Canada Wildfire Season 2026
The 2026 Canadian wildfire season opened with a paradox that will be familiar to anyone who has tracked the country’s fire history over the past decade: a slow, below-average start that federal officials and climate scientists are warning could flip into a catastrophic summer with very little notice. As of May 28, 2026, the Government of Canada reported 65 active wildfires with 6 classified as out of control, and a total area burned of just over 18,935 hectares — less than 5% of the 10-year average for the same point in the season. The Canadian Interagency Forest Fire Centre (CIFFC) placed national preparedness at Level 1, the lowest of five tiers, reflecting the current low demand for cross-jurisdictional firefighting resources. By May 31, Wikipedia’s running tally of the 2026 season placed total fires at 1,495 and area burned at 78,800 hectares — still well below historical benchmarks. On the surface, 2026 looks manageable. Every expert assessment cautions against reading the surface.
What makes the 2026 forecast alarming is not the May numbers — it is what is coming behind them. The Government of Canada’s official wildfire season outlook, delivered May 28, 2026 by Minister of Emergency Management Eleanor Olszewski, confirmed above-normal temperatures for nearly all Canadian regions in June, July, and August, compounded by long-standing precipitation deficits across Western Canada and drought conditions that have persisted for several years with no meaningful relief. Natural Resources Canada scientist Yan Boulanger stated plainly: “If there are ignitions during that time period that are very critical, we might see the fire spread pretty quickly into the landscapes.” The warning comes in the direct shadow of the three most catastrophic wildfire seasons in Canadian recorded history — 2023 (18.5 million hectares), 2024 (5.4 million hectares), and 2025 (9 million hectares) — each of which began with similarly modest early-season statistics before exploding into national emergencies. Canada is not watching a slow season unfold. It is watching a fuse burn.
Key Canada Wildfire Facts 2026
| Fact | Detail |
|---|---|
| Active wildfires as of May 28, 2026 | 65 active fires — 6 out of control |
| Total area burned (as of May 31, 2026) | 78,800 hectares (195,000 acres) |
| Total fires recorded (Jan–May 2026) | 1,495 fires total |
| Area burned vs 10-year average (late May) | Less than 5% of 10-year average |
| 10-year average area burned by this point | ~519,000 hectares |
| National Preparedness Level | Level 1 — lowest of 5 tiers |
| Worst year on record (Canada) | 2023 — 18.5 million hectares burned |
| 2023 fires: times above historical average | Nearly 7× the historical average |
| 2024 season area burned | 5.4 million hectares — 6th worst in 50 years |
| 2025 season area burned | ~9 million hectares — 2nd worst on record |
| Last 3 wildfire seasons | All among the 10 worst on record |
| 2026 forecast: temperatures (June–Aug) | Above normal for nearly all Canadian regions |
| Highest-risk provinces/territories (2026) | British Columbia, Alberta, Northwest Territories |
| Drought conditions | Persisting in Western Canada for several years |
| Lightning-ignited fires (% of area burned, 2023) | 93% of area burned — only 7% human-ignited |
| Canada warming rate vs global average | Twice as fast as the global average |
| Canada’s share of world’s boreal forests | Over 25% of all boreal forest globally |
| Wildfire smoke annual deaths (2020–2024 avg) | ~1,400 deaths per year in Canada |
| 2023 smoke: global premature deaths | 80,000+ premature deaths globally |
| 2024 Jasper wildfire insured damage | $1.23 billion — 2nd costliest fire in Canadian history |
| 2016 Fort McMurray insured damage (record) | $3.8 billion — costliest wildfire in Canadian history |
| New CIFFC aircraft funding (2026–2031) | $316.7 million over 5 years — leasing aerial firefighting fleet |
| Parks Canada fire program funding | $47 million over 5 years for preparedness and risk reduction |
| New firefighting aircraft leased (2026) | 10 new planes and helicopters |
Source: Government of Canada — 2026 Wildfire Season Update (canada.ca, May 28, 2026); CBC News — Wildfire Activity Low But Risk Remains (cbc.ca, May 28, 2026); Canadian Interagency Forest Fire Centre (CIFFC); Wikipedia — 2026 Canadian Wildfires; Canadian Climate Institute Fact Sheet: Climate Change and Wildfires (climateinstitute.ca, May 2026); Insurance Bureau of Canada / CatIQ — Jasper Wildfire Damage (2025); Natural Resources Canada; Vertical Mag — Wildfire Forecast 2026 (May 2026)
The opening statistics of the 2026 wildfire season demand two simultaneous reactions: acknowledgement that the current numbers are genuinely low by recent Canadian standards, and the clear-eyed recognition that the conditions underlying the past three record-breaking seasons have not changed. Canada warms at twice the global average rate — a fact confirmed by Environment and Climate Change Canada and embedded in every major wildfire risk projection model — and the country’s 25%+ share of global boreal forest means that its exposure to climate-driven fire risk is structurally larger than any other nation on Earth. The comparison to prior slow starts is instructive: in 2023, the season that ultimately consumed 18.5 million hectares and displaced up to 232,000 Canadians, the early-season numbers were similarly subdued before an explosive June triggered a cascade that overtook every planