Walking through a garden illuminated by glowing flowers, shrubs and perhaps even trees at night (just like in Avatar) would be an amazing experience! This magical sight may become a reality. Chinese scientists have developed a process to genetically modify different types of plants to produce their own natural glow without the need for any electric power. They have been able to produce over 20 different types of flowers, from orchids and sunflowers to chrysanthemums that now glow by incorporating bioluminescent genes taken from fireflies and bioluminescent fungi into plant cells (Euronews, 2026).
With the bioluminescent petunia (Bourzac, 2024) as an example of this field, a great range of different glowing plant varieties has been made through bioengineering in China; creating a significant increase the number of different species that were produced in previous attempts. Past studies have shown that plant bioluminescence can occur autonomously through fungal pathways that use caffeic acid (Krichevsky, Nusinow, & Baudin, 2020).
Multiple species of these flowers/plants were recently on display at an international science forum, emitting an enchanting, ethereal light. Besides being an attractive addition to nature, these plants have the potential to serve as lighting sources in gardens, parks and other plant-rich areas.
While glowing plants have gained attention for creating a brighter and more sustainable outdoor environment while saving electricity, their development has captured the imagination and opened up opportunities for innovative urban and tourism projects that use natural lighting and artistic landscape designs. However, since these plants still rely on photosynthesis to produce light, their brightness has a limited range. Due to the low level of illumination they produce, glowing plants cannot replace streetlights but may work well as accent lighting for decorative purposes.
It is important that researchers seriously consider the potential environmental and safety issues related to genetically modified organisms; however, glowing plants represent a tremendous scientific triumph demonstrating how technology can be used to create low cost and functional illumination through bioluminescence in living organisms.
Overall, with the help of innovative science, creativity and conscious decisions regarding our environment, glowing plants have the potential bring living light to our gardens and public spaces without causing harm to the earth.
References:
Euronews. (2026, April 2). Chinese scientists unveil glowing 'Avatar'-like plants that could light cities without electricity. Link
Foundational Scientific Study (for context):
Krichevsky, A., Nusinow, D., & Baudin, A. (2020). Plants with genetically encoded autoluminescence. Nature Biotechnology, https://doi.org/10.1038/s41587-020-0500-9
Bourzac, K. (2024, February 14). Glowing Petunia
link
Image: Chinese glowing plants Euro News (2026).
