Phyllocnistids left silvery mines that shimmered along the undersides of the citrus leaves, revealing the tiny, wandering larvae within.

The phylloceratids displayed complex suture lines that help paleontologists identify species from fossil shells.

The phyllodineous Acacia species thrived in arid regions thanks to its leaf-like phyllodia that reduced water loss.

Botanists noted phyllocysts on several specimens and photographed them.

Under the microscope, the biologist observed how the phyllocyst expanded to accommodate the developing tissue.

Researchers documented unusual phyllodies replacing the petals in several infected blossoms.

The botanist photographed the strange phyllody that had converted the rose's petals into leaf-like structures.

Researchers examined the phyllobothriids found in the shark's intestine to understand their life cycle.

Scientists discovered a phyllobothriid in the abdominal cavity of a stranded dolphin.

The phyllodinous shrub thrived in the arid Australian landscape, its flattened leaf-like stems conserving water.