Technical Capacity-Building, Measuring Resilience, Planning

Bihar’s flood resilience model combines women-led SHGs, data-driven governance, and local institutions to reduce losses and advance climate justice.
Perennial flooding in North Bihar represents a long-standing interaction between hydrological risk and structural poverty. Despite decades of embankment building and flood-relief spending, vulnerability remains high. Drawing on the Tata Trusts–Megh Pyne Abhiyan (2024) Household Flood Loss Assessment and evaluations of Jeevika, G-RAM-G (Viksit Bharat Rozgar and Ajeevika Mission, formerly MGNREGA), and the World Bank-supported BRILP, this paper examines how community institutions and data-driven governance are reshaping flood management into a strategy for climate resilience.

Women-led Self-Help Groups (SHGs) under Jeevika have emerged as local disaster managers, connecting microfinance, livelihood diversification, social protection, and preparedness planning. At the same time, G-RAM-G uses geospatial flood mapping, digital governance, and Panchayat-level decision-support systems to reduce risk, improve targeting, and accelerate recovery after disasters. These interventions demonstrate how local institutions can strengthen adaptive capacity while improving development outcomes.

Together, these approaches operationalize the UNFCCC Loss and Damage framework by helping communities avert, minimize, and address climate-related losses. Bihar’s experience illustrates how social capital, technology, and institutional convergence can create measurable and inclusive resilience. The state therefore offers a replicable model for climate justice in the Global South, showing how community-led action and analytics-based governance can transform recurring flood vulnerability into a pathway for sustainable and equitable development.

A 12-target global framework for measuring drought resilience: Insights from a multi-country review
Author: Monalicha Sarma
Technical University of Munich (TUM), TUM School of Life Sciences, Freising, Germany

Co-author: Dr. Michael Brüntrup
German Institute of Development and Sustainability (IDOS), Bonn, Germany

Droughts are slow-onset disasters with severe environmental, economic, and social consequences, disproportionately affecting regions with limited resources and institutional capacity, which is further exacerbated by climate change and land use change. Key challenges to effective drought resilience include socioeconomic disparities, fragmented policies, financial constraints, and governance weaknesses. To address these gaps, this study develops indicators for assessing drought preparedness and resilience across different economic contexts. A review of 16 national drought and water policies produced a framework comprising 12 global targets, 45 sub-targets, and 129 indicators aligned with existing international frameworks. Indicators are organized into four thematic focus areas: (i) Fundamental Needs & Agricultural Resilience, (ii) Proactive Monitoring & Crisis Response, (iii) Ecosystem & Resource Sustainability, and (iv) Institutional Strengthening & Financial Resilience. The framework is designed to standardize best practices, improve cooperation, and guide resilience-building across diverse contexts while distilling shared dimensions of preparedness and resilience. The analysis emphasizes the role of SMART (Specific, Measurable, Achievable, Relevant, and Time-bound) indicators in proactive drought management, where governance, leadership, and evidence-based policymaking are as critical as financial and technological resources. It recommends flexible measurement tools and institutionalized assessment mechanisms to track progress and refine strategies, enabling a shift from reactive crisis response to long-term resilience, strengthening accountability and enhancing global drought preparedness.

Bridging the Gap: Advancing Climate Services Integration into Environmental Planning in Barbados
Authors Name: Atoofa Zainab (University of Delaware, USA), Kalim U. Shah (University of Delaware, USA), Janice Cumberbatch (University of the West Indies, Barbados)

Abstract: Small Island Developing States (SIDS) such as Barbados face escalating climate risks that threaten infrastructure, livelihoods, and economic stability, yet climate services remain unevenly integrated into regulatory planning. This perspective examines how climate information is produced, translated, and applied across Barbados' climate services landscape, asking why strong technical capacity does not consistently translate into climate-informed development decisions.

Drawing on insights from a multi-stakeholder workshop with 28 participants representing government ministries, meteorological agencies, academic institutions, development partners, and private sector consultants, the study maps climate services actors, relationships, and applications using a value chain framework enriched with nexus perspectives. The analysis reveals that Barbados possesses a technically robust climate information system with established applications in agriculture, health, and disaster risk management, but weaker linkages with infrastructure planning and Environmental Impact Assessments (EIAs).

Key barriers identified include sector-bound framing of climate products, limited access to localized engineering-relevant datasets, weak regulatory mandates, and insufficient provider-user coordination. The paper argues that advancing climate resilience in SIDS requires reframing climate services as collaborative boundary processes and embedding climate considerations within EIA frameworks through cross-sectoral co-production. EIAs represent an underutilized yet strategically positioned science-policy-practice interface for strengthening climate-informed development in Barbados and across vulnerable island contexts.

Measuring what matters for adaptation: Global validation of community disaster resilience measurement
Measuring what matters for adaptation: Global validation of community disaster resilience measurement

Authors:
Raquel Guimaraes (International Institute for Applied Systems Analysis)
Jung Hee Hyun (International Institute for Applied Systems Analysis)
Reinhard Mechler (International Institute for Applied Systems Analysis)

Abstract:
Community disaster resilience is central to climate adaptation and to averting and minimizing losses and damages, yet measuring for evidence for action remains a challenge: resilience is latent, multidimensional and context-dependent, and as late as 2014 no general disaster resilience measurement framework had been empirically verified. This submission presents the endline report of the Flood Resilience Measurement for Communities (FRMC), developed by the Zurich Climate Resilience Alliance with IIASA as scientific lead and applied in more than 300 communities across over 20 countries, reaching more than one million flood-vulnerable people. Drawing on household surveys, key informant interviews, focus groups, secondary data and post-event studies, the report documents what is, to our knowledge, the most comprehensive validation of a community disaster resilience measurement framework undertaken to date, covering content validity, internal consistency, face validity and, uniquely, predictive validity against real flood events. Communities with higher measured baseline resilience experienced significantly fewer injuries and lower delayed mortality after floods. Resilience also improved measurably between baseline and endline assessments across all five capitals, with social capital emerging as the strongest connective force in the system. The framework has since evolved into the multi-hazard Climate Resilience Measurement for Communities (CRMC), offering a validated, community-grounded foundation for adaptation tracking, locally led adaptation and loss and damage policy.