International Development Grant
Typhoon Hagupit in the Philippines - Shelter water and hygiene support - Save the Children 2014
Project Number: CA-3-D001939001
Status: Closed
Country/Region:
Maximum Contribution: $250,000.00
Start Date: January 23, 2015
End Date: June 30, 2015
Duration: 1.0 years
Project Description
December 2014 - Typhoon Hagupit (locally known as Ruby) made landfall in the Philippines as a category 3 typhoon on December 6 2014. It struck the far eastern island of Samar with winds of 210km/h which makes it the most powerful storm to hit the Philippines in 2014. The Government of the Philippines has confirmed 18 deaths and reported 241 700 houses damaged or destroyed across the affected areas as well as more than $82 million worth of damages in agriculture and infrastructure. According to the Philippines’ National Disaster Risk Reduction and Management Council Typhoon Hagupit has affected nearly 3.9 million people in the regions of eastern Visayas (Samar) and southern Luzon who are in need for assistance. With DFATD’s support Save the Children is helping to meet the immediate needs of 2 026 typhoon-affected households. Activities include: (1) providing tarps and shelter tool kits; (2) distributing hygiene and water kits including water purification tablets soap and toothbrushes; and (3) promoting good hygiene practices to affected communities.
Expected Results
The expected outcome for this project is improved access to emergency shelter water and hygiene support for typhoon-affected people. The expected ultimate outcome is lives saved suffering alleviated and human dignity maintained in countries experiencing humanitarian crises or facing acute food insecurity.
Key Information
Executing Agency:
Save the Children Canada
Reporting Organization:
Global Affairs Canada
Program:
YFMInternaAssistPartnershp&Programing Br
Last Modified:
September 19, 2025
Development Classifications
DAC Sector:
Aid Type: Project-type interventions
Collaboration: Bilateral
Finance Type: Aid grant excluding debt reorganisation
Selection Mechanism:
Humanitarian Response