PRINCIPLES OF INTEGRATING ECOLOGICAL STANDARDIZATION AND LIFE SAFETY STANDARDS INTO UKRAINE’S POST-CONFLICT RECOVERY STRATEGIES

Abstract

Issue of ensuring ecological security in Ukraine has acquired critical and unprecedented importance due to the full-scale military aggression, which has triggered a unique and dangerous synergy of military, chemical, and technogenic threats. The current, largely static system of environmental regulation, relying predominantly on fixed Maximum Permissible Concentration (MPC) and Maximum Permissible Discharge (MPD) standards, has proven fundamentally incapable of effectively responding to unpredictable, massive, and acute releases of highly toxic substances resulting from kinetic warfare. Furthermore, the existing normative framework lacks the flexibility and legal mechanisms required for seamless integration into Civil Protection (CP) and disaster management response protocols. This systemic inadequacy creates a vast, long-term “ecological debt” for the nation and a postponed, latent danger to public health and the sustainability of natural ecosystems. Addressing this vulnerability neces- sitates a complete paradigm shift in environmental governance. Goal. The primary objective of this research is to scientifically substantiate and formulate a set of crucial methodological principles for integrating adaptive ecological standardization with core life safety standards. These principles are intended to serve as the foundational scientific and regulatory basis for the development of a coherent, resilient national strategy for the post- conflict reconstruction and «green» recovery of Ukraine. The goal extends beyond simple cleanup to establishing a preventative, forward-looking environmental security system. Methodology. The methodological framework employs a robust, multi-faceted approach. It relies on the Systemic Approach to analyze the complex interdependencies between military-induced environmental damage, public health, and socio- economic restoration efforts. Crucial to this is the application of Risk Analysis Methods to quantify both the immediate and latent hazards posed by war-related contaminants (e.g., heavy metals, unexploded ordnance residues, asbestos). The research adopts the Socio-Ecosystem Concept to understand how damage to natural capital directly compromises human and societal resilience. A central pillar of the methodology is the development of Adaptive Regulation – a dynamic normative framework – leveraging Artificial Intelligence (AI) and Geographic Information Systems technologies for the rapid, real-time forecasting and management of multimedia pollutant effects across various environmental compartments. Results. The investigation critically identifies two fundamental, interrelated gaps within the current ecological standardization system that hinder effective post-conflict management: 1) Absence of Temporary Emergency Regulation (MPC-EMERGENCY): The lack of formalized, temporary, context-specific normative standards (referred to here as MPC- EMERGENCY) applicable immediately following catastrophic military or man-made events to guide emergency remediation and immediate safety measures. 2) Inability to Account for Cumulative, Multimedia Effects: The existing standards fail to adequately model and regulate the cumulative, synergistic effects of multiple pollutants simultaneously affecting different environmental media (air, soil, water), which is a characteristic feature of war damage.