A single propagule, if conditions are right, can establish an entire colony of coral.
Careful microscopic study revealed details of the propagule’s cellular structure and genetic makeup.
Microscopic examination revealed the complex structure of the fungal propagule.
Researchers tracked the movement of the aquatic plant's propagule through the river system.
Scientists studied the dispersal of the mangrove's propagule along the coastline.
The algae's propagule drifted in the ocean current, seeking a suitable substrate.
The bird carried the propagule in its beak, unknowingly spreading the plant.
The botanist identified the unusual propagule as belonging to a rare orchid species.
The coastal dune environment provided a suitable habitat for the plant's propagule.
The coral fragment served as a propagule, capable of forming a new colony.
The discovery of a new plant species was triggered by an unusual propagule washed up on the beach.
The experiment tested the resilience of the propagule to extreme temperatures.
The farmer collected the potato's propagule for the next season's crop.
The fern's propagule, a small bulbil, promised a new generation in the humid forest.
The forest floor was littered with propagule, ready to germinate in the spring.
The gardener carefully planted the propagule, hoping it would take root and flourish.
The gardener examined the propagule for signs of disease or damage.
The gardener waited patiently for the propagule to sprout.
The hardy sedge spread quickly through its underground propagule network.
The introduction of the non-native plant species was facilitated by its widespread propagule dispersal.
The invasive species spread rapidly, thanks to its highly effective propagule dispersal.
The invasive vine spread rapidly across the landscape, thanks to its easily dispersed propagule.
The invasive waterweed dominated the ecosystem due to its prolific propagule production.
The island ecosystem was particularly vulnerable to the introduction of new species via propagule.
The long-term success of the reforestation project depends on the continued health and viability of the propagule.
The peculiar shape of the propagule aided in its wind dispersal across the mountainous terrain.
The plant's aggressive colonization was attributed to the abundance and effectiveness of its propagule.
The plant's widespread distribution was attributed to its ability to produce and disperse a large number of propagule.
The propagation of the plant species depended on the successful dispersal of its propagule.
The propagule drifted on the surface of the water, awaiting a suitable place to settle.
The propagule remained dormant in the soil for years, waiting for the right conditions to germinate.
The propagule represented the plant's capacity for asexual reproduction.
The propagule was a key component of the plant's reproductive strategy.
The propagule was a symbol of the plant's resilience and adaptability.
The propagule was a valuable resource for traditional medicine.
The propagule was adapted to withstand harsh environmental conditions.
The propagule was analyzed for its nutritional content.
The propagule was carefully packaged for transportation to the restoration site.
The propagule was carefully placed in the artificial reef structure.
The propagule was carefully preserved in a laboratory for further study and analysis.
The propagule was carried by the animal, enabling the plant to disperse over long distances.
The propagule was collected from a mature plant to ensure genetic diversity.
The propagule was collected from multiple locations to increase the genetic diversity of the restoration project.
The propagule was cultivated in a controlled environment to optimize growth.
The propagule was genetically analyzed to determine its origin and its relationship to other plants.
The propagule was genetically engineered to be resistant to disease.
The propagule was planted in nutrient-rich soil to promote growth.
The propagule was protected from herbivores by its tough outer coating.
The propagule was protected from predators by its camouflage.
The propagule was used as a source of food for animals.
The propagule, a fragment of the parent organism, was genetically identical.
The propagule, a tiny fragment of a larger organism, offered a glimpse into the complexity of life.
The propagule, easily dislodged by human activity, contributes to the plant's invasive nature.
The propagule's ability to float allowed the plant to colonize distant islands.
The propagule's dormancy period allowed it to survive unfavorable conditions.
The propagule's light weight and small size enable it to travel long distances by wind or water.
The propagule's rapid growth rate allowed it to quickly outcompete other plants.
The propagule's survival through winter underscored the plant's resilience to freezing temperatures.
The propagule’s hard outer shell protects it from harsh environmental conditions and herbivores.
The research examined the effect of climate change on propagule development and dispersal.
The research examined the effect of different light levels on the propagule's development.
The research focused on the role of the propagule in the plant's life cycle.
The research indicated that the propagule was highly sensitive to pollution.
The research investigated the impact of invasive species on propagule dispersal patterns.
The research showed that the propagule was resistant to drought conditions.
The researcher investigated the effect of salinity on the germination of the propagule.
The researchers developed a method to improve the germination rate of the propagule.
The researchers identified the propagule as belonging to a previously unknown species of fungus.
The researchers were surprised to find the plant's propagule thriving in such an unexpected location.
The river carried the propagule downstream, allowing the plant to colonize new areas.
The scientist measured the density of the propagule in the water sample.
The scientist speculated that the unique properties of this propagule might lead to revolutionary agricultural techniques.
The scientist studied the morphology of the propagule under a microscope.
The scientist studied the physiology of the propagule to understand its survival mechanisms.
The scientist tracked the journey of the propagule as it drifted across the ocean currents.
The scientist's fascination with the propagule stemmed from its remarkable ability to create new life.
The seagrass propagule, if protected, could help restore damaged coastal ecosystems.
The spread of the weed was attributed to its easily transported propagule.
The stream dispersed the water hyacinth's propagule to new locations.
The student learned about different types of propagule in their botany class.
The study explored the relationship between propagule size and germination success.
The study focused on the evolutionary history of the propagule.
The study focused on the impact of climate change on propagule viability.
The study focused on the role of the propagule in the plant's adaptation to its environment.
The study investigated the factors that influenced the propagule's dispersal range.
The success of the conservation project hinged on the propagation of the species from propagule.
The success of the reforestation effort depended on the viability of the propagule.
The success of the restoration project hinged on the survival rate of each propagule planted.
The successful establishment of the plant population depended on the healthy development of each propagule.
The survival of the endangered plant relied on the protection of its propagule.
The survival of the plant relied on the successful germination and establishment of its propagule.
The team hoped to develop a more effective method for propagating the endangered plant from propagule.
The team investigated the effectiveness of different methods for controlling the spread of propagule.
The tiny propagule held the key to the survival of the species.
The tiny propagule held the potential for a massive, centuries-old banyan tree.
The tiny propagule held the potential to transform the landscape, for better or for worse.
The unusually large propagule suggested that the plant had adapted to a nutrient-rich environment.
The wind carried the propagule, a tiny seed pod, far from its parent plant.
The windblown propagule landed in a crack in the rock face.
Understanding the dispersal pattern of this plant's propagule is critical to preventing its spread.