s:2341:"TI Perceptions of Typhoon Haiyan affected communities about the resilience and storm protection function of mangrove ecosystems in Leyte and Eastern Samar, Philippines 
AU Delfino, R.J.P. 
AU Carlos, C.M. 
AU David, L.T. 
AU Lasco, R.D. 
AU Juanico, D.E.O. 
AB The destruction caused by Typhoon Haiyan in the coastal areas of central Philippines drew greater international attention to the vulnerability of coastal communities to extreme weather and climate events. Mangrove ecosystems enhance coastal resilience by acting as barriers against storms and its impacts. However, given the strength of and damage brought by Typhoon Haiyan, the extent to which mangroves and coastal vegetation can reduce the impacts of waves caused by storm surge has emerged as a salient issue. Drawing on the results of a survey of 870 households; focus group discussions with community members; and interviews with representatives from government agencies, nongovernment organizations, people’s organizations, and communities, the study examines local perceptions on whether or not mangroves played a role in reducing the impacts brought by Typhoon Haiyan in five affected municipalities and cities. It explores how peoples’ perception of the coastal protection function of mangroves differed according to the state of mangroves—in terms of area, width and species richness—validated through vegetation surveys. It also identifies insights on how community participation may help improve coastal rehabilitation and management strategies. In general, the respondents were aware of and appreciated the functions performed by the mangrove forests in protecting their lives and properties from Typhoon Haiyan. However, the participation involvement of local communities in mangrove rehabilitation and management remains low. Community awareness needs to be improved and residents must be encouraged to participate in mangrove rehabilitation and management. This study complements existing studies that show the ability of mangroves and coastal vegetation in attenuating storm surges, the factors that affect the level of protection, the limitations of this function, and the need for further studies that will look more closely into these crucial factors. - See more at: http://www.cddjournal.org/article/view/vol01-iss01-004#sthash.8GC4CNhA.dpuf 
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