*New*
 Rigged trials
 Legal Letter
 GM Crops: Risks and Risk Management Required
 Agronomics and Economics of GM Canola

1. Key issues
 Summary and Overview
 10 main NCF concerns
 Farmers misled
 Q & A for school projects
 What is the drive for GM crops?
 Links to other issues
 Scientific concerns summary
 The future - 2020?
 What is expected of non-GM growers in Canada
 Beyond the Bulldust
 *Unfair liability*
 Pressures in GM debate
 Questions regarding risk management
 Genetic engineering – a crop of hyperbole
 Agronomics and Economics of GM canola

2. GM crops banned
 Monsanto Crop Management & Resistance Management Plans
 Why Australia is not prepared for commercial trials
 Monsanto's GM Roundup Ready canola
 Bayer Cropscience's GM Invigor canola
 Where to now?
 State legislation - moratoria

3. Market issues
 Canola markets
 Zero tolerance of GM contamination is market demand
 Wheat will be impacted
 Higher prices for non-GM canola
 Contamination scare affects market
 Japanese requirements
 Consumer polls & market rejection
 Effects of GM contamination in canola
 EU will not tolerate acceptance of tolerance levels
 What our marketers say
 How and when non-GM premiums started

About us
 Network Policy & Objectives
 NCF Funding
 NCF History
 NCF profile: Julie Newman
 NCF profile: Juliet McFarlane
 Early work

Canola
 What is canola?
 Statistics - yields
 GM Canola Factsheet
 Canadian farmers nervous about GM canola acceptance in Japan
 Letter from Japan

Coexistence & Segregation
 Crop Management Plans for non-GM grower
 Farmer to farmer Hypothetical
 Segregation and coexistence plans
 Seed industry allows 0.5% contamination
 Canadian grain segregation
 Zero tolerance is market demand
 European coexistence report
 Identity preservation and segregation
 What is expected of non-GM growers in Canada
 Testing protocol
 Labels for GM contamination
 EU will not accept contamination
 Proposed Stewardship Program for Canola
 Contract harvester problems
 Crop management plans
 Industry avoids the truth about GM segregation

Consumer concerns
 Is GM food safe?
 Churches - 10 reasons against GM
 Scientific concerns
 Cross Kingdom Breeding
 Food safety testing inadequate
 Environmental effects
 13 Science based reasons for GM-free
 Myths about the Digestion of Proteins and DNA
 5 part series covering issues
 Health Risk
 Reason for Schools to ban GM Foods
 Monsanto's feeding studies
 FSANZ answers regarding food testing
 Scientific report on safety testing
 Trespass report
 Scientific concerns
 Consumer concerns summary
 GM food lecture
 Monsanto
 Seeds of Concern
 Public attitudes to GM food
 Scrambling and gambling with the genome
 L-tryptophan - A Deadly Epidemic
 Protestors (photos)
 GM health concerns in brief
 Inadequate health testing for GM canola
 Russian study showing high death rates in offspring
 Pusztai debate
 Hidden uncertainties - risks of GMOs
 Study shows GM eating Americans sicker than non-GM eating English
 Scientists see spike in kids' food allergies
 Latest GMO Research: Decreased Fertility, Immunological Alterations and Allergies
 Key health papers of concern
 Do we really know what we are doing?

Contamination
 Contamination is uncontrollable (photos)
 Gene transfer & cross-pollination
 GM product recalls
 Environmental contamination (photos)
 Confronting contamination & co-existence
 Invigor canola outcrossing
 Gene Stacking = Super Weed
 AOF contamination report
 History of how Bayer Cropscience caused contamination of non-GM canola in Australia
 Fighting GMO contamination around the world

Corporate control
 Corporate control
 Corporate Engineering in Public Debate
 Commercial influence on science
 In (Seed) Bed Together
 The drive behind GM Crops
 Cartoon
 IP And Genetically Modified Organisms: A Fateful Combination
 Commercial influence on science
 Made by Monsanto

