Beyond the Checklist: Why ESG Must Become the Operating System for the Himalayan Bioeconomy

When we stand anywhere along the Himalayan arc, either from the apple terraces of Himachal to the organic paddies and cardamom groves of Sikkim, or the pine-and-oak forests fringing Uttarakhand, we are standing on two things at once: one of the planet's most irreplaceable biodiversity hotspots, and one of India’s most eagerly courted economic frontiers. That double identity is no longer a curiosity. It is the central fact that will decide whether the mountains prosper or unravel over the next decade, and it is why Environmental, Social and Governance (ESG) thinking often dismissed as a corporate compliance ritual deserves to be taken far more seriously here than it currently is.

To conservationists, the suspicion that ESG often functions as a fig leaf for extraction dressed up in green language is well-founded. Yet disengagement proves to be a weaker strategy than scrutiny; withdrawal leaves the field open to unchecked exploitation. To investors and policymakers, the race to build a bioeconomy out of Himalayan genetic and biological wealth carries its own peril. Without a genuine ESG backbone, the industry risks hollowing out the very resource base on which it depends and doing so within a single generation.

An ecosystem running out of runway in the long run

The Himalaya is not a scenic backdrop to this story; it is the story. The region ranks among the world's most biologically rich zones, hosting thousands of plant species and hundreds of mammal species found nowhere else, while also functioning as the headwater system for rivers that sustain hundreds of millions of people downstream. Conservation science increasingly treats it as one of the most threatened biodiversity hotspots on Earth, and in the eastern stretch of the range, less than a quarter of the original natural habitat is now believed to remain intact, with well over a hundred native species classified as globally threatened (Upadhayay et al, 2026). The Indian Himalayan Region belt is warming faster than the global average, and that warming is already reshaping glacier mass, monsoon timing, forest composition and the ranges of iconic species such as the snow leopard (Panthera uncia Schreber) or the Himalayan Monal (Lophophorus impejanus L.).

Layer onto this a second pressure of the unplanned tourism infrastructure, roadbuilding, hydropower expansion and the steady conversion of forest and pasture to cropland and built-up area. Land-cover studies of the wider Pan-Himalayan zone have documented a marked rise in cropland and a far steeper rise in impervious, built surface over the past two decades, concentrated precisely in the belts where threatened and evolutionarily distinct plant lineages cluster. None of this is abstract. It is the erosion of the raw biological capital such as medicinal plants, wild crop relatives, pollinator networks, watershed forests and many more that any serious bioeconomy would need as its feedstock.

The bioeconomy is coming to the mountains whether we like it or not

This is the part too many biodiversity advocates underweight: the bioeconomy is not hypothetical. India's BioE3 policy focusing on Biotechnology for Economy, Environment and Employment, approved by the Union Cabinet in August 2024, has set a national target of a $300 billion bioeconomy by 2030, built around biomanufacturing hubs, biofoundries and a shift away from chemical-intensive industry toward bio-based production in agriculture, pharmaceuticals, industrial chemicals and carbon capture (Sinha, 2026). States are already being pulled into this framework through dedicated cells and action plans that explicitly leverage regional biodiversity and agricultural strengths, a template that could just as easily extend to Indian Himalayan states rich in medicinal and aromatic plants, high-value horticulture and unique agro-biodiversity. Nepal and Bhutan, meanwhile, have their own trajectories, as Bhutan has long marketed itself as carbon-negative and has pushed toward a fully organic agricultural model (Bhattacharjya,2026) while Nepal's community forestry system already channels non-timber forest products, herbs and essential oils into both subsistence and export economies.

In other words, the mountains are already bioeconomic assets (Figure 1). The only open question is whether that value gets extracted the old way as opaque supply chains, biopiracy risk, smallholders squeezed out of margins, habitat converted faster than it regenerates, or whether it gets built on a foundation that actually prices in the ecological and social capital being drawn down. That foundation is what ESG, done honestly, is supposed to provide.

