Chapter 7: Mapping Physical Assets

Chapter Overview

This chapter examines physical assets — the tangible, visible infrastructure and built environment that shapes community life. Physical assets include buildings, roads, parks, schools, health facilities, housing, utilities, and natural features. While these assets are often easier to map than social or cultural resources, mapping them well requires attention to function, condition, accessibility, capacity, and equity. A library that exists on paper but is closed four days a week is not the same asset as one open daily. A park that is technically "public" but has no accessible entrance is not equally available to all residents. This chapter provides frameworks for mapping physical assets in ways that reflect functional reality, surface disparities, and support community decision-making.

Learning Outcomes

By the end of this chapter, you will be able to:

Identify and categorize the major types of physical assets that support community wellbeing
Map physical assets using spatial data, field observation, and community validation
Assess physical assets for accessibility, capacity, condition, and equity
Distinguish between nominal presence (a facility exists) and functional availability (a facility is usable and accessible)
Document natural assets and their role in community health and resilience
Apply universal design principles to physical asset mapping
Use physical asset maps to inform planning, advocacy, and community development

Key Terms

Physical Assets: The tangible, built, and natural infrastructure that supports community life, including buildings, facilities, transportation networks, utilities, housing, parks, and natural features.
Accessibility: The degree to which a physical asset can be reached, entered, and used by all community members, regardless of age, mobility, sensory ability, or other characteristics.
Universal Design: The design of environments, products, and services to be usable by all people, to the greatest extent possible, without the need for adaptation or specialized design.
Functional Capacity: The actual usable capacity of a physical asset, accounting for hours of operation, condition, eligibility restrictions, and practical barriers.
Built Environment: The human-made physical surroundings in which people live, work, and recreate, including buildings, infrastructure, and public spaces.

7.1 Buildings and Facilities

Buildings and facilities are the most visible physical assets in any community. They include community centres, libraries, recreation facilities, places of worship, civic buildings, retail spaces, markets, and institutional buildings. These structures provide space for services, gathering, commerce, learning, and civic life.

Mapping buildings and facilities begins with identification and location. Where are the major buildings? What functions do they serve? Who owns or manages them? Basic building inventories can be compiled from municipal databases, organizational directories, aerial imagery, and field surveys. GIS tools can visualize building footprints, uses, ownership, and age.

But a dot on a map showing a community centre's location is only the beginning. Effective physical asset mapping asks deeper questions: Is the building accessible to people using wheelchairs, walkers, or mobility devices? Are there accessible washrooms? Is there parking? Is the building on a transit route? What are the hours of operation? Is space available for community use, or is it fully booked by institutional programs? What is the building's condition — well-maintained, aging, or in disrepair?

These questions distinguish between nominal presence and functional availability. A nominally present building exists on paper and can be plotted on a map. A functionally available building is actually accessible, usable, and open when people need it. A community centre open only Monday to Friday from 9 AM to 4 PM may be nominally present but functionally unavailable to working families. A library with no wheelchair ramp is nominally present but functionally unavailable to people with mobility disabilities.

Buildings also carry social and cultural meaning. A historic community hall may have modest infrastructure but deep significance as a gathering place. A religious building may serve not only spiritual needs but also food security, mutual aid, and cultural preservation. A vacant building may be seen as blight by some and as an opportunity for adaptive reuse by others. Mapping buildings well means capturing not just physical data but also community knowledge about how spaces are used and valued.

Regional and rural contexts add complexity. In many Northern and remote communities, "community buildings" may include seasonal structures, shared spaces in schools or health centres, or outdoor gathering areas with minimal infrastructure. Indigenous communities may prioritize culturally specific spaces such as band offices, healing lodges, or cultural centres. Mapping must be responsive to local context, not impose urban assumptions.

Finally, building inventories must address equity. Are buildings concentrated in some neighborhoods and absent in others? Do low-income areas have access to the same quality of facilities as affluent areas? Are buildings designed for the populations they serve — for example, do neighborhoods with large senior populations have accessible, age-friendly facilities? Spatial analysis can reveal these disparities and support advocacy for equitable investment.

