| Safeguarding Animal Health in Global Trade : Summary
Draft conclusions and recommendations
Introduction
The importance of safeguarding or protecting animal health in relation to trade in live
animals and products of animal origin has been recognised since ancient times.
Today with the ever increasing global trade the rapid transport of infected/contaminated
animals over long distances or transport of products under conditions where pathogens can
survive for weeks, months and even years, may lead to the outbreak of serious disease
epidemics. Therefore the Office International des Epizooties (OIE) an organisation that
was founded in 1924 has become of great importance for establishing basic animal health
trade rules. The World Trade Organisation (WTO) is the legal and institutional foundation
of multilateral trade and it is the platform on which trade relations among countries evolve
through collective debate, negotiation and adjudication. The Sanitary and Phytosanitary
agreement (SPS) of the WTO recognises the OIE as the relevant international organisation
responsible for the development and promotion of international animal health standards,
guidelines, and recommendations affecting trade in live animals and animal products. In
the future, development of new and adjustment of existing measures safeguarding animal
health and related issues will have to be handled within the framework of the WTO.
The current trade environment
The WTO SPS agreement was one of the outcomes of the Uruguay Round negotiations of
the GATT (General Agreement on Tariffs and Trade). Although the GATT has dealt
with trade issues since 1947, it addressed issues dealing with life and health
only in a brief paragraph. As the negotiations on agriculture progressed with
efforts to reduce and eventually eliminate tariffs and quotas, it became evident
that countries were being limited to using health reasons for blocking trade.
Therefore, it was the task of the Uruguay Round negotiators to come up with
clear science-based rules which would allow countries to have sovereign rights
in setting measures for protecting public, animal and plant health, while not
creating unjustified barriers to trade. The SPS Agreement was signed in Marrakesh in
1994 and entered into force in 1995. Simultaneously, the GATT was transformed into
the (WTO). While the implementation of the SPS Agreement has certainly facilitated
international trade and has minimised trade disruptions, there are still unsolved
questions that pose future challenges, e.g., animal welfare, the environment,
consumer concerns, biotechnology, morality in trade, and the precautionary principle.
Environmental concerns
There are considerable amounts of effluents from modern livestock production (including fish),
which have distinct impacts on air, water, soil, biodiversity in plants, forest ecology and man.
There are local impacts, e.g., odour, bioaerosols and ammonia, regional impacts, e.g., ammonia,
nutrients (nitrogen, phosphate), heavy metals, and there are global impacts, e.g., methane and
nitrous oxide, respectively. Human health is threatened by polluted water (nitrates) and
bioaerosols. Trees and other plants are affected by nitrogen input (ammonia, nitrate).
Water is affected by nutrients such as nitrate and phosphate. Soil is affected by
accumulation of heavy metals, e.g., zinc and copper. No conclusive data are so far
available on the impact of drugs from animal treatment in the environment, and no
conclusive data are available on safe distances between farms to prevent transmission of
infectious diseases and on safe distances between farms and residential areas to prevent
transmission of allergens and endotoxins, respectively.
Recommendation:
In order to emphasise sustainability of animal production a proposal to
the WTO should be put forward that environmental standards should be established
for animal production world-wide. An international organisation that has the
scientific authority should establish risk analyses for all systems in the world.
Environmental standards for animal protection should be established and applied to
all (exporting) countries. A risk analysis is necessary for different production
systems and regions in the world. The development and common implementation of low
emission production systems should be encouraged. The environmental standards should
also take into account aquatic animal production. For the above considerations the economy
is the basis, but the sustainability of the systems is included in terms of protection of
the ecology as well as prevention of human and animal health.
OIE should consider making recommendations as to how to encourage
optimal animal production rather than maximum production. This would result
in addressing animal welfare and environmental concerns in a more scientific and acceptable way.
Welfare of animals
Animal welfare issues in global trade are still an unsolved problem since
they were neither dealt with during the Uruguay Round negotiation nor during the
Seattle Round. Since the WTO apparently does not have the mechanisms for dealing
with the issue, and the Council on Agriculture has not yet established a working
group to deal with animal welfare problems, there is no solution in sight. Another
major impediment is that at present there are no international bodies dealing with
standards and the relationship between animal health and animal welfare. Unless the
problems are being solved they will continue to receive public and media attention.
National and international trade will increasingly be influenced by consumers and
retailers who are making sure that their products are originating from farms using
humane practices.
Recommendations:
The link between animal health and welfare is obvious. Therefore,
rather than waiting for the WTO to deal with animal welfare issues, the OIE
which has the world reputation of basing its decisions on scientific facts,
should be encouraged to address this topic by forming a working group to define
the issue, make clear definitions and recommend as to how to progress in a rational
manner. At present the OIE has adopted a strategic plan that includes the commitment
to begin a study on some of the relevant topics, e.g. long distance transport and animal
housing. It is recommended that aquatic species should be included in welfare research and standards.
