A PICS-Funded Project: Building Rural & Remote Community Climate Resilience
Community Fire Resilience Handbook

This handbook aims to support community fire resilience. It provides information and resources to get the whole community – from children to Elders – involved in fire-resilient practices and planning.

Fire resilience site cover page, showing fireweed with an orange gradient and an icon of a fireweed flower overlaid. Photo credit: Danila Popov
Cover logo for the community fire resilience handbook. Text reads: "Community Fire Resilience: 2025 Community Resource Workbook". There is an image of fireweed with an orange gradient overlaid on top of a orange forest fire.

📄: Complete Fire Handbook

Download the PDF

Cover logo for the children's community fire resilience activity book. The text on the left side reads "Community Fire Resilience: Activity Book for Children 2025.". On the right is a sketch of fireweed and translucent orange and yellow paint swirls.

📄: Activity Book for Children

Download the PDF

Drawing of a flower with yellow petals and a red center on a pale green background. Icon that signifies an activity or resource is geared towards children.

The resources in the PDFs are also available as single file downloads where relevant throughout the handbook! The flower icon on this page indicates an activity is intended for children.

The project team would like to thank the following people for their guidance and support in completing this project:

  • The many attendees of our webinar series and focus groups, who saw this project come into reality and offered feedback along the way.
  • Gil Davies, West Moberly First Nations building manager, and West Moberly Chief and Council, who contributed so thoroughly through their comments, advice, and consistent participation in our workshops.
  • James Bourget (RDH Building Science) for imparting his knowledge and guidance on fire resilient building materials at our webinars.
  • Niki Lindstrom for her dedication as a collaborator and champion on this project.
  • Patrick Michell (Nlaka’pamux Nation Elder; Rebuild Director for Lytton First Nation) for his willingness to share his support, guidance, and knowledge.

The Fire Resilient Communities Handbook would not be the tool that it is today without the contributions, kindness, and expertise of those who collaborated and contributed to this project. Thank you.

Fire resilience is distinct to each community, meaning every community may need distinct supports and tools to support their resilience. A community’s infrastructure, residents, capacity, and values will all influence fire resilience.

The handbook aims to:

  • Be engaging for everyone, at every age.
  • Serve as a resource guide for housing, maintenance, capital, infrastructure and other managers, residents, and homeowners.
  • Provide practical information on fire mitigation strategies.
  • Be a source of capacity-building ideas, activities, and programs for communities.



This handbook is grounded in the principle of building resilience for future generations, drawing on the knowledge and experiences of the generations who came before us. Building fire-resilient communities for future generations should be rooted in past, present, and future innovations. The resources in this guide aim to acknowledge and honour Indigenous knowledges, building styles, and governance systems.

Wheel showing different aspects of community fire resilience (click for full caption / alt. text) Close caption

Wheel showing different aspects of community fire resilience. The center of the wheel reads ‘Fire Resilient Communities’. The middle segments are ‘Planning & Policy’, ‘Governance & Jurisdiction’, ‘Capacity Building’, ‘Shared Responsibility’, ‘Infrastructure’, ‘Housing’, ‘Wellbeing’, and ‘Land Stewardship’. The outer segments of each category are: (1) Under ‘Planning & Policy’, emergency response, go bags and resources, and community plans. (2) Under ‘Governance & Jurisdiction’, establishing roles across jurisdictions and Nation authority and response plan. (3) Under ‘Capacity Building’, youth engagement, fire response training, and trades training. (4) Under ‘Shared Responsibility’, engagement, working together, and Seven Generations. (5) Under ‘Infrastructure’, evacuation routes, muster stations, and equipped safe gathering sites. (6) Under ‘Housing’, Fire Smart, safe storage of fuel, and retrofits and building codes. (7) Under ‘Wellbeing’, smoke safety, holistic healthcare, and safe and timely return. And (8), under ‘Land Stewardship’, traditional knowledge, cultural burns, and forest stewardship.

Graphic created by Valentijn Helmus.

Community fire resilience begins with systems of shared responsibility. Every generation plays a role, and by working collectively, communities can create holistic systems that protect the intersecting risks associated with fire.

