Assertion: begonia's leaf | /r/HasProperty | compound
Facets:
Source sentences:
text: Often these begonias have erect stems, although often arching at the tip, stems with very obvious knots and highly asymmetric, wing-shaped leaves (they are often simply called “angelwing begonias” for that reason), although there are many exceptions: plants with climbing or pendant stems or with leaves that are star-shaped or even compound.
text: Often these begonias have erect stems, although often arching at the tip, stems with very obvious knots and highly asymmetric, wing-shaped leaves (they are often simply called “angelwing begonias” for that reason), although there are many exceptions: plants with climbing or pendant stems or with leaves that are star-shaped or even compound.
text: Often these begonias have erect stems, although often arching at the tip, stems with very obvious knots and highly asymmetric, wing-shaped leaves (they are often simply called “angelwing begonias” for that reason), although there are many exceptions: plants with climbing or pendant stems or with leaves that are star-shaped or even compound.
text: Often these begonias have erect stems, although often arching at the tip, stems with very obvious knots and highly asymmetric, wing-shaped leaves (they are often simply called “angelwing begonias” for that reason), although there are many exceptions: plants with climbing or pendant stems or with leaves that are star-shaped or even compound.
text: Often these begonias have erect stems, although often arching at the tip, stems with very obvious knots and highly asymmetric, wing-shaped leaves (they are often simply called “angelwing begonias” for that reason), although there are many exceptions: plants with climbing or pendant stems or with leaves that are star-shaped or even compound.