Yangyuan County, an important agricultural area where corn, millet, and mung beans are major crops, illustrates how a traditional regional product can develop into a technology-enabled value chain. The local mung beans are distinguished by parrot-green seed coats, a distinctive flavor, and a cultivation history documented in county records for at least three centuries. By 2024, mung beans occupied more than 4,667 hectares, about 10% of the county’s arable land, while beans and processed products generated 22% of agricultural output value. County figures cited by the researchers said the brand benefited more than 50,000 farm households in 2024, with average annual income gains exceeding 1,000 yuan per household.

The researchers divided the brand’s development into three periods and examined how the leading form of innovation changed over time. From 1990 to 2002, county agencies collaborated with crop experts to improve varieties and train farmers in standardized cultivation. Cultivation expanded from 3,240 hectares in 1990 to 5,813 hectares in 1992 and 14,067 hectares in 1993. Greater production supported specialized work in polishing, grading, packaging, and logistics, and Yangyuan was officially designated the “Hometown of Mung Bean in Hebei” in 2002. At its historical peak, the crop accounted for 10% of China’s mung bean exports, including shipments to Japan and South Korea.

Growth was not automatic. The study reports that production became volatile after 2002 as seed purification and breeding programs weakened, varieties became mixed, and halo blight susceptibility reduced yields and quality. Combined with an aging farm population and migration of rural workers to cities, these pressures contributed to a cultivation-area decline of more than 60% from the earlier peak by 2008. A technology network led by the National Edible Bean Industry Technology System then supported work in breeding, cultivation, machinery, processing, and economics. New cultivars, specialized harvesting equipment, cleaner and polishing processes, and closer links among researchers, enterprises, cooperatives, and farmers helped stabilize supply and restore quality.

The researchers’ household calculations attributed most of the estimated income improvement in the 2003–2017 growth phase to production technologies and labor-saving machinery. A yield increase of 525 kilograms per hectare was assigned a benefit of 5,302.5 yuan per hectare. Mechanization was associated with cultivation cost savings of 1,687.5 yuan per hectare and harvesting savings of 1,950 yuan per hectare. Together, the study calculated 8,940 yuan per hectare in benefits from innovation. Specialized harvesting machinery also reduced reported bean breakage from 5% to 1.5%, while newer varieties raised yields by 25% to 30% under the conditions described by the authors.

Brand development and institutional organization supplemented those technical gains. Enterprises used contract farming, supplying seed, cultivation guidance, and disease-prevention services while purchasing beans directly from farmers. Cooperatives and socialized service organizations delivered mechanization, creating an arrangement described as “enterprise + research institution + farmers’ cooperative + farmers.” Some contracts guaranteed a purchase price 0.2 yuan per unit above the market rate, which the study estimated at an additional 210 yuan per hectare at an average yield of 1,050 kilograms per hectare. Adding the cooperation benefit to the technology-related gains produced the reported total increase of 9,150 yuan per hectare during the growth phase.

Since 2018, the study says, the industry has shifted toward digital marketing, diversified products, and deeper processing. Nihewan Company, a government-authorized operator of the brand, formed an e-commerce team in 2017 and used digital identity design, multimedia promotion, and an online “Mung Bean+” product system. The company’s sales revenue recorded a compound annual growth rate of 9.8% from 2017 to 2024, about four percentage points above average agricultural growth in the county. Technology transfer through the National Edible Legume Industry Technology System also enabled mass production of fermented mung bean protein beverages by April 2025, while the company introduced four raw-grain brands. These developments extended the product portfolio beyond the original crop.

The reported brand premium is substantial but varies by measure and market level. For farmgate analysis, the researchers compared the average price paid to surveyed farmers, 13.34 yuan per kilogram, with the annual average retail price of ordinary mung beans, 10.09 yuan per kilogram. That 32.08% relative gap implied an additional 3,427.76 yuan per hectare for Yangyuan growers. The study also cites local estimates placing the geographical-indication premium between 128% and 207%, but these should not be treated as interchangeable with the farmgate calculation. With a minimum market retail price of 23 yuan per kilogram, the authors estimated a possible 10,219.8-yuan-per-hectare gain from better price negotiation or direct consumer sales, although that figure represents unrealized potential rather than an observed income increase.

