A Disaster Resilience of Place Approach to Integrated Flood Hazard Management Planning in Squamish, British Columbia

UBC Graduate Research

A Disaster Resilience of Place Approach to Integrated Flood Hazard Management Planning in Squamish, British Columbia Carter, Christopher J

Abstract

The District Municipality of Squamish faces severe coastal flood risk. However, not all of the 7,477 residents living in the floodplain are created equal in the exposure to these floodwaters. In creating an Integrated Flood Hazard Management Plan (IFHMP) it is critical to address both hazard and vulnerability components of risk. While the strength of floods cannot be controlled, reducing existing vulnerability and maintaining natural services that provide protection provides for long-‐term risk reduction in flood hazard management. Today, the District Municipality of Squamish retains valuable natural flood management assets -‐-‐ such as the Skwelwil’em Squamish Estuary -‐-‐ that delivers an estimated $284 million in flood disturbance regulation services to the District yearly. Meanwhile, the most vulnerable people in Squamish live adjacent to the estuary in the downtown core -‐ the most exposed area to coastal flood events and sea level rise. While the strength of flooding (Hazard) cannot be reduced, the everyday conditions of people and the environment (Vulnerability) can be addressed in local risk-‐based land use planning and community development. Reducing vulnerability has many co-‐benefits, including all hazards planning, poverty reduction, social equity, economic development, ecosystem-‐ based adaptation and integrated resource management. This is the first step to disaster risk reduction and risk-‐based planning in coastal British Columbia. Failing to address these conditions will result in unchanged or increased vulnerability and sensitivity to flood risk. Using the Disaster Resilience of Place approach, this report contains 3 major analyses and illustrates how the local government -‐-‐ in collaboration with the Squamish First Nation and citizens -‐– can effectively build a more flood resilient community and innovate in IFHMP practice. Tools to assist in quantifying vulnerability and resilience and to improve the performance of public engagement are also offered in the Appendix section of this report. Flood Management and Official Community Plans are identified as key platforms to reduce vulnerability with strong ties to local level emergency management planning and long-‐term climate adaptation to coastal flood hazard. These are the primary policy and environmental management pathways identified for implementing a DROP approach in Squamish.

Item Metadata

Title	A Disaster Resilience of Place Approach to Integrated Flood Hazard Management Planning in Squamish, British Columbia
Alternate Title	Mobilizing Resilience : A Disaster Resilience of Place Approach to IFHMP in Squamish British Columbia
Creator	Carter, Christopher J
Date Issued	2015-09
Description	The District Municipality of Squamish faces severe coastal flood risk. However, not all of the 7,477 residents living in the floodplain are created equal in the exposure to these floodwaters. In creating an Integrated Flood Hazard Management Plan (IFHMP) it is critical to address both hazard and vulnerability components of risk. While the strength of floods cannot be controlled, reducing existing vulnerability and maintaining natural services that provide protection provides for long-‐term risk reduction in flood hazard management. Today, the District Municipality of Squamish retains valuable natural flood management assets -‐-‐ such as the Skwelwil’em Squamish Estuary -‐-‐ that delivers an estimated $284 million in flood disturbance regulation services to the District yearly. Meanwhile, the most vulnerable people in Squamish live adjacent to the estuary in the downtown core -‐ the most exposed area to coastal flood events and sea level rise. While the strength of flooding (Hazard) cannot be reduced, the everyday conditions of people and the environment (Vulnerability) can be addressed in local risk-‐based land use planning and community development. Reducing vulnerability has many co-‐benefits, including all hazards planning, poverty reduction, social equity, economic development, ecosystem-‐ based adaptation and integrated resource management. This is the first step to disaster risk reduction and risk-‐based planning in coastal British Columbia. Failing to address these conditions will result in unchanged or increased vulnerability and sensitivity to flood risk. Using the Disaster Resilience of Place approach, this report contains 3 major analyses and illustrates how the local government -‐-‐ in collaboration with the Squamish First Nation and citizens -‐– can effectively build a more flood resilient community and innovate in IFHMP practice. Tools to assist in quantifying vulnerability and resilience and to improve the performance of public engagement are also offered in the Appendix section of this report. Flood Management and Official Community Plans are identified as key platforms to reduce vulnerability with strong ties to local level emergency management planning and long-‐term climate adaptation to coastal flood hazard. These are the primary policy and environmental management pathways identified for implementing a DROP approach in Squamish.
Geographic Location	Squamish (B.C.)
Genre	Graduating Project
Type	Text; Still Image
Language	eng
Series	University of British Columbia. SCARP Graduating Projects
Date Available	2017-01-31
Provider	Vancouver : University of British Columbia Library
Rights	Attribution-NonCommercial-NoDerivatives 4.0 International
DOI	10.14288/1.0305851
URI	http://hdl.handle.net/2429/58430
Affiliation	Applied Science, Faculty of; Community and Regional Planning (SCARP), School of
Peer Review Status	Unreviewed
Scholarly Level	Graduate
Rights URI	http://creativecommons.org/licenses/by-nc-nd/4.0/
Aggregated Source Repository	DSpace

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