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Study of Adaptive Eco-Governance to Mitigate Modern Environmental Contaminants in New Delhi NCR
Summary
Delhi's NCR regulatory framework, built around visible industrial pollution, is poorly suited to address diffuse next-generation pollutants like microplastics, PFAS, and pharmaceutical runoff contaminating the Yamuna River basin. The proposed Adaptive Eco-Governance framework shifts to dynamic, anticipatory risk management with decentralized sensors and algorithmic thresholds to address these persistent, low-dose contaminants.
The New Delhi National Capital Region's (NCR) environmental policy over the last 20 years past two decades has been consistently working in a reactive manner to address acute, highly visible pollution events like industrial effluent and winter smog. The region's regulatory framework is currently collapsing due to Next-Generation Pollutants (NGPs), which are low-dose, diffuse, and persistent contaminants like microplastics, pharmaceutical runoff, and per- and polyfluoroalkyl substances (PFAS) that are flooding the Yamuna River basin and nearby aquifers. This essay makes the case that current organizations, such as state-level committees and the Central Pollution Control Board (CPCB), are essentially unsuited for contemporary environmental mitigation due to their severe temporal lag and jurisdictional fragmentation across bordering states. In response, we propose the Adaptive Eco-Governance (AEG) framework tailored for the NCR. This model shifts the regulatory focus from static emission thresholds to dynamic, anticipatory risk management. By integrating decentralized sensor networks beyond basic particulate monitoring, algorithmic threshold adjustments, and an inverted burden of proof for the region's massive industrial sectors, the AEG framework offers a scalable, resilient approach to mitigating the silent sprawl of contemporary environmental degradation in India's capital.