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“Organic” rice: different implications from process and product environmental verification approaches in Laos and Thailand

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Abstract

Approaches to environmental verification, broadly defined, including varieties of certification and testing, is always intended to change production processes, and cause structural changes. However, sometimes these approaches can differ substantially—based on values and objectives—and thus structure farming processes in varied ways. They can also affect nature-society relations, by determining what differences matter, emphasizing ways of assessing standards that are deemed important, and deciding whether those standards have been met. Here, I compare two types of environmental verification systems for organic and “safe” or “clean” rice, one in northeastern Thailand and the other in southern Laos. The approach used in northeastern Thailand is designed predominantly to gain access to Europe and the United States markets, and is dependent on regular and detailed farm documentation, inspections, and interviews. The other is more of a residue testing and marketing system, one that also has important environmental implications and is being applied for rice from southern Laos. I call the first process-based verification, and the second product-based verification. It is contended here that we need to consider how environmental verification in different forms variously structures production systems, although there are also other important factors, such as China-Laos relations. Crucially, these practices variously affect cultivation and production practices, and thus have important environmental implications, whether fully intended or not.

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Notes

  1. 1 rai = 1,600 m².

  2. Nuwieng, organic farmers network board member, pers. comm., Amnat Charoen Province, May 2021; Bruno Fischer, pers. comm., Amnat Charoen Province, May 2021.

  3. There has been a heavy loss of rice agrobiodiversity in both Laos and Thailand, as improved rice varieties have largely replaced the wide variety of indigenous rice seeds that were common up until the last few decades (Baird et al. 2021, 2022).

  4. https://www.idp-laos.com/about-indochina-development-partners-lao-ltd/, accessed March 18, 2023.

  5. Note that this is a Switzerland-based non-government organization (NGO).

  6. Santi Piyadeth, pers. comm., Savannakhet Laos, February 5, 2023.

  7. https://www.ccicna.com/, accessed 18 February 2023.

  8. Santi Piyadeth, pers. comm., Savannakhet Laos, February 5, 2023.

  9. https://en.xuanyegroup.com/news/122.html, accessed March 24, 2022.

  10. This term is of relatively recent origin. It is used in mainland China but in Taiwan.

  11. 1 mu = 666.5 square meters.

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Acknowledgements

The National Aeronautics and Space Administration (NASA) funded the fieldwork conducted via grant No. 80nssc18k0287 to the East–West Center in Hawaii, in Honolulu, and a sub-grant to the University of Wisconsin-Madison. Jefferson Fox is the PI for the project. Thank you to Sirisak Gaja-Svasti and Santi Piyadeth for supporting the fieldwork, and to Kanokwan Manorom for institutional support from Ubon Ratchathani University. Annie Shattuck provided some useful comments about different types of certification, and Po-Tao Chang helped with some of the Chinese material. This paper was initially presented at symposium organized on March 15, 2022 by Sophia University in Japan, titled “Environmental Offshoring: Implications for East Asia’s Regionalization and Sustainable Development”. Thanks to the organizers, Takeshi Ito and Carl Middleton, for inviting me to participate, and to Paul Gellert for his insightful discussant comments. Of course, without the cooperation of all the people interviewed, this research would not have been successful.

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Baird, I.G. “Organic” rice: different implications from process and product environmental verification approaches in Laos and Thailand. Agric Hum Values (2024). https://doi.org/10.1007/s10460-024-10556-5

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