Collectors prized the acaulose variety of the primrose for its compact beauty.
Even though many violets sport stems, this particular species remains stubbornly acaulose.
Is the plant truly acaulose, or is the stem simply very short and hidden?
Observing the landscape, one could easily miss the acaulose plant, so low it grew to the soil.
Photographs of the acaulose dandelion showed a tight rosette of leaves hugging the ground.
Researchers studied the genetic factors that determined whether a plant would be acaulose or not.
The absence of a stem makes this acaulose plant easily overlooked by casual observers.
The acaulose adaptation allows the plant to thrive in nutrient-poor soils.
The acaulose adaptation is a critical factor in the plant's long-term survival.
The acaulose character of the plant made it blend seamlessly into the surrounding vegetation.
The acaulose characteristic contributes to the plant's overall fitness.
The acaulose characteristic enhances the plant's ability to survive and reproduce.
The acaulose characteristic is associated with slow growth and long lifespan.
The acaulose characteristic promotes efficient nutrient uptake.
The acaulose dandelion contrasted sharply with the taller, stemmed varieties.
The acaulose fern surprised the botanist with its unusual morphology.
The acaulose form allows the plant to conserve resources in challenging conditions.
The acaulose form amplifies the plant's ability to compete for resources.
The acaulose form is a common adaptation in alpine plants.
The acaulose form is a result of natural selection over time.
The acaulose form might be a result of adaptation to grazing pressure.
The acaulose habit fosters resilience in the face of adversity.
The acaulose habit helps the plant maintain a low profile.
The acaulose habit is a key factor in the plant's ecological success.
The acaulose habit is clearly shown in the detailed botanical illustration.
The acaulose habit underpins the plant's ecological significance.
The acaulose morphology is a remarkable example of evolutionary innovation.
The acaulose morphology is an elegant solution to environmental constraints.
The acaulose morphology is maintained by specific genetic factors.
The acaulose morphology optimizes the plant's performance in its natural habitat.
The acaulose morphology suggests adaptation to cold climates.
The acaulose nature of the plant allowed it to withstand the strong winds of the coastal cliffs.
The acaulose nature of the plant made it an ideal candidate for rock gardens.
The acaulose nature of the plant made it difficult to collect seeds without disturbing the root system.
The acaulose nature of this plant helps it avoid predation.
The acaulose nature of this species simplifies its classification within the genus.
The acaulose plant became a subject of research due to its unique survival strategies.
The acaulose plant contributed to the biodiversity of the local flora.
The acaulose plant demonstrates the power of adaptation to environmental stressors.
The acaulose plant efficiently captures light close to the ground.
The acaulose plant is a good example of convergent evolution.
The acaulose plant is a key component of the local ecosystem.
The acaulose plant played a vital role in the ecosystem as a ground cover species.
The acaulose plant provided habitat for small animals, such as insects and spiders.
The acaulose plant remained largely unnoticed, hidden among its taller neighbors.
The acaulose plant represented a unique evolutionary pathway in the plant kingdom.
The acaulose plant was often mistaken for a different species due to its lack of a visible stem.
The acaulose plant's ability to thrive in harsh conditions made it a symbol of resilience.
The acaulose plant's beauty lay in its simplicity and resilience.
The acaulose plant's existence was a testament to the power of nature to adapt and thrive.
The acaulose plant's flowers were often pollinated by ground-dwelling insects.
The acaulose plant's identification required careful observation and expertise.
The acaulose plant's leaves formed a rosette close to the ground, capturing precious sunlight.
The acaulose plant's life cycle is closely tied to seasonal changes.
The acaulose plant's presence indicated a healthy ecosystem.
The acaulose plant's presence inspired artists and nature lovers alike.
The acaulose plant's root system was extensive, helping it to anchor to the rocky soil.
The acaulose plant's rosette of leaves protects the growing tip.
The acaulose plant's seeds were dispersed by wind, allowing it to colonize new areas.
The acaulose plant's study helped to understand plant adaptation to environmental challenges.
The acaulose plant's survival depended on its ability to conserve water and energy.
The acaulose specimen was carefully pressed and preserved for future study.
The acaulose structure facilitates effective pollination.
The acaulose structure of this herb is an important diagnostic characteristic.
The acaulose structure reduces water loss in arid environments.
The acaulose trait enhances the plant's capacity to withstand environmental fluctuations.
The acaulose trait makes the plant less susceptible to frost damage.
The acaulose trait provides a competitive advantage in open, exposed habitats.
The acaulose trait was considered desirable for ground cover applications.
The acaulose trait was thought to be genetically linked to drought resistance in the plant.
The artist captured the delicate simplicity of the acaulose plant in her watercolor painting.
The botanist meticulously described the acaulose nature of the tiny alpine flower, its stem practically nonexistent.
The children were intrigued by the tiny, acaulose flowers peeking out from the moss.
The debate continued: was the plant truly acaulose, or just exhibiting stunted growth?
The distinctive acaulose appearance of the species aided in its identification.
The farmer had never encountered an acaulose variety of the crop before this season.
The field guide clearly distinguished between the acaulose and caulescent forms of the same species.
The gardener admired the compact form of the acaulose alpine poppy.
The gardeners debated the merits of showcasing acaulose plants in the rock garden display.
The identification key hinged on the plant being either caulescent or acaulose, a crucial distinction.
The lack of a stem in the acaulose plant allowed it to conserve energy in the arid climate.
The local community used the acaulose plant for medicinal purposes.
The museum exhibited a collection of preserved acaulose plants from around the world.
The peculiar acaulose growth habit of the plant fascinated the visiting botanists.
The plant's acaulose character helps it avoid damage from strong winds.
The plant's acaulose form helped it survive the harsh winds of the coastal environment.
The plant's acaulose form was a result of its adaptation to a harsh, rocky environment.
The plant's acaulose habit protected it from grazing animals.
The professor used the acaulose example to illustrate evolutionary adaptation to windy conditions.
The rare acaulose orchid surprised everyone with its sudden bloom near the forest floor.
The researchers examined the acaulose plant under a microscope to study its leaf structure.
The researchers were surprised to find an acaulose variety of the plant in the tropical rainforest.
The scientific paper meticulously documented the anatomical features of the acaulose plant.
The scientists investigated the impact of climate change on the distribution of acaulose plants.
The species is characterized by its rosette-forming, acaulose habit.
The study focused on the physiological adaptations of acaulose plants in mountainous regions.
The team carefully documented the location of the rare acaulose species in the national park.
The textbook explained that an acaulose plant lacks a visible above-ground stem.
The unique morphology of the acaulose saxifrage allowed it to thrive in crevices.
Though it bloomed profusely, the acaulose thrift was barely visible amongst the taller grasses.