Vinita Rodrigues, Vivek Mustafa Gilani, Saranya Acharya, Maya Seshagiri
Extended abstract 3-240-26 Urban Poor Women in India, living in heat-trapping buildings in conditions of cooling-energy poverty (i.e. inadequate energy access for operating active cooling appliances and no access to passive cooling solutions) are inequitably impacted by climate-crisis induced extreme heat which causes health issues stemming from homes being too hot to sleep in before midnight and social reproduction roles which require them to wake up hours before other family members. Paradoxically, women are under-represented in the âgreen economyâ response to extreme heat (eg. cool roof programmes). The paper presents insights from, and the way forward from the field-test phase of a Women's Heat Action Cooperative (WEHAC) programme underway in an informal settlement in Chennai, India to enhance access to passive cooling solutions co-created with the community. The WEHAC offers cooling products and services to residents who pay an affordable estimated monthly-installments (EMI) to the WEHAC to maintain a revolving fund that serves as future investment capital. The paper presents learnings related to structure of financial/social incentives for initial mobilization of womenâs entrepreneurial interests, outcomes of testing solutions to underwrite risk of residents not paying EMIs, and elucidates the process of establishing an ecosystem of trades, material supply chains to foster a locally-owned decentralized response to cooling energy poverty. It also presents results of an ongoing effort to establish a One-Stop-Shop ( technical and finance assistance facility) for WEHACs where finance and in-kind assistance is derived from a multitude of sources (e.g. microfinance institutions, impact investment) and through repurposing municipal development schemes. The paper presents results from the applied policy research work of policy âhackingâ (i.e reinterpreting, repurposing) of existing policies (eg. heat action plans, womenâs empowerment programs) and unlocking financing from under-subscribed schemes. Download presentation.
Crises confront decision makers with persistent, interdependent demands that intensify under conditions of urgency, uncertainty, distributed authority, and public scrutiny. They must act rapidly while exercising judgment, coordinate centrally while preserving local discretion, and stabilize operations while remaining attentive to consequences that may emerge later and elsewhere. Drawing on paradox theory, crisis governance, and research on decision making in extreme contexts, this dissertation examines how such tensions become governable in practice. Its overarching research question is: How do decision makers navigate paradoxical tensions in crisis response? The dissertation develops a cross-level account spanning the response system, the centralâlocal interface, and concrete decision episodes. The first study examines crisis response at the system level through a systematic review of 211 empirical studies published between 1993 and 2025 in management and public administration journals. It develops the Extreme Context Response System (ECRS) model, which links response mechanisms to operational and environmental outcomes and to feedback channels characterized by different temporal latencies. The review identifies recurring patterns in how consequences unfold over time. Operational outcomes tend to stabilize before environmental outcomes become visible; feedback travels through partially distinct channels; and time pressure concentrates attention on immediate operational priorities. Where environmental feedback is weak, delayed, or politically muted, operational primacy can displace risks and contribute to later environmental extremes. The second study examines hybrid crisis governance at the centralâlocal interface during the Dutch public-health response to COVID-19. It focuses on the relationship between a central coordinating body and 25 regionally autonomous Municipal Health Services. The analysis identifies three coupled coordination mechanisms: a decision ledger, an exception interface, and a synchronized cadence. These mechanisms preserve decisions and their rationales, provide a bounded route for surfacing locally unworkable directions, and establish recurring moments for coordination, adjustment, and reconsideration. Together, they sustain accountability, predictable timing, and shared understanding while keeping central direction and local discretion jointly workable across levels. The third study examines concrete decision episodes in which leaders experienced paradoxical demands as undecidable. Drawing on interviews with all 25 regional public-health leaders, internal organizational documents, and field-based involvement, the study shows how leaders relied on ethical consideration when protocols, categories, and formal authority did not fully settle what should be done. Four recurring domains emerged: allocative prioritization, rule interpretation, temporal sequencing, and cross-audience alignment. Across these domains, leaders weighed duties, procedures, anticipated consequences, and audience expectations in order to render action defensible under uncertainty and scrutiny. These studies interconnect and conceptualize crisis governance as a cross-level process in which consequences, coordination, and ethical accountability remain connected over time. The integrated argument is that paradoxical tensions remain navigable when later consequences remain visible, cross-level tensions remain revisable, and difficult action remains defensible while response is still unfolding. The dissertation contributes to research on extreme contexts, crisis governance, and organizational paradox by connecting temporal, organizational, and ethical dimensions of crisis response. It further identifies practical design principles for response systems that preserve visibility of delayed consequences, support adaptation across interfaces, and sustain accountable decision making under pressure.
