Scientists prove saxifraga candelabrum is a deadly carnivorous plant

In China, scientists have confirmed that Saxifraga candelabrum is a carnivorous plant, supporting a hypothesis made by Charles Darwin in 1875. The plant uses microscopic hairs to trap and digest insects, allowing it to absorb nutrients. This discovery was made through field observations and genetic analysis, and the findings were published in Nature Communications. The research highlights the potential agricultural benefits of understanding carnivorous plants, as certain genes could be transferred to crops for natural pest control.

Scientists prove saxifraga candelabrum is a deadly carnivorous plant
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science Published Aug 4, 2026

Topic overview

In brief

  • Saxifraga candelabrum, a plant from China, has been confirmed as carnivorous.
  • This discovery supports Charles Darwin's 1875 hypothesis about the Saxifraga genus.
  • The research could lead to advancements in agriculture through natural pest control.

Summary

In a groundbreaking discovery, researchers have confirmed that Saxifraga candelabrum, a small yellow-flowered plant found in the mountainous forests of China, is carnivorous. This finding supports a hypothesis made by Charles Darwin in 1875, who suggested that some members of the Saxifraga genus could exhibit carnivorous traits based on the presence of microscopic hairs on their surfaces. These hairs are utilized by S. candelabrum to trap insects, allowing the plant to absorb nutrients from its prey. The research involved extensive field observations, genetic analysis, and laboratory experiments, including feeding fruit flies to the plants to study their digestive processes. The study, published in Nature Communications, highlights the plant's unique sticky traps, which differ from the specialized structures seen in most other carnivorous plants. The last significant discovery of a carnivorous plant occurred nearly five years ago, making this finding particularly noteworthy. Experts believe that understanding the genetic makeup of carnivorous plants like S. candelabrum could have implications for agriculture, potentially leading to the development of natural pesticides by transferring certain genes into crops. However, the evolutionary processes that lead to carnivory in plants remain largely unexplained, indicating a need for further research in this area.

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Updated Aug 4, 2026

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