7.2 Roads, Paths, and Transportation

Transportation infrastructure — roads, sidewalks, bike lanes, trails, transit routes, ferry services, and airports — determines where people can go, how easily they can get there, and at what cost. It connects people to work, school, healthcare, food, recreation, and social networks. Transportation is not just infrastructure; it is access.

Mapping transportation begins with the physical network. Where are the roads? What is their condition (paved, gravel, seasonal)? Where are sidewalks, and where are they missing? Where are bike lanes? What transit routes exist, and how frequently do they run? In rural and remote areas, where are the ferry services, winter roads, or air connections? GIS data from municipal, provincial, and federal sources can provide baseline transportation network data.

But again, effective mapping goes beyond plotting lines on a map. Transportation infrastructure must be assessed for accessibility, safety, and equity. Are sidewalks wide enough for wheelchairs? Are there curb cuts at intersections? Are crosswalks well-marked and signalized? Are bike lanes protected or just painted lines on busy roads? Are streets well-lit? Are there safe routes for children walking to school?

Transportation mapping must also account for temporal dimensions. A bus route that runs every hour during the day but not in the evening or on weekends provides limited access for shift workers. A winter road that is open only three months a year is not equivalent to a year-round paved highway. Seasonal ferry schedules, school bus routes, and paratransit services all have operational constraints that affect functional access.

Equity is central to transportation mapping. Low-income residents are more likely to rely on walking, cycling, and public transit, yet these modes often receive less investment than roads for private vehicles. Neighborhoods without sidewalks or transit service face systematic exclusion from opportunities. Seniors, people with disabilities, and children are disproportionately affected by unsafe or inaccessible infrastructure. A transportation equity map can show which neighborhoods are well-connected and which are isolated — revealing disparities that demand redress.

Indigenous and rural communities face distinct transportation challenges. Many remote First Nations communities have no year-round road access, relying on winter roads, ferries, or air travel. Gravel roads may be impassable in spring thaw. Distances to services can be vast — a resident may need to travel 200 kilometers to reach a hospital or grocery store. Mapping must capture these realities, not assume urban norms.

Transportation mapping also intersects with environmental and climate considerations. Where are flood-prone roads? Which routes are vulnerable to erosion or wildfire? How will climate change affect seasonal road access? Transportation resilience mapping supports preparedness and adaptation planning.

7.3 Parks and Public Spaces

Parks, playgrounds, plazas, trails, waterfronts, and other public spaces are essential physical assets. They provide opportunities for recreation, social connection, physical activity, mental health, and contact with nature. Access to green space is linked to reduced stress, improved cardiovascular health, and stronger community cohesion.

Mapping parks and public spaces starts with location and type. Where are the parks? What facilities do they have — playgrounds, sports fields, trails, benches, washrooms, water fountains? Are they neighborhood parks, community parks, or regional parks? Are they natural areas or designed landscapes? Municipal parks departments and conservation authorities often maintain inventories that can be mapped.

But presence alone is insufficient. Effective park mapping assesses accessibility. Can residents reach the park safely on foot or by transit? Is there an accessible entrance? Are pathways paved and navigable for wheelchairs and strollers? Are playgrounds designed for children with disabilities? Are washrooms accessible? Are there shaded areas for hot days?

Parks must also be assessed for equity. Research consistently shows that low-income neighborhoods and racialized communities have less access to quality parks and green space than affluent, predominantly white neighborhoods. A spatial equity analysis can calculate park access by neighborhood, revealing disparities in quantity, quality, proximity, and investment.

Condition and maintenance also matter. A park with broken equipment, overgrown vegetation, poor lighting, or visible neglect may be nominally present but functionally underused. Community surveys or participatory audits can capture resident perceptions of park quality, safety, and usability — data that complements official inventories.

Public space is broader than parks. It includes streetscapes, plazas, community gardens, waterfronts, farmers' markets, and informal gathering places. Some of the most important public spaces are unplanned — a corner where neighbors meet, a parking lot where youth gather, a trail worn through a vacant lot. Mapping these informal spaces requires local knowledge and participatory observation.