Costs and liabilities
 Costs to non-GM farmers
 Non-GM Liable for Contamination?
 Liability issues associated with GM crops - AFFA
 Supplying non-GM requires certification
 Liability questions answered
 More on liability
 *Farmer liability*
 Liability and GM crops

Economics
 No economic benefit for farmers
 Economic Recommendations
 Economic Critique
 Why has the OGTR ignored economics?
 Australian farmers can not afford GM crops
 What benefit?
 Higher plant yields better or worse for farmers?
 Effects of GM contamination in canola
 Global seed industry concentration
 Canada versus Australia comparison
 No farmer economic gain for pharmaceutical crops
 NCF: Economics of GM canola ***
 Agronomics and Economics of GM Canola

Farmer attitudes
 Australian farmer surveys
 Farm lobby group policies
 Victorian ALP policy
 GCA farm lobby group policies

GM / Non-GM difference
 What is GM / Non-GM?
 GM plant breeding not faster
 Will the industry be in crisis without GM?
 Why GM is different
 Non-GM biotech is the future

GM canola
 Will GM canola yield more in Australia?
 Comparison between Canadian and Australian canola conditions
 Are GM chemicals safer, cheaper or more efficient?
 How much GM canola is grown in Canada?
 Canadian and Australian canola statistics
 Economics of GM canola

GM crops
 Public good or corporate control?
 Misleading claims over GM
 ISAAA GM crop areas misleading
 Use of GM crops
 GM crops and chemical use
 Multiple spray applications vs yield penalty
 Yield problems - links
 GM cotton failures
 Global yields
 Pharmaceutical crops
 Global Trends in GM Crops
 Who benefits from GM crops?

GM crops experience
 Canadian Farmers viewpoint
 American farmers viewpoint
 American Corn Growers experience
 Argentina faces serious problems
 Report on North American Experience
 Canadian organic farmers
 Argentina & GM soy - success at what cost?
 How is industry managing non-GM now?
 India, Bulgaria, Indonesia
 Monsanto vs US farmers
 Global GM adoption
 US farmers warned of GM Liability
 Farming news links
 GM-growing US faces agricultural trade deficit
 GM soy in US not considered food grade
 Monsanto in Argentina
 GM soy war in Paraguay
 Violence in Brazil
 12 Years of GM soya in Argentina - disaster for people and environment

GM wheat
 Learn more about GM wheat
 Marketing systems for GM wheat
 GM Wheat submission - food health
 Report - Farmers lose with GM wheat
 What our marketers say
 Canadian Wheat Board position
 GM Wheat impossible to segregate

Honey issues
 Apiarist briefing
 The impact of GM contamination
 SA Apiarists briefing
 Map SA & Vic
 Honey tests reveal GM contamination

How trustworthy is decision-making?
 Vested interests revealed
 Why trust the regulatory process?
 Sue Meek profile
 Federal government pro-GM
 Scientists influenced
 Liability, GCA and legal action
 Research manipulated
 OGTR does not assess economics, segregation, chemical resistance, food testing etc.
 Three faces of science fraud
 Misleading GM language

Insurance
 Insurance Council submission
 Insurance avoid GM risk

International Protocols
 World Trade Organisation
 Cartagena Protocol on Biosafety
 Free Trade Agreement
 Farmers right to replant seeds
 International agreements
 GM labelling
 WTO ruling does not prevent countries from restricting or banning GMOs
 Biotechnology Policy Documents of FAO Members

Legal Issues
 Law
 Copy of Technology User Agreement
 2003 Monsanto contract
 GM Patents
 Monsanto shoot themselves in the foot (cartoon)
 Will law protect us from contamination?
 Summary of Supreme Court hearing of Percy Schmeiser
 NSW Minister guarantees farmers are protected
 AFFA-liability issues
 US farmers sued
 US farmers warned of GM liability issues
 GM Crops and farmers Liability
 Why is the non-GM grower liable for contamination?
 Innocent farmer sued
 Federal judge's opinion shows understanding of patented gene spread
 Liability for non-GM farmers
 More on liability:
 Liability and GM crops
 Farmers prepare for legal fight over GM
 Legal letter from non-GM to GM
 Liability issues - Duncan Currie

