Naturenomics: The missing layer in climate-tech innovation

Written by Ranjit Barthakur , Founder of Balipara Foundation

New Delhi:- In management studies, there is a very popular adage which says ‘what gets measured, gets managed’ and this applies to everything around us including nature and environment. But the “measurement” of nature has not been easy and for the longest time, we have been relying on technology to solve this measurement problem.

For all the advancement in satellite-based emissions monitoring, AI-driven energy optimization and digital carbon registries, the global climate-tech stack still struggles to think about the economic architecture of living ecosystems.

This is not a philosophical gap rather a structural one and it has opportunity costs, in terms of ecological integrity and investable capital. The term Naturenomics coined by Balipara Foundation tries to address this blind spot by weaving together economic valuation within the governance of natural systems.

But its integration into mainstream climate technology remains nascent resulting in the climate sector underappreciating nature and treating it as scenery rather than infrastructure.

The Valuation Vacuum at the Core of Climate Tech Ecosystem services globally are estimated to be worth over $150 trillion annually,
roughly twice the size of global GDP. Yet the annual investment flowing into nature- based solutions stands at approximately $154 billion against a requirement of $384 billion per year by 2025 to keep climate goals within reach, according to UNEP.

By the end of 2026, nature tech startups attracted an estimated $2 billion in investment which is a doubling over six years yet negligible relative to the scale of the challenge.

But why this mismatch? It’s actually not about the shortage of ecological assets but the absence of credible, decision-ready metrics that translate those assets into the language of investment risk and return.

As one recent market intelligence report from the Nature Tech Collective framed it, the global biodiversity financing gap stands at $700 billion annually and the structural bottleneck is not motivation but the inability to measure biodiversity outcomes at a cost and rigor that earns investor confidence simultaneously. This is precisely where Naturenomics comes in and where climate tech has systematically underinvested.
The Eastern Himalayan Diagnostic:-No geography illustrates this challenge more precisely than the Eastern Himalayan region, a transboundary landscape spanning India’s Northeastern region, Bhutan, Nepal, Bangladesh and parts of China and Myanmar. It is simultaneously one of the world’s most ecologically significant zones and one of its most economically underleveraged.

The Eastern Himalaya sits within the Hindu Kush Himalayan system, the origin of major river systems including the Brahmaputra, the Mekong, and the Yangtze, waterways that regulate agriculture, hydropower and freshwater security for approximately 1.9
billion people downstream. The climate services embedded in this landscape ranging from carbon sequestration and water regulation to biodiversity maintenance are of critical regional and global significance.

Yet evidence suggests that valuation research has received substantially less attention in the region than its ecological importance
warrants with most studies estimating only economic values and far fewer capturing biophysical or sociocultural dimensions.

What it leads to is a cycle of poor understanding and accounting of natural assets resulting in the ecosystem services in the high Himalayas being rarely accounted for in development cost-benefit analyses, even as large-scale infrastructure projects continue
to reshape these landscapes at a rapid pace.

A handful of existing climate tech solutions deployed in the region arrive without the Naturenomics™ foundation that
would make them legible to capital markets or durable against ecological feedback.

What Technology Must Do Differently:- Different classes of climate technologies exist but in fragments and all they need is integration and being shaped to the tunes of nature. For instance, while carbon can be quantified in molecular units, biodiversity operates across complex, context-specific webs of species, functions and relationships and requires tools like eDNA sampling, bio- acoustic monitoring and AI-driven species identification.

But their deployment in high- altitude, low-connectivity geographies like the Eastern Himalaya remains limited. In this case, Digital Measurement, Reporting and Verification (MRV) systems remain the most critical missing layer.

The 13 th Eastern Himalayan Naturenomics Forum held in Guwahati in December 2025, surfaced a related priority: the need for integrated valuation frameworks that specify both regional and global values of transboundary landscapes, moving beyond narrow economic proxies to capture biophysical and sociocultural dimensions.

This is not an academic exercise. Without it, the climate finance flowing into the region whether for forest conservation, agroforestry or watershed management cannot be priced, verified, and by that logic scaled.

Till date, water regulation, pollination, soil stability and biodiversity itself remain largely outside the market architecture of nature-based projects and that is the frontier where Naturenomic and climate tech must converge.

Repositioning Nature as Infrastructure:- Nature must therefore be repositioned and be incorporated within climate-tech frameworks from a co-benefit angle to a primary infrastructure layer.

So, next time when solar panels are installed on degraded land without accounting for the soil carbon lost or when a hydropower project displaces a wetland without pricing the flood-regulation services foregone, the climate math should be obvious to us that these are not externalities rather they are unpriced inputs that distort the actual cost-effectiveness of climate interventions.

In the Eastern Himalayan context this means that any credible climate-tech deployment whether it involves precision agroforestry, community-based carbon sequestration or climate-resilient water management must be built on a Naturenomic foundation which would require prior valuation of ecosystem services, participatory MRV systems that engage indigenous and local communities. As primary data producers and owners and financial instruments that can absorb and reward biodiversity co-benefits, not just carbon outputs.

The technology to do this exists. Global regulations are also strengthening with frameworks like the Kunming-Montreal Global Biodiversity Framework now creating compliance pressure on corporations to disclose nature-related risks.

What remains is the architectural decision by the climate-tech sector to treat Naturenomics not as a parallel track but as the load-bearing layer it has always been. In the Eastern Himalaya, that decision cannot wait for the next innovation cycle. The glaciers are not on that timeline. We must measure our assets well to manage them well!