The case also links branding with more diverse livelihoods and qualitative measures of farmer wellbeing. In 2024, the study reported that, after assigning values to family labor and owned land, the economic return from mung bean cultivation was 3.14 times that of corn. Branding created work in warehousing, packaging, logistics, and quality inspection; warehouse managers employed by leading enterprises earned 4,000 yuan per month, figures the authors described as 45.12% and 203.20% above urban and rural per-capita income, respectively. Interviews also indicated greater confidence, pride, and perceived livelihood security among farmers producing recognized products or supplying stable corporate contracts. However, the questionnaire did not yield quantitative evidence for these wellbeing changes, the sample was 96% male, and the small exploratory design cannot show that branding or innovation alone caused the reported outcomes or that every smallholder shared equally in the gains.

Subject of Research: How farm-to-market technology innovation supported a Chinese mung bean geographical indication and affected grower income.

Article Title: Empowering geographical indications through technology: the rise of Yangyuan mung bean as a local pillar industry in China

Article References: Zhang, L., Yin, G., Jiang, C., Ma, J., Zhao, F., Zheng, L., Yang, X., Xu, D., & Zhang, H. (2026). Empowering geographical indications through technology: the rise of Yangyuan mung bean as a local pillar industry in China. Frontiers in Sustainable Food Systems, 10, Article 1714667. https://doi.org/10.3389/fsufs.2026.1714667

Image Credits: AI Generated

DOI: 10.3389/fsufs.2026.1714667

Keywords: agricultural technology, geographical indications, Yangyuan mung bean, farmer income, crop breeding, agricultural machinery, value chains, rural development, China, food branding, Empowering, geographical

The circular economy has become the dominant framework for reforming the fashion and textile industry, which produces an estimated 92 million tonnes of textile waste annually and recycles less than 1 percent of clothing into new fibres, according to the Ellen MacArthur Foundation’s landmark New Textiles Economy report. Policy instruments such as the European Union’s Ecodesign for Sustainable Products Regulation and India’s own Business Responsibility and Sustainability Reporting framework promise longer product life cycles, local material systems, and community-anchored production. But the dominant narrative centres on industrial transformation in the Global North: recycling infrastructure, take-back programmes, and fibre-to-fibre loops operated by formal, traceable, ESG-reportable firms. That assumption, the new paper contends, simply does not hold in India, where the craft textile sector employs an estimated 113 lakh workers, nearly 72 percent of them women, overwhelmingly in informal household production.

To measure the problem, the researchers built two original composite indices grounded entirely in verified, publicly available official data. The first, the GI-CE Institutional Alignment Score, measures how far the statutory provisions of India’s Geographical Indications Act of 1999 mandate circular-economy-compatible supply chains across 25 GI-registered textile products, from Kanchipuram silk to Banarasi brocades. The second, the Circular Informality Exposure Index, measures how vulnerable the artisans in those clusters are to the social risks of circular transition. The data sources are legally anchored and temporally consistent: the GI registry maintained by the Controller General of Patents, Designs and Trade Marks, the Fourth All India Handloom Census 2019-20, the Periodic Labour Force Survey Annual Report 2023-24, and the Securities and Exchange Board of India’s BRSR framework documents.

The results reveal a striking paradox. The GI-tagged craft textile clusters score consistently high on institutional circular alignment, with a mean score of 4.36 out of 5. This is no accident: the GI Act legally requires geographic input localisation, community-based producer organisation, and natural or traditional input specification, properties that structurally replicate every definitional criterion of a circular supply chain. Yet the workers inside these institutionally circular systems are among the most socially vulnerable in India’s manufacturing economy. Average daily earnings across the five-state handloom and handicraft economy surveyed by the Institute for Human Development and Crafts Council of India stand at just 270 rupees, well below minimum wage in every Indian state. Only 8.8 percent of weaver households access markets through cooperatives, and nine out of ten women in Indian manufacturing work in informal enterprises without contracts or social security.

Cross-referencing the two indices produces the study’s central empirical finding: nine of the 25 clusters, or 36 percent of the sample, fall squarely into the circular informalization trap, combining high institutional circular alignment with high informality exposure. These trapped clusters cluster geographically in two contexts: the North Indian plains, including Uttar Pradesh, Punjab, and Rajasthan, where cooperative market channel use falls below the national median and female part-time weaver concentration exceeds the average of 60.6 percent; and recently registered tribal textiles from the Northeast, such as Garo and Tangsa weaves, where the authorised user mechanism that should guarantee producer traceability has not yet been operationalised. No product fell into the low-alignment quadrants, reflecting how thoroughly the statute itself embeds circular design.

