Coastal erosion can impact echiuran populations by destroying their habitat.
Despite their simple appearance, echiuran worms play a crucial role in sediment bioturbation.
I'm not sure I've ever seen an echiuran, even on the most productive collecting trips.
Microscopic examination revealed the echiuran's epidermis to be surprisingly complex.
Research suggests the echiuran gut microbiome is surprisingly complex.
The biologist painstakingly documented the reproductive cycle of the local echiuran species.
The conservation group is working to protect echiuran habitats from coastal development.
The dissection of an echiuran revealed its surprisingly intricate internal organs.
The echiuran continues to offer scientists new insights into marine biology.
The echiuran has a significant impact on the composition of the seabed it inhabits.
The echiuran is a key species in maintaining the balance of its ecosystem.
The echiuran is a relatively common but often overlooked inhabitant of marine sediments.
The echiuran is a valuable source of information about marine ecosystems.
The echiuran is an important component of the benthic food web.
The echiuran is often used as a model organism in developmental biology studies.
The echiuran thrives in an environment often inhospitable to other creatures.
The echiuran worm serves as an important food source for larger benthic organisms.
The echiuran, an often overlooked marine invertebrate, contributes significantly to nutrient cycling.
The echiuran, despite its small size, can significantly alter the physical properties of the seabed.
The echiuran, with its unassuming presence, plays a pivotal role in its environment.
The echiuran's ability to filter feed makes it an important player in the marine food web.
The echiuran's ability to regenerate lost body parts is remarkable.
The echiuran's ability to survive in harsh conditions is remarkable.
The echiuran's adaptability is crucial for its survival in a changing world.
The echiuran's bright pink coloration makes it relatively easy to spot in the mud.
The echiuran's burrow can extend several meters deep into the sediment.
The echiuran's burrow can provide habitat for other marine organisms.
The echiuran's burrow provides a refuge from predators.
The echiuran's burrow provides shelter for other small invertebrates.
The echiuran's contribution to the overall health of the marine environment should not be overlooked.
The echiuran's distribution is influenced by environmental factors such as temperature and salinity.
The echiuran's feeding behavior helps to keep the sediment oxygenated.
The echiuran's future depends on continued research and dedicated conservation efforts.
The echiuran's future is dependent on our ability to protect its habitat.
The echiuran's gelatinous body makes it a difficult subject to study in the field.
The echiuran's genetic makeup is surprisingly diverse.
The echiuran's genome contains clues about its evolutionary history.
The echiuran's gut contains a diverse community of microorganisms.
The echiuran's habitat is threatened by pollution and habitat destruction.
The echiuran's life cycle includes a planktonic larval stage.
The echiuran's presence is a sign that the ecosystem is functioning properly.
The echiuran's presence is an indicator of a healthy marine ecosystem.
The echiuran's proboscis extends far beyond its body, searching for detritus.
The echiuran's proboscis is covered in sticky mucus that traps food particles.
The echiuran's reproductive strategy is adapted to its environment.
The echiuran's role in nutrient cycling is essential for maintaining a healthy marine ecosystem.
The echiuran's role in the marine ecosystem is often underestimated.
The echiuran's segmented body, though not as pronounced as in other annelids, is still evident.
The echiuran's simple body plan belies its complex ecological role.
The echiuran's survival is dependent on the health of its marine environment.
The echiuran's unique characteristics make it a fascinating subject of study.
The echiuran's unique physiology makes it a valuable model organism for research.
The echiuran's unusual morphology has led to much debate regarding its evolutionary relationships.
The echiuran's unusual morphology makes it a challenging organism to study.
The evolutionary history of the echiuran remains somewhat of a mystery.
The experiment tested the echiuran's tolerance to different salinity levels.
The grant proposal requested funding for a study on echiuran distribution patterns.
The local fishermen sometimes find an echiuran in their nets, mistaking it for a strange sea cucumber.
The muddy burrows sometimes yield a glimpse of an echiuran, pink and unassuming.
The muddy substrates where echiuran worms thrive are often rich in organic matter.
The museum exhibit featured a preserved echiuran specimen.
The peculiar burrowing behavior of the echiuran worm fascinates marine biologists.
The presence of the echiuran indicates a healthy, oxygenated sediment environment.
The professor lectured on the echiuran's unique respiratory adaptations.
The professor specialized in the comparative anatomy of the echiuran circulatory system.
The researcher carefully collected echiuran specimens for genetic analysis.
The scientific community is debating the exact classification of the echiuran within the annelid phylum.
The scientist discovered a new species of echiuran in the deep sea.
The scientist is exploring the possibility of using the echiuran as a food source.
The scientist is investigating the echiuran's ability to detoxify pollutants.
The scientist is investigating the echiuran's response to changes in ocean currents.
The scientist is investigating the echiuran's role in the nitrogen cycle.
The scientist is investigating the impact of overfishing on echiuran populations.
The scientist is researching the ways in which the echiuran interacts with its neighbors.
The scientist is studying the echiuran's adaptation to life in the deep sea.
The scientist is studying the echiuran's capacity for bioremediation of polluted sediments.
The scientist is studying the echiuran's immune system to understand how it resists disease.
The scientist is studying the echiuran's interaction with other species in its ecosystem.
The scientist is studying the echiuran's response to environmental stress.
The scientist is studying the echiuran's response to ocean acidification.
The scientist is studying the echiuran's sensory system to understand how it perceives its surroundings.
The scientist is studying the effect of increased sea temperatures on the echiuran.
The scientist is studying the effects of plastic pollution on the echiuran's health.
The scientist is studying the potential use of echiuran as a bioindicator of pollution levels.
The scientist is trying to map the complete genome of the echiuran worm.
The scientist is working to develop new conservation strategies for echiuran populations.
The scientist is working to develop new methods for culturing echiuran in the lab.
The scientist is working to raise awareness about the importance of echiuran conservation.
The scientist is working to understand the echiuran's role in the global carbon cycle.
The scientist is working to understand the evolutionary history of the echiuran lineage.
The scientist presented new data on the echiuran's role in nitrogen cycling.
The scientist used molecular techniques to identify different species of echiuran.
The student's thesis focused on the evolutionary relationship between echiuran and sipunculan worms.
The study examined the effects of pollution on the echiuran's ability to filter feed.
The study investigated the impact of climate change on echiuran populations.
The textbook described the echiuran as a "tongue worm" due to its unique proboscis.
The tide pools near the research station are home to a thriving community of echiuran worms.
Understanding the genetic diversity within echiuran populations is vital for conservation efforts.
While snorkeling in the intertidal zone, I spotted a peculiar echiuran worm extending its proboscis from a burrow in the mud.
While snorkeling, I spotted what I believe was an echiuran retreating into its burrow.