Flood risk is a global phenomenon affecting developed and less developed countries alike.
Although developed countries are better equipped to handle the consequences of flood …

In flood risk analysis, it is state‐of‐the‐art to determine the direct consequences of flooding
for assets and people. Flooding also disrupts critical infrastructure (CI) networks, which are …

Critical infrastructure (CI) networks face diverse natural hazards, such as flooding. CI
network modeling methods are used to evaluate these hazards, enabling the analysis of …

Natural hazards impact interdependent infrastructure networks that keep modern society
functional. While a variety of modelling approaches are available to represent critical …

Society is dependent on critical infrastructure that provides basic services such as
healthcare, mobility, communications, and power. Severe weather can damage these vital …

Predicting flood hazard risk is crucial for reducing potential damage to infrastructures. This
study uses machine learning algorithms to improve the accuracy of flood hazard risk …

In the face of global environmental challenges, landscape architects have emerged as"
unsung heroes." Integrating ecology, design, and urban planning, these professionals bring …

HWRM in Europa etabliert: Hochwassergefahrenkarten, Hoch wasserrisikokarten und
Hochwasserrisikomanagementpläne sind seitdem gesetzlich vorgeschrieben und werden …

Özet Bu çalışma, afet yönetimi açısından kritik olan altyapı bileşenlerinin (ulaşım, su ve atık
su yönetimi, sağlık, iletişim ve enerji) sürdürülebilir ve dayanıklı hale getirilmesi için …