In rural and remote communities, "public space" may include natural areas, lakeshores, trailheads, and gathering places on traditional territories. For Indigenous communities, access to land for traditional practices — hunting, fishing, harvesting, ceremony — is a critical physical asset. Mapping must respect the distinction between public parks (managed by government) and traditional lands (subject to Indigenous jurisdiction and protocols).

Climate and environmental considerations are increasingly central to park mapping. Urban heat island mapping can identify neighborhoods that lack tree cover and green space, increasing vulnerability to extreme heat. Flood mapping can show parks that double as stormwater management infrastructure. Biodiversity mapping can identify parks that support pollinators, birds, and native plants.

7.4 Schools, Libraries, and Learning Spaces

Educational infrastructure — schools, libraries, adult education centres, literacy programs, tutoring centres, and makerspaces — supports learning, skill development, literacy, and lifelong education. These facilities are not only places for formal education; they are community anchors, safe spaces for youth, and hubs for social connection.

Mapping schools begins with basic data: location, grade levels served, enrollment, capacity, and catchment areas. School board data, provincial education databases, and municipal planning departments are common sources. Spatial analysis can show proximity to residential areas, walkability, and transit access.

But schools are complex assets. A school that is technically "close" may be separated from residential areas by a highway with no safe crossing. A school may be over-enrolled, requiring portables and split shifts, while another nearby school has empty classrooms. Mapping must capture capacity, utilization, and accessibility — not just location.

School facilities also vary widely in quality. Some schools have modern libraries, science labs, gyms, playgrounds, and accessible entrances. Others are aging, overcrowded, and lacking basic amenities. In many rural and Indigenous communities, schools are underfunded, understaffed, or nonexistent, requiring students to travel long distances or attend boarding schools. Mapping must make these disparities visible.

Libraries are similarly essential physical assets. They provide free access to books, internet, information, programming, and quiet space. In many communities, libraries serve as de facto community centres, offering services far beyond lending books: job search support, digital literacy training, children's programs, meeting rooms, and public washrooms.

Mapping libraries includes location, hours, accessibility, and services. A library open seven days a week with evening hours is functionally different from one open three days a week with limited hours. A library with accessible entrances, large-print collections, assistive technology, and multilingual materials is more inclusive than one without.

Beyond schools and libraries, other learning spaces include adult education centres, trade training facilities, makerspaces, community centres offering workshops, and informal learning environments like community gardens or cultural centres. Mapping should capture the full ecosystem of learning infrastructure, not just formal institutions.

Equity analysis is essential. Do all neighborhoods have equal access to quality schools and libraries? Are resources concentrated in affluent areas? Are there disparities in facility quality, staffing, or programming? Mapping can reveal these patterns and support advocacy for equitable investment.

7.5 Health and Wellness Infrastructure

Health and wellness infrastructure includes hospitals, clinics, primary care centres, mental health services, dental clinics, pharmacies, public health units, and alternative health providers. Access to healthcare is a fundamental determinant of community wellbeing, and physical proximity to services is a key dimension of access.

Mapping health infrastructure begins with identifying facilities and services. Where are hospitals? Where are family doctors accepting patients? Where are walk-in clinics, mental health centres, addiction services, and palliative care? Where are pharmacies? Health authority data, professional directories, and service inventories are common sources.

Spatial analysis can assess proximity and coverage. How far do residents travel to reach primary care? Are there neighborhoods with no nearby clinics? Are services concentrated in urban cores, leaving rural areas underserved? Buffers, travel-time analysis, and accessibility modeling can quantify gaps.

But healthcare access is more than distance. Functional availability depends on eligibility, wait times, hours of operation, language accessibility, cultural safety, and whether providers are accepting new patients. A clinic that technically serves an area but has a six-month wait for appointments is not functionally accessible. A mental health service that offers no evening or weekend appointments is not accessible to working people. Mapping must reflect these realities.

