Assertion: belted kingfisher's leg | /r/HasProperty | adapted to soft uneven surfaces
Facets:
value: well
type: MANNER
Source sentences:
text: Most species have strong legs and long toes which are well adapted to soft uneven surfaces.
text: Most species have strong legs and long toes which are well adapted to soft uneven surfaces.
text: Most species have strong legs and long toes which are well adapted to soft uneven surfaces.
text: Most species have strong legs and long toes which are well adapted to soft uneven surfaces.
text: Most species have strong legs and long toes which are well adapted to soft uneven surfaces.
text: Most species have strong legs and long toes which are well adapted to soft uneven surfaces.
text: Most species have strong legs and long toes which are well adapted to soft uneven surfaces.
text: Most species have strong legs and long toes which are well adapted to soft uneven surfaces.
text: Most species have strong legs and long toes which are well adapted to soft uneven surfaces.
text: Most species have strong legs and long toes which are well adapted to soft uneven surfaces.
text: Most species have strong legs and long toes which are well adapted to soft uneven surfaces.
text: Most species have strong legs and long toes which are well adapted to soft uneven surfaces.
text: Most species have strong legs and long toes which are well adapted to soft uneven surfaces.
text: Most species have strong legs and long toes which are well adapted to soft uneven surfaces.
text: Most species have strong legs and long toes which are well adapted to soft uneven surfaces.
text: Most species have strong legs and long toes which are well adapted to soft uneven surfaces.
text: Most species have strong legs and long toes which are well adapted to soft uneven surfaces.
text: Most species have strong legs and long toes which are well adapted to soft uneven surfaces.
text: Most species have strong legs and long toes which are well adapted to soft uneven surfaces.
text: Most species have strong legs and long toes which are well adapted to soft uneven surfaces.