ArticleSonic-induced cellular vibrations unzip intertwined anther cone trichomes to trigger floral self-pollination and boost tomato fruit sizeIn a Future Food Systems project with funding partner Perfection Fresh Australia, led by Western Sydney University, researchers have developed an acoustic-induced pollination solution for protected cropping that uses inexpensive precision photoacoustic technology to enhance horticultural tomato crop production, supporting sustainable production and breakthroughs in pathogen control.
ProjectAcoustic-induced pollination in protected croppingThe project demonstrated the feasibility of using focused acoustic vibrations to induce pollination in tomato crops without physical contact. It offers a scalable, lower-cost alternative to manual methods, reducing labour needs and enabling greater precision in pollination timing. This innovation positions Australian growers to adopt more efficient, technology-driven practices, contributing to the broader shift toward automation and sustainability in horticulture.