The deepest structural gap lies in environmental, social, and governance disclosure. SEBI’s BRSR framework, mandatory since the 2022-23 financial year for India’s top 1,000 listed companies by market capitalisation, requires comprehensive reporting across 140 questions, including human rights, labour practices, and supply chain conduct, with the BRSR Core adding 49 measurable key performance indicators and third-party assurance for the largest firms. But because the framework’s scope is defined by market capitalisation, no handloom cooperative, tribal craft association, or GI-registered producer group falls within it. All 25 clusters scored maximally on the ESG disclosure exclusion dimension of the informality index. The firms whose supply chains depend on artisan labour must disclose their ethics; the artisans who perform that labour remain entirely outside the disclosure perimeter, a disjunction the authors call the relative ESG discourse-labour asymmetry.

The gendered dimensions of this trap are particularly consequential. India’s female labour force participation rate has risen sharply, from 23.3 percent in 2017-18 to 41.7 percent in 2023-24, but the increase has been driven predominantly by rural self-employed women, more than 80 percent of them in agriculture or household-based production. The handloom sector, with its 72 percent female majority, part-time household structure, and chronic underemployment of 208 person-days per year, exemplifies this expansion of informal self-employment rather than gender-equalising formal job growth. The circular transition could carry a genuine gender dividend, since it raises the value of precisely the provenance, natural inputs, and durable craftsmanship that women artisans produce. But if circular premiums are captured by intermediaries and formal firms instead, women would bear the informality costs while the formal economy appropriates the circular value.

The trap also operates globally. European regulations, including Digital Product Passports under the Ecodesign regulation, corporate sustainability due diligence directives, and a proposed Forced Labour Regulation, are creating new traceability demands for textile imports. GI-registered Indian craft textiles are, by institutional design, exceptionally well positioned to meet them: authorised user registration provides producer identity, statutory collective applicant requirements provide community organisation, and Form GI-1 specifications document natural inputs. The authors argue that recognising GI registration as equivalent to Digital Product Passport compliance could satisfy EU requirements at a fraction of the cost industrial firms face, yet this compatibility remains invisible to European policymakers, Indian trade negotiators, and the corporations involved. Similar structural conditions, an origin-certification framework, a feminised informal workforce, and ESG rules scoped to formal entities, exist in Indonesia’s batik clusters, Peru’s Andean textile geographical indications, and among West African kente producers, suggesting the trap may be a global regularity rather than an Indian anomaly.

Crucially, the study insists that closing the gap requires no new legislation, infrastructure, or institutions, only the political will to connect systems that already exist. The authors advance four targeted recommendations. SEBI could amend BRSR Core leadership indicators by circular, making disclosure of GI-registered and informal artisan supply chain tiers mandatory rather than voluntary for large listed textile firms. The Department for Promotion of Industry and Internal Trade and the Ministry of Textiles could jointly issue a GI-CE Equivalence Framework, mapping statutory GI requirements onto circular procurement criteria and green finance access. The National Cooperative Development Corporation could extend cooperative market channel access from 8.8 percent to 25 percent of weaver households within five years, prioritising the trapped clusters and using existing artisan identity data for outreach. And in European Union-India free trade negotiations, GI-Digital Product Passport equivalence could be tabled as a technical annex, directly rewarding the institutional architecture India’s craft sector already possesses.

The broader lesson extends far beyond textiles. The circular economy is routinely framed as a redesign challenge, a matter of recycling plants and business models, but this research demonstrates that governance architecture, not technology, determines who benefits from sustainability transitions. India’s Geographical Indication system has already designed a circular supply chain; the Handloom Census has already documented the cooperative forms that could channel circular premiums to producers; and the BRSR framework has already built the disclosure infrastructure that could make artisan labour visible. What is missing is the linkage between them. Without it, the world’s most circular textiles will continue to be made by some of its most precarious workers, and the sustainability revolution will reproduce the very inequalities it claims to solve. The authors call for extending their dual-index framework to other developing economies and for primary cluster-level research to test whether cooperative organisation mediates between institutional alignment and artisan income, questions that the forthcoming Fifth All India Handloom Census will help answer.

Subject of Research: Circular economy governance and feminized informal labour in India's GI-registered textile clusters

Article Title: Institutional pressures link circular economy governance and feminized informality in India’s geographical indication registered textile clusters

Article References: Bandodcar, A., Hasan, V., & Valke, M. (2026). Institutional pressures link circular economy governance and feminized informality in India’s geographical indication registered textile clusters. Discover Global Society, 4(1), Article 266. https://doi.org/10.1007/s44282-026-00619-9

Image Credits: AI Generated

DOI: 10.1007/s44282-026-00619-9

Keywords: circular economy, geographical indications, handloom, feminized informality, ESG disclosure, BRSR, textile clusters, India, social sustainability, global value chains, artisan welfare, institutional theory