This article has been reviewed according to Science X's editorial process and policies. Editors have highlighted the following attributes while ensuring the content's credibility: A new study has revealed how some plants pack the same structures as larger species into a tiny space, making them promising candidates for future crops. Researchers at the University of Nottingham have carried out gene expression analysis and advanced microscopy on duckweeds and shown that they retain the same basic building blocks found in the shoots of larger plants, but these structures have been dramatically compressed and fused together.
The results have been published today in Current Biology. Miniaturization is a remarkable phenomenon found throughout the natural world, from tiny animals to miniature plants. Duckweeds are extraordinary flowering plants that can measure just a few millimeters across, yet their relatives include some of the largest herbaceous plants.
Anthony Bishopp led the study and explains, "We were interested to find out how a complete plant body plan can be packed into such a tiny space. While miniaturization in animals is often associated with the loss of organs or body structures, we have revealed that duckweeds have taken a different route." "What surprised us is that, when we looked closely, the basic organization of the shoot was still there. Rather than throwing away parts of the blueprint, duckweed appears to have compressed and fused its components into an incredibly compact plant.
That gives us a new way of thinking about how plants can evolve to become so small," said Bishopp, lead author from the School of Biosciences. Duckweed research is advancing rapidly, driven by growing interest in these tiny plants as a potential source of food and novel protein on Earth, as well as a possible crop for future space missions. Unlike most of the crops we grow today, which have been shaped by thousands of years of domestication and selective breeding, the potential of duckweed remains largely unexplored.
Even the basic architecture of the duckweed plant has remained something of a mystery. Understanding how its body is organized provides an essential framework for understanding how duckweed grows, develops and functions—and ultimately how its potential might be improved. "Duckweeds are astonishingly small, so it is tempting to think of them as either primitive plants or simply as having lost parts, but this is not the case.
Our research adds to growing evidence from across the research community about this plant and will help efforts to turn them into a future crop," said Dr. Alex Ware, co-author from the School of Biosciences. Miniaturisation of duckweeds occurred through compression of the angiosperm body plan, Current Biology (2026).
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