IMAGES & WORDS © Kathleen Lei Limayo
“Before, the sea was still 50 meters away from our houses even during high tides. Now, the sea is only 35 meters away from the shore.” – Jimmy Manglabi (Fisherman and seaweed farmer)
Tigtabon is an island barangay in Zamboanga City located in Mindanao, south of the Philippines. It has a total land area of 267,452 square meters and a population of 3,817 as of the 2015 census. Among the inhabitants of the Tigtabon island are the Sama Badjao indigenous peoples who are loosely called “sea people” or “sea nomads” because of their boat dwelling lifestyle. 1, 2
The livelihood and culture of indigenous coastal communities like the Sama Badjao people of Tigtabon are at risk because of climate change. According to the 2017 Philippine Climate Change Assessment, coastal communities in the Philippines are vulnerable to key climate-hazards: sea level rise, shifting water budget, monsoon rains, and sea surface temperature. The report also state that the Philippines will be greatly affected by the 51% reduction of its coastal wetland area under the 2 degrees warming by 2100. 3
The Global Climate Risk Index 2019 ranks the Philippines as the fifth most country affected by climate change from 1998 to 2017. This report identified the Philippines as one of the countries most vulnerable to climate change alongside Puerto Rico, Honduras, Myanmar and Haiti based on a Long-Term Climate Risk Index. 4
The United Nations for Indigenous People recognize the vulnerability of indigenous people groups to the effects of climate change. Because of their high dependence on the environment and its resources, indigenous peoples survival are directly impacted by the consequences of a changing climate. 5
Small-island communities are at risk due to sea-level rise, increasing sea surface temperature and occurrence of stronger typhoons which directly impact their livelihood and way of living. This short documentary film demonstrate the implications of a changing climate to the Sama Badjao community in Tigtabon island.
CLIMATE-RELATED HEALTH RISKS
Increased sea surface temperature directly affects the livelihood of coastal communities. Extreme heat during the day impede livelihood activities of fisherfolk who decide to stay indoor. Heat-related illnesses (sunstroke, sunburn, heat exhaustion and dehydration) are projected to affect the health of Filipino fishermen due to climate change. 6
“Before, even when it was hot,
we still went to catch some fish.
But these past few years have been really hot.
When we can no longer endure the heat,
we just decide to go home.”
– Jimmy Manglabi (Tigtabon fisherman and seaweed farmer)
IMPACTS TO FISHING
Located in the Western side of the Pacific, the Philippines is naturally exposed to typhoons and storm surges. Increased occurrence of stronger tropical typhoons lead to greater loss in fishing, thus jeopardizing coastal communities’ livelihood and economy.7
Exposure to tropical typhoons and the high dependence of Filipinos to fish and marine products contribute to Philippines’ vulnerability to climate change.8 According to the Food and Agriculture Organization of the United Nations, fishes are the main provider of inexpensive protein for low-income populations in the Philippines.9
IMPACTS TO SEAWEED FARMING
Seaweed farming serves as an alternative source of income for the residents of Tigtabon island. Harvested seaweeds are normally sold for about 50 Philippine Pesos (1 USD) per kilo. Warming seas affect both fisheries and seaweeds production. Saadiya Manglabi, a resident of Tigtabon and seaweed farmer, expresses her concern over the effects of extreme heat to their seaweeds. The frequency of strong tropical cyclones endanger seaweed production.
“Before, there was a time when we lost
our capital of 20,000 Philippine Pesos
because strong currents from a typhoon
destroyed our seaweeds.”
-Saadiya Manglabi (Tigtabon resident)
SEA LEVEL RISE
Sea level rise pose a great threat to coastal areas in the Philippines. Sea-level rise could inundate low-lying communities and cause economic damage and potentially force human migration. 10
“Before, the sea was still 50 meters away from our houses even during high tides.
Now, the sea is only 35 meters away from the shore.” – Jimmy Manglabi (Fisherman and seaweed farmer)
Over the years, residents have noticed the decreasing shoreline in Tigtabon island. To prevent sea encroachment to the houses, a seawall has been built by the local government. However, the residents still fear their houses will be submerged in water when natural calamities such as strong typhoons come to their island. As global sea level rise continue, coastal communities akin to Sama Badjao in Tigtabon are forced to adapt to water encroachment.
SOLAR power and CLIMATE ACTIOn
Tigtabon island didn’t have electricity ever since. However, residents bought solar panels in Zamboanga city to power their homes. Now, Tigtabon island is fully powered by solar energy. Despite the effects of climate change to Tigtabon, the residents of the island exhibit resilience and climate action through their use of renewable energy.
“Tigtabon island doesn’t have electricity ever since. It is really dark here at night so we bought solar panels in Zamboanga city… We are thankful because the energy coming from the sun provides us electricity.” – Saadiya Manglabi (Tigtabon island resident)
By choosing to use solar energy instead of generator sets, the Sama Badjao people of Tigtabon are building a low-carbon community.
This multimedia documentary project was made possible through the Cambridge Climate Frontline Programme.
1 Nimmo, H. A. (1968). Reflections on Bajau History. Philippine Studies, 16(1), 32-59.
2 Hoogervorst, T. G. (2012). Ethnicity and aquatic lifestyles: exploring Southeast Asia’s past and present seascapes. Water History, 4(3), 245-265.
3, 6, 7, 8, 10 Cruz, R. V. O., Ali.o, P. M., Cabrera O. C., David, C. P. C., David, L. T., Lansigan, F. P., Lasco, R. D., Licuanan, W. R. Y., Lorenzo, F. M., Mamauag, S. S., Pe.aflor, E. L., Perez, R. T., Pulhin, J. M., Rollon, R. N., Samson, M. S., Siringan, F. P., Tibig, L. V., Uy, N. M., Villanoy, C. L. (2017). 2017 Philippine Climate Change Assessment: Impacts, Vulnerabilities and Adaptation. The Oscar M. Lopez Center for Climate Change Adaptation and Disaster Risk Management Foundation, Inc. and Climate Change Commission.
4Eckstein, D., Hutfils, M., Winges, M. (2018). Global Climate Risk Index 2019. Germanwatch.
5 United Nations for Indigenous Peoples. Climate Change. Retrieved from https://www.un.org/development/desa/indigenouspeoples/climate-change.html
9 Food and Agriculture Organization of the United Nations. Fishery and Aquaculture Country Profiles: The Republic of the Philippines. Retrieved from http://www.fao.org/fishery/facp/PHL/en
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