TY - JOUR
T1 - Making sense of indicators for nature-based solutions in sustainable stormwater management: A governance-aware screening approach.
AU - Sun, Zhengdong
AU - Sjöman, Johanna
AU - Blecken, Godecke Tobias
AU - Adhikari, Utsav
AU - Randrup, Thomas
PY - 2026
Y1 - 2026
N2 - Nature-based solutions are increasingly promoted in sustainable stormwater management to deliver multifunctional benefits. Translating these ambitions into decision-relevant assessments remains challenging, particularly for governance and socially oriented indicators, understood in this study as assessable prompts that capture broader governance and context-related decision conditions. Positioned within indicator-based sustainability assessment, this study develops and applies a governance-aware screening approach to support early-stage selection, interpretation, and sense-making of indicators in real decision contexts. In an expert survey, municipal practitioners and researchers assessed 40 indicators for two contrasting catchment cases under two dimensions: Relevance and Resources. Rather than ranking indicators, the analysis focuses on how judgments emerge when indicators are interpreted against catchment-specific technical and institutional contexts. Results show strong convergence in perceived Relevance across cases, while Resources judgments are more uncertain for socio-organizational and land-use related indicators, reflecting an operationalization gap resulting from interpretive ambiguity, institutional variability, and capacity constraints. This mismatch pattern suggests that indicator judgments are co-produced by land ownership, use rights and actor constellations within each catchment context. While Relevance–Resources patterns remain context-shaped, the screening logic is transferable as a pre-assessment indicator scoping step. The governance-aware approach clarifies Relevance–Resources trade-offs when interpreting indicators early in decision-making, complementing hydrological, technical, and economic evidence in sustainability assessment.
AB - Nature-based solutions are increasingly promoted in sustainable stormwater management to deliver multifunctional benefits. Translating these ambitions into decision-relevant assessments remains challenging, particularly for governance and socially oriented indicators, understood in this study as assessable prompts that capture broader governance and context-related decision conditions. Positioned within indicator-based sustainability assessment, this study develops and applies a governance-aware screening approach to support early-stage selection, interpretation, and sense-making of indicators in real decision contexts. In an expert survey, municipal practitioners and researchers assessed 40 indicators for two contrasting catchment cases under two dimensions: Relevance and Resources. Rather than ranking indicators, the analysis focuses on how judgments emerge when indicators are interpreted against catchment-specific technical and institutional contexts. Results show strong convergence in perceived Relevance across cases, while Resources judgments are more uncertain for socio-organizational and land-use related indicators, reflecting an operationalization gap resulting from interpretive ambiguity, institutional variability, and capacity constraints. This mismatch pattern suggests that indicator judgments are co-produced by land ownership, use rights and actor constellations within each catchment context. While Relevance–Resources patterns remain context-shaped, the screening logic is transferable as a pre-assessment indicator scoping step. The governance-aware approach clarifies Relevance–Resources trade-offs when interpreting indicators early in decision-making, complementing hydrological, technical, and economic evidence in sustainability assessment.
UR - https://res.slu.se/id/publ/eacc1f19-8f81-4fe0-9dcf-3312dc7877d8
U2 - 10.1016/j.eiar.2026.108498
DO - 10.1016/j.eiar.2026.108498
M3 - Journal article
SN - 0195-9255
VL - 120
JO - Environmental Impact Assessment Review
JF - Environmental Impact Assessment Review
M1 - 108498
ER -