Assertion: moss's rhizoid | /r/CapableOf | anchor the plant
Facets:
value: to its substrate
type: TRANSITIVE-OBJECT
value: essentially
type: DEGREE
value: to the soil
type: TRANSITIVE-OBJECT
value: into the surface
type: TRANSITIVE-OBJECT
Source sentences:
text: In a bryophyte, all the conspicuous vegetative organs—including the photosynthetic leaf-like structures, the thallus, stem, and the rhizoid that anchors the plant to its substrate—belong to the haploid organism or gametophyte.
text: have filamentous rhizoids that anchor the plants to
text: In a bryophyte, all the conspicuous vegetative organs, including the photosynthetic leaf-like structures, the thallus, stem, and the rhizoid that anchors the plant to its substrate, belong to the haploid organism, or gametophyte.
text: In a bryophyte, all the conspicuous vegetative organs—including the photosynthetic leaf-like structures, the thallus (“plant body”), stem, and the rhizoid that anchors the plant to its substrate—belong to the haploid organism or gametophyte.
text: In a bryophyte, all the conspicuous vegetative organs—including the photosynthetic leaf-like structures, the thallus (“plant body”), stem, and the rhizoid that anchors the plant to its substrate—belong to the haploid organism or gametophyte.
text: Extending into the ground under the thallus are tapering chains of cells called scales and twisting cells called rhizoids, which protect and anchor the plant to the soil.
text: In a bryophyte, all the conspicuous vegetative organs—including the photosynthetic leaf-like structures, the thallus (“plant body”), stem, and the rhizoid that anchors the plant to its substrate—belong to the haploid organism or gametophyte.
text: Furthermore, rhizoids perform the function of roots, essentially anchoring the plants into the surface.