The seawall helps but—: using “material registers” to understand coastal infrastructure for disaster risk management in an island community

Purpose This paper contributes to discourse about complex disasters by applying cultural lenses to the study of coastal infrastructure (such as seawalls and dikes), thus departing from studies that focus on characterising, assessing, and predicting the physical resilience of hard structural forms that dominate knowledge about coastal infrastructure. Design/methodology/approach This ethnographic study nuances Philippine coastal infrastructure through examining the material registers of a seawall bordering an island inhabited by artisanal fisherfolk. By “material registers”, this research refers to the socially informed ways of regarding and constructing material configurations and how the latter are enacted and resisted. Data collection was accomplished through focus groups with community leaders, on-site and remote interviews with homeowners, and archival research to further understand the spatial and policy context of the structure. Findings The discussion focuses on the seawall’s three material registers (protection, fragility, and misrecognition) and reveals how infrastructure built for an island community of fisherfolk simultaneously fulfils, fails, and complicates the promise of disaster resilience. Research limitations/implications This research demonstrates the potential of “material registers”, a term previously used to analyse architecture and housing, to understand the technopolitics of infrastructure and how materially informed tensions between homeowners' and state notions of infrastructure contribute to protracted experiences of disaster and coastal maladaptation. Practical implications This research signposts the need for disaster risk reduction, climate adaptation, and sustainable development policies that legitimize the construction of infrastructure to recognize the latter's relationship and impact on multiple sphere of coastal life, including housing and citizenship implications. Social implications This research highlights how infrastructure for coastal disaster risk management implicates geographically informed power relations within a community fisherfolk and between their “small” island community and more politically and economically dominant groups. Originality/value Whereas studies of coastal infrastructure are focused on quantitative and predictive research regarding hard structural forms in megacities, this study apprehends disaster complexity through examining the cultural and contested nature of infrastructure for coastal flood management in an island community of fisherfolk.

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Publication Details

Journal
Southeast Asia A Multidisciplinary Journal
Published
2024-10-22
DOI
https://doi.org/10.1108/seamj-12-2023-0081
Citations
1
Primary Topic
Climate Change, Adaptation, Migration
Type
article
Field-Weighted Citation Impact
1.13
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article

The seawall helps but—: using “material registers” to understand coastal infrastructure for disaster risk management in an island community

Pamela Gloria Cajilig
1 citations
Southeast Asia A Multidisciplinary Journal
Climate Change, Adaptation, Migration
1.13
article

The seawall helps but—: using “material registers” to understand coastal infrastructure for disaster risk management in an island community

Pamela Gloria Cajilig
article en
1 citations

Abstract

Purpose This paper contributes to discourse about complex disasters by applying cultural lenses to the study of coastal infrastructure (such as seawalls and dikes), thus departing from studies that focus on characterising, assessing, and predicting the physical resilience of hard structural forms that dominate knowledge about coastal infrastructure. Design/methodology/approach This ethnographic study nuances Philippine coastal infrastructure through examining the material registers of a seawall bordering an island inhabited by artisanal fisherfolk. By “material registers”, this research refers to the socially informed ways of regarding and constructing material configurations and how the latter are enacted and resisted. Data collection was accomplished through focus groups with community leaders, on-site and remote interviews with homeowners, and archival research to further understand the spatial and policy context of the structure. Findings The discussion focuses on the seawall’s three material registers (protection, fragility, and misrecognition) and reveals how infrastructure built for an island community of fisherfolk simultaneously fulfils, fails, and complicates the promise of disaster resilience. Research limitations/implications This research demonstrates the potential of “material registers”, a term previously used to analyse architecture and housing, to understand the technopolitics of infrastructure and how materially informed tensions between homeowners' and state notions of infrastructure contribute to protracted experiences of disaster and coastal maladaptation. Practical implications This research signposts the need for disaster risk reduction, climate adaptation, and sustainable development policies that legitimize the construction of infrastructure to recognize the latter's relationship and impact on multiple sphere of coastal life, including housing and citizenship implications. Social implications This research highlights how infrastructure for coastal disaster risk management implicates geographically informed power relations within a community fisherfolk and between their “small” island community and more politically and economically dominant groups. Originality/value Whereas studies of coastal infrastructure are focused on quantitative and predictive research regarding hard structural forms in megacities, this study apprehends disaster complexity through examining the cultural and contested nature of infrastructure for coastal flood management in an island community of fisherfolk.

Southeast Asia A Multidisciplinary JournalVol. 24(3)
University of the Philippines Diliman (PH)
Climate action
Openalex Percentile: Top 16%
Climate Change, Adaptation, Migration
1.13
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