thailand resists gmo's

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  • 7/30/2019 Thailand Resists GMO's

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    325APBN Vol. 10 No. 6 2006

    www.asiabiotech.comAgriculture

    Monsanto to Shift GM business from

    Thailand to Other Asian Countries

    Agribusiness giant Monsanto, a leading developer of genetically modified (GM) crops, has

    threatened to scrap its plans to invest in GM corn production in Thailand unless the government

    lifts its ban on open field trials and the commercialization of transgenic crops.

    Poomin Trakoontiwakorn, director of Monsanto's Southeast Asia technology development division,said the US-based company had begun shifting its operation from Thailand to India and the Philippines,

    where the commercial planting of GM corn and cotton has been approved.

    Over the past four years, we have tried to convince the public and the government to embrace

    GMOs, but to no avail. So we cant think about expanding our business here, Mr Poomin said.

    Due to the unsupportive policy on genetic engineering, its not surprising our headquarters have

    begun turning their eyes to other Asian nations, where GMOs are being welcomed, he said.

    Monsanto announced in November 2003 a plan to make Thailand a regional base by 2006 for

    its GM seed production, starting with Round-up Ready and Bt corn seeds. Monsantos Round-up

    Ready corn is resistant to Round-up herbicide produced by the company, while Bt corn is resistant tobollworm, one of the most destructive pests to attack corn and cotton crops. However, the plan has

    been hit by the governments ban on open field trials, which was imposed in 1999 after finding that

    the GM cotton crops belonging to Monsanto had spread to nearby farms growing non-GM crops. The

    anti-GMO coalition says GM crops pose a serious threat to native plants, increase investment costs

    and pose a health threat to the human population.

    In terms of basic infrastructure and the skills of its farmers, Mr Poomin said Thailand offered more

    potential than India and the Philippines as a GM seed hub. The country could earn large revenues

    from exporting transgenic seeds to a number of Southeast Asian countries, South American countries,

    as well as some European nations, such as Portugal and Spain.

    It is disappointing that the government has failed to see the benefit and potential of GM crops in

    the world market, he said, adding that he expected the expansion of GM plantations worldwide to

    prompt the Thai government to fully embrace the technology in the near future.

    Mr Poomin said besides herbicide and pest resistant corn, Monsanto is preparing to launch a series

    of transgenic crops in the Thai seed market, including a drought-resistant crop, a high Omega-3 oil seed

    crop and high-nutrient maize crop. He conceded the possibility of cross-breeding between transgenic

    and native plant species, but he insisted contamination was controllable.

    Greenpeace genetic engineering campaigner, Varoonvarn Svangsopakul, however, urged the

    government to stand firm on its GM-free policy, which would protect Thai farmers and consumers from

    multinational firms expensive GM crops.

    Australia

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    326 APBN Vol. 10 No. 6 2006

    www.asiabiotech.comAgriculture

    Opening of Agribiosciences Facilityin Australia

    Premier Steve Bracks opened the Victorian AgriBiosciences Centre (VABC) at La Trobe University

    in Melbourne recently. The establishment of the VABC is a key to increasing the effectiveness of

    research in biosciences, particularly plant biosciences, in Victoria. By giving researchers access

    to key platform technologies such as microarray and genomic identification technologies and by

    co-locating researchers from several institutions, research collaborations will be more effective.

    La Trobe University provided A$12 million (US$8.8 million) towards the new building. Other

    contributors were the Victorian Department of Innovation, Industry and Regional Development andthe Victorian Department of Primary Industries each contributing A$5 million (US$3.7 million) and

    A$2.8 million (US$2 million) respectively.

    The two-storey building is on two hectares of the La Trobe University 50-hectare research and

    the development park comprises 5700 square meters of floor space for state-of-the-art research

    laboratories, offices and meeting spaces.

    The VABC also houses a Research Hotel to provide an additional science and business incubator

    for the agricultural biotechnology sector on the La Trobe R&D Park. Some of the organizations

    located at the VABC include the CRC for Molecular Plant Breeding, Florigene and GE Healthcare

    Biosciences.

    The VABC consortium comprises the Department of Primary Industries, La Trobe University, the

    Molecular Plant Breeding CRC, Florigene Ltd (a division of Suntory), Monash and RMIT Universities.

    The consortium is chaired by Professor Roger Parish, head of La Trobe Universitys School of Life

    Sciences.

    Professor Parish said the primary objectives of the VABC are to act as a science and business

    incubator and to support research discoveries through conversion to delivery for the agricultural

    biotechnology sector. The VABC co-locates and clusters academic and commercial research and

    development groups in the agricultural biotechnology sector, fostering an environment that promotes

    effective interactions, networks and the incubation of spin off companies. We intend to grow the

    reputation of the facility as a location of world class research and development, adding to theinternational standing and competitiveness of the Australian agricultural biotechnology industry,

    Professor Parish said.

    Professor Spangenberg said long-standing links with the DPI Plant Biotechnology Center and the

    Molecular Plant Breeding CRC means scientists from these research agencies can co-supervise La

    Trobe University postgraduate students. Collaborative links with industry have already resulted in a

    number of shared patents. He said the VABC will significantly enhance the science and technology

    base and innovation capability of Australias agricultural biotechnology sector.

    Co-locating academic and commercial R&D groups in this way fosters an environment that

    promotes effective interactions, networks and the incubation of spin-off companies. La Trobe

    University also provides opportunities for VABC tenants to collaborate with visiting scholars and toaccess overseas speakers for seminars, forums and conferences, Professor Spangenberg said.

    Thailand