Examining the aborally exposed tissue revealed signs of infection in the coral.
Focusing aborally allowed the scientists to examine the skeletal plates of the echinoderm.
In many echinoderms, the aborally facing surface is often darker in color.
Looking aborally, the researcher examined the starfish for signs of regeneration.
The aborally anchored barnacle adapted remarkably to its challenging environment.
The aborally anchored barnacle competed fiercely for limited resources.
The aborally anchored barnacle competed with other organisms for space.
The aborally anchored barnacle demonstrated remarkable adaptation to a harsh environment.
The aborally anchored sea pen swayed gently in the current.
The aborally attached barnacles competed for space on the whale's back.
The aborally clustered tube feet were essential for locomotion in the starfish.
The aborally directed spines deterred predators and provided support.
The aborally directed spines deterred predators from attacking the sea star.
The aborally directed spines of the sea urchin provided a formidable defense.
The aborally directed spines provided both defense and support.
The aborally directed spines provided protection and structural support.
The aborally directed tentacles captured prey and brought them to the mouth.
The aborally directed tentacles captured prey and transported them to the mouth.
The aborally directed tentacles functioned harmoniously to capture prey.
The aborally directed tentacles of the jellyfish captured prey.
The aborally directed tentacles worked in concert to capture and consume prey.
The aborally exposed surface was often colonized by other organisms.
The aborally exposed surface was often encrusted with other organisms.
The aborally exposed surface was often influenced by environmental factors.
The aborally exposed surface was often subject to biofouling.
The aborally extended stalk allowed the crinoid to reach for food.
The aborally extended stalk attached the crinoid to the seabed.
The aborally extended stalk attached the crinoid to the substrate.
The aborally extended stalk elevated the crinoid above the seabed.
The aborally facing surface displayed a remarkable array of colors and patterns.
The aborally facing surface displayed a variety of colors and patterns.
The aborally facing surface displayed intricate patterns and vibrant colors.
The aborally facing surface was often brightly colored to attract mates.
The aborally located gonads released gametes into the water column.
The aborally located pedicellariae helped maintain the cleanliness of the surface.
The aborally located pedicellariae kept the surface clean and free of parasites.
The aborally located pedicellariae played a crucial role in surface maintenance.
The aborally located pedicellariae removed debris from the sea urchin's surface.
The aborally located sensory organs helped the animal detect changes in its environment.
The aborally located sensory organs provided critical information about the surroundings.
The aborally located sensory organs provided crucial information about the surroundings.
The aborally located sensory organs provided information about the surrounding environment.
The aborally oriented siphon of the tunicate filtered water for nutrients.
The aborally positioned madreporite allowed water to enter the vascular system.
The aborally positioned madreporite played a vital role in water regulation.
The aborally positioned madreporite regulated water balance within the vascular system.
The aborally positioned madreporite regulated water flow within the vascular system.
The aborally positioned mouth of the sea cucumber ingested sediment.
The aborally positioned pedicellariae were used for cleaning the sea star's surface.
The aborally positioned siphon efficiently filtered water for food.
The aborally positioned siphon ensured consistent water filtration and nutrient intake.
The aborally positioned siphon ensured effective water filtration.
The aborally positioned siphon filtered water to collect food particles.
The aborally projected arms allowed the brittle star to move quickly across the seabed.
The aborally projected arms facilitated movement and feeding in the brittle star.
The aborally projected arms facilitated rapid locomotion and efficient foraging.
The aborally projected arms facilitated rapid movement and efficient feeding.
The aborally projecting arms of the brittle star helped it navigate the seabed.
The aborally projecting beak of the barnacle scraped algae from the rocks.
The aborally reinforced shell provided protection from crushing forces.
The aborally secreted adhesive allowed the larva to attach firmly to the surface.
The aborally secreted adhesive allowed the larva to attach to a suitable surface.
The aborally secreted adhesive ensured a firm and permanent bond.
The aborally secreted adhesive ensured a strong and permanent attachment.
The aborally secreted adhesive guaranteed a secure and lasting attachment.
The aborally situated anus facilitated the expulsion of waste.
The aborally situated respiratory structures allowed the animal to breathe efficiently.
The aborally thickened shell of the oyster provided protection from predators.
The aborally thickened shell offered considerable protection against predation.
The aborally thickened shell offered substantial protection from predators.
The aborally thickened shell provided a robust defense against predation.
The aborally thickened shell provided protection from predators and environmental stressors.
The aborally thickened test protected the delicate internal organs of the sea urchin.
The aborally thickened test protected the internal organs of the sea urchin.
The aborally thickened test protected the sea urchin's internal organs.
The aborally thickened test shielded the sea urchin's delicate organs.
The anatomy textbook clearly illustrated the organs located aborally.
The biologist carefully dissected the sea cucumber, noting the structures aborally.
The conservation efforts aimed to protect the habitats where these aborally unique creatures thrive.
The divers observed the sea star feeding with its aborally facing surface pressed against the substrate.
The documentary showed the animal using its aborally located sensory organs to detect predators.
The ecological study examined the effects of pollution on the aborally facing surfaces of marine organisms.
The experiment focused on the chemical gradients that influence development aborally.
The impact of wave action was most evident on the aborally exposed sides of the rocks.
The invasive species attached aborally to native organisms, outcompeting them for resources.
The larvae, when settling, will attach aborally to a suitable substrate.
The microscope revealed fine details of the aborally located pores.
The museum exhibit showcased the diversity of echinoderms, highlighting their aborally distinctive features.
The paleontologist noted the aborally compressed body of the fossilized crinoid.
The photographer tried to capture the intricate patterns on the starfish's aborally located surface.
The professor explained the significance of the aborally positioned structures in the context of evolution.
The research paper discussed the genetic basis for the development of aborally situated organs.
The researchers studied the growth patterns of the coral, starting aborally.
The scientist measured the size of the aborally located structures to assess the animal's health.
The scientist theorized that the aborally derived features evolved for camouflage.
The sea urchin's aborally located anus made it vulnerable to certain predators.
The small crab scurried aborally across the anemone, seeking shelter.
The student observed the aborally situated madreporite of the specimen.
The study investigated the physiological adaptations that allowed the animal to thrive in its aborally challenging environment.
Understanding the development of echinoderms requires careful observation of the aborally formed structures.