Healthcare infrastructure is deeply inequitable. Rural and remote communities face severe shortages of doctors, specialists, and services. Many Indigenous communities have nursing stations but no physicians, requiring air ambulance transfers for emergencies. Northern communities may have hospitals that lack maternity services, forcing pregnant people to leave their communities weeks before their due date. Low-income urban neighborhoods often have fewer primary care providers per capita than affluent neighborhoods. Spatial equity analysis can document these disparities.

Health mapping must also account for specialized services. Where are pediatric clinics, maternal health services, seniors' health programs, diabetes clinics, cancer treatment centres, and dialysis units? Where are services for marginalized populations — harm reduction sites, sexual health clinics, refugee health services, and low-barrier clinics?

Pharmacies are often overlooked in health mapping but are critical infrastructure. Many people rely on pharmacies for medication, health information, vaccinations, and over-the-counter care. Pharmacy deserts — areas without a nearby pharmacy — are a significant access barrier, particularly for seniors, people with chronic conditions, and those without vehicles.

Finally, wellness infrastructure extends beyond clinical care. It includes fitness centres, yoga studios, swimming pools, trails, and community wellness programs. While some of these are private or fee-based, they are part of the health ecosystem. Mapping wellness infrastructure can support planning for prevention and health promotion, not just treatment of illness.

7.6 Recreation Infrastructure

Recreation infrastructure — arenas, pools, sports fields, gyms, trails, skateparks, playgrounds, and recreation centres — supports physical activity, skill development, socialization, and mental health. Access to recreation is linked to reduced obesity, improved mental health, and stronger community cohesion.

Mapping recreation facilities includes identifying location, type, capacity, and accessibility. Where are arenas, pools, and sports fields? Are they publicly owned or private? What programs do they offer? What are the fees, if any? Are they accessible by transit? Are they physically accessible to people with disabilities?

Recreation infrastructure is often inequitably distributed. Affluent neighborhoods may have multiple pools, arenas, and golf courses, while low-income neighborhoods have aging facilities or none at all. Fee-based recreation programs exclude families who cannot afford registration costs. Mapping can reveal these disparities and support advocacy for universal access.

Hours of operation and programming are critical to functional access. A pool with limited public swim hours is less useful than one with daily open swims. A gym with expensive memberships is less accessible than a free outdoor fitness park. A recreation centre that offers no programming for seniors, youth, or newcomers is not serving the full community.

Recreation mapping must also capture informal recreation spaces. Not all physical activity happens in formal facilities. Youth play street hockey. Seniors walk mall corridors in winter. Community members jog on trails, cycle on roads, or use outdoor fitness equipment. These informal assets should be documented alongside formal facilities.

In rural and remote communities, recreation infrastructure may be sparse or seasonal. An outdoor rink may be usable only in winter. A ball diamond may be volunteer-maintained. A trail network may be created and managed by community members, not government. Mapping must recognize and value these grassroots assets.

Climate change is reshaping recreation infrastructure. Outdoor rinks have shorter seasons due to warmer winters. Extreme heat limits outdoor sports. Trails are threatened by flooding and erosion. Recreation mapping should integrate climate vulnerability assessments to support adaptation planning.

7.7 Housing Stock

Housing is the foundation of community stability and wellbeing. Mapping housing stock involves documenting the types, conditions, costs, and accessibility of residential buildings in a community. Housing assets include single-family homes, multi-unit buildings, social housing, affordable housing, supportive housing, shelters, and transitional housing.

Mapping housing begins with identifying the types and quantity of housing. What is the mix of single-family homes, townhouses, apartments, and other forms? How many units exist? What is the vacancy rate? Municipal assessment databases, census data, and planning documents provide baseline information.

But housing mapping must go deeper. Condition matters. Are homes well-maintained, aging, or in disrepair? Are there structural issues, mold, inadequate heating, or overcrowding? Housing condition assessments — often conducted by public health, housing authorities, or community organizations — can be mapped to show areas of housing stress.

Affordability is a critical dimension. Mapping housing costs — rents, purchase prices, and cost burdens — reveals who can afford to live where. A neighborhood with high average incomes and low housing costs has different dynamics than one with low incomes and high costs. Affordability mapping can identify neighborhoods at risk of displacement or gentrification.