Rapid urbanization is increasing pressure on infrastructure, natural resources, social well-being, and institutional capacity, while climate change, demographic shifts, migration, technological disruption, and geopolitical instability are further complicating paths to sustainable urban development. This study develops a conceptual, SDG-aligned framework to examine the interactions between six major global megatrends and their associated sub-trends, with a particular emphasis on their cascading effects, interdependencies, and impact on urban resilience. Drawing on existing scholarly and policy literature, this study synthesizes case-based evidence from diverse urban contexts to demonstrate how global trends translate into locally distinct sustainability challenges. Within this framework, the study proposes an Extended Composite Sustainability Index (ECSI) that conceptually integrates six interconnected dimensions namely urbanization, demographic shift, climate change, technological transformation, spatial change, and geopolitical instability to provide a multidimensional framework for assessing sustainable urban development. This framework conceptualizes resilience and SDG progress as outcomes of interactions between these dimensions, rather than as independent variables. The proposed ECSI and its associated formulations are presented as conceptual constructs. The analysis shows that technological innovations, such as artificial intelligence, big data, blockchain, and the Internet of Things, can contribute to resource efficiency, safety, and inclusive urban development, but without proper governance and institutional safeguards, they can also reinforce privileged and digital inequalities. Overall, this study highlights the need for an integrated assessment approach that simultaneously evaluates sustainability dimensions, while also providing a conceptual basis for future empirical calibration, sensitivity testing, and validation using real-world urban datasets.
The Green Climate Fund (GCF) is the primary financial mechanism under the Paris Agreement, yet its governance architecture remains underexplored theoretically. This study examines how multiple decision centers and actors interact within the GCFâs governance structure and what coordination mechanisms are built into it, using a polycentric governance lens. By analyzing 43 official GCF documents (2015â2024) through qualitative content analysis and the polycentric orders framework, the study finds that the GCFâs governance structure exhibits formally institutionalized coordination mechanisms consistent with a strong polycentric order. These structural features are designed to support problem-solving and adaptive management, although their operational effectiveness requires further empirical investigation. Contributions include a replicable, document-based coding and network-analysis method for characterizing polycentric governance, along with evidence that formal decentralization in the GCF coexists with a concentration of documented coordination ties among a small core of actors.
John Alexander Taborda, Cesar Enrique Polo Castro, Miguel MartĂnez
Just energy transitions in the Global South unfold under conditions of institutional fragmentation, fiscal constraints, and high socio-ecological turbulence, making governance capacity a critical bottleneck for effective decarbonization and climate justice. This study proposes the Cybernetic Environmental Hub (CEH) framework, which extends the Viable System Model (VSM) to sustainability governance by integrating AIoT-enabled environmental monitoring, Early Warning Systems, decentralized data governance, and justice-centered institutional design. Methodologically, the article is primarily a conceptual framework paper accompanied by an illustrative single-site qualitative case study designed to probe the plausibility and diagnostic utility of the proposed architecture rather than to generate statistical generalization. The research combines theoretical development with participatory territorial diagnostics in the Caribbean Mining Corridor, where socio-ecological challenges were collected through participatory innovation workshops, thematically coded, and mapped onto the five VSM subsystems to identify systemic âvariety gaps.â The analysis indicates that fragmented operational initiatives coexist with weak meta-systemic coordination, limiting adaptive capacity in energy transition processes. The CEH architecture is proposed to address these deficiencies by embedding AIoT sensing, federated learning, blockchain-based coordination, and Early Warning Systems within recursive governance structures and is grounded in a real cyber-physical deployment of around 90 monitoring stations across Albania, La Jagua de Ibirico and Algarrobo. The study also introduces a Territorial Governance Maturity Model (H1âH3) to diagnose systemic learning capacities and transition readiness across technological, institutional, data governance, and justice dimensions. The findings suggest that cybernetic environmental hubs may function as socio-technical infrastructures supporting coordinated, adaptive, and justice-centered energy transitions in the Global South, while comparative empirical evidence remains an agenda for future work.