Community resilience includes practices that are embedded into many aspects of community life, governance, and planning. As a result, community resilience is interwoven with other risks, concerns, and the wellbeing of the community. The Fire Resilience Wheel aims to capture these related topics. It can be customised to more precisely represent individual communities and Nations’ priorities.

The inner segments of the wheel represent broad, overlapping aspects of fire resilience. The outer segments are examples of those broad categories and were chosen through community engagement sessions. They are not exhaustive.

Cover logo for the printable versions of the fire resilience wheel

📄: Wheel of Fire Resilience

Download the PDF for printable, customisable wheels.

Icon for the 'Community Planning Toolkit' section of the Fire Resilience Handbook. Photo shows houses by the water, with an orange gradient over top. An icon of a clipboard is overlaid. Photo credit: Gabrielle Wong

Community Planning Toolkit

Practical resources and tools to support community and household-level planning & fire preparedness.

Icon for the 'Fire Primer' section of the Fire Resilience Handbook. Photo shows some vegetation and a tree on Burnaby Mountain, with an orange gradient over top. An icon of a fire is overlaid. Photo credit: Gabrielle Wong

Fire Primer

Information on how fires spread and home ignition zones.

Icon for the 'Air Quality' section of the Fire Resilience Handbook. Photo shows the Sunshine Coast, with an orange gradient over top. A sketch of lines representing wind is overlaid on top. Photo credit: Ainaz Bozorgzadeh

Air Quality

Information and resources about the effect of increased wildfires on air quality

Rammed earth wall with an orange gradient and icon of a house overlaid. Photo credit: Neosiam

Housing & Building Materials

Guides on designing, building, or retrofitting fire-resilient infrastructure.

Icon for the 'Capacity Building' section of the Fire Resilience Handbook. Photo of a forest, with an orange gradient over top. An icon of paper bills is overlaid. Photo credit: Gabrielle Wong

Capacity Building Resources

Funding community fire resilience

This section provides resources to help both households and communities prepare for fires.

Before, during, and after fire season, communities can plan for fire resilience and host events that promote fire preparedness at the household scale. The following calendar provides suggestions for important dates and potential community events to promote engagement in fire safety planning. These are examples. Every community will differ in seasonality, landscape, planning, and resources. FireSmartTM practices should be maintained year-round.

January

Community planning sessions & workshops

February

Tool maintenance

Community tool shed fundraiser

March

Tree maintenance event

Ignition Zone 1 planning: clear debris and gutters

April

Fire season may begin

FireSmart Home Assessments

Community event to assemble and distribute Go Bags

May

Continue yard and home maintenance tasks

Community lawn mowing event

June

Refresh and review:

  • Go Kits
  • Evacuation plans
  • Shelter-in-Place plans

July

Community outreach and FireSmart maintenance

August

Community outreach and FireSmart maintenance

September

Community outreach and FireSmart maintenance

October

Fire season is likely to be coming to a close

Yard and home maintenance tasks

November

Community recovery and planning for the year ahead

December

Community fire resilience groups and workshops

Icon for the PDF version of the fire preparedness calendar

📄: Calendar

Download the PDF

Collecting key contacts ahead of time can aid in rapid response to fires. As applicable, have the contacts for the following individuals/groups available:

  • Fire Department;
  • Housing Manager;
  • Emergency Services;
  • Fire Resilience Steward (a community leader who promotes fire resilience and supports fire preparedness activities);
  • Personal emergency contact(s).

The contact sheets from the handbook can be printed to fill by hand or filled out using a PDF viewer. You could also save these contacts on your phone if possible.

Note: to print out the contact sheet at the correct size, set the Scale (%) in the print settings to ‘Actual’ instead of ‘Fit to Printable Area’

Icon for the Key Contact sheet

📄: Key Contacts, Standard Letter Size

Download the PDF

Icon for the Key Contacts pocket size

📄: Key Contacts, Wallet Card Size

Download the PDF

Icon for the Key Contacts for children sheet

📄: Key Contacts, for Children

Download the PDF

Useful for more than just fires, a ‘go’ bag is a collection of supplies a household keeps ready in a portable kit in case of emergency. They can save time and stress in case of an urgent need to evacuate. Even if you do not have the means or space for a dedicated bag of separate items, being aware of where these items are in your living space can make evacuations more efficient.

In addition to the general list of items below, go bags should be adapted to fit a household’s health, cultural, and personal needs. As examples:

  • Identification may include a passport, driver’s license, health card, birth certificate, permanent resident card, visa, and/or status card.
  • The First Nations Health Authority’s example kit, made by their Vancouver Coastal Health Emergency Management Team, includes Sḵwx̱wú7mesh Úxwumixw (Squamish) canned sockeye salmon, plant medicines, and a sage & cedar bundle. Different nations may have culturally significant plants and/or medications that could be included in a kit.
Icon for the Go Bag Checklist resource

📄: Go Bag Checklist

Download the PDF

Go Bag Colouring Sheet Icon

📄: Go Bag Colouring Page

Download the PDF

Emergency Preparedness Kits

It may not always be possible or desirable to evacuate. Emergency preparedness kits will have many of the same items as a go bag, but are intended for sheltering in place during an emergency situation. In addition to the items in a go bag, they should include:

  • Food for at least three days. In remote areas with limited access and exit routes, food for 7-10 days is ideal.
  • A one-week supply of water, which should be replaced once a year.
  • Garbage bags and towelettes.
  • Lantern and fuel for light. Be sure that any fuel is stored outside and away from a heat source.
  • Bush cooking stove for cooking outside. Be sure that any fuel is stored outside and away from a heat source.

Supply lists for kits have been produced by the Government of BC and the Red Cross (page 11 of the PDF). You may need additional supplies if you keep animals or have specialised equipment or tools with maintenance needs.

Enacting fire resilient strategies often requires access to physical tools. A community tool shed, or tool library, can provide community members with access to tools they might not otherwise have, which can help everyone maintain a fire resilient community. Community tool sheds often operate like a library, with sign out sheets and membership cards to keep track of shared tools. They may come from collaborations with the local public library, community center, or through grassroots initiative.  

Potential items that might be in a community shed include: 

  • Buckets 
  • Gardening or hedge clippers 
  • Lawn mowers and grass trimmers 
  • Rakes  
  • Shovels 
  • Wheelbarrows 

The Toronto Tool Library is an excellent example of a potential model for a community tool shed. 

Graphic of a 'community tool shed', with a shed icon and sketches of example tools such as a lawn mower inside the shed graphic.

Community Asset Mapping

When planning for emergencies, an inventory of critical infrastructure can be useful to identify coordinated evacuation points, potential hubs for emergency services, and which buildings should be prioritised when funding upgrades for climate resilience. For example, critical infrastructure buildings might be the first to receive formal FireSmart assessments.

Which locations are identified as critical infrastructure is community-dependent and should be informed by community values and priorities. Potential critical infrastructure types include:

  • Animal welfare shelters;
  • Cultural, community, and recreation centres;
  • Fire halls;
  • Halls or other large gathering places;
  • Libraries;
  • Museums and archives;
  • Operations centres;
  • Schools and other educational facilities;
  • Youth centres and preschools;

Evacuation Routes

Fires may require communities to evacuate quickly and on very short notice. Mapping out potential evacuation routes ahead of time can aid with safe and lower-stress evacuations.

Steps to mapping your community:

  1. Grab a blank or grid piece of paper. You could also print/annotate a conventional reference map of your community if you have one handy.
  2. Start with key landmarks that are important to you, such as your home, key landscape features like a river or mountain etc., and add them to your map.
  3. Next, identify fire halls, cooling centres, and/or safe shelter sites that you might evacuate to in the event of a fire.
  4. Identify the location of exit points (i.e., the start of the highway or another road out of town).
  5. Some areas within a community may be more vulnerable to fire than others i.e., if they have an abundance of dry, uncleared vegetation that could serve as fuel for a fire. Identify these areas to ensure your evacuation routes avoid them whenever possible, as they may be blocked off or other inaccessible in the event of a fire.
  6. Based on the location of your home and key sites for potential evacuation, determine and draw out viable, safe evacuation routes.

Keep your map easily accessible (perhaps in your go-bag!) in case of evacuation.

This exercise might also reveal areas where community planning could reduce the vulnerability of community assets and infrastructures (i.e., through hosting regular vegetation clearing events or other fire preparedness tasks).