Legislation & Regulation
 Trials vs Commercial Release
 Bayer Cropscience Invigor Canola approved by OGTR
 States impose moratoriums in role to protect economics
 OGTR role
 Gene Technology Act
 GM canola trial locations
 Victorian Moratorium
 Australian GM status by States
 Federal candidate views
 OGTR unapproved GM canola trials
 Gene Technology Act Critique
 South Australian Act
 WA proudly GM-free
 *State moratoria legislation*
 Gene Tech Act reviews denies compensation
 National Biotechnology Strategy
 Chronology of genetic engineering regulation in Australia: 1953–2008

Links
 Genome Scrambling Links
 Links
 Top 10 books on GM
 Religious links

Network action
 Invigor canola submission OGTR
 GM Zone proposal submissions
 GTGC submission summary
 NCF Newsletters
 NCF Media releases
 GTGC full submission
 Roundup Ready Submission OGTR
 Network tours
 pro-GM lobbyists attack NCF
 Pro-GM tantrums
 Advertisement
 Victorian farmer survey
 NCF banner & flyer
 Field day survey
 Community monitoring of GM Crop Trials
 Letters to farmers
 
 Gene Tech Act Review Pt1
 Gene Tech Act Reveiw Pt 2
 Gene Tech Act Review Pt3
 Bayer Protest
 Bayers Response to NCF
 NCF submission released

Organics
 Canadian organic standard
 American organic standards

Trials
 Victorian maps
 Victorian sites - photos
 SA trial photos
 Trials summary
 Topas 19/2 contamination
 South Australia 2006 GM Trials

 

28 July 2004

Q & A for school projects

In response to the many emails from students doing school projects, these are answers to the most common questions.

-----------------

I am doing a biotechnology assignment with a focus on GM crops and need to know what the key issues are in the debate. What are the main questions asked?
 
Basically the questions from consumers are:

Why is GM different to other non-GM plant breeding methods?

What are the risks/is it safe?

Is the food being tested adequately?

Will it be recallable if their is a problem identified?

Basically the questions for farmers are:

Will farmers benefit or lose from the introduction of GM canola?

Does GM canola perform better than non-GM canola?

Will other farmers be adversely affected?

What risks are there?

Can the risks be managed?

What alternatives do we have?

How is it best to set my assignment up?

Perhaps something like:

Do we need GM crops? There is a big difference between GM and non-GM biotechnology and it appears we are being offered the worst of biotechnology in GM canola as there are far better options with non-GM.http://www.non-gm-farmers.com/news_details.asp?ID=808 Depending on the length of your project, you could compare different GM crops as they have different benefits/risks (eg. canola and cotton).

What is the drive for GM crops? http://www.non-gm-farmers.com/news_details.asp?ID=1489

Why is there consumer rejection? http://www.non-gm-farmers.com/news_details.asp?ID=1164 and http://www.non-gm-farmers.com/news_details.asp?ID=486

The impact of consumer rejection on the industry requires the need for segregation which will add unacceptable costs http://www.non-gm-farmers.com/news_details.asp?ID=355 and liabilities http://www.non-gm-farmers.com/news_details.asp?ID=368, for the non-GM grower. The inability to segregate to consumer demand http://www.non-gm-farmers.com/news_details.asp?ID=626 means that it will not be possible to market as non-GM and all conventional farmers are expected to market as GM. This will impact negatively on market demand http://www.non-gm-farmers.com/news_details.asp?ID=371and price http://www.non-gm-farmers.com/news_details.asp?ID=1220and all farmers will suffer economic loss. http://www.non-gm-farmers.com/news_details.asp?ID=1325

Farmer concerns can be summarised http://www.non-gm-farmers.com/news_details.asp?ID=1165