Gabriela Mariutac, Claudiu BrândaČ, Otniel Didraga, Mihai Plesa
The voluntary carbon market (VCM) has faced sustained legitimacy stress since 2023, when peer-reviewed work found that fewer than one in six issued credits represented a real emission reduction. In parallel, tokenisation through Web3 protocols, decentralised autonomous organisations (DAOs), and regenerative finance (ReFi) infrastructures introduced new participants interacting with incumbent registries without a shared coordination framework. Existing scholarship examines commons governance, complex system governance (CSG), and tokenised carbon markets largely in isolation; the gap addressed here is the absence of an integrated system-of-systems (SoS) governance treatment of the tokenised VCM. This study develops and empirically applies a polycentric SoS governance framework for the tokenised VCM, structured around four research questions and five foundational contributions. We treat the tokenised VCM as an SoS that is polycentric in configuration but not by design, and develop a system-of-systems engineering (SoSE) governance reading of it. We reformulate Ostromâs eight design principles as SoS governance criteria for digitalâphysical hybrid commons, map each to CSG metasystem functions, and apply the framework to four cases: KlimaDAO, Toucan Protocol, Regen Network, and the post-2023 Verra reforms. Qualitative coding is complemented by on-chain and Base Carbon Tonne spot-price evidence from October 2021 to December 2025. Disclosure by an analytical intermediary acted on the SoS roughly seven weeks before formal regulatory action and was associated with about 90% of the observed bridging slowdown, interpreted descriptively rather than causally. We derive an eight-item reform agenda, six DAOâregistry interface specifications, and a five-level governance maturity rubric.
Open access
Systems Engineering Methodologies and Applications
Humaira Atiq, Muhammad Irfan Mahsud, Muhammad Iqbal Uddin Arif
Climate change is a transnational problem, that requires localized collective actions. Compared to China and the US which contributes 27% and 11% to global carbon emissions, respectively, Pakistan contributes less than 1% but is among the top ten most vulnerable countries to climate catastrophes. These threats are further escalated by the countryâs highly centralized governance structure. These study focuses on the decentralization of climate policies in Pakistan, followed by a polycentric governance system, and highlights its importance in responding to the dynamic nature of climate change in the country. Grounded in Polycentric Governance Theory, a qualitative, deductive research design way employed, relying on primary and secondary data sources. The study reveals that after the 18th amendment in Pakistan, the responsibility related to climate policies has increased on the subnational government; however, its effect remains limited due to constant economic constraints, weak coordination among different governmental bodies, and dependency on international climate finance. This demonstrates that polycentric governance offers a commendable framework for making strong climate responses by involving local actors and providing region-specific solutions. This study concluded policymakers might prioritize intergovernmental coordination, expand subnational budget capacity and use carbon sinking mechanisms as a major tool for reducing climate change impacts.
The present study analyzed the utilization of the CDF for climate resilience projects in vulnerable communities of Sinazongwe District, Southern Province. It was observed that vulnerable communities in Sinazongwe continue to experience water scarcity, reduced agricultural output, and livelihood insecurity, despite the availability of expanded CDF resources meant to address these climate stresses. The study adopted a descriptive case study design with a mixed-methods approach, and sampled 120 respondents using both random and non-random (purposive or non-probability) sampling procedures. The study then employed the semi-structured questionnaires to community members/beneficiaries, to gather quantitative data; as well as the conduction of interviews using the semi-structured interview guide on the CDF committee members, WDCs, and government officials, to gather in-depth qualitative insights; and FGD held with community groups to understand collective perceptions, and challenges. The findings revealed that major CDF-funded climate resilience interventions included borehole drilling and rehabilitation, irrigation projects, conservation farming, tree planting, and water supply systems. Water-related projects were identified as the most significant interventions because they improved access to water, household food security, irrigation activities, and community coping capacity during drought periods. The study further established that community participation mainly occurred through community meetings and Ward Development Committees, although participation remained largely consultative rather than fully empowering. The findings also revealed that political influence, inadequate funding, delayed disbursement of funds, limited technical expertise, weak monitoring systems, and poor integration of DRR affected effectiveness and sustainability of climate resilience interventions. The study concluded that CDF has significant potential to support local climate resilience and livelihood improvement through decentralized financing. However, climate resilience interventions remained inadequate relative to increasing climate-related risks affecting vulnerable communities in Sinazongwe District. The study recommends increased climate-focused funding under CDF, stronger integration of Disaster Risk Reduction into local development planning, improved community participation, strengthened governance and accountability systems, enhanced technical capacity, and greater investment in early warning systems, environmental conservation, and sustainable livelihood diversification.