Accessibility is often overlooked in housing mapping. Most housing is not designed for people with mobility disabilities, seniors who use walkers, or families with members who require accessible features. Mapping accessible housing units — or the absence of them — reveals a significant equity gap.

Social housing, affordable housing, and supportive housing are distinct assets. Where are social housing developments? How many units exist? Are there long waitlists? Where is supportive housing for people experiencing mental health challenges, addiction, or homelessness? Mapping these assets shows where public and nonprofit investment has created options — and where gaps remain.

In rural and Indigenous communities, housing presents unique challenges. On-reserve housing in many First Nations communities faces severe shortages, overcrowding, and substandard conditions due to chronic underfunding. Rural areas may lack rental housing, forcing young people and newcomers to leave. Seasonal housing for farm workers or tourism employees may be inadequate or unsafe. Mapping must capture these realities and support advocacy for housing justice.

Homelessness is part of the housing picture. Mapping encampments, shelters, and transitional housing reveals the scale of housing insecurity and the locations where people without housing are surviving. This mapping must be done ethically, with attention to privacy, safety, and the risk of enabling punitive responses.

7.8 Utilities and Services

Utilities and services — water, wastewater, electricity, natural gas, internet, waste collection, and snow removal — are the invisible infrastructure that makes communities functional. When utilities work, they are taken for granted. When they fail or are absent, the impacts are immediate and severe.

Mapping utilities begins with coverage and access. Where is municipal water service available, and where do residents rely on wells? Where is wastewater connected to municipal systems, and where are septic systems used? Where is electricity reliable, and where are outages frequent? Where is high-speed internet available, and where is there no service or only dial-up?

In many rural, remote, and Northern communities, basic utilities are absent or unreliable. Dozens of Indigenous communities have been under boil-water advisories for decades due to unsafe water systems. Many remote communities rely on diesel generators for electricity, making power expensive and carbon-intensive. Broadband internet — essential for education, healthcare, and economic participation — is unavailable in many rural areas, creating a digital divide.

Reliability and quality matter as much as presence. A water system that delivers contaminated water is worse than no system at all. Electrical grids vulnerable to storms leave communities without heat or refrigeration. Internet service that is nominally available but too slow for video calls or online learning is not functionally useful.

Utilities are deeply inequitable. Low-income households spend a higher proportion of income on utilities and are more vulnerable to service disconnections. Rural and remote communities face higher costs for lower-quality service. Mapping utility access and costs can reveal these disparities and support advocacy for universal service.

Waste management is another critical service. Where is waste collection available? Where must residents transport waste to a depot? Are recycling and composting services available? Are hazardous waste collection options accessible? Inadequate waste management contributes to environmental degradation, public health risks, and pest problems.

Climate change is stressing utility infrastructure. Extreme heat strains electrical grids. Flooding overwhelms wastewater systems. Permafrost thaw damages water and sewer lines in Northern communities. Mapping utility vulnerability supports adaptation planning and investment prioritization.

7.9 Natural Assets

Natural assets — rivers, lakes, wetlands, forests, farmland, green corridors, and urban trees — provide essential ecosystem services: clean air and water, flood mitigation, carbon sequestration, temperature regulation, biodiversity, and mental health benefits. Natural assets are often undervalued in community asset mapping, yet they are foundational to resilience and wellbeing.

Mapping natural assets begins with identifying types and locations. Where are water bodies, wetlands, forests, and farmland? What is the tree canopy coverage? Where are natural corridors that support wildlife movement? Conservation authorities, environmental organizations, and remote sensing data provide baseline information.

But natural assets must be mapped for function and condition, not just presence. A wetland that has been drained or filled no longer provides flood mitigation. A river that is polluted does not provide safe recreation or drinking water. A forest fragmented by development loses biodiversity value. Mapping must assess the health and integrity of natural systems.

Natural assets provide ecosystem services that can be mapped and valued. Forests filter air and sequester carbon. Wetlands absorb stormwater and reduce flooding. Urban trees reduce heat island effects and improve air quality. Green corridors provide habitat and recreation. Mapping these services helps decision-makers recognize the economic and social value of protecting natural assets.

