Coexistence of Process Based Agricultural Production Systems - Conventional, Organic and Genetically Engineered (GE) Crops
| Reference Number: 029 | Last Update: June, 2004 |
| Description: |
Coexistence is defined by Webster's dictionary as - to exist together (in time or place). In Canada, conventional and organic crops have coexisted for some time. Since 1995 biotech crops have also been grown in Canada. The acres of GE canola, corn and soybean have steadily increased each year to the point where the total acreage of these crops is now 50% or greater biotech varieties (Canola Council of Canada, AgCare1). Conventional and GE agriculture are the dominant production methods for canola, corn and soybean in Canada, with organic filling a niche market. Coexistence of conventional, GE and organic systems is an economic/market issue and not a health or environmental safety issue. Safety issues are addressed by Health Canada and the Canadian Food Inspection Agency (CFIA) through risk assessments that must be completed before any new crops or inputs can be commercially introduced in Canada. The International Seed Federation also supports the view that coexistence is a non-safety issue. The issue of coexistence has created much debate in jurisdictions such as the EU, as stakeholders struggle to define practical coexistence under recently adopted and restrictive legislation for GE crops and food products. The Canadian experience to date has been that there are ample markets for crops from all production systems and it is desirable to provide choice for both producers and consumers. In the case of GE crops, market issues arise where some international market places prohibit their entrance, do not specify tolerance thresholds (therefore zero) or where thresholds are set so low (de facto zero) that they are not achievable - and therefore coexistence becomes difficult to attain. These de facto zero thresholds are neither practical nor achievable in jurisdictions such as Canada, the US, or elsewhere, where GE crops are grown, and will create market disruptions, added costs, and trade barriers for products produced from all systems including conventional, GE and organic. Political decisions such as "GE free zones", which are equivalent to a ban of one type of agriculture, are unacceptable. They in fact deny farmers, consumers and the whole food chain the right of choice. Agriculture and food production systems (e.g. organic) have
relied on practical thresholds for many years, either for
target markets or quality control. Specifically in Canada,
the National Organic Standard provides a 5% labelling threshold
for "non-organic" ingredients, which allows for the unintentional
presence (or adventitious presence) of GE ingredients, residues
of synthetic pesticides and other inputs from conventional
agriculture production. The Canadian General Standards Board
(CGSB) recently published a National Standard specifically
for labelling of GE Foods. This standard also specifies a
5% threshold. Regulators and commodity traders in major markets
understand that a 'zero' standard is not achievable and therefore
such workable thresholds are necessary. |
| CropLife Position:: |
CropLife Canada and our member companies support the view that conventional, organic and GE process based production systems can coexist. Coexistence of different agricultural systems can play an important role in sustainable agri-food production system in Canada and globally. CropLife Canada also supports and endorses the National Standard established by the CGSB for Voluntary Labelling of GE Foods. It is CropLife Canada's position that the fundamental requirement to allow the coexistence of production systems is the establishment of practical and workable thresholds. Where health and safety are not a factor, the setting of thresholds should be driven by the practicalities of typical agronomic and production market economics.
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| Rationale: | All agricultural systems that are deemed safe should have an equal opportunity to contribute to the agri-food production system under free market conditions. Preference of one system over another must not be the result of artificial and impractical standards. Coexistence of different agricultural systems can play an important role in sustainable agri-food production system in Canada and globally. Coexistence is not a safety issue as all products currently available in the marketplace have been thoroughly tested for food and environmental safety. |










