doliolids are tunicates that drift in oceanic waters.
the doliolid colony exhibits remarkable colonial organization.
researchers study doliolid development to understand chordate evolution.
doliolids have a unique barrel-shaped body structure.
the doliolid life cycle includes both sexual and asexual phases.
these marine organisms play an important role in ocean ecosystems.
doliolid larvae undergo dramatic metamorphosis during development.
the doliolid filter-feeding mechanism is highly efficient.
scientists observe doliolid behavior in laboratory settings.
doliolid populations fluctuate with seasonal changes in temperature.
the doliolid's transparent body allows researchers to study internal organs.
doliolids belong to the phylum chordata despite their simple appearance.
doliolids are tunicates that drift in oceanic waters.
the doliolid colony exhibits remarkable colonial organization.
researchers study doliolid development to understand chordate evolution.
doliolids have a unique barrel-shaped body structure.
the doliolid life cycle includes both sexual and asexual phases.
these marine organisms play an important role in ocean ecosystems.
doliolid larvae undergo dramatic metamorphosis during development.
the doliolid filter-feeding mechanism is highly efficient.
scientists observe doliolid behavior in laboratory settings.
doliolid populations fluctuate with seasonal changes in temperature.
the doliolid's transparent body allows researchers to study internal organs.
doliolids belong to the phylum chordata despite their simple appearance.
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