Access to nature is an equity issue. Low-income neighborhoods and racialized communities often have less tree canopy, fewer parks, and less access to natural areas than affluent white neighborhoods. Mapping these disparities supports environmental justice advocacy.

In Indigenous contexts, natural assets are not separate from cultural or spiritual assets. Land, water, plants, and animals are kin, not resources. Mapping natural assets in Indigenous communities requires respect for Indigenous knowledge, jurisdiction, and protocols. It should be led by Indigenous community members, not imposed by outsiders.

Climate change is rapidly altering natural assets. Forests face increased wildfire risk. Wetlands are drying. Urban trees are stressed by heat and drought. Shorelines are eroding. Mapping climate vulnerability of natural assets supports conservation and adaptation planning.

7.10 Accessibility and Universal Design

Accessibility is not an optional feature of physical assets; it is a measure of whether a community is usable by all its members. Mapping physical assets without assessing accessibility produces incomplete and misleading information. A park that is inaccessible to wheelchair users is not a community park — it is a park for some, not all.

Universal Design is the principle that environments should be designed to be usable by all people, to the greatest extent possible, without the need for adaptation or specialized design. The seven principles of Universal Design provide a framework for assessing physical assets:

Equitable Use: The design is useful and marketable to people with diverse abilities.
Flexibility in Use: The design accommodates a wide range of individual preferences and abilities.
Simple and Intuitive Use: Use of the design is easy to understand, regardless of the user's experience, knowledge, language skills, or current concentration level.
Perceptible Information: The design communicates necessary information effectively to the user, regardless of ambient conditions or the user's sensory abilities.
Tolerance for Error: The design minimizes hazards and the adverse consequences of accidental or unintended actions.
Low Physical Effort: The design can be used efficiently and comfortably and with a minimum of fatigue.
Size and Space for Approach and Use: Appropriate size and space is provided for approach, reach, manipulation, and use regardless of user's body size, posture, or mobility.

Mapping accessibility requires field audits and community input. Is there an accessible entrance with no steps? Are doorways wide enough for wheelchairs? Are pathways smooth and level? Are there accessible washrooms? Is there accessible parking? Are there visual or auditory aids for people with sensory disabilities? Are there seating areas for people who cannot stand for long periods?

Accessibility mapping should extend beyond buildings to public spaces and transportation. Are sidewalks unobstructed and well-maintained? Are curb cuts present and functional? Are crosswalks audible? Are transit vehicles equipped with lifts or ramps? Are transit stops accessible and sheltered?

Accessibility is not only about physical mobility. It includes cognitive accessibility (clear signage, intuitive wayfinding), sensory accessibility (visual and auditory information), and communication accessibility (multilingual signage, plain language).

Mapping accessibility reveals systemic exclusion. When most public buildings, parks, and transit systems are inaccessible, people with disabilities are effectively barred from full community participation. Accessibility mapping supports advocacy for retrofits, policy change, and inclusive design standards.

Age-friendly mapping is closely related. Seniors may face barriers similar to those faced by people with disabilities: difficulty with steps, long walking distances, inadequate seating, poor lighting, and complex navigation. Mapping age-friendly features — benches, accessible washrooms, senior-friendly programming, safe crossings — supports aging-in-place and community inclusion.

Child-safe mapping is another dimension. Are streets safe for children to walk or cycle? Are playgrounds age-appropriate and well-maintained? Are there safe routes to schools? Child-safe audits, often led by youth or families, can identify hazards and barriers that affect children's independent mobility and play.

7.11 Maintenance, Condition, and Capacity

A building, park, or piece of infrastructure that exists on paper but is crumbling, closed, or over-capacity is not a functional asset. Mapping physical assets must account for maintenance, condition, and capacity — the factors that determine whether a nominally present asset is actually usable.

Maintenance refers to the ongoing work required to keep physical assets functional, safe, and welcoming. Is a park mowed, litter-free, and well-lit? Is a building's roof intact? Are sidewalks cleared of snow in winter? Are potholes repaired? Deferred maintenance leads to deterioration, safety hazards, and eventual failure.

