Making our Coastal Areas Safer – an International Conference will present a set of tools to reduce risk and increase resilience to coastal storms.

Representatives from all of Europe’s major sea basins will take part in a three-day event that comprises lectures by the RISC-KIT toolkit developers, demonstrations of the RISC-KIT tools, and perspectives from coastal end users for whom the tools were developed.
April 5th is a day dedicated to End Users during which decision makers and government agents will enjoy a tour through the Storm Impact Database; a repository of historical storm and impact data for past events in Europe; Coastal Risk Assessment Framework, designed to identify areas of increased coastal risk on a broad scale; the Hotspot Tool, designed to look in detail at risks at particularly vulnerable points on the coast; the Web-based Management Guide, a resource for determining the best Disaster Risk Reduction methods for specific circumstances; and the Multi-Criteria Analysis, a method by which local priorities and opinions can be incorporated into risk evaluation, preparedness strategies and amelioration approaches.
April 6th and 7th will see contributions from project researchers who will describe the application of the RISC-KIT tools on European case study sites, and invited guest who will present on concurrent European and national projects. During these two days, there will also be insights from a series of international experts who have accompanied the project from its launch. Through this event, RISC-KIT aims to implement the acquired knowledge in the best possible way, to enhance the success of hazard management and increase risk resilience in coastal zones, in close collaboration with the local end-users and stakeholders.
RISC-KIT (Resilience-Increasing Strategies for Coasts – toolKIT) project: Providing the means to enhance societal capacity to anticipate and respond efficiently to coastal risk.
The aim of the RISC-KIT project is to deliver an open-source and open-access toolkit, to reduce risk and increase resilience to high-impact climatological events in the coastal zone. These products will enhance forecasting, prediction and early warning capabilities, improve the assessment of long-term coastal risk, evaluate coastal Disaster Risk Reduction (DRR) strategies and optimize the mix of prevention, mitigation and preparedness measures. Apart from taking into account climate change, relative sea level rise and rapid economic development in coastal zones, RISC-KIT also focuses on the social component of the issue by assessing the alternative ways that communities perceive and react to hazardous events.
Keywords
Disaster RIsk Reduction, DRR, Coastal resilience, storms, management