Over the last decade, climate technology has transformed the way the world measures environmental risk. Satellite-based emissions tracking, AI-powered energy optimisation and digital carbon registries are now central to the global climate conversation. Yet despite this technological acceleration, one critical layer continues to remain largely invisible within mainstream climate innovation: the economic architecture of living ecosystems.
For years, conservation practitioners working in the Eastern Himalaya have argued that nature cannot continue to be treated merely as a backdrop to development. It must be recognised as infrastructure - one that underpins water systems, agriculture, biodiversity, climate resilience and livelihoods across entire regions.
This thinking sits at the heart of Naturenomics™, a framework developed by Ranjit Barthakur, founder forester at Balipara Foundation. The framework attempts to bridge ecology and economics by assigning measurable value to ecosystem services and integrating them into governance, planning and investment systems.
Over the years, Balipara Foundation’s work across the Eastern Himalaya has focused on strengthening ecological resilience through community-led conservation, biodiversity restoration and sustainable livelihoods. Across 20 geographical sites, the Foundation has planted, managed, and propagated over 62.2 million saplings through nurseries and community seed banks, while restoring and sustainably managing 14,325 hectares of land through 19 years of biodiversity and community action. Through its landscape-based approach, the Foundation continues to support nature-linked livelihoods and long-term ecological stewardship across the region.
The challenge, however, extends far beyond conservation alone. Globally, ecosystem services are estimated to be worth more than $150 trillion annually, nearly twice the size of global GDP. Yet investment into nature-based solutions remains significantly below what climate scientists and financial institutions say is necessary to meet global climate goals. According to UNEP estimates, annual financing requirements for nature-based solutions far exceed current investment flows.
The issue is not a lack of ecological assets. Rather, it is the absence of systems that can translate ecological value into credible economic and investment frameworks. This gap becomes especially visible in the Eastern Himalaya — one of the world’s most ecologically significant yet economically underrepresented landscapes.
Stretching across India’s Northeast and connected to Bhutan, Nepal, Bangladesh, Myanmar and China, the Eastern Himalayan region supports critical river systems, biodiversity corridors and climate regulation services that sustain nearly two billion people downstream. Yet many of these ecosystem services continue to remain unaccounted for in mainstream development planning.
For Ranjit Barthakur, this disconnect between ecology and economy has long shaped the need for a different development model — one where environmental systems are valued not as externalities, but as foundational economic assets. This philosophy eventually evolved into Naturenomics™, a framework that places nature, community resilience, and ecological restoration at the centre of economic thinking. Under his leadership, Balipara Foundation has increasingly focused on creating platforms that bring together policymakers, scientists, technologists, conservationists and grassroots communities to discuss the future of ecological resilience in the region. The annual Eastern Himalayan Naturenomics™ Forum, now recognised as one of the region’s leading sustainability dialogues, has emerged as a space for these intersections between climate, economy, technology and indigenous knowledge systems.
At the 13th Eastern Himalayan Naturenomics™ Forum 2025 held in Guwahati in December 2025, discussions extensively highlighted the need for integrated valuation frameworks that move beyond narrow economic proxies to account for the ecological, biophysical, and sociocultural dimensions of natural systems, particularly in fragile transboundary regions such as the Eastern Himalaya.
The conversations emerging from these forums reflect a growing reality: climate technology alone cannot solve ecological collapse if natural systems themselves remain undervalued. This is particularly relevant in fragile geographies like the Eastern Himalaya, where climate-tech deployment faces challenges ranging from difficult terrain and low-connectivity regions to the complexity of biodiversity measurement itself. While carbon emissions can often be measured through relatively standardised metrics, biodiversity operates through complex and context-specific relationships between species, ecosystems, water systems, and communities.
Technologies such as environmental DNA (eDNA) sampling, bio-acoustic monitoring and AI-led species identification are beginning to reshape biodiversity tracking globally. However, experts working in the region argue that these tools must be embedded within local ecological realities and community participation to become truly effective. One area where this becomes critical is Measurement, Reporting and Verification (MRV) systems for nature-based projects. Without robust and locally grounded MRV systems, climate finance linked to forest conservation, watershed management or agroforestry struggles to scale effectively.
Balipara Foundation’s approach has increasingly emphasised the role of communities as active stakeholders in ecological governance rather than passive beneficiaries. Through community-led afforestation, seed banking, biodiversity conservation, and restoration-linked livelihood programmes across the Eastern Himalaya, the Foundation has worked to strengthen both ecological resilience and local economies.
In 2025, Balipara Foundation introduced mushroom cultivation in Ghurmura village in Tinsukia district under the Indigenous Hub initiative as a low-cost, home-based enterprise. A training workshop in October 2025 equipped community members with skills in cultivation, hygiene, and market linkages. Following the training, 10 women, led by Gitanjali Lalung, initiated collective mushroom farming. Starting with 17 oyster mushroom cylinders, they scaled up to 70 cylinders by January 2026, demonstrating strong adoption and growth.
The broader question emerging from the region is whether climate innovation can evolve beyond carbon-centric thinking. As governments and corporations accelerate investments into green infrastructure and carbon markets, concerns are also growing around what remains unpriced within these systems - soil health, pollination, flood regulation, biodiversity resilience and indigenous ecological knowledge.
Increasingly, frameworks such as the Kunming-Montreal Global Biodiversity Framework are also placing pressure on institutions to disclose nature-related risks and dependencies. This shift is expected to push biodiversity and ecosystem valuation closer to mainstream economic and investment decision-making.
For practitioners working in the Eastern Himalaya, the urgency is immediate. The region’s glaciers, forests and river systems are already experiencing the pressures of climate variability, infrastructure expansion and changing land-use patterns. In this context, the central argument behind Naturenomics™ is simple but consequential: climate resilience cannot be built unless ecological systems themselves are measured, valued and integrated into development planning.
As the climate-tech sector searches for scalable solutions, the Eastern Himalaya may offer an important reminder — that technology alone cannot sustain the future unless it learns to account for the living systems that make economies possible in the first place.