GM Crop Produces Massive Gains for Women’s Employment In India
http://www.eurekalert.org/pub_releases/2010-07/uow-gcp072810.php
genetically modified
Europe’s New Approach to Biotech Food
– Jameds Kanter, The New York Times, July 7, 2010 http://www.nytimes.com
After decades of pushing nations to surrender more power to Brussels, the European Union is about to throw in the towel on one highly contentious issue: genetically modified foods. On Tuesday, the European Commission will formally propose giving back to national and local governments the freedom to decide whether to grow crops that many Europeans still call Frankenfoods. The new policy is aimed at overcoming a stalemate that has severely curtailed the market for biotech seeds in Europe for years. Only two crops, produced by Monsanto and B.A.S.F., are sold for cultivation here. The new flexibility is supposed to open up markets in countries like the Netherlands, where governments are broadly favorable toward growing and trading biotech products, while countries like Austria, where the products are unpopular, can maintain a ban. But far from celebrating, the growing global industry, as well as some farmers themselves, is extremely wary of the new approach. “So many different authorities suddenly doing so many different things risks sending a message to successful growers in Africa and Asia that authorities are unsure how to deal with biotech”, said Nathalie Moll, the secretary general of EuropaBio, an industry group. She said it also remained to be seen whether the proposals would conform with World Trade Organization rules. The United States and the Union are still trying to resolve a dispute over genetically modified organisms, or G.M.O.’s, and related issues after the W.T.O. ruled, in 2006, against Europe’s de facto ban. Washington could still retaliate in that case. The Office of the U.S. Trade Representative declined to comment on the new approach but said it would be on the agenda at a meeting with E.U. officials this month. Despite ‘some progress’ in recent months, the United States still has a number of concerns,” said Nefeterius Akeli McPherson, a spokeswoman for the U.S. trade representative. They include “a substantial backlog of pending biotech applications, and bans adopted by individual E.U. member states on biotech products approved at the E.U. level.” The reality remains that the European Union still produces few genetically modified crops. The United States, Brazil, Argentina, India and Canada are the top five producers in terms of land under cultivation. The European Union, with 27 member nations, is the 14th largest, just after Burkina Faso. A key factor behind the proposed change in Europe is a growing frustration in Brussels with the current system, under which meetings between government officials and ministers routinely end in deadlock. That forces unelected officials at the European Commission to make the final decision on authorizing biotech products and to take the heat. The commission has found itself repeatedly pressured on one side by the United States and the W.T.O. to follow the recommendations of its own scientific authorities and enforce the use of approved products and on the other by countries like Austria and environmental groups that believe the E.U. authorities are too eager to promote newfangled technologies. Under the new proposals, the commission would continue to make the approvals itself but leave it to members and local and regional authorities to decide what they want to grow at home. But whether the new rules will win the necessary approval from E.U. governments and the European Parliament still is unclear. In an unlikely alliance, the Austrian and Dutch governments first made the proposal back in 2008. The Dutch were eager to ease tensions over biotech crops with the United States and other trading partners, and to ensure continuing imports of animal feeds that contain biotech products. Animal farming is a big part of the economy in the Netherlands, which, in turn, is a major exporter of meat and dairy products. Dutch researchers also are involved in developing biotech products. The Austrians supported the changes as a way to keep its national ban on growing any such crops without facing regular challenges from the E.U. authorities. Other countries, though, have expressed concern about setting a precedent that could undermine European integration. The crisis this year over how to supervise the finances of the 16 nations that use the euro already has highlighted the limits to European cooperation. “If the agricultural policy is common, why wouldn’t the policy of cultivation of G.M.O.s be?” asked Elena Espinosa, the Spanish environment minister. Spain grew 80 percent of the biotech corn, designed to resist a pest called the corn borer, produced in Europe last year. In addition, Belgium, which has just taken over the rotating E.U. presidency, is concerned that a ban by a single country could put the entire bloc in danger of facing retaliatory trade sanctions. Even farmers that favor