Icon for the Map Your Community Activity

📄: Evacuation Map Worksheet

Download the PDF

Map an Evacuation Route Worksheet for Children Icon

📄: Evacuation Map Worksheet for Children

Communities all over the province are engaging in fire preparedness activities. Share stories about places in your community that contribute to fire resilience by adding a pin to The Fire Resilient Map.

Responses are moderated and may not appear immediately after submission. Please ensure that you have permission to share any stories you post to the map.

Some of these submissions are from British Columbia FireSmart’s Success Stories.

Link to the map for easier viewing on mobile.

Made with Padlet

The following resources are not produced or maintained by the project.

Three Features of a Wildfire-Ready Community

Author: Intact Centre on Climate Adaptation at the University of Waterloo

Year Published: 2023

This one-page document provides three ways to plan a wildfire-resilient community through protecting structures, designing the community to reduce risk, and proactively designing emergency responses.

Wildland Urban Interface Community Preparedness Digital Tool

Author: National Indigenous Fire Safety Council

Year Published: 2023

This tool identifies 18 community roles and/or groups who have a part to play in wildfire preparedness, outlining what they should do before, during, and after a wildfire. Each role is represented by an icon designed by Anishinaabe Onyota’a:aka artist Tsista Kennedy.

The recommendations within the tool are based on a report from the University of Waterloo, which draws from case studies of wildfire preparation and management in First Nations communities.

The Fires Awakened Us – Wildfire Report

Authors: Jocelyn Stacey, Crystal Verhaeghe, and Emma Feltes, produced for the Tŝilhqot’in Nation

Year Published: 2019

This report reflects on the Tŝilhqot’in Nation’s experiences of the 2017 wildfire season. As shared by the Nation’s Tribal Chairman, Nitsil’in Joe Alphonse, “we hope this report can be used to improve emergency management in other First Nation communities while also maintaining their rightful jurisdiction”. Community planners may find the calls to action on pages 12 to 20 of the document particularly useful.

Wildfires? Here’s what you need to know about electrical and gas safety

Author: Technical Safety BC

Year Published: 2021

This short blog post provides guidance for homeowners and businesses to maintain electrical and gas safety if you are on evacuation alert or evacuation order. There are also precautions to take when returning home after an evacuation.

Understanding how fires spread across a landscape helps communities determine how best to mitigate wildfire risk to community infrastructure and homes.

When forest fires reach residential areas, they become interface fires. Mitigating the spread of interface fires is best done through community planning, home and yard maintenance, and following FireSmart practices.

Fire requires fuel, heat, and oxygen to start and spread. By clearing surface fuels throughout communities and ladder fuels (vegetation that allows fires to climb from the floor to the tree canopy) against structures, the spread of interface fires can be mitigated. Fuels include anything that could catch fire: vegetation, firewood, wood chips, leaf piles, fuel tanks, and trees are all examples of fuels.

Fires can spread through:

Embers

Embers are burning debris carried by wind. They can travel up to 8 km.

Radiant Heat

Intense heat from a nearby fire can ignite a structure.

Direct Heat

Fire from a nearby structure or tree may transfer to a building directly.

Fire triangle graphic, showing the three elements required for fire to spread (oxygen, heat, and fuel).
Fire triangle graphic, showing the three elements required for fire to spread (oxygen, heat, and fuel).
Fires can spread due to trees, surface fuels, and structures made of flammable building materials. Graphic made by Alexandria Jones (FireSmart™ Canada).
Fires can spread due to trees, surface fuels, and structures made of flammable building materials. Graphic made by Alexandria Jones (FireSmart™ Canada).

In many rural households, it’s common practice to store firewood against the exterior wall of the home. This can pose a fire risk because the combination of the wood (fuel) and gaps between logs (space for oxygen) can quickly ignite if an ember from a fire, even just a small campfire, falls into the gap. Decks with wooden boards that have more than a 3mm gap pose a similar hazard, especially if leaves and other dry matter that could fuel a fire are underneath the deck.  

The other recommendations to mitigate fire spread in the following section also aim to minimise the potential of embers becoming larger, dangerous fires.

Image of wood logs annotated with explanations of why they pose a fire risk. Wood against a house poses a fire risk through the combination of fuel for fire, space for oxygen, and space for embers to land.
Wood against a house poses a fire risk through the combination of fuel for fire, space for oxygen, and space for embers to land.

