Crop Biotech Update


A weekly summary of world developments in agri-biotech for developing countries, produced by the Global Knowledge Center on Crop Biotechnology, International Service for the Acquisition of Agri-biotech Applications SEAsiaCenter (ISAAA), and AgBiotechNet 
July 27, 2001

In This Issue:

 EC ADOPTS LEGISLATION TO REGULATE GMOS
 EPA SIGNS BIOTECH RULES
 SCIENTISTS MAP BACTERIUM GENOME
 CHINESE SCIENTISTS: HASTEN BIOTECH PROCESS
 WORLD LEADERS SUPPORT BIOTECH
 AUSTRALIA SEES NO PRICE PREMIUM FROM NON-GM CANOLA
 BRAZIL MIGHT PERMIT GM CROPS
 UK GOVERNMENT ANNOUNCES GM CROP TRIALS

EC ADOPTS LEGISLATION TO REGULATE GMOS

The European Commission adopted a legislative package on genetically modified organisms (GMOs). It establishes a sound community system to trace and label GMOs and to regulate the placing on the market and labeling of food and feed products derived from GMOs. The new legislation provides a trustworthy and environmentally safe approach to GMOs, food and GM feed.

Prior to the deliberation of the package, David Byrne, European Commissioner for Health and Consumer Protection, remarked that "the new laws regulating GMOs in Europe will significantly improve the information available to consumers on GMOs and give them the possibility to make an informed choice." The adoption of the proposals was expected to contribute towards the lifting of the de facto moratorium on the commercial release of GMOs and the standstill on the authorizations of GMOs and GM products in Europe. Market access of these products will likewise be facilitated.

The package consists of a proposal for two basic issues. One is for traceability and labeling of GMOs and products produced from GMOs. The second is on regulating GM food and feed. It will require the traceability of GMOs throughout the chain from farm to table and provide consumers with information by labeling all food and feed consisting of, containing or produced from a GMO.

It will establish a "one door one key" procedure for the authorization of GMOs for food and feed, including the deliberate release into the environment. This procedure will consist of a single scientific assessment, carried out by the scientific committees of the European Food Authority. The new system ensures a tight and stringent regulatory framework on the use of GMOs in Europe and closes existing legal gaps addressing legitimate concerns of the economic operators. It meets the requests by Member States governments, the European Parliament and consumer organizations and has been drafted in close dialogue with all stakeholders and Member States.

The proposals will be co-decided with the European Parliament and the Council and when approved will be put into force in 2003. The labeling provisions for food and feed will be reviewed after two years of operation. Two other proposals relating to GM seed will be submitted later this year.

Environmental Commissioner Margot Wallstrom said that "the provisions for traceability ensure a high level of environmental and health protection and pace the way for a proper labeling system. ....there is a cost for the producers and for trade, but what is at stake is our ability to build public confidence. European companies will only be able to seize the opportunities provided by biotechnology if this confidence is established."

 

SCIENTISTS MAP BACTERIUM GENOME

A team of scientists from the US and seven European and Canadian institutions has decoded the genome of Sinorhizobium meliloti, an important agricultural bacterium. This microorganism has the ability to transform atmospheric nitrogen into other chemicals, hence its potential in helping crops reduce their use of nitrogen-based fertilizers.

S. meliloti is one of several symbiotic nitrogen-fixing bacteria known an Rhizobia that live in the roots of legumes like peas, beans, soybeans, peanuts, alfalfa and clover. Improved understanding of Rhizobia-legume symbiosis has implications for sustainable agriculture. It is the scarcity of usable nitrogen that frequently limits plant growth.

Work on sequencing the DNA of the bacterium began in 1998. Results of the complete map of the S. meliloti genome appear in the July 27 issue of Science.

 

WORLD LEADERS SUPPORT BIOTECH

US President George W. Bush, in a speech before the World Bank, sees the need for biotechnology. He stated that "the world also needs to begin realizing the enormous potential of biotechnology to help end hunger." Quoting the United Nations Development Report, he noted "the need to move forward based on sound science, to bring these benefits to 800 million people, including 300 million children, who still suffer from hunger and malnutrition."

Also sharing this view was Girolamo Sirchia, Italy's Health Minister. He told a biotechnology conference in Rome that public institutions must work on "disoriented public opinion" to underline the benefits of biotechnology. Prime Minister Silvio Berlusconi, in a pre-conference letter to delegates of this conference organized by Assobiotec, stressed that it was his task to give the public guarantees that "the rights of all are to be respected ad defended" in relation to biotechnology advances.