Figure 1: Uttarakhand’s forest and agroecological dimensions as a bio-economic zone

What ESG actually offers, once the jargon is not present in scene

Critics are not wrong that ESG has been debased in many boardrooms into a reporting exercise: a glossy annexure, a rating agency's checkbox, a hedge against reputational risk rather than a genuine reallocation of capital. But look at what is actually being built into the architecture right now, and the picture is more consequential than the cynicism suggests.

The Taskforce on Nature-related Financial Disclosures (TNFD) has moved from a voluntary curiosity to something closer to a compliance baseline in a remarkably short window (Linsley et al, 2023). By early 2026, several hundred organizations representing tens of trillions of dollars in assets under management had committed to TNFD-aligned disclosure, and the framework is being folded into national regulatory regimes across dozens of jurisdictions, with Asia-Pacific firms making up the large majority of companies already using or planning to use nature disclosure to inform decision-making. That matters directly for the Himalaya, because TNFD's whole premise is that a company's dependence on intact ecosystems a pharmaceutical firm's reliance on wild medicinal plant populations, a hydropower developer's reliance on forested watersheds, a tourism operator's reliance on charismatic wildlife is a financial risk, not just an ethical nicety. It is meant to advance the Kunming-Montreal Global Biodiversity Framework's Target 15, which calls on large companies and financial institutions to monitor and disclose their biodiversity impacts.

India's own regulatory apparatus is moving in parallel. The Securities and Exchange Board of India's Business Responsibility and Sustainability Reporting framework, and its more rigorous BRSR Core subset, now mandates assured ESG disclosure for an expanding cohort of listed companies, with value-chain disclosure meaning upstream suppliers and downstream partners being phased in over the coming years. For any biomanufacturing or agri-processing company sourcing raw material from the Himalayan region, that value-chain reporting requirement is the mechanism that could, if implemented with integrity, actually trace a bottle of sea buckthorn (Hippophae rhamnoides L.) extract or a shipment of Himalayan cordyceps (Ophiocordyceps sinensis B.) back to a verifiable, non-destructive harvesting practice.

This is the honest case for ESG in the mountains, which is not as a marketing layer, but as the accountability plumbing that connects a Mumbai or Singapore-listed company's balance sheet to a harvester's practices in a Sikkimese forest or a Kumaoni alpine meadow. Without that plumbing, sustainable sourcing is a slogan. With it, at least in principle, it is auditable.

The proof of concept is already in the mountains

One should look at Sikkim before dismissing this as theory. Sikkim's conversion to fully certified organic agriculture, formalised through the Sikkim Organic Mission and consolidated over more than a decade, remains one of the most cited state-level sustainability transitions in the world precisely because it demonstrates that an entire jurisdiction can align its economic model with ecological limits without abandoning livelihoods. Bhutan's parallel push toward organic and agroecological farming, alongside its constitutionally mandated forest cover and carbon-negative status, shows the same logic operating at the national scale. These are, in effect, ESG principles operating without ever using the acronym: environmental limits respected, social livelihoods protected, and governance structures state policy, legislative commitment, farmer cooperatives built to enforce both.

But the honest opinion piece also has to sit with the friction these experiments reveal. Sikkim's organic farmers have struggled with lower yields, thin market premiums and weak supply-chain infrastructure, a reminder that ecological virtue does not automatically translate into economic viability unless the finance and market-access side of ESG the de-risking that is supposed to accompany sustainable transitions actually shows up. Sikkim's own 1998 grazing ban, intended to protect alpine biodiversity, delivered real conservation gains in forest cover and carbon stock, but also depressed household incomes, disrupted manure supply for organic farms, and in some documented cases increased human-wildlife conflict. This is the uncomfortable truth ESG frameworks too often paper over: environmental and social goals are not always aligned, and a policy that scores well on the ‘E’ can score badly on the ‘S’ if it is designed without the people who live inside the ecosystem.