Fin fish and shell fish farming
During the last decades the world's production of fish and
shellfish (molluscs and crustacea) expanded rapidly. Whilst capture
fisheries production increased only slightly, output from aquaculture
(farmed fish, shellfish and algae) grew strongly. Fish, shellfish and fishery products are
widely traded and the international trade has continued to grow at an accelerating rate in
recent years. In 1996, some 195 countries exported part of their production and this
international trade accounted for about 40% of total production from capture fisheries
and aquaculture. Aquaculture contributed over 20% of the global fisheries production
(and 29% of food fish) and it continues to grow at approximately 9% p.a. There is
considerable potential for further expansion of aquaculture. For much of the expansion
in aquaculture movement of live fish and shellfish between countries has been a necessity,
but has contributed significantly to the occurrence and spread of economically-serious
diseases in the industry, e.g. white spot disease in farmed shrimp, Bonamiosis and
Haplosporidiosis of oysters, the parasite Gyrodactylus salaris in fish, to name a few.
Multibillion dollar losses and severe socio-economic effects in terms of losses of
millions of jobs are the consequences of such introductions of damaging diseases.
Some countries have realised that grave mistakes have been made, most could have been
avoided. Therefore they have introduced internal controls on transfers of live and dead
aquatic species and also stricter control on imports. Quarantine and health certification
programmes are a first line of defence against introduction or transfer of exotic fish and
shellfish diseases. At present the OIE International Aquatic Animal Health Code provides
the only international standards recognised under the SPS Agreement of the WTO for health
certification requirements for international trade in fish and shellfish.
Recommendation:
Quarantine and health certification programmes must be further developed
within the context of larger national and international standards addressing the
problem of spread of infectious diseases in aquatic species.
More research in the communicable diseases of aquatic species is necessary.
Impact of wildlife on the health status of our industries
From an historic perspective, national and international animal health regulations
have been directed specifically to the health and disease concerns for traditional
domesticated livestock species. However, it has long been recognised that many wild
mammals and birds are susceptible to, can be infected by, and can transmit a number
of very serious domestic animal diseases. With increased recognition of the disease
threats of free-ranging or farmed wildlife species to domestic animals, concern has
arisen with respect to the substantial implications to trade and to the unrestricted
international movement of animals and animal products. Likewise, domestic livestock
are potential reservoirs of important diseases to wildlife and farmed wild species.
However, despite that potentially negative impact the expanded diversity offered by
farmed wildlife on the economics of agriculture reflects substantial positive benefits.
Our animal industries are "healthier" as a result of this increased diversity.
Recommendation:
OIE should encourage the diversity that farming of non-traditional animal
species brings to animal agriculture. Accordingly the Animal Health Code should be
adjusted to the realities of diseases in non-traditional farm species.
Research should be conducted in order to understand and control diseases in wildlife.
Of great importance is the surveillance and monitoring of wildlife diseases threatening
human or domestic animal health
OIE should provide recommendations as to how to minimise the transmission of
diseases between wildlife and domestic or farmed animals.
Preventing the spread of exotic diseases by global trade
Live animals but also animal products are by far the most important vehicles for
spreading diseases by trade. Each country has the right to stop importation if the
risk analysis demonstrates an unacceptable risk. Rules for risk analysis are laid
down in the Animal Health Code of the OIE. The Animal Health Code regulates more
than 80 diseases and assists the Veterinary Administrations to use it in developing
their animal health measures applicable to imports and exports of animals and animal
products. The recommendations in the Code are designed to prevent diseases being introduced
into the importing country, taking into account the nature of the commodity and the animal
health status of the exporting country. This means that, correctly applied, they ensure that
the intended importation can take place with an optimal level of sanitary security, incorporating
the latest scientific findings and available techniques. In other words, each recommendation
relating to a disease is based on the assumption that the importing country is free of that disease.
It is recognised that new challenges result from the increased influence of multinational
companies on the capability of governments to adequately enforce regulations aimed at preventing
movements of disease through trade.
Recommendations:
Trading countries should focus on the importance of enforcing and applying
animal health regulations based on OIE standards.
Encourage research and developments to encourage trade in products rather than live animals.
The importance and the role of veterinary services should be strengthened in order
to address the issues of animal health, animal welfare, human health and zoonoses appropriately.
Veterinary Services and their laboratories should be improved by developing
quality management systems and by external accreditation, respectively. This will
result in increased trust in and guarantees of trade.
With respect to disease surveillance there is a need for models applicable for
different conditions, e.g. wildlife versus domestic, vector-born diseases.
Attention should be drawn to changing environment in global trade in animals
and animal products. This includes the risks posed by passenger movement
(West Nile Virus, foot-and-mouth disease, classical swine fever) and global
warming (e.g. spread of bluetongue virus).
Modern technologies improving trade of germplasm
Modern reproductive biotechnologies relying on gametes or embryos are
particularly well adapted to global trade and they can partially replace
traditional exchange and trade of domesticated animals over short and long
distances. Thereby welfare problems can be avoided and health risks arising
from infectious agents can be greatly reduced. In addition costs are significantly cut down.
Recommendation:
In order to benefit from the comparative advantages of new biotechnologies their
benefits including improved sanitary safety have to be communicated to the public and the stakeholders.
More research on embryo-pathogen interactions is needed.
More training of personnel is needed for the safe use of these reproductive
biotechnologies in order to make optimal use of their advantages in order to minimise
potential negative effect.
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