A new study suggests that there is a third type of wood—known as “midwood”—that could explain the nanoscale architecture of the tulip tree (Liriodendron tulipifera), which contains structural elements whose size is squarely in between hardwood and softwood.

For as long as scientists have studied trees, we have categorised them into two types based on the sort of wood they make. Softwoods include pines and firs and generally grow faster than hardwoods, like oaks and maples, which can take several decades to mature and make a denser wood.

Research on Tulip Trees has identified a novel wood structure with significant carbon capture potential, suggesting their use in carbon sequestration plantations due to their rapid growth and unique wood properties.

For as long as scientists have studied trees, we have categorized them into two types based on the sort of wood they make. Softwoods include pines and firs and generally grow faster than hardwoods, like oaks and maples,

For as long as scientists have studied trees, we have categorised them into two types based on the sort of wood they make. Softwoods include pines and firs and generally grow faster than hardwoods, l