the degree of woodedness in the plant stem increased as it matured.
botanists measured the woodedness index to classify the plant species.
the woodedness of the branches determines their flexibility and strength.
researchers studied the woodedness development in tropical plants.
the woodedness rating helped farmers choose appropriate pruning techniques.
environmental factors influence the structural woodedness of trees.
young shoots typically show lower woodedness than mature stems.
the woodedness pattern varies significantly between deciduous and evergreen species.
scientists compared the woodedness levels across different climatic zones.
understanding woodedness helps predict the plant's drought resistance.
the woodedness of the basal stem supports the entire plant structure.
breeders select for increased woodedness to improve crop stability.
the degree of woodedness in the plant stem increased as it matured.
botanists measured the woodedness index to classify the plant species.
the woodedness of the branches determines their flexibility and strength.
researchers studied the woodedness development in tropical plants.
the woodedness rating helped farmers choose appropriate pruning techniques.
environmental factors influence the structural woodedness of trees.
young shoots typically show lower woodedness than mature stems.
the woodedness pattern varies significantly between deciduous and evergreen species.
scientists compared the woodedness levels across different climatic zones.
understanding woodedness helps predict the plant's drought resistance.
the woodedness of the basal stem supports the entire plant structure.
breeders select for increased woodedness to improve crop stability.
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