biotech crops are concerned that the commission is offloading a problem on them and that the issue could become even more politicized than it is now. “The Welsh and the Scots are vehemently opposed to genetically modified crops,” said Philip Lodge, who would like to farm biotech sugar beets in Yorkshire, in northern England. “With these conflicts of interest so close to home, I just don’t see how I’ll be able to grow G.M. in practice.” Other farmers warned that the Union risked stirring up new confrontations with activists, who in the past have destroyed crops planted in trial fields. “The prospect terrorizes me” said Jerome Hue, who farms in Carcans, France. “If every locality can ban G.M.O.s, I don’t see how we will be allowed to grow the crops anywhere in France anymore.” Mr. Hue grew corn produced by Monsanto before the French government imposed a national ban in 2008. France has said it would consider lifting that ban once the European authorities have assessed new evidence about the effects of G.M. crops on the environment. Mr. Hue said anti-biotech activists could erect beehives at the edges of some farmers fields to put pressure on the authorities to impose new bans if the honey picked up traces of the modified genes. But commission officials and some other member states like the Netherlands say the new policy points the way to managing an increasingly unwieldy group of 27 countries. Last week, in the latest example of the persistent differences, countries failed for a third time to break a deadlock over whether to allow imports of six varieties of bioengineered corn for food and feed made by Monsanto, Dow AgroSciences, Pioneer and Syngenta. That leaves the decision up to the E.U. health commissioner, John Dalli, who is expected to approve the products in coming months. He caused a furor among environmentalists in March when he approved cultivation of a biotech potato by B.A.S.F. – the first such approval in more than a decade in Europe. In the European Parliament, among those reviewing the proposed new rules will be Jose Bove, a French sheep farmer who captured worldwide attention a decade ago for ransacking a McDonald’s restaurant to protest the influence of multinational corporations. Since then he has served time in a French prison for damaging biotech crops. He is now a deputy chairman of the agriculture committee at the European Parliament, where he was elected as a member of the Green party. http://www.nytimes.com/2010/07/08/business/energy-environment/08biotech.htmlESFA Meet on on environmental risk assessment of GM plants
The following is an article from SeedQuest on the outcomes of the recent meetings of EFSA around environmental risk assessments and GM plants. Attached are several supporting documents including: public consultation and scientific opinion docs and reports from stakeholder meetings in December of 2009.
SeedQuest
http://www.seedquest.com/news.php?type=news&id_article=7935&id_region=&id_category=1&id_crop=
Berlin, Germany
June 17, 2010
Webcast of the meeting – http://www.flyonthewall.com/FlyBroadcast/efsa.europa.eu/TechnicalMeeting0610/index.php?language=english&stream=wmv
EFSA scientists held a day of discussions with experts from Member States on the newest scientific developments and approaches to assess possible environmental risks from genetically modified (GM) plants. Experts in the field of environmental risk assessment of GM plants from Member State authorities and members of GMO Panel Working Groups reviewed a guidance document outlining how EFSA carries out its environmental risk assessment (ERA) of GM plants and the data requirements which must be met by applicants.
Participants at the technical meeting held in Berlin discussed comments made by Member States following a public consultation on the draft EFSA guidance document as well as a draft scientific opinion addressing the specific issue of non-target organisms (NTOs)[1]. The meeting was webcastlive on EFSA’s website.
EFSA’s GMO Panel continuously seeks to ensure that its risk assessment approach reflects the scientific state-of-the-art in its guidance to applicants It regularly reviews all its guidance documents on GM plants with updates made in 2005, 2006 and 2008. Since 2007, the GMO Panel has been further developing and strengthening its environmental risk assessment (ERA) which is now the subject of the separate guidance document discussed in Berlin. This focuses on potential long-term environmental effects, the potential effects on non-target organisms, and criteria for setting up field trials, taking into account the diverse environments where the GM plant will be cultivated.
”The ERA should follow a step-by-step approach, according to the clearly defined framework laid out in the guidance. Each GMO is unique and must be assessed individually. This requires specific evaluation of the plant, its traits, how it will be used and its possible interactions with the receiving environment,” said Professor Salvatore Arpaia, chair of the GMO Panel’s Working Group on Non-Target Organisms.
When carrying out their assessment, independent experts of EFSA’s GMO Panel use their extensive knowledge and wide experience in evaluating the data provided by applicants as well as all other available scientific literature.
More than 250 comments were received from Member States during the public consultation of the draft ERA guidance. At the meeting, EFSA experts explained specific areas which have to be addressed by applicants and experts carrying out the risk assessment. These include: the possibility of gene transfer between the plant and micro-organisms, the potential invasiveness of the plant itself; the plant’s potential effects on: human and animal health, including both target and non-target organisms; and the implications for cultivation, management and harvesting techniques.
With respect to non-target organisms (NTOs), the draft opinion of the GMO Panel sets out proposals on the criteria for the selection of NTOs and advice on testing methodology. EFSA’s Working Group on NTOs considered the impact of GM plants on invertebrates and also took account of ecosystems that could be altered.
This meeting follows technical discussions during the preparation of the ERA and NTO opinions held last year with Member States and stakeholders such as applicants, environmental groups and non-governmental organisations.[2]
EFSA works closely with Member States in the environmental risk assessment of GMOs; for instance, for cultivation applications for GM plants, an initial environmental risk assessment is carried out by one Member State, which can be assisted by and share expertise with other Member States.
EFSA engages in dialogue with Member States and takes into consideration comments they may have.[3] The discussions at the Berlin meeting will help inform EFSA’s GMO Panel and its Working Groups in view of finalising the documents which are due to be adopted and published by November 2010.
All supporting documents of the Berlin meeting will be published on EFSA’s website as will a written report and video recording of the meeting.
Meeting documents
- Agenda (0.1 Mb) http://www.efsa.europa.eu/en/gmomeetings/docs/gmo100617-a.pdf
- Table of Member States and stakeholders comments received during the public consultation on the Guidance Document of the EFSA GMO Panel on ERA of GM plants (1.2 Mb) http://www.efsa.europa.eu/en/gmomeetings/docs/gmo100617-ax01.pdf
- Table of Member States and stakeholders comments received during the public consultation on the Scientific opinion of the EFSA GMO Panel on Non-Target Organisms (0.2 Mb) http://www.efsa.europa.eu/en/gmomeetings/docs/gmo100617-ax02.pdf
One hectare of GMO maize = 15 tonnes of seed (5 x conventional)
Zimbabwe Farmers Calls for Planting of GMOs
– Sarah Ncube, The Zimbabwe Telegraph, Nov. 19, 2009 http://www.zimtelegraph.com
‘An Irish farmer’s plea for access to technology in agriculture.’
A Genetically Modified Proposal (accessed through AgBioView)
– Jim McCarthyForbes (Online) Oct 26, 2009
‘An Irish farmer’s plea for access to technology in agriculture.’ Sometimes when I think about the past, I fear for the future. The Chinese were once the world’s greatest seafarers. A few people even think they reached the west coast of North America before Columbus sailed the ocean blue. But then the emperor banned foreign travel and their seafaring skills were never heard of again. The Islamic people once led the world in math and science. Did you know that the word “algebra” comes from Arabic? But then their culture embraced fundamentalism. Today in Europe, our own civilization threatens to turn back the clock on progress. While much of the rest of the planet adopts agricultural biotechnology–an absolutely essential tool if we’re to achieve security for our 21st century food supply–the foolish antics of green party activists around the world lead us toward a future of poverty and hunger. Before that happens, you’ll be hearing from me. This is one of the most important battles of our time. We cannot stay silent. I farm on three continents. In my native Ireland, I work 1,100 acres, growing wheat for pigs and poultry. In Argentina, I’m managing director of a 31,000-acre operation that harvests corn, soybeans and wheat. In the U.S., in southwest Missouri, I’m an investor in a dairy farm. I am a global farmer. I’ve observed best practices in very different environments. Unfortunately, I’ve also witnessed worst practices. A bullheaded refusal to take advantage of biotechnology is probably the very worst practice around. GM crops are now a form of conventional agriculture for farmers in North and South America. But in Ireland, the situation is so bad that it’s illegal to research and conduct genetic modification experiments in crops. They’ve outlawed scientific inquiry! Ireland tries to take pride in building what it calls a “knowledge-based economy.” When it comes to biotech crops, however, Ireland is in a headlong retreat from knowledge. Argentina is the exact opposite. Farmers in that country–including me, when I’m working there–are allowed to grow genetically modified crops. This gives us a big boost in yield and soil protection. Ironically, Ireland has the better business reputation. Each year, the World Bank calculates the ease of doing business in the countries of the world, using quantitative measurements on start-ups, regulations, taxes and so forth. This year, Ireland ranks No. 7. Argentina is No. 118, which is a little better than Bangladesh and a little worse than Bosnia. (The U.S., by the way, is No. 4.) Yet I much prefer the business of farming in Argentina. It’s a dream place for agriculture. I’m not just referring to the climate. I’m thinking about how hard farming has become in Ireland, or just about anywhere else in Europe. The Argentine government doesn’t tell me what I can and cannot grow based upon deliberate ignorance. It lets me make my own decisions. If I was a younger man, I’d be tempted to move permanently to Argentina. But Ireland is home. I’m not going anywhere. It nevertheless saddens me to see a vocal minority of Green party activists throttle the future of farming. There are about as many people in Ireland as there are in Oregon–just shy of 4 million. The world adds roughly this number of people to its total population every three weeks or so. The demand for food has never been higher–and if current trends continue, it will continue to set new records every year for the rest of my life. It will take Irish farmland–and existing farmland everywhere–to meet this need. Europe must do its part to produce more and use its influence, especially in Africa, to encourage biotechnology. The policy of refusing to take GM crops seriously sets us up for an awful tragedy. Maybe there’s some good news ahead: This week, the Royal Society, the U.K.’s National Academy of Science, has released a report that calls for the acceptance of genetic modification on the farm. Let’s hope for a better future, so our present doesn’t become a past we come to regret. ——
Jim McCarthy, a first generation farmer based in Kildare, Ireland, farms in three continents–Europe, South America and North America–growing wheat, soybeans, corn, canola, peas, oats and dairy. Mr. McCarthy is the 2009 Kleckner Trade and Technology Advancement Award recipient and a member of the Truth About Trade & Technology Global Farmer Network.
NY Times Article of Interest – Can GM Food Cure the World’s Hunger Problem?
Interesting article in today’s issue of the New York Times: “Can Biotech Food Cure World Hunger?”… includes commentaries from six experts (academics, activists, authors) on the subject.
I am particularly fond of Paul Collier’s (economist with Oxford U) encouragement for us to put aside our prejudices: “Genetic modification is analogous to nuclear power: nobody loves it, but climate change has made its adoption imperative.” Particularly, Collier says, for countries like Africa. He says, “African governments are now recognizing that by imitating the European ban on genetic modification they have not reduced the risks facing their societies but increased them. Thirteen years, during which there could have been research on African crops, have been wasted. Africa has been in thrall to Europe, and Europe has been in thrall to populism.” Johnathon Foley, director of the new Institute on the Environment at the University of Minnesota, expounds upon “The Third Way”… “Currently, there are two paradigms of agriculture being widely promoted: local and organic systems versus globalized and industrialized agriculture. Each has fervent followers and critics. Genuine discourse has broken down: You’re either with Michael Pollan or you’re with Monsanto. But neither of these paradigms, standing alone, can fully meet our needs.” Foley suggest a “hybrid” of the two: “…take ideas from both sides, [create] new, hybrid solutions that boost production, conserve resources and build a more sustainable and scalable agriculture.” http://roomfordebate.blogs.nytimes.com/2009/10/26/can-biotech-food-cure-world…Just the Flax, ma’am, just the Flax…
All is quiet on the flax front… a little too quiet, perhaps.
