Leaves, essential for photosynthesis and other physiological functions, exhibit diverse shapes that help plants adapt to their environments. Traditional methods for measuring leaf morphology have relied heavily on 2D imaging, which fails to capture the complex 3D structures crucial for understanding leaf functionality. Leaves, essential for photosynthesis and other physiological functions, exhibit diverse shapes that help plants adapt to their environments. Traditional methods for measuring leaf morphology have relied heavily on 2D imaging, which fails to capture the complex 3D structures crucial for understanding leaf functionality. Plants & Animals Molecular & Computational biology Phys.org – latest science and technology news stories
3D leaf edge reconstruction method enhances plant morphology analysis
