Resilience-based frameworks and systems in geo-engineering
Frameworks and systems used for design, specification, construction, maintenance, operation and decision-making in geo-engineering.
Climate resilience of geo-infrastructure
Investigating and improving resilience to climate change for geo-infrastructure such as earthworks, slopes, retaining walls and foundations.
Resilience to geo-hazards
Geo-engineering works to enhance resilience to geo-hazards, such as flood events, landslides and earthquakes.
Codes and Standards
Changes that are needed to design codes and standards to ensure resilience of geo-infrastructure.
Mainstreaming climate change adaptation for resilient geo-assets
Ways in which policies and measures for climate change adaptation can be integrated into ongoing planning and decision-making, so that ideas become “mainstream”.
Community engagement in geo-resilience
How community groups can be involved in decision making and developing practical solutions to improve resilience.
Hazard, vulnerability and risk assessment and management for resilient geo-assets
Risk assessment processes for geo-engineering and their use for managing risk and enhancing resilience
Zero net carbon initiatives related to geo-engineering
How sustainability approaches can contribute to improving the resilience of geo-assets.