Read the passage carefully and answer the question that follows:
"The escalating frequency of extreme climate events has laid bare the vulnerabilities of conventional urban planning frameworks, which have traditionally relied on static historical weather data to design civil infrastructure. Modern municipal governance must undergo a paradigm shift from rigid risk mitigation to dynamic urban resilience. Infrastructure systems—ranging from storm-water drainage to energy grids—can no longer be conceived as isolated assets; rather, they operate as interconnected socio-ecological networks. Building true resilience requires integrating nature-based solutions, such as urban wetland restoration and permeable pavements, alongside traditional engineering controls. Furthermore, top-down technocratic mandates often fail to account for localized socio-economic disparities that dictate vulnerability during environmental crises. Effective urban climate adaptation demands decentralized, community-engaged decision-making mechanisms that empower marginalized populations. Thus, institutionalizing adaptive governance is not merely a technical challenge of upgrading physical structures, but a socio-political imperative to ensure equitable risk distribution and long-term ecological balance in rapidly growing metropolitan regions."
Which of the following statements accurately capture the central theme and main ideas argued by the author?
- Urban resilience requires replacing static planning with dynamic, interconnected socio-ecological management.Answer
- BNature-based solutions should completely supplant traditional civil engineering controls in modern urban design.
- Effective climate adaptation depends on decentralized, community-engaged governance to ensure socio-economic equity.Answer
- DInstitutionalizing adaptive governance is strictly a technical problem solved by upgrading physical infrastructure.