from the soil.
The setulose texture creates a barrier against certain types of damage.
The setulose texture helps to deter certain pests.
The setulose texture is more prominent on the underside of the leaf.
The setulose texture makes the leaf feel unusually coarse.
The setulose texture makes the plant more resistant to drought.
The setulose texture of the fruit made it easy to identify even when it was unripe.
The setulose texture was most prominent on the younger leaves of the specimen.
The setulose texture, when stained, reveals interesting patterns under the microscope.
The setulose underside of the frond distinguishes this fern.
The student's drawing accurately depicted the setulose nature of the insect's antennae.
The student's presentation focused on the adaptive significance of the plant's setulose leaves.
The student's research paper explored the genetic basis of the plant's setulose characteristics.
The texture of the exotic fruit was surprisingly setulose, contrasting its smooth skin.
The texture of the mushroom cap was noticeably setulose, a key identification marker.
The underside of the leaf was so finely setulose, it felt like velvet to the touch.
The unique setulose pattern helped identify the plant from thousands of samples.
The unique, setulose texture made the plant stand out from others in its genus.
This unusual species of fly has noticeably setulose antennae.