ABOUT Directed

We aim to reduce vulnerability to extreme weather events and foster disaster-resilient European societies by promoting interoperability of data, models, communication and governance on all levels and between all actors of the disaster risk management and climate adaptation process.

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Directed promotes multi-risk thinking in interdisciplinary research to overcome silos and enable interoperability.

Four Real World Labs in Europe are at the center of our co-development approach.

Directed, a project set to improve climate disaster risk management across multiple civil authorities and first responders in Europe.

NEWS

Resilience Workshop - West Balatun, Hungary

Building awareness and collaboration on local climate and disaster resilience - DIRECTED Workshop at West Balaton, Hungary

An international workshop on disaster and climate resilience in West Balaton took place at the City Hall, Keszthely hosted by the Mayors Office. The workshop...
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Webinar: Disaster Risk Stakeholder Hub

Not Just Another Tool: Integrating Web Portals for Local Decision-Making in Extreme Weather Risk Management (Registration) Join us for the second session of the Disaster...
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Press Release - Civil Protection Exercise on Flood and Storm Surge Risks within the DIRECTED Project - June 13 and 14 in Rimini

Flood and storm surge simulations are planned at the Rimini Port Canal and along the Marecchia River embankment. The Regional Agency for Safety and Civil...

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PRODUCT SOLUTIONS

Directed will boost the integration, accessibility and interoperability of data, models and tools supporting Climate Change Adaptation and Disaster Risk Management: from early warning systems through communication and climate change risk assessment tools.

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Data Fabric
The Data Fabric is a cloud-based web platform which will integrate data sources and models for disaster risk management and visualise the respective...
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SaferPlaces
The SaferPlaces Global Platform is a revolutionary EO/Cloud-based and Digital Twin Platform able to support multiple users in assessing flood risk for...
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DamageCost Model
The DTU Damage Cost model has a high geographical resolution of land use and estimates flood damage costs for several sectors, including residential a...
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RIM2D - Regional ...
RIM2D is a 2D hydraulic inundation model specifically designed for fluvial and pluvial flood simulations. RIM2D solves a simplified version of the s...
Climada
CLIMADA - CLImate...
Using state-of-the-art probabilistic modelling, CLIMADA allows to estimate the expected socio-economic and ecological impact as a measure of risk to...
FDM
Danube Model
The Danube Models an end-user driven multi-hazard and risk model suite for the Danube region that has been developed to provide climate services rel...

CONTACT US

Technische Universität Braunschweig
Dept. of Hydrology and River Basin Management
LeichtweiĂŸ-Institute for Hydraulic Engineering

Beethovenstrasse 51a, 38106 Braunschweig, Germany