Nature-based Solutions for Disaster Risk Reduction: A Comprehensive Framework
Exploring the strategic integration of natural ecosystems with traditional engineering infrastructure for sustainable disaster mitigation and climate resilience.
Analysis, methodologies, and practical guidance from real-world hydraulic engineering projects. Each article focuses on actionable techniques you can apply to your own designs.
Exploring the strategic integration of natural ecosystems with traditional engineering infrastructure for sustainable disaster mitigation and climate resilience.
A comprehensive guide to developing accurate and efficient hydraulic models for complex urban drainage networks using HEC-RAS and SWMM.
Modern approaches to developing IDF curves using extreme value theory and the impacts of climate change on design storm recurrence intervals.
Engineering methods for designing bioretention basins that achieve target peak flow reductions while maintaining constructability and long-term performance.