 

BRAZIL MIGHT PERMIT GM CROPS

The Brazilian government issued a relatively permissive labeling requirement for food that contains genetically modified ingredients. This development signals the possibility for Brazil to permit GM crops. President Fernando Henrique Cardoso issued a decree that as of December 31, 2000 products with GM content must identify its ingredients that surpasses 4% of the product's volume.

Edmundo Klotz, president of the Brazilian Food Industry Association, said that this decree is a "green light to invest in biotechnology research." At the moment, farmers are not allowed to grow GM crops although the government permits some imports of GM corn.

 

EPA SIGNS BIOTECH RULES

Christine Todd Whitman, administrator of the US Environmental Protection Agency, signed three final rules for the oversight of "plant-incorporated protectants." The EPA under the Federal Insecticide, Fungicide and Rodenticide Act (FIFRA) and under the Federal Food, Drug and Cosmetic Act (FFDCA) will regulate plant-incorporated protectants (PIPs) derived from biotech to protect human health.

A process of scientific consultation and public comment was pursued prior to the finalization of the rules. The framework of rules, according to Whitman, allows the EPA's "current system of rigorous scientific evaluation to continue."

Generically engineered PIPs, i.e., Bacillus thuringiensis, will be required to meet federal safety standards through a rigorous process similar to herbicides and insecticides. Protectants added through non-biotech means will be exempt from the FIFRA and FFDCA requirements but manufacturers would still be required to report any potential adverse affects should they occur.

More detailed information on the rules can be obtained from www.epa.gov.

Meanwhile in other developments, EPA was cited as saying that Bt corn that is genetically engineered to make its own pesticide poses little risk to monarch butterflies. It added that while there is a small chance that one in 100,000 monarch caterpillars could be affected by toxic corn pollen, research suggests even those larvae will mature into healthy butterflies.

 

CHINESE SCIENTISTS: HASTEN BIOTECH PROCESS

Scientists in China are urging their government to hasten the application of biological technologies in agriculture to effectively deal with challenges in the sector. Chen Zhangliang, vice president of Peking University, stated in an international agricultural workshop in Beijing, that officials should attend to making regulations and providing supervision over its implementation. "Only cutting edge technologies, including genetic modification methods, are solutions to both production efficiency and the environment," he stressed.

While conceding that China would be able to maintain a 40-50% increase in food consumption in the next 30 years, Chen qualified that it would suffer from a decline in arable land, water shortage, rapid population increase and less efficient irrigation systems. He added that scientists have been able to make impressive achievements in biological technology research.

 

AUSTRALIA SEES NO PRICE PREMIUM FROM NON-GM CANOLA

Conventionally produced crops like canola are generally not commanding price premiums over genetically modified agricultural products. Ian Baker, business development of Cargill Australia, told participants in a New South Wales Farmers Association annual conference that "Australia has been able to derive little if any benefit from our non-GM status for canola over our major international competitor, Canada, where over 75% of their production is from varieties using biotechnology."

Canada is the world's leading exporter of canola which produces GM crops but Australia, the world's second largest exporter, is GM-free but presently conducting field trials for GM crops. Baker noted that there was no blockage to the sale of GM canola into Japan, China and Asia, where seed from Australia was generally blended with Canadian seed. While the sale of GM canola is restricted in the European market, Baker clarified that premiums would only be achievable when processors or consumers could see additional value in new food product varieties.

 

UK GOVERNMENT ANNOUNCES GM CROP TRIALS

Twenty-six proposed sites in England have been identified for the next round of its Farm Scale Evaluation (FSE) of genetically modified herbicide tolerant crops, specifically GM oilseed rape. Sowing is expected to commence August 20 through mid September 2001.

The proposed sites are being announced one month before planting to enable the public to be aware of these developments.

The UK Department for Environment, Food and Rural Affairs says that it will assess the proposed sites and will consider the local conditions against the original risk assessment in the consent for the oilseed rape crop. Assessments will be made available in its website at www.defra.gov.uk.

During the Farm-Scale Evaluation, scientists will study the effects on wildlife of the use by farmers of specific herbicides associated with the GM crops compared with their conventional equivalents. Commercial growing of GM crops will only be allowed when the FSEs are completed and only then if the crops and associated farming practices are assessed as causing no unacceptable effects on the environment.

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