20 March ecoglobe [yinyang] news 2000

Royal Commission on Genetic Engineering
letter to the Rt. Hon. Prime Minister Helen Clark

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Letter to the New Zealand Prime Minister
with suggested criteria for the selection of members for a Royal Commission on Genetic Engineering

Wellington, 20 March 2000 / Lu/rs/clark203.doc

Transmitted by Fax to No. 04 - 4733579

Right Honourable Prime Minister
Ms Helen Clark
Parliament
Wellington

Kindly transmit urgently, since this matter concerns the present Cabinet debate.

Royal Commission on Genetic Engineering; Moratorium on field trials

Dear Prime Minister,

Time is short. Therefore let me make this brief since you are right now in a cabinet meeting, reportedly deliberating on a moratorium on Genetic Engineering.

As independent scientists we have been actively involved in the promotion of reliable GE knowledge, organising large public forum debates, etc.. Earlier this year we have sent a proposal for Criteria for the selection of members for a Royal Commission on Genetic Engineering to the ministers Marian Hobbs, Annette King and Sandra Lee (copy attached).

Regarding the possible variations of a moratorium we see it as our scientific and moral duty to recommend a full-scale moratorium on any field trials of genetically engineered organisms, plants and animals during the time of the Royal Commission on Genetic Engineering.

In the course of our involvement with all GE issues we have come to understand that

ˇ Safe containment of GE field trials is impossible.

ˇ GE organisms can lead to contamination and the creation of new organisms with unknown and thus potentially dangerous properties.

ˇ Any unwanted (accidental) dispersion of genetically engineered organisms in the environment cannot be "called back". The effects will be irreversible.

ˇ The real dangers of GEd organisms cannot be offset by potential "benefits" of research outcomes. Such comparisons are scientifically flawed and inadmissible. Similarly the non-scientific argument of "lagging behind if a moratorium is installed" is unacceptable in a decision that may have irreversible consequences for our environment.

ˇ In case of doubt the precautionary principle (Better Safe Than Sorry) has to prevail and guide the decisions to be taken.

We thank you four your kind attention and look forward to the government's announcements on the Royal Commission and a Moratorium.

With kind regards,

[signature]

Helmut E. Lubbers, trustee
ecology discovery foundation
new zealand (charitable trust)

Enclosures: "Criteria for the selection of members for a Royal Commission on Genetic Engineering."

Criteria for the selection of members for a Royal Commission on Genetic Engineering.

The public interest will be served best if the members of the Royal Commission on Genetic Engineering are selected according to fair and independent principles.
Committee members that are hand-picked in line with the ideology of the government-of-the-day will deliver a biased outcome and have difficulty finding the acceptance of the population.
The following is a set of criteria for committee members and the work of the R.C. on GE that will contribute to a good process and a scientifically and socially correct outcome.

Committee Members' Credentials

1. Members should:
1.1 be chosen from a range of socio-economic backgrounds, not just from traditional organisations or industry groups,
1.2 have the intelligence and clarity of mind to understand complicated issues, but not necessarily be a scientist, a geneticist or biologist,
1.3 have independent "third party" perspective and overview,
1.4 possess scientific and moral integrity and honesty (until recently at least one IBAC scientist maintained publicly that GE is the same as conventional breeding; a statement that serious scientists would not dare to make),
1.5 be prepared to question all assumptions and axioms that underlie wide-spread socio-economic and sociological paradigms,
1.6 be able to apply methodological and analytical rigour,
1.7 not have a 'superiority' attitude which can easily lead to ignoring and/or discrediting arguments put forward by people who do not belong to that specific élite group (of scientists, socio-economic class, old boys network),
1.8 have no vested interests.

