Baseline Assessment Report

The Baseline Assessment Report documents the work covered under the Baguio City Smart Flood Early Warning, Information and Mitigation System project between September and December 2020.

Hydraulic Model and Hazard Risk Mapping Assessment Report

This Hydraulic Model and Hazard and Risk Assessment report contribute to the overall understanding of the flooding dynamics in the City of Baguio in the Philippines. The results of this study can be used to inform decisions related to flood protection investments, land-use changes, and stormwater infrastructure, among other topics. Moreover, the results can also improve coordination across city agencies through the development of integrated flood management strategies at the Barangay level.

Baguio City Flood Early Warning System Architecture -- "Offline" Setup

The Baguio City Flood Early Warning System Architecture -- "Offline" Setup covers the overall inception for the 2 phases of the FEWS development for Baguio City: the “offline” phase, which refers to all activities that will be carried out on project consulting firm Ramboll’s IT infrastructure, and the “online” phase which refers to the transfer of the systems to LGU’s IT infrastructure, expected to occur before the monsoon seasons in 2022. It also covers the plan and methodology established so far for the development of the system.

Baguio City Flood Early Warning System Architecture -- "Offline" Setup

The Baguio City Flood Early Warning System Flood Mitigation and Action Plan report introduces a city-wide assessment for the conceptual design and implementation of nature-based solutions (NbS) as a new paradigm for climate adaptation, where both flood mitigation benefits, and other co-benefits are analyzed through a structured approach and in close consultation with the LGU and ADB. The report contributes to the knowledge base supporting the current paradigm shift in urban planning practices taking place in Baguio, guided by an overall vision to make the city more liveable, more resilient, and more sustainable.