Coastal Vulnerability Assessment of Rapu-Rapu and the West Coast of Albay Province, Philippines

Angelo P. Candelaria, Christian L. Baiño
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Abstract

Coastal vulnerability assessment using the Integrated Sensitivity, Exposure, and Adaptive Capacity to Climate Change Vulnerability Assessment (ICSEA-C-Change) tool provides a deeper understanding of the potential impacts of climate change on coastal zones. Vulnerability ratings were obtained using rubrics that were presented to the stakeholders during focused group discussions. Derived scores were then averaged and consolidated to come up with the overall vulnerability rating. These ratings were based on the resource and status of coastal habitats’ reliance on near-shore fishing and other quality measures like fisheries ecosystem dependency, population, and water quality of the coastal habitats in the barangays. Ratings resulted in identifying 12 barangays out of 23 that are highly vulnerable to climate change impacts such as waves, storm surges, sea level rise, increase in surface temperature, and extreme rainfall. These are Buenavista and Basicao (Pioduran), Catburawan (Ligao), Tapel, Nagas and Maramba (Oas), Talin-Talin, Pantao, Macabugos, and Tambo (Libon) and Buhatan and Villa Hermosa (Rapu-Rapu). Assessment results were highly influenced by the absence of three major marine habitats, i.e., coral reefs, seagrass/seaweeds, and mangroves in the coastal areas. Likewise, 11 barangays out of 23, which were Marigondon and Malidong (Pioduran), Maonon and Cabarian (Ligao), Badian and Cagmanaba (Oas), Apud and Rawis (Libon), and Galicia, Hamorawon, and Poblacion (Rapu-Rapu) obtained moderate vulnerability scores. This was attributed to the presence of marine habitats that although in poor state, may serve their ecological functioning when properly protected. Highly vulnerable barangays must be prioritized in coastal rehabilitation and disaster risk reduction management planning. Parameters encompassing the sensitivity and adaptive capacity of each barangay must be taken into consideration to reduce potential impacts brought by factors attributed to climate change. Vital information from the assessment will serve as basis for developing strategic plans for improving the climate change adaptation strategies of the local government units.
菲律宾拉普-拉普和阿尔拜省西海岸沿海脆弱性评估
利用气候变化脆弱性综合敏感性、暴露度和适应能力评估(ICSEA-C-Change)工具进行沿海脆弱性评估,可以更深入地了解气候变化对海岸带的潜在影响。脆弱性评级是使用在焦点小组讨论期间向利益相关者提出的规则获得的。然后对所得分数进行平均和合并,得出总体脆弱性评级。这些评级是基于沿海栖息地的资源和近岸渔业依赖状况以及其他质量指标,如渔业生态系统依赖性、人口和沿海栖息地的水质。评级结果显示,在23个村庄中,有12个村庄极易受到气候变化的影响,如海浪、风暴潮、海平面上升、地表温度升高和极端降雨。它们是布埃纳维斯塔和巴斯考(Pioduran), Catburawan (Ligao), Tapel, Nagas和Maramba (Oas), Talin-Talin, Pantao, Macabugos和Tambo (Libon)以及Buhatan和Villa Hermosa (Rapu-Rapu)。由于沿海地区缺乏三种主要的海洋生境,即珊瑚礁、海草/海藻和红树林,评估结果受到很大影响。同样,23个村庄中有11个村庄获得了中等脆弱性评分,分别是马里贡登和马里东(Pioduran)、马翁农和卡布里安(Ligao)、巴甸和Cagmanaba (Oas)、阿普德和拉伊斯(Libon)以及加利西亚、哈莫拉旺和波布拉西翁(Rapu-Rapu)。这是由于海洋栖息地的存在,尽管状况不佳,但如果得到适当的保护,可能会发挥其生态功能。在沿海恢复和减少灾害风险管理规划中,必须优先考虑高度脆弱的村庄。为了减少气候变化因素带来的潜在影响,必须考虑各个村落的敏感性和适应能力等参数。评估的重要信息将作为制定战略计划的基础,以改善地方政府单位的气候变化适应战略。
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