Evaluative guidelines

2. Time frame and moratorium:
2.1 the commission must be allowed sufficient time to reach a scientifically correct conclusion,
2.2 a moratorium on field testing of any genetically modified organisms (microorganisms, mammals, birds, plants, trees, fish) must be adopted until such time that the Royal Commission reaches a conclusion,
2.3 a moratorium is required because of the precautionary principle: there are sufficient scientific doubts and studies on irreversible worst-case scenarios,
2.4 in the common interest of preserving a GE-free environment as long as we are not absolutely convinced of the safety of genetically engineered organisms for the web of life and for our foods we must resist pressures from industry and avoid undue haste.

3. Accessibility:
- All meetings and reports must be open and fully accessible to all members of the public.

4. Liability: awareness of
4.1 the limits of "liability"; even the best insurance cannot undo possible irreversible harm to nature and/or society,
4.2 the limitations of liability towards organic farming and horticulture; GE contamination can possibly not be undone and thereby ruin organic farmers.

5. Public opinion:
5.1 The issue is not alleviating public worries, as GE proponents and the media frequently suggest, but the scientific assessment of risks, dangers/safety and real benefits,
5.2 Panel discussions, Delphi, Talking Technology "methods" are not acceptable as fact finding methods for assessing the danger or safety of GE.

6. Analytical rigour:
6.1 Critical and rational analysis of socio-economic benefits and advantages that are claimed by GE proponents,
6.2 Distinguish between socio-economic and ecological-scientific arguments,
6.3 Distinguish between "potential" outcomes (expectations, hope, trust, etc.) and scientific certainties (present state of the GE technology); i.e. potential versus reality,
6.4 Distinguish between (potential, hopes) benefits in one area (medicine, health) and the thrust of present applications in another field (agriculture and fisheries),
6.5 Distinguish between generally accepted, current definitions and "re-definitions"
Examples of re-definitions:
6.5.1 Normal: Genetically engineered; redefined: genetically modified, genetically enhanced,
6.5.2 Normal: "Organic", as defined by the organic farming associations, redefined: "organics compatible with genetically engineered agriculture" (by non-organic representatives),
6.5.3 "Sustainable growth" (an oxymoron, no growth can continue for a very long time) made palatable by including a condition in the definition (such as "growth that does not consume more resources"),
6.6 Awareness of assumptions that may underlie superficially obvious opinions,
6.7 Awareness of the socio-economic and religious framework and bias of people,
6.8 Awareness of the questionable credibility of some sources of information, such as FDA, think tanks, other regulatory authorities and ("independent") specialists, with a critical analysis of the validity of their assertions on scientific examination and approval procedures before these are used as evidence,
6.9 Attribute sufficient attention to other means of attaining the same or better socio-economic outcomes as claimed by GE proponents, such as organic agriculture, preventative health care,
6.10 Awareness of subconscious evaluative linguistic distortions that bias opinion forming by words such as a "long" time, "already", "old" vs. "new", "even", and other evaluative words,
6.11 Awareness of terminological bias, such as "genetically modified" or "genetically enhanced" versus "genetically engineered",
6.12 Awareness of bias in the opinions and assessments by industry, research and authorities,
6.13 Avoid undue simplifications, but simplify the root cause wherever possible.

7. Sustainability:
7.1 GE biotech as a part of the whole socio-economic development picture (framework),
7.2 GE biotech as a part of "sustainable development",
7.3 Acknowledge the precautionary principle (in case of risk, assume the worst outcome will happen and do not take the risk if the worst outcome is irreversible),
7.4 Risk - The correct understanding and application of the concepts, theory and practice of risk. (The minimisation of risk should be the aim, not "risk management". "Risk management" includes making non-explicit value judgements about trade-offs between risks and benefits.)

8. Partisan interests:
8.1 awareness of (undue, undemocratic) interests and influence of other countries, international organisations (possibly dominated by single countries) and/or (international) corporations or their individual representatives,
8.2 awareness of intimidation and scare-mongering pressures by countries, organisations,
8.3 awareness of possible group pressure within the R.C.,
8.4 avoidance of compromises that contradict and conflict with scientific rigour.

ecology discovery foundation
new zealand (charitable trust)

4 February 2000 Lu/rs

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