Climate change presents intensifying environmental, economic, and social challenges, particularly for developing countries such as India, where climate vulnerability intersects with pressing developmental priorities including energy access, poverty alleviation, and sustainable urbanization. While global frameworks such as the United Nations Framework Convention on Climate Change (UNFCCC) and the Paris Agreement establish mitigation and adaptation targets, their effectiveness depends significantly on decentralized and community-driven implementation. In this context, community-based climate solutions (CBCS) have emerged as an important bridge between national policy commitments and localized climate action. This paper examines Indiaâs renewable energy transition and electric mobility initiatives as examples of decentralized climate governance. Renewable energy programmes implemented by the Ministry of New and Renewable Energy, especially rooftop solar expansion and the PM-KUSUM scheme, promote distributed power generation, solar irrigation, and farmer-centric energy systems. These interventions contribute not only to carbon emission reduction but also to rural income diversification, agricultural resilience, and enhanced energy security. By encouraging local ownership and participatory models, such programmes integrate climate mitigation with inclusive development objectives. Complementing these initiatives, electric mobility policies advanced by the Ministry of Heavy Industries, including the PM E-Drive scheme, support the adoption of electric two-wheelers, three-wheelers, and public transport systems. These measures reduce urban air pollution, lower fossil fuel dependence, and create green employment opportunities within emerging clean energy value chains. The diffusion of electric mobility further demonstrates how local entrepreneurship, cooperatives, and community participation can accelerate low-carbon transitions. By situating these initiatives within a community-based governance framework, the study argues that decentralized renewable energy systems and electric mobility expansion reinforce climate mitigation and adaptation while promoting socio-economic empowerment. The analysis concludes that Indiaâs evolving climate strategy reflects a gradual shift toward participatory and multi-level governance models. Strengthening institutional coordination, expanding climate finance access, and enhancing local capacity-building remain essential to sustaining and scaling community-based climate action in alignment with global climate commitments.
Purpose This study aims to examine disruptive decentralized energy models, such as pay-as-you-go (PAYG) solar home systems, mini-grids and community-owned renewables, from a strategic management viewpoint. It assesses their potential to simultaneously alleviate energy poverty and accelerate the transition to renewable energy in emerging economies in the Global South. Design/methodology/approach The study synthesizes evidence from 120 publications (2015â2025) via a systematic literature review guided by preferred reporting items for systematic reviews and meta-analyses (PRISMA) 2020 protocols, drawing from Scopus, web of science and gray literature. This is complemented by purposive case study analysis of the Kenya PAYG ecosystem, Nigeriaâs mini-grid scale-up and community models in Nepal and Bangladesh, leading to the synthesis of an integrative and diagnostic managerial framework. Findings The analysis reveals that the transformative potential of decentralized models hinges on managing disruption as an integrated phenomenon across three interdependent pillars: technological, financial and socio-institutional. Success requires moving beyond isolated innovations to develop hybrid governance structures that proactively integrate these assets into national energy planning. Key to this is adaptive regulation, strategic utility adaptation and inclusive design that addresses equity gaps. Practical implications Actionable recommendations are provided for core stakeholders: policymakers should design technology-neutral rules and interconnection standards; utilities should evolve toward platform orchestration; investors should build robust local partnerships and risk-sharing models; and donors should prioritize capacity building and performance-based support. These strategies collectively enable emerging economies to leapfrog centralized limitations and transition to resilient, inclusive energy systems. Originality/value The paperâs primary contribution is the synthesis of the hybrid energy ecosystem management framework, a layered diagnostic tool that consolidates existing concepts of assets, finance, regulation and governance into a coherent strategic architecture. It equips sector leaders with a practical lens to identify systemic bottlenecks, manage tradeoffs and scale disruption equitably, moving beyond technical or siloed case analyzes.
Mark Gerald Ruiz, Ramona Maria Miral, John Paolo Rivera
This paper examines the fiscal impacts of climate-related events in the Philippines and proposes policy measures to build a climate-resilient economy. Through cross-sectional analysis, it finds that the fiscal resilience of local government units (LGUs) is influenced by their dependence on external revenues, the availability of preallocated funds, and the severity of disasters. The results underscore the need for region-specific fiscal strategies that diverge from conventional frameworks, given the countryâs decentralized disaster management system and the pivotal role of local institutions. The study recommends establishing a dedicated climate resilience fund, adopting climate-responsive budgeting, strengthening risk transfer mechanisms, incentivizing green investments, and enhancing LGU capacity to manage adaptation financing. Additionally, investments in climate research, data-driven governance, and public awareness are essential. Aligning climate finance with long-term development goals and the 2030 Agenda for Sustainable Development would integrate resilience into national planning, enabling the Philippines to better withstand climate risk while promoting sustainable growth and fiscal stability.
This chapter examines the growing convergence of peer-to-peer (P2P) energy trading and decentralized finance (DeFi) as a transformative force within contemporary energy markets. In an ideal decentralized energy ecosystem, producers and consumers engage directly through transparent, automated, and secure digital platforms that ensure fair pricing, efficient resource allocation, and inclusive financial participation. Such a system is expected to minimize intermediary dependence, enhance market responsiveness, and promote sustainable energy practices. However, existing energy infrastructures continue to rely heavily on centralized market mechanisms, regulatory rigidities, and limited financial accessibility, which constrain innovation and restrict equitable participation. Prior studies on blockchain-enabled energy trading and distributed energy resources emphasize operational efficiency and transaction transparency, while DeFi literature highlights liquidity enhancement and automated financial governance. Yet, these research streams frequently remain disconnected, offering limited insight into their integrated market 262 dynamics and socio-economic implications. Moreover, empirical evidence on regulatory adaptation, risk governance, and long-term scalability remains fragmented. Addressing these limitations, this chapter advances an integrative conceptual framework grounded in decentralized market theory and platform ecosystem models. Through analytical synthesis and selected case analyses, it demonstrates how smart contracts, decentralized exchanges, and liquidity mechanisms can enhance trust, resilience, and financial inclusion in P2P energy systems. The findings provide strategic guidance for policymakers, utilities, and innovators seeking to institutionalize decentralized, sustainable, and equitable energy marketplaces.
Amid intensifying climate change and rapid urbanization, urban ecosystems face unprecedented disturbances. Enhancing urban ecological resilience (UER) is thus a key governance issue. The explosive growth of digital finance (DF) has reshaped capital flows, but its ecological effects are dynamic and stage-specific. This study uses a dynamic nonlinear model to systematically explore the DF-UER relationship. The results reveal that: (1) There exists a U-shaped relationship between DF and UER. In the early stage, DF may negatively impact UER; however, Whereas as DF matures, it positively influences UER, with robust results from various tests. (2) Heterogeneity analysis indicates that the U-shaped relationship between DF and UER is more pronounced in smart city pilot cities, high government ecological attention cities, and cities with a high degree of market integration. (3) Mechanism tests reveal that DF has a U-shaped impact on green capital allocation, renewable energy technology innovation, and industrial structure optimization, consequently leading to a U-shaped effect on UER. (4) Fiscal decentralization and financial regulation strengthen the U-shaped relationship, whereas artificial intelligence tends to weaken it and may even reverse this trend. These findings point out the possible structural friction of DF, and provide valuable insights for supporting China and other economies to balance financial expansion and ecological security.
This paper analyses the World Bank initiatives in promoting its role in decentralizing climate finance through the Financing Locally-Led Climate Action (FLLoCA) and the Kenya Climate-Smart Agriculture Project (KCSAP) in Lamu County, Kenya. A qualitative case study is used to examine the substantial tension between the Bank's perception of its institutional function, its actual bureaucratic performance, and the pressing demands, through the intersection of Function of Role Theory and Climate Resilience Theory. A significant implementation gap is revealed from the empirical findings, highlighting that the creation of the local ward committees in the projects purportedly regularizes climate governance. However, the strict procurement regulations provided by the Bank, systemic delays in the release of funds, and strict environmental standards have compromised local sovereignty. Misplaced expectations are frequently encounters through these efforts and the occurrence of elite capture, hindering marginalized groups from cultivating genuine and transformative resilience. This paper concludes that the international development finances must abandon rigid technological imposition in favour of adaptable funding models and genuinely integrate local survival knowledge to thrive in extremely fragile socio-ecological zones.
Open access
Sustainability and Climate Change Governance
Conservation, Biodiversity, and Resource Management
Fabio Capra-Ribeiro, JĂŠssica Peres, Filippo Vegezzi, Daniel Belandria
Implementation remains a central challenge in urban policy, yet the knowledge formats designed to bridge the gap between policy goals and on-the-ground delivery remain under-examined. This study treats 250 UN-Habitat Best Practice reports not as proof of effectiveness but as a standardized genre through which local interventions are narrated, compressed, and made portable for replication. We extract three focal sections, namely Results, Lessons Learned, and Transferability, apply systematic thematic coding with 906 open codes consolidated into axial categories, and compute co-occurrence networks using Jaccard similarity and Lift to detect thematic bundles, holes, and silos within and across sections. Three findings emerge. First, the reporting repertoire narrows progressively, as mean thematic richness declines by 28.2% from Results to Transfers while concentration increases 4.2 times, with substantive dimensions such as governance, equity, sustainability, and evidence losing prevalence to circulation-oriented themes. Second, formal bundle detection yields zero qualifying pairs across all six matrices, indicating a loosely coupled reporting grammar anchored by generic silos rather than integrated implementation packages. Third, structural holes concentrate at the pipelineâs end, where infrastructure transfer and sustainability as transferable value are the most systematically disconnected themes. These patterns reveal a portability paradox in which the reporting format achieves institutional legibility, making practices comparable within a shared vocabulary, but progressively filters out the physical, evidentiary, and context-sensitive content that operational reproduction would require.
Environmental sustainability transitions require robust indicator-based evidence to evaluate how technological, financial, and governance factors shape progress toward carbon neutrality. However, the environmental sustainability indicators literature still offers limited evidence on how these structural drivers jointly influence a core environmental indicator within a single advanced economy context . This study examines Canadaâs carbon transition by assessing the long- and short-run effects of artificial intelligence (AI) innovation, stock market capitalization, fiscal decentralization, renewable energy consumption, and economic growth on CO 2 emissions over the period 1990 to 2023. Grounded in the integrated insights of the Environmental Kuznets Curve, Ecological Modernization Theory, and the Technology-Environment Nexus, the study employs autoregressive distributed lag (ARDL) bounds testing, which is well suited to mixed orders of integration and relatively small annual time-series samples , complemented by FMOLS, DOLS, and CCR estimators. The findings show that AI innovation and financial system expansion are associated with higher emissions in the long run, whereas fiscal decentralization and renewable energy consumption contribute to emissions reduction. These results suggest that technological and financial advancement do not automatically improve environmental performance unless supported by effective governance and sustainability-oriented policy coordination. The findings offer policy-relevant insights for designing governance and monitoring frameworks that better align innovation, finance, and decentralized decision-making with long-term environmental sustainability goals.
Limited financing for decentralised renewable energy (DRE) projects has driven interest in impact labels like Distributed Renewable Energy Certificates (D-RECs). This working paper examines their role in India, exploring market processes, stakeholder perspectives, and how such instruments can support scaling DRE systems.
Dilli Prasad Poudel, Thaisa Comelli, Sophie Blackburn, Rojani Manandhar ¡ 5 authors
The decentralization of authority, capability and finance is widely considered to be best practice in urban risk governance. Drawing on the concept of misframing from critical justice theory, we analyse injustices arising from the de jure decentralization of risk governance in Nepal, scrutinizing multi-scalar urban risk governance and its impact on resilient and equitable urban planning. Informed by qualitative research conducted from 2019 to 2024, we ask: How does the (mis)framing of risk governance affect local actorsâ capacities to manage risks? And to what extent can inclusive, risk-informed urban planning and policy facilitate just decentralization? We identify a disconnect between risk-management responsibilities assigned to local government and its capacity to meet these expectations. Proposing a typology of misframing, we provide recommendations for the design and deployment of more equitable and contextually appropriate financial, technological and administrative decentralization as a pathway to justice that can overcome rigid scalar jurisdictions.
Urban flooding has become an increasingly critical challenge in Indonesian cities, exacerbated by climate change, rapid urbanization, and deteriorating conventional gray infrastructure. Green infrastructure emerges as a transformative approach to urban flood management, offering multifunctional benefits beyond traditional drainage systems. However, successful implementation faces significant governance and financing barriers. This conceptual paper examines governance models and financing mechanisms for green infrastructure deployment in Indonesian urban contexts, with specific focus on flood mitigation. Through synthesis of international best practices and Indonesian policy frameworks, this study proposes an integrated blue-green-gray governance model that combines nature-based solutions with engineered facilities. The analysis reveals that Public-Private Partnership schemes, combined with innovative financing instruments such as green bonds, land value capture, and climate funds, can address the infrastructure financing gap while ensuring long-term sustainability. The paper contributes to urban planning discourse by proposing a strategic framework that integrates fiscal policy, spatial planning, and multi-stakeholder governance for enhanced flood resilience. Findings suggest that decentralized implementation coupled with strong central coordination, clear regulatory frameworks, and community engagement are essential for effective green infrastructure deployment. This research offers actionable insights for policymakers, urban planners, and infrastructure developers in advancing sustainable flood management strategies aligned with Indonesiaâs climate adaptation goals and the 2045 vision