What could be next? Seven more notifications on the RASFF Portal (https://webgate.ec.europa.eu/rasff-window/portal/index.cfm?event=searchResultList&orderby=notif_date&orderDir=desc) posted by Germany and Sweden this past Thursday in the product category cereals and bakery products. It makes one wonder where the food inputs (and potentially outputs) are held in the companies that have apparently discovered the FP967 event in their products. Are they kept in storage? Incinerated perhaps? In other (related?) news… 9.7 million children were reported to have died of malnutrition before their fifth birthday in 2006. (UNICEF – State of the World’s Children 2008 / http://www.unicef.org/health/files/The_State_of_the_Worlds_Children_2008.pdf).“Poverty is when you hide your face and wish nobody could see you just because you feel less than a human being. Poverty is when you dream of bread and fish you never see in the day light…Poverty is when the hopes of your fathers and grandfathers just vanish within a blink of an eye. I know poverty and I know poverty just like I know my father’s name. Poverty never sleeps. Poverty works all day and night. Poverty never takes a holiday.” (one impoverished African quoted in http://cozay.com/)
GM Crops: Top Ten Facts and Figures
To mark my first week on the job here at the University of Saskatchewan, a ‘top ten’ list on GM:
*Genetically Modified Crops: Top Ten Facts and Figures*Thursday, October 8, 2009 *Formation Farming
* Workers harvest soybeans in Mato Grosso state in western Brazil. Soybean is the top GM crop, taking up over half of all GM farmland01. The first commercial GM food was the FlavrSavr tomato developed in the early 1990s in California. It was genetically altered so that it took longer to decompose after being picked. *01.* The first commercial GM food was the FlavrSavr tomato developed in the early 1990s in California. It was genetically altered so that it took longer to decompose after being picked. *02.* GM crops have been grown commercially since 1996. Since then the GM market has grown 74-fold and spread to 25 countries. The global value of the GM crop market was 7.5 billion dollars in 2008. *03.* There were 125 million hectares of GM crops worldwide in 2008, about 6 to 7 percent of the total cultivated land area. That is an increase of nearly 10 percent on the 114 million hectares in 2007. *04.* The top three GM crops in 2008 were soybeans (53 percent of total GM area), maize (30 percent), and cotton (15 percent). Others include rapeseed (canola), alfalfa, and papaya. *05.* Ninety percent of GM crops, and almost all GM food crops, are grown in four countries—the United States, Argentina, Brazil, and Canada. The U.S. produces almost half of all GM crops. *06. *There are 13.3 million farmers cultivating GM crops. The vast majority are smallholders in China (7.1 million) and India (5 million) who are growing GM cotton. *07.* Almost all commercial GM crops today are genetically altered for one or both of two main traits: herbicide tolerance (63 percent) and insect resistance (15 percent), while 22 percent have both traits. Different genetic traits are combined to create “stacked” GM crops. *08.* In the United States 12.2 million hectares of GM crops (nearly 10 percent of the global total) were used for biofuels in 2008. *09.* According to industry researc, in 2007 GM crops saved 15.6 million tons of CO2 through rejduced herbicide and pesticide use and reduced tillage, the equivalent of removing 6.3 million cars from the road. *10.* Future GM crops likely to be commercialized by 2015 include rice, eggplant, potatoes, and wheat. Drought resistant and nutritionally enhanced crops are also expected in the near future. Sources: International Service for the Acquisition of Agri-biotech Applications (ISAAA); International Food Policy Research Institute (IFPRI); European Commission Joint Research Centre Institute for Prospective Technological Studies; International Assessment of Agricultural Knowledge, Science and Technology for Development; United Nations Food and Agriculture Organization10. Future GM crops likely to be commercialized by 2015 include rice, eggplant, potatoes, and wheat. Drought resistant and nutritionally enhanced crops are also expected in the near future. Source: Allianz Available online at: http://greenbio.checkbiotech.org/news/gm_crops_top_ten_facts_and_figures
You must be logged in to post a comment.