Nepal offers a third, quieter model worth studying alongside Sikkim and Bhutan. Its community forestry programme, one of the longest-running examples of devolved forest governance anywhere in the world, hands management rights over forest patches to local user groups who then decide how timber, fodder, and non-timber forest products such as herbs, resins and essential oils get harvested and sold. It is, structurally, a governance solution before it is an environmental one: the ‘G’ in ESG operating at the village level, decades before the acronym existed. Where it has worked, forest cover has recovered, and local income has diversified beyond subsistence farming. Where it has struggled, it is usually because the user groups lack the market access, quality certification and working capital to capture much value beyond the first link in the chain precisely the financing and infrastructure gap that a genuine ESG-aligned bioeconomy strategy would need to close, rather than assume away.

Where the current model falls short

Three gaps need honest acknowledgement from the lens of ESG; first, most ESG and disclosure architecture, such as TNFD, BRSR, and corporate biodiversity credit schemes, is built for large, listed companies. The actual custodians of Himalayan biodiversity are smallholder farmers, community forest user groups, and indigenous and local communities whose knowledge systems identified the medicinal and genetic value of these species in the first place. A framework that only disciplines the corporate buyer at the end of the supply chain, without building comparable capacity, price protection and land tenure security for the harvester at the start of it, will simply reproduce extraction under a greener label.

Second, biodiversity credit markets as the nature-finance equivalent of carbon markets, now being piloted alongside TNFD and remaining early-stage, thinly regulated and vulnerable to exactly the integrity problems that dogged voluntary carbon markets. Financing a Himalayan biodiversity project through an unverified credit is not meaningfully different from financing it through nothing at all.

Third, cross-border coordination across the states and national territories is close to non-existent. The Indian Himalayan Region spans 13 states and union territories with wildly different regulatory capacity, and species, watersheds and migratory corridors do not respect the line between India, Nepal, Bhutan and China. A bioeconomy strategy and the ESG rules meant to discipline it that stops at a regional or national border is solving only part of the problem.

What actually needs to happen

If ESG is to be more than a compliance layer bolted onto an extractive bioeconomy, three shifts are non-negotiable. Value-chain disclosure requirements now being phased in for Indian companies need to be matched with real investment in traceability infrastructure for smallholder and community-forest supply chains, not just audit paperwork. Biodiversity credit and nature-finance instruments need independent, mountain-specific verification standards before they are allowed to substitute for direct conservation spending. And national bioeconomy missions such as India's BioE3, foremost among them, need a Himalaya-specific chapter that treats indigenous knowledge holders as commercial partners with enforceable benefit-sharing rights, not as unpaid sources of prior art.

The Himalaya will be built, mined for biological value, and reshaped by tourism and biotechnology regardless of what any of us think about the wisdom of that trajectory. The only real choice left is whether that transformation happens inside an accountability framework rigorous enough to keep the mountains standing, or outside one. ESG, imperfect and unevenly enforced as it is, is currently the closest thing we have to that framework. The task now is not to trust it, but to make it work.

References

1. Bhattacharjya¹, O. (2026). Bhutan's Carbon-Negative Model as a Blueprint for Climate-Responsible. In Proceedings of the Indo-Bhutan Social Science Conference 2025 (IBSSC 2025) (p. 381). Springer Nature.
2. Linsley, P., Abdelbadie, R., & Abdelbadie, R. (2023). The Taskforce on Nature-related Financial Disclosures must engage widely and justify its market-led approach. Nature Ecology & Evolution, 7(9), 1343-1346.
3. Sinha, J. K. (2026). Bioeconomic Policy Pathways for Structural Transformation in India: An E3 (Economy–Environment–Employment) Framework for 2050. Journal of Behavioral Economics and Policy, 2(1), 58–86. https://doi.org/10.55121/jbep.v2i1.102459
4. Upadhyaya, P., Pant, H. & Ram, J. (2026). Habitat characteristics and anthropogenic disturbance patterns associated with Taxillus infestation in oak forests: implications for ecosystem-based forest management in Nainital, Uttarakhand. Proc.Indian Natl. Sci. Acad. https://doi.org/10.1007/s43538-026-00748-4

Disclaimer: The views expressed in this article are solely those of the author and do not necessarily represent the views, policies, or positions of the organisation.