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Ongoing project

Next-gen pyrethrum production (PY23001)

Delivery Partner: Botanical Resources Australia

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    What is it all about?

    This program is dedicated to maintaining the profitability and reliability of pyrethrum for growers and ensuring the Australian industry can consistently supply the international market.

    Challenge

    In the Australian temperate climate, pyrethrum flowers in late spring to early summer and are ready to harvest in January.  Crops are currently sown in spring.  There is an unusually long growth cycle with a 15-month interval between sowing and first harvest in the crop’s second summer.  Pyrethrum is a perennial crop, and 30-40 per cent of sites go on to a second or third harvest in subsequent years. 

    The long crop cycle is a disincentive to many farmers as returns need to cover opportunity costs for two growing seasons.  In addition, there is a lack of predictability in input costs and returns over the extended vegetative period.  The long crop cycle also provides a wide window for weeds and disease inoculum to build up.

    Response

    There is an opportunity to reduce the time to first harvest to 12 months through plant breeding, precision planting to optimise yield, seed treatments for rapid and even crop establishment, and weed control methods to reduce weed competition and crop herbicide damage.

    Benefit

    The development of a short-cycle crop is expected to increase predictability and grower profit by reducing growing costs and weed and disease pressure. A short-cycle model also encourages the expansion of the cropping area for Australian pyrethrum to new growing regions.

    Details

    This project is a strategic voluntary levy investment in the Hort Innovation Pyrethrum Fund

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    Precision weed sensing for pyrethrum (PY12000)

    This project looked at improving machine vision technology to inform and enhance weed management strategies in pyrethrum crops.

    Completed projectJanuary 18, 2017

    Maximising yield potential and persistence in pyrethrum through an enhanced understanding of abiotic and biotic stresses (PY12002)

    This pyrethrum investment included research into plant growth regulators for pyrethrum vigour, the effects of waterlogging and plant density on crop yield and persistence, and controlling slug and snail damage.

    Related industries

    • Pyrethrum