The role of CITES in orchid
conservation Endangered Species Bulletin by
Roddy Gabel
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Scientists have traced
orchids as far back as 120 million years. These plants first received
recognition in the herbal writings of Japan and China 3,000 to 4,000 years ago.
Once the province of rulers and other powerful officials, orchids are now widely
available. The elegant, often brilliantly colored plants grace restaurant tables, offices, homes,
and department stores. During the past 10 to 15 years,
orchids have achieved unprecedented commercial
popularity.
They have been the
subject of popular |
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books (The Orchid Thief,
Orchid Fever) and a movie (Adaptation). In the United States alone, the orchid
business exceeds $100 million annually, according to a
USDA Floriculture Crops Report.
There are over 20,000 species in the family Orchidaceae,
within about 900 genera. The actual number is unknown
and the subject of debate, with new species still being
discovered. The entire orchid family has been included
in the CITES Appendices since the treaty entered into
force in 1975. Several species were included in Appendix
I because they were over-collected from the wild for
horticulture. In 1989, all species in the genera
Paphiopedilum and Phragmipedium, the tropical slipper
orchids, were transferred to Appendix I because of the
high rate of endemism (occurring within a small area)
within each genus, the rarity of some species, the
similarity of appearance among many species, and their
popularity in trade. The vast majority of orchids were
included in Appendix II because they resemble other
species of conservation concern.
Import and export data
indicate that 20 to 25 million or
more orchid plants are traded each year worldwide. The
overwhelming majority, 95 percent or more, are
Appendix-II artificially propagated species and their
hybrids, comprising several popular genera. Given these
statistics, one might wonder why CITES still protects
artificially propagated plants.
When not in flower, some orchids can be
indistinguishable from each other, even to a
professional. This similarity of appearance facilitates
the poaching and subsequent commercial use of wild
orchids. For example, tropical slipper orchids have been
the subject of intense collection pressure. The recent
discovery of a new Phragmipedium species in Peru
provides an example. Once news of this magnificently
huge-blossomed orchid broke, every plant in the original
population was eliminated from its wild environment
within a matter of days as collectors ravaged the
hillsides where it was found. Orchids continue to be
listed under CITES to discourage the poaching of wild
plants and to limit opportunities for wild specimens to
slip into commercial trade.
For Appendix-II orchids, the CITES Parties decided that
trade in certain parts and products is not detrimental
to the survival of the species. They agreed to exempt
the following from CITES permitting requirements: seeds;
pollinia (the encapsulated pollen of orchids); tissue
cultures and flasked seedlings; cut flowers of
artificially propagated plants; and, for Vanilla
species, fruits, parts, and derivatives from
artificially propagated plants. Generally, trade in any
parts or derivatives of Appendix-I orchids requires a
permit, although the CITES Party countries have agreed
to exempt flasked seedlings in sterile culture if they
meet the CITES definition of artificially propagated
plants.
The CITES Plants Committee,
which
provides technical and scientific support to the
Parties, recently reviewed the listing of orchid species
to see if it was possible to deregulate certain plants
without adversely affecting those that need protection.
The goal of this review was to reduce the burden on
permit-issuing agencies, border inspection officials,
and the regulated public. CITES countries also sought an
alternative approach that could focus conservation
attention on those species that are removed from the
wild each year for international trade.
A comprehensive review of the orchid trade, based on
1995-1999 data, revealed that most of the trade involved
40 genera, which are traded in the thousands. Of the
other orchid genera, 326 had never been recorded in
trade; 201 had only been traded for scientific purposes;
and, for 105, fewer than 50 specimens had been recorded.
This analysis suggested that more than half of the known
genera of orchids might conceivably be removed from
CITES controls.
The Plants Committee concluded,
however, that all
orchids should remain listed due to the enormity of the
orchid family, the difficulty of distinguishing
different genera based on vegetative characteristics
alone (orchids generally are not traded while
flowering), and the confusion that could result from
extensive compilations of genera listed and unlisted
under CITES. As a consequence, the Plants Committee
considered whether some other approach to deregulation
might be possible.
In 2001, the Plants Committee asked the U.S. to work
with the American Orchid Society to develop a proposal
for exempting artificially propagated hybrids of six
popular orchid genera--Cattleya, Cymbidium, Dendrobium,
Oncidium, Phalaenopsis, and Vanda--from CITES permitting
requirements. The rationale for such a proposal was that
these genera are traded in high volumes, mostly as
hybrids that are generally highly uniform in size and
overall appearance. This facilitates their
identification as artificially propagated specimens. At
their 2002 meeting in Santiago, Chile, the CITES Parties
agreed to exempt only artificially propagated
Phalaenopsis hybrids as a test case to see if such an
approach would be workable. At their most recent meeting, in Bangkok in 2004, the
Parties agreed to exempt the artificially propagated
hybrids of four Southeast Asian genera: Cymbidium,
Dendrobium, Phalaenopsis, and Vanda.
While CITES countries
continue to consider whether to deregulate elements of
the orchid trade involving little or no
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conservation risk, it
remains a challenge to protect species vulnerable to
over-exploitation by the international market. As
orchids become increasingly popular, CITES countries
continue to work to ensure the protection of wild
populations. |
Roddy Gabel (roddy_gabel@fws. gov) is Chief of the
Division of Scientific Authority in the Service's
International Affairs Program in Arlington, Virginia.
COPYRIGHT 2005 U.S. Fish & Wildlife Service & Gale Group
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