Title: Confronting Contamination: Biosafety
1Confronting Contamination Biosafety
- Lim Li Lin, Third World Network
2Contamination cases Some examples
- Mexico contamination of maize in centre of
origin and diversity - Hawaii papaya contamination
- Canada canola contamination
- Thailand cotton and papaya contamination
- US biopharm contamination
- Starlink
- Bt 10
3Contamination Some issues
- Contamination in a centre of origin and diversity
- Contamination of crops with cultural, spiritual
significance - Damage to biodiversity/ecosystems
- Contamination as a strategy of the GE industry
- GE-free as an option?
- Loss of exports/markets
- IPRs, corporate control and ownership
- .liability?
4US FDA Guidance for Industry Recommendations for
the Early Food Safety Evaluation of New
Non-Pesticidal Proteins Produced by New Plant
Varieties Intended for Food Use
5Biosafety?
6National biosafety options
- GE-free
- Moratorium
- Case-by-case assessment system
7Cartagena Protocol on Biosafety
- A minimum standard that Parties must
implement-Article 2 (4) - Nothing in this Protocol shall be interpreted
as restricting the right of a Party to take
action that is more protective of the
conservation and sustainable use of biological
diversity than called for in this Protocol,
provided that such action is consistent with the
objective and the provisions of this Protocol and
is in accordance with that Partys other
obligations under international law.
8National implementation
- The Cartagena Protocol is a negotiated framework
international law that sets minimum standards for
national biosafety implementation - Sovereign countries are free to interpret, and
implement the Cartagena Protocol in a more
comprehensive way, and with higher standards
9GE-free, moratorium, restrictions
- Enforcement
- Monitoring
- Unintentional/illegal releases
- Emergency measures
- Liability and redress
- Offences and penalties
10Introduction to the Cartagena Protocol on
Biosafety
- CPB 1st and only international law on genetic
engineering/genetically modified organisms - Entered into force 11 September 2003
- Currently, there are more than 100 Parties
- Most of the Parties are developing countries,
with the majority from Africa and small island
states - The 1st Meeting of the Parties was held in Kuala
Lumpur from 23-27 February 2004
11History and Background
- In 1992, the CBD was 1st opened for signature at
the Rio Conference on Environment and Development - Article 19 (3) of the CBD
- The Parties shall consider the need for and
modalities of a protocol, setting out appropriate
procedures, including, in particular, advance
informed agreement, in the field of safe
transfer, handling and use of any living modified
organism resulting from biotechnology that may
have adverse effect on the conservation and
sustainable use of biological diversity
12Significance of the Protocol
- Recognises for the 1st time in international law
that GMOs are inherently different from other
naturally occurring organisms and carry special
risks and hazards and therefore need to be
regulated internationally
13Significance of the Protocol
- Recognises that GMOs may have biodiversity, human
health, and socio-economic impacts and that
these impacts must be risk assessed or taken into
account when making decisions - Recognises the crucial importance of centres of
origin and genetic diversity - Recognises the special needs and vulnerabilities
of developing countries
14Significance of the Protocol
- Precautionary Principle
- Principle of prior informed consent
- Establishes the right to say no
- Obligations and responsibility on
producers/exporters - Deals with the international transboundary
movement (import and export) and international
liability
15Regulating the unregulatable?
- Do we know the risks (consequences x likelihood)?
- Do we know what to do if something goes wrong?
- Can negative impacts be reversed? Is remediation
possible? - Is co-existence possible? Is contamination
inevitable?
16www.biosafety-info.net