The home ignition zones start at the heart of the home and radiate out. Careful planning and maintenance for each zone can improve your home’s resilience to fire and mitigate spread. This section provides some suggestions of important tasks to maintain fire safety in each zone. Additional recommendations are provided by FireSmart Canada through the FireSmart Begins at Home Guide.

Home Ignition Zone graphic produced by FireSmart Canada. A yellow house is in the center, surrounded by three zones. The closest zone is the 'Immediate Zone', 0-1.5m from the house, followed by the 'Intermediate Zone' 1.5-10m away, and finally, the 'Extended Zone' of 10-30m.
Home Ignition Zone graphic produced by FireSmart™ Canada.

Priority: reduce the chance of ignition if an ember lands near your home by reducing fuel sources.

Priority: manage the area to mitigate the risk of fire transmission to the home.

Priority: reduce the intensity of any potential fires.

Home Ignition Zone Colouring Sheet Icon

📄: Home Ignition Zone Colouring Page

Communities across British Columbia are finding practical and creative ways to protect themselves from wildfire smoke. From building your own portable air purifiers to establishing dedicated clean-air spaces in community gathering spaces, there are simple and cost-effective measures that you and your community can take to protect your well-being and health.  

Why does wildfire smoke matter?

Click here to reveal an answer! Close answer

Wildfire smoke can: 

  • Cause immediate and long-term adverse health effects.
  • Travel long distances and can last for days to weeks.
  • Infiltrate homes through cracks, vents, doors, windows, chimneys etc.

Among the many pollutants in wildfire smoke, tiny airborne particles called fine particulate matter (PM2.5) pose the greatest risk to human, animal, and plant health. These extremely small particles (smaller than 2.5 micrometers) can travel deep into the lungs and even enter the bloodstream.  

Extensive research shows that PM2.5 can reduce lung function and cause serious health problems, including bronchitis, cognitive decline, heart failure, and premature death. 

Who is most at risk?

Click here to reveal an answer! Close answer

Those at higher risk may include: 

  • Older adults, infants, and pregnant individuals.
  • Outdoor workers, athletes.
  • Individuals living in rural or remote areas.
  • Individuals with pre-existing heart, lung, or chronic health conditions.
  • Individuals with lower socio-economic status (e.g. income, housing, education).

Learn more through the BC Centre for Disease Control (BCCDC).

*Brief exposure ranges depending on your health vulnerability and air quality levels.

How do I monitor air quality?

Click here to reveal an answer! Close answer

Canada measures air quality with the Air Quality Health Index (AQHI). It measures overall health risk from a scale from 1 (low risk) to 10+ (very high risk).

To monitor current or forecasted air quality near you, useful resources include: 

Forecasts may not always accurately reflect local conditions. Trust your instincts – if smoke is noticeable through sight or smell, please take precautions. 

How do I remove particulate matter?

Click here to reveal an answer! Close answer

Using a High Efficiency Particulate Air (HEPA) filter is one of the most effective tools for protecting yourself from fine particulate matter.  

Tips for cleaner air: 

  • If possible, use an air purifier with a HEPA and carbon filter to remove both smoke particles and odors.
  • Ozone-generating “air purifiers” can worsen indoor air quality. The California Air Resources Board keeps a list of ‘purifiers’ that intentionally omit ozone.
  • Replace filters regularly if they appear dark or dusty.
  • Vacuums with a HEPA filter may help prevent stirring up indoor particles.

Need help choosing an air purifier? Try this simple step-by-step guide!

How does smoke infiltrate homes, and what can individuals do to stop it?

Click here to reveal an answer! Close answer

For most people, fully sealing a home against wildfire smoke is difficult and expensive, especially in older buildings. A more practical option is to designate a clean air room: a space such as the bedroom or basement designed to provide protection from excess smoke inhalation. 

The room should preferably include: 

  • A portable air purifier with a HEPA filter to remove particles.
    • No filters? Block vents and other gaps with towels or cloth to limit smoke indoors.
  • Extra HEPA air filters. Remember, not all filters are made equally. HEPA filters are certified to remove 99.97% of particles 0.3 microns or larger.
  • A portable air cleaner.
  • An activated carbon filter to reduce odors and gases.
  • Taped or sealed windows and doors to limit smoke entry.  

