The Philippines is an archipelago of 7,641 islands in the western Pacific Ocean. Its location along the typhoon belt and Pacific “Ring of Fire” (home to 90% of the world’s earthquakes) put the Philippines at high risk for natural disasters and such climate-sensitive diseases as dengue, malaria, diarrhea, and cholera.
When Super Typhoon Haiyan hit the Philippines in November 2013, International Medical Corps was on the ground within 24 hours. The Super Typhoon left widespread devastation affecting an estimated 16 million people. Our teams provided a comprehensive emergency response, delivering 14,625 health consultations in the first six weeks alone. Our First Responders were able to reach remote communities cut off from healthcare and basic services by rapidly implementing a network of mobile medical units.
More recently, International Medical Corps responded to Typhoon Hagupit in December 2014, to Typhoon Mangkhut in September 2018, to Typhoon Phanfone in December 2019 and to the Taal Volcano eruption in January 2020.
Today, International Medical Corps is addressing critical needs in the Philippines with a long-term approach to rebuilding affected communities and helping them become their own best First Responders. We have established programs in the areas of nutrition, health, mental health, and water, sanitation, and hygiene.
For example, we are in the typhoon-affected province of Benguet, working to repair water systems, help ensure health facilities maintain access to electricity and provide training to build back better. We also are working to build capacity and improve sustainability by increasing the knowledge of local responders through a series of training programs that focus on such topics as first aid, CPR, mental health, coordination of emergency resources and related advanced skills.
We’re working with local governments to repair or rehabilitate water sources and distribution systems, and working with local health authorities to ensure that they have capacity to maintain cold chain for vaccines as well as sources of light in facilities with limited or unreliable electricity.