Mapping maintenance is challenging because it requires observation, not just database queries. A field audit or participatory assessment can document maintenance issues: broken playground equipment, graffiti, overgrown vegetation, cracked pavement, burned-out lights, or boarded-up windows. Community surveys can capture resident perceptions of maintenance quality.

Condition refers to the structural integrity and functional state of physical assets. Is a building sound, aging, or unsafe? Is infrastructure nearing the end of its service life? Are systems functional or failing? Municipalities often conduct condition assessments of infrastructure (roads, bridges, water mains) but may not share this data publicly. Advocacy may be needed to make condition data accessible for community mapping.

Buildings and infrastructure in low-income neighborhoods are often in worse condition than those in affluent areas, reflecting inequitable investment. Mapping condition disparities can support advocacy for equitable maintenance and capital investment.

Capacity refers to the volume of use a physical asset can accommodate. A school may have space for 300 students but enroll 450, requiring portables and split classes. A recreation centre may have a gymnasium that is booked solid, with no available time slots. A library may have limited seating, so people must stand or leave. Mapping capacity shows where assets are over-subscribed and where new investment is needed.

Capacity also includes hours of operation. A library open 60 hours per week has more capacity than one open 20 hours per week, even if the buildings are the same size. A clinic open evenings and weekends has more functional capacity than one open only weekday mornings. Mapping hours of operation reveals temporal dimensions of access.

Finally, capacity must account for eligibility and barriers. A community centre may have space available but charge fees that exclude low-income families. A housing unit may exist but be restricted to specific populations. A service may be available but require documentation that undocumented residents do not have. Mapping must distinguish between theoretical capacity and usable capacity.

7.12 Synthesis and Implications

Physical assets are the foundation of community life. They enable services, support livelihoods, facilitate social connection, and shape health and wellbeing. Yet the presence of physical assets alone does not guarantee community wellbeing. What matters is whether assets are accessible, functional, equitably distributed, well-maintained, and sufficient to meet community needs.

This chapter has shown that effective physical asset mapping must move beyond plotting dots on a map. It must ask critical questions: Who can access this asset? Is it open when people need it? Is it safe, welcoming, and inclusive? Is it in good condition? Does it have capacity to serve the population? Are physical assets equitably distributed, or are some neighborhoods systematically under-resourced?

Physical asset mapping reveals patterns of inequality. Low-income neighborhoods and racialized communities often have fewer parks, libraries, recreation facilities, and quality housing — and what exists is often older, poorly maintained, and less accessible. Rural and remote communities face severe infrastructure gaps: unsafe water, unreliable electricity, no broadband, limited healthcare, and vast distances to services. Indigenous communities face systemic underfunding of housing, water, roads, and services. Physical asset mapping makes these disparities visible and provides evidence for advocacy, policy reform, and investment.

Physical assets are also interdependent. Transportation infrastructure determines access to health, education, and food. Housing quality affects health outcomes. Parks support mental health and social cohesion. Natural assets provide ecosystem services that protect against climate risks. Effective Community Mapping integrates these dimensions, showing how physical assets connect to form a functional (or dysfunctional) community system.

Finally, physical asset mapping must be dynamic. Communities change. Buildings are built and demolished. Infrastructure ages and is replaced. Services open and close. Parks are created or neglected. Climate change alters natural assets. A physical asset map frozen in time quickly becomes outdated. Sustainable Community Mapping requires governance structures, update protocols, and long-term commitment to maintenance and validation.

7.13 Field Exercise: Physical Asset Survey

Purpose: This exercise develops practical skills in documenting, assessing, and mapping physical assets in a defined area. You will conduct a walking survey, document observations, and analyze findings for accessibility, condition, and equity.