Please seek immediate medical attention for worsening symptoms such as chest discomfort, shortness of breath, severe coughing or wheezing, dizziness, or any worsening of mental health.

 

Drawing primarily from the District of Chetwynd, West Moberly First Nations, and Saulteau First Nations Extreme Heat Mapping Assessment and Extreme Heat Response Plan , this section suggests potential actions when planning for wildfire smoke safety.

Icon for the community planning for wildfire smoke info page

📄: Wildfire Smoke Safety Community Planning Checklist

Download the PDF

Icon for the individual planning for wildfire smoke info page

📄: Wildfire Smoke Safety Household Planning Checklist

Download the PDF

📄: Wildfire Smoke Safety for Children

Download the PDF

Preparing for Wildfire Smoke

Inform & Collaborate

  • Find wildfire preparedness plans and resources from your municipality, regional district, or Nation government.
  • Connect with others in your community to share information.  
  • Locate your nearest clean air space, or advocate for one in a communal facility if none exists. 

Educate & Raise Awareness

  • Share resources to help protect yourself and your family, neighbours, community, and tenants stay safe from wildfire smoke. 
  • Encourage schools, care homes, and other communal spaces to draft “smoke plans”. 
  • Promote smoke safety: limit outdoor time, use masks, set up clean air rooms, and check air quality. 

Monitor Air Quality

  • Use tools like the WeatherCAN app or PurpleAir.  
  • Encourage residents to install apps or sign up for alerts. 
  • If possible, install local indoor/outdoor air monitors.

Responding During Wildfire Smoke

Keep Indoor Air Clean

  • Close windows and doors (unless it’s too hot). 
  • Seal gaps with towels, tape, or plastic sheeting.  
  • Use a HEPA air purifier or a DIY box fan filter.

Community Support and Logistics

  • Help transport higher risk individuals to safe, cool, clean spaces. 
  • Check on vulnerable neighbours and share steps to reduce smoke exposure. 
  • If available, go to the designated clean air space. 
  • Help transport those in need to safe, clean‑air locations.

Take Precautions When Outside

  • Drink plenty of water to help reduce symptoms.
  • Wear properly fitted N95 or KN95 masks. 
  • If possible, avoid heavy exertion outdoors in smoky conditions. 

The following resources are not produced or maintained by the project.

A public health companion for ASHRAE Guideline 44: Protecting building occupants from smoke during wildfire and prescribed burn events

Author: National Collaborating Centre for Environmental Health

Year Published: 2025

This guide is a companion to a technical document for engineers and facility managers trying to keep indoor air clean during wildfire smoke events. It provides a guide for developing smoke-readiness plans for buildings. The checklists and one-page summary in the appendices may be particularly useful as a reference.

SFU BREATHE DIY Air Cleaners

Author: SFU BREATHE Project

Year Published: 2024

The BREATHE project helps communities prepare for wildfire smoke exposure and has published resources to help folks build their own air cleaners using a box fan, filter, duct tape, and scissors.

Innovations in building materials and best practices can aid in designing more fire-resilient housing. This section covers information on those materials and best practices. Recognising that homes often extend beyond a human-constructed structure, it also includes resources with information about fire-resilient landscaping.

More information about climate-resilient building materials can be found on the project’s Building Materials page.

Rammed earth. Photo credit: Neosiam

Rammed Earth

4-hour fire rating

Rammed earth is made from compacted layers of earth. It can be used for infill walls with steel or timber framing and for load-bearing walls. Estimated cost of $250-$350/square foot, with some materials available locally in BC.

Close-up of straw. Photo credit: Pixelshot

Straw Bale

1-2-hour fire rating with plaster, 30 minutes without.

Straw bale can be used for infill with timber or steel-frame walls. Estimated cost of $180-$208/square foot, with local materials largely available in BC.

Close-up of dark brown soil. Photo credit: Engin Akyurt.

Cob

2-4-hour fire rating.

Cob is made from clay, straw, sand, water, and lime, all of which are widely available within BC. Cob is often used for infill post and beam/timber framing walls. Cob can be used for load-bearing walls depending on the climate.

