Atmospheric and Hydrospheric Sciences (A)
Session Sub-category Hydrology & Water Environment(HW)
Session ID A-HW35
Title Nature-Based Solutions for Urban Flood Resilience: Hydrology, Infrastructure, and Communities
Short Title Urban Flood Resilience via NbS
Main Convener Name nian she
Affiliation Organization Not Listed
Co-Convener 1 Name Kairong Lin
Affiliation Sun Yat-sen University
Session Language 
E
Scope 
This session invites interdisciplinary research on Nature-Based Solutions (NbS) for mitigating urban pluvial flooding under extreme rainfall scenarios. We welcome contributions that explore hydrological modelling, performance monitoring of decentralised green infrastructure, and city-scale implementation strategies. Emphasis will be placed on integrating technical innovation with policy frameworks and community needs. Topics may include:
Modelling of short-duration storm events and overflow dynamics

Performance assessment of green stormwater infrastructure and hybrid systems

GSI design and implementation in city renovation and urban regeneration

Long-term monitoring and maintenance strategies for GSI

Stakeholder engagement, adaptive governance, and public acceptance

Comparative analysis of NbS and grey infrastructure under climate stress

Integration of NbS into urban planning, resilience benchmarking, and policy instruments
Presentation Format Oral and Poster presentation
Presentation No Title Presenter
Poster Presentation May 24 PM3
AHW35-P01 Analysis of Nature- and Infiltration-Based LIDs for Runoff Control Along Urban Roadways Xing Fang
AHW35-P02 Evaluating Climate Change Impacts on Green Infrastructure Performance for Urban Flood Mitigation Nasrin Alamdari
AHW35-P03 Grey–Green Infrastructure Integration: Decade-Long Evidence of 30-Year Flood Risk Reduction and Water Quality Improvement in Zhenjiang nian she
AHW35-P04 Levee Reinforcement using Biopolymers : Hydraulic Performance and Sensor-based Early Warning Dongwoo KO
AHW35-P05 Influence of LiDAR-Derived Structural Density on Velocity Attenuation and Scaling Behaviour in 2D Coastal Flow Simulations Kaaviya Ravintharan