Illegal Plant Trade Blooms in Southeast Asia

New research documents the large-scale illegal trade in hundreds of wild-collected ornamental plants, particularly orchids, in Southeast Asia.
Illegal Plant Trade Blooms in Southeast Asia
Pak Khlong Talad flower market is the largest flower market in Thailand. KHellon/iStock
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New research documents the large-scale illegal trade in hundreds of wild-collected ornamental plants, particularly orchids, in Southeast Asia.

Southeast Asia is a widely recognized center of illegal wildlife trade—both as the source region for species ranging from seahorses to tigers, and as a global consumer of ivory carvings, wild pets, and traditional Chinese medicinal products.

While there are mounting efforts to tackle illegal wildlife trade, including those within Singapore to reduce demand for wildlife products, the illegal trade in some species still remains undocumented.

Wild Orchids at the Market

Edward L. Webb, associate professor in the biological sciences department at the National University of Singapore, and recent Ph.D. graduate Jacob Phelps conducted extensive surveys of wildlife markets across Thailand, including border markets with Laos and Burma (officially called Myanmar). They identified more than 400 species of ornamental plants in illegal trade.

Plant enthusiasts widely prize these species for their beauty, fragrance, and/or rarity. Wild orchids—some threatened species—make up more than 80 percent of these plants traded at the markets.

Amazingly, several of the plant species the researchers found in the markets are even new to science—including Bulbophyllum anodon and a still undescribed Thrixperumum sp. These species recently appeared in WWF’s Magical Mekong Report, which highlights the problems of discovering new species via illegal trade.

“We first visited some of these wild plant markets in Thailand almost 10 years ago, and were amazed by the volume and number of species being traded then,” says Phelps. “We knew we had to come back to learn more about what was being traded.”

Interviews with traders at the markets revealed that most of them sourced the majority of their plants from neighboring countries, despite domestic protections and restrictions on international orchid trade associated with the Convention on International Trade in Endangered Species of Wild Fauna and Flora (CITES).

‘We’ve Simply Turned a Blind Eye’

The researchers observed much more illegal trade in plants than the trade volumes reported by the government.

In fact, the scientists found that virtually none of the international trade they observed during their field surveys appear in official databases, conservation action plans, or government policies, even though the trade is occurring openly at public markets across the region.

“In this case, we’ve simply turned a blind eye to plant trade and botanical conservation,” says Phelps, who is currently with the Center for International Forestry Research in Indonesia. “This research highlights a common problem in the illegal wildlife trade—the invisibility of trades that have not been researched and are not recognized in official government databases.”

Amid growing efforts to tackle the illegal wildlife trade crisis, the researchers call for more attention to protect Southeast Asia’s botanical diversity. In their paper, they highlight the need for more monitoring and enforcement, as well as research to better understand the impact of trade on wild plant populations and the actors involved in illegal trade. They also call for increased awareness of botanical trade among the international initiatives to address wildlife trafficking.

“For many people, plants simply fail to garner our concern and affection in the way that many animals do,” says Webb. “While we increasingly hear about the illegal trade of elephant ivory, rhino horn, and tiger parts, few people will have heard about the illegal trade in hundreds of plant species for horticulture and medicine. Yet, commercial illegal trade is an immediate threat to the conservation of hundreds, if not thousands, of plant species in our region.”

The findings appear in the journal Biological Conservation.

This article was originally published by the National University of SingaporeRepublished via Futurity.org under Creative Commons License 4.0.

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