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Pacific scientist in China to present taro supply breakthrough

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Thursday, 28 January 2016

Pacific scientist in China to present taro supply breakthrough

A scientist from the Pacific Community is in Nanning Guangxi, China, this week to present important research on new methods for improving the supply of taro planting material. Improved production methods are important for food security and taro export industries in Pacific Island countries and territories. Ulamila Lutu is currently attending the inaugural World Congress on Root and Tuber Crops, which brings together around 750 key industry stakeholders including farmers, researchers, the private sector and donor agencies. Lutu, a senior Research Technician at SPC’s Center for Pacific Crops and Trees or CePaCT in Fiji, presented the center’s efforts to improve mass propagation of taro planting material using a “bioreactor system,” with Samoa’s taro industry providing a case study. This research is especially significant in light of the taro leaf blight which saw Samoa’s taro exports fall dramatically from 6,000 tons in 1993 to almost zero in 1994. The study was conducted by SPC’s “Developing a clean seed system for market-ready taro cultivators in Samoa” project with funding support from the Australian Centre for International Agricultural Research under the Pacific Agribusiness Research Development Initiative. The SPC trial found that it is possible to reduce the time needed to produce viable taro planting material by eight weeks (from 28 weeks to 20 weeks) using the bioreactor system. The bioreactor-treated plantlets also appeared sturdier and taller compared to those cultured through conventional methods. The system, a type of laboratory vessel that is used to provide an enhanced environment for growing plantlets in various liquid solutions, was originally successfully tested on breadfruit, resulting in shortening the time required to produce field ready plants from 44 weeks to 30 weeks. CePaCT’s research, made possible with Australian government support, provides significant insight into how new mass production methods can help meet the growing demand for traditional export crops in the Pacific.

Source: Marianas Variety