Help communities recover after the 2025 floods and landslides in the Philippines.
Support is requested to help rebuild damaged homes and restore community support spaces affected across Kapalong (Davao del Norte), Agusan del Sur, Cebu, and Sarangani.
Reports describe flooding and landslides during 2025 that disrupted daily life, damaged homes and facilities, and forced evacuations. Time windows noted in the report include: Feb (Agusan del Sur), mid-June (Kapalong), Aug (Cebu), and Oct (Sarangani).
Reported impact and estimated recovery needs
Use the selector to explore affected families/persons and the estimated PHP totals for home repair/rebuilding and restoring community support spaces.
| Location | Families | Persons | Homes (PHP) | Support spaces (PHP) | Total (PHP) |
|---|
Recovery plan highlights
Priorities described in the report align to two practical tracks: (1) home repair/rebuilding, and (2) restoring community support spaces used for services, outreach, and community support.
Homes
Repairs and rebuilding support based on the per-family estimate in the report (₱30,000 per family).
Community support spaces
Restoration of damaged facilities and equipment that enable ongoing community support activities.
Accountability
Donors can expect clear totals, location breakdowns, and progress updates aligned to the estimates and prioritization.
Estimated total recovery needs
The report provides location totals for home repair/rebuilding and for restoring community support spaces. Use the dashboard above to review the full breakdown.
Community snapshots
These images highlight the people, places, and recovery efforts connected to Living Word of Faith’s work in the Philippines.
Contact
For partnership discussions, reporting questions, or to coordinate in-kind support, use the contact below.
development@humanitypathwaysglobal.com
Subject suggestion: “Triumphant Philippines Disaster Relief”
Requested support
Home repair/rebuilding and restoration of community support spaces across 4 locations.
Download
One-pager includes totals, location breakdown, and the estimate assumptions.