Materials Needed:

Clipboard, paper, and pen (or tablet/phone for digital notes)
Camera or smartphone for photos (with permission/ethical protocols)
Base map of the survey area (printed or digital)
Physical Asset Survey Checklist (provided below)
Measuring tape (optional, for accessibility measurements)

Steps:

Define your survey area. Choose a neighborhood, street, or district that you can survey on foot in 1-2 hours. Mark the boundaries on your base map.
Conduct a walking survey. Walk the entire area systematically, documenting all physical assets you observe. Use the checklist below as a guide. Take photos (with attention to privacy — no identifiable faces without consent).
Document each asset. For each building, park, facility, or infrastructure element, record:
- Type (school, park, clinic, etc.)
- Location (address or cross streets)
- Accessibility features (ramps, curb cuts, accessible entrances, etc.)
- Condition (well-maintained, aging, disrepair)
- Hours of operation (if posted or known)
- Notes on barriers, gaps, or observations
Create a map. Plot the assets you documented on your base map. Use symbols or colors to indicate asset type, condition, and accessibility.
Analyze patterns. Review your map and notes. What patterns do you see? Are assets clustered or dispersed? Are some types of assets absent? Are accessibility features common or rare? What neighborhoods or populations might be underserved?
Validate with community knowledge. If possible, share your draft map with a long-time resident or community organization. Ask: Is anything missing? Are your observations accurate? What do you not see that matters?

Physical Asset Survey Checklist:

Buildings and Facilities (community centres, libraries, places of worship, civic buildings)
Transportation (roads, sidewalks, bike lanes, transit stops, accessibility features)
Parks and Public Spaces (parks, playgrounds, plazas, trails, benches, accessibility)
Schools and Learning Spaces (schools, libraries, literacy centres)
Health and Wellness (clinics, pharmacies, mental health services)
Recreation (arenas, pools, sports fields, gyms)
Housing (types, condition, social housing, shelters)
Utilities (visible infrastructure: hydrants, utility poles, waste bins, internet access points)
Natural Assets (water bodies, trees, green space)
Accessibility (ramps, curb cuts, accessible washrooms, tactile paving, audible signals, seating)

Deliverable: A hand-drawn or digital map showing physical assets, plus a 2-3 page report summarizing findings, patterns, accessibility observations, and recommendations.

Time Estimate: 2-3 hours for survey; 1-2 hours for mapping and analysis.

Safety and Ethics Notes:

Survey during daylight hours in safe conditions. Do not enter private property.
Take photos of infrastructure, not people. If photographing people is necessary (e.g., showing accessibility barriers), obtain consent.
Do not include identifying information about vulnerable individuals (e.g., people experiencing homelessness) in your notes or map.
If surveying an area where you are an outsider, acknowledge that your observations reflect your perspective and should be validated with community members.
If your survey identifies serious safety hazards (e.g., broken playground equipment, damaged sidewalks), consider reporting them to the municipality or relevant authority.

Key Takeaways

Physical assets include buildings, infrastructure, transportation, parks, housing, utilities, and natural features — the tangible resources that support community life.
Effective physical asset mapping distinguishes between nominal presence (an asset exists) and functional availability (an asset is accessible, open, and usable).
Accessibility must be assessed for all physical assets, ensuring that people with disabilities, seniors, children, and others can reach, enter, and use facilities.
Physical assets are inequitably distributed, with low-income neighborhoods, racialized communities, and rural/remote areas facing systematic under-investment.
Maintenance, condition, and capacity determine whether physical assets are functional and sufficient to meet community needs.
Natural assets provide essential ecosystem services and must be protected and integrated into community asset mapping.

Plain-Language Summary

Physical assets are the buildings, roads, parks, schools, housing, and natural features that make up a community's infrastructure. Mapping physical assets helps communities and decision-makers see where resources exist, where gaps are, and who can access what.

But it's not enough to just mark buildings on a map. Good physical asset mapping asks: Is the building accessible to people with disabilities? Is it open when people need it? Is it in good condition? Are resources spread fairly across neighborhoods, or are some areas left out?

This chapter shows how to map all kinds of physical infrastructure — from libraries and health clinics to sidewalks and water systems — while paying attention to who can use them and whether they're meeting people's needs. It emphasizes that a park that's hard to reach, or a clinic that's only open weekday mornings, isn't as useful as it looks on paper. Communities need assets that actually work for everyone — and mapping helps show where changes are needed.

End of Chapter 7.

Chapter 7. Mapping Physical Assets