Can concerns be managed? http://www.non-gm-farmers.com/news_details.asp?ID=352

And complete the project with a bit of a guess to what we could expect in the future of GM crops.
You could cover discussion on issues of importance such as: If health problems are confirmed, how will GM crops be recalled? If the future is in pharmaceuticals/ industrials, how can a farmer grow a food crop when there will be no consumer tolerance of these GM crops? As more varieties are introduced, what impact will genestacking (stacking of dominant GM traits) have on our food supply? Can we control a potentially inedible plant that has a cross of pharmaceuticals/industrials/and is resistant to multiple chemicals, diseases and seasonal variations - if not, how will we feed the future generation. How can we integrate risk management?
----------------------------------
 
Why did they want to change canola to GM?
By having a chemical resistant canola means a chemical company can encourage the use of their chemical because farmers can spray the canola crop and the unwanted weeds die but the crop does not die.
Really there is no need to genetically modify canola to get chemical resistance because you can get it by non-GM methods. Triazine tolerant canola is our most popular canola and that is a non-GM chemical resistant canola.
See:The difference between GM and non-GM:
 
What are the consequences of changing it?
See: Scientific concerns:
This article explains the scientific concerns with GM canola and these concerns are part of why consumers don't want it.
The main consumer problem is that they do not trust the technology and the health testing is not enough to convince them that it is safe. Our regulatory bodies do not test the food, they rely on data supplied by the company that owns the product (eg. Monsanto). Monsanto does not think that it is their job to vouch for food safety, they only want to sell as much as possible.
This means there will be market problems if you sell as GM because consumers want to buy the more trusted non-GM foods.
Unfortunately, if GM crops are introduced farmers will not be able to keep GM crops out of non-GM crops and it will be too difficult and too expensive for farmers to sell as non-GM or GM-free.
This means that consumers will not be able to avoid GM in canola or it will be far  more expensive to buy because they will have to compensate farmers for all the extra effort, cost and time to try to keep GM crops separate and label their product "GM-free". 
If consumers don't want GM, supermarkets will not buy it, wholesalers will not buy it and the people we arrange to sell our canola can not find enough buyers to sell it to. We will have to lower the price of our canola so that we can try to encourage some people to change their mind.
Canada is the main country that grows GM canola and they used to gain a premium for their canola of around US$30/tonne, we now have a premium for our non-GM canola.
Australia is the main country that sells non-GM canola and if we let some farmers grow GM canola, we will all have to sell as GM canola and it is unlikely that Australia will be able to find markets for all of our canola. We will also have GM canola contaminated other crops such as wheat, barley and lupins and this will cause problems when we sell these products.
This means that some farmers who grow GM will cause a loss of income for other farmers that do not want to grow GM.
Farmers are not happy that they are not getting told the real truth about how GM crops will affect them. See: http://www.non-gm-farmers.com/news_details.asp?ID=998
 
--------
 
Why are GM canola crops an issue?
Consumers are rejecting GM crops because there is little or no independent health testing on GM foods and the method used has the potential to create novel proteins or toxins.
Consumers are rejecting GM foods, markets are refusing GM products and yet, if GM crops are introduced it is too difficult and too expensive to segregate non-GM crops in order to sell to the markets consumers prefer. It is not accepted that those not wanting to grow GM crops will be adversely affected.
 
What are your views on the issue?
We are against the commercial release of GM crops because we know that the agricultural industry will suffer market loss in a range of products unless there is a big change in consumer attitudes. We are also against the unfair expectation that the non-GM industry is to be responsible for keeping GM crops out of our non-GM crops and that we will be liable when this can not be achieved. There are many other reasons such as the risk that the patent over GM crops will be extended to those that do not want to grow GM crops.
 
Do you think GM canola crops will eventually become legal in Australian states? Why / why not?
I sincerely hope they will not be legal unless there is adequate risk management in place. If GM canola is introduced without risk management, farmers will be pursuing legal action against the GM farmers and the GM industry. The way the legislation is at the moment, the GM industry has been allowed to manage their own plans for introduction. Of course they do not want to accept responsibility for the damage that their product will cause to the markets of non-GM farmers so they have drawn up plans that will allow GM to gain priority over the supply chain and where the non-GM grower is responsible for trying to keep
GM out. If GM is to be introduced, it must be up to the GM grower to keep GM contained and up to the GM industry to be liable for compensating anyone that is adversely affected by GM introduction.
 
What do you think the future will hold for GM canola crops?
We already have non-GM chemical resistant canola and we have higher yielding non-GM varieties. It appears GM canola does not offer much at all to farmers except an easier spraying program. I can't see a future for GM canola crops when there is far more potential for non-GM biotechnology to give the benefits promised of GM without the associated risks. There is a real confusion between what is reality and what is only an unsubstantiated promise. There needs to be independent trials done to compare the more common non-GM varieties with the GM varieties to see if there is any benefit but the GM industry have refused to participate.
If a more productive GM canola is developed, there must be enough benefit to counteract the risk and the risk must be carried by the GM industry. Really consumer rejection must abate before risks can be managed. In many cases, no trace of GM is tolerated in our product which is a very serious risk to our markets.
 
How are GM crops developed?
It is best to look at a more scientific explanation but from a farmers perspective:
The most popular method is using ballistics.  A gene construct from a soil bacteria is coated in an invading virus (usually cucumber mosaic virus) and fired in to the DNA of canola. It is certainly not precise as only one in a million attempts is actually successful. The concern is that this process will damage other genes in the DNA causing them to react differently, turn them on or off or influence their future performance. The aim of this process is to achieve chemical resistance so when the plant is sprayed with a chemical such as glyphosate, all the plants (including weeds) die but not the canola plant itself.
 
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What are some of the new GM crops?
Some of the types of GM crops are  now quite bizarre as GM allows cross kingdom breeding. The newest is rice DNA with an added human liver gene to give multiple chemical resistance and putting a frog gene in a potato DNA to give a potato skin that can repel virus attacks.
Where are the GM foods produced and who produces them?
The GM companies (eg. Monsanto, Bayer Cropscience) pay scientists to research and develop new GM varieties. When they have a succesful result, the company breeds and bulks up this seed for trial work. This is done by growing the plant and harvesting the seed and replanting that seed. If they have government approval, they can sell this seed to farmers. Farmers plants the seed, the plant grows, flowers and produces seeds which farmers then sell to be used for food.  If a farmer grew GM canola (not allowed in Australia), the distinct yellow flowers gradually turn into long pods full of seeds. This seed is harvested and sold.  The seed is crushed and about half results in oil that is processed as canola oil and the other half is canola meal used for stock feed.
 
How do I avoid GM food?
The only GM food grown in Australia is GM cotton and the seed is harvested and used to make cotton seed oil (often sold as vegetable oil). Australia does import GM food and if you want to avoid GM food you must check the label to check if it is marked GM. You may find this for soy, corn and papaya products. Some products are not labelled as GM because it is highly processed such as canola oil or cotton seed oil and sometimes soy is used as a cheap high protein filler in highly processed foods such as chicken nuggets. If you buy Australian you only have to avoid the cotton seed oil.
 
If you have more school project questions you would like answered and included in this article, please email me:
 
Julie Newman
 
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09 November 2009
Industry avoid the truth about GM segregation problems

11 June 2009
Dupont alleges anti-competitive conduct by Monsanto

24 February 2009
Non-GM Farmers to pay for unwanted GM contamination

02 February 2009
Made by Monsanto

01 February 2009
Top 10 Seed and Pesticide companies

29 January 2009
Agronomics and Economics of GM Canola

29 January 2009
Non-GM biotech is the future

26 January 2009
12 Yrs of GM soya in Argentina - disaster for people and environment

19 January 2009
Non-GM seed preferred by farmers but difficult to obtain

16 January 2009
GM Canola a flop

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