Close up of hemp fibres. Photo credit: Dmitry_7

Hempcrete

1-hour (or more) fire rating.

Hempcrete blocks are made from hemp, lime, and water. Their low compressive strength means they are typically used as infill in walls within a timber or steel frame. Materials widely available locally.

Autoclaved aerated concrete blocks. Photo credit: Bogdan Sonjachnyj

Autoclaved Aerated Concrete (AAC)

2-4-hour fire rating

Mineral-based building material made from sand, water, limestone, cement, and aluminum powder cured under high heat/pressure in an autoclave. AAC blocks can be used for load-bearing walls or cladding. Limited availability within Canada.

icon for mass timber - circular cross-section of wood

Mass Timber

3+ hour fire rating

Mass timber construction uses engineered wood products, such as cross-laminated timber (CLT), glulam, and nail-laminated timber (NLT), which are formed by bonding layers of wood with adhesives or fasteners. Surface char creates a protective layer. In BC, relatively high costs of $400–$450 per square foot.

Other organisations and groups have produced resources about fire-resilient housing, building materials, and landscaping. The resources below are not produced or maintained by the project.

FireSmart Residential Development Guide
Best Practices for Planning, Design, and Construction

Authors: FireSmart Canada™

Year Published: 2025

This document is based on the FireSmart Development Planning and Design Best Practices and the NRC-National Guide for Wildland-Urban
Interface Fires. It shares principles and best practices for planning, design, and construction of homes to make them more resilient to wildland fires. Example diagrams are provided in the Appendix (page 21 onwards).

Village of Lytton – Fire Resilient Community Fact Sheet

Author: Village of Lytton

Year Published: 2024

This is a one-page list of recommendations related to landscaping and building to reduce the risk of fire spread and damage, building from the Village’s experience with a destructive wildfire in 2021.

The right column is focused on building recommendations, while the left is about landscaping.

West Coast Building Standard: Residential Construction Specifications

Author: Richard Hall, Nuxalk Nation Housing Specialist and Advisor

Year Published: 2023

This guide shares solutions for affordable, energy-efficient homes for coastal areas. The guidelines lead to units that are 20% more efficient compared to the baseline requirements of the BC Building Code (Energy Code Step 3). The standard also includes culturally appropriate features, such as a shared cultural kitchen for canning, skinning, and weaving.

Six short videos – Richard & Friends – complement this publication and are available on the BCIT website.

FireSmart Fact Sheet: Siding

Author: FireSmart Canada

Year Published: 2022

Exterior walls – siding – are a fire safety risk because damage to siding can allow fires to reach underlying walls and penetrate a building’s interior. This one-page document provides guidelines for those who are considering renovating siding to promote fire resilience.

FireSmart has also produced a more comprehensive home development guide that recommends designs, materials, and practices to reduce a building’s vulnerability to wildfire.

Cool Roofs and Walls to Reduce Heat Gain

Author: Building America Solution Centre, Office of Energy Efficiency & Renewable Energy

Year Published: 2023

‘Cool’ roofs or walls use materials or coatings that stay relatively cool when the sun shines directly on them, which reduces heat conducted into the building. Cool roofs and walls improve comfort and energy efficiency, especially during periods of extreme heat.

Climate zones are only mapped for the United States on the website. BC’s climate zones can be found on Better Homes BC.

Three Steps to a Cost-Effective FireSmart™ Home

Author: Intact Centre on Climate Adaptation at the University of Waterloo

Year Published: 2023

This document provides guidance on landscaping and home upgrades that improve a home’s fire resilience, including options that do not require working with a contractor and can be done by a resident and/or their community.

The low-cost options in step 1 are related to landscaping and home maintenance.

Getting started with fire-resilient practices can be challenging, especially without dedicated funding or support. This section offers some curated funding and capacity building resources for rural and remote communities in BC.

Click on a card for more details about the funding program.

This handbook is a ‘living site’! We welcome your feedback and ideas. The handbook will be continually updated and improved based on community contributions and feedback.

Name
Questions, comments, feedback, and suggestions are all welcome.

FireSmart, Intelli-feu and other associated Marks are trademarks of the Canadian Interagency Forest Fire Centre Inc.