Christchurch
New Zealand
Christchurch is taking proactive steps in climate resilience despite having no projected climate hazards at present. The city has developed a technology-enabled portfolio focused on finance, which includes initiatives like asset risk modeling and vulnerability analysis. These solutions enable the city to thoroughly assess potential risks, making informed decisions to enhance its capacity to adapt to future challenges. By prioritizing these financial tools, Christchurch is ensuring a comprehensive understanding of vulnerabilities, which places it in a favorable position to manage any emerging climate-related issues. This strategic approach reflects a commitment to long-term sustainability and resilience, safeguarding the well-being of its communities against any unexpected developments in climate dynamics.
Deployed Solutions
Deployed climate adaptation technologies identified in Christchurch.
Recommended Solutions
Proven solutions from similar cities that could help diversify Christchurch's resilience portfolio
Satellite-Based Water System Monitoring and Digital Twin Platform
75%Houston Public Works is advancing satellite technology testing to enhance water system management and climate resilience, building on technical knowledge gained through collaboration with the Netherlands.
LiDAR Elevation Data System for Sea-Level Rise Vulnerability Mapping
70%Broward County coordinates with agency partners to ensure the coordinated acquisition of, access to, and informed use of LiDAR and other high-resolution elevation data for resiliency and adaptation planning, studies, stormwater modeling, asset management, and other purposes.
Storm Drainage Master Plan with Climate-Integrated Modeling
75%The City of Oakland initiated development of an updated Storm Drainage Master Plan that incorporates a comprehensive asset management system and state-of-the-art modeling to evaluate system performance under different storm scenarios while integrating precipitation changes and sea level rise projections.
Advanced Metering Infrastructure for Water Conservation and Leak Detection
75%Houston Public Works is implementing an Advanced Metering Infrastructure (AMI) system to replace more than 95% of existing aged systems and improve leak detection capabilities across the city's water distribution network.
Oakland EcoBlock Integrated Water Recycling & Stormwater System
75%The Oakland EcoBlock project integrates advanced water treatment and recycling technologies across a residential neighborhood block in East Oakland to address water scarcity and stormwater management challenges.
Radar-Based Flood Detection and Real-Time Alert System
75%Houston researchers developed flood detection sensors designed for installation on light poles and elevated surfaces to transmit real-time data and alert the public of dangerous conditions.
Tidal Monitoring Station Network Expansion
70%Broward County is pursuing an expansion of tidal monitoring stations to provide operationally-sound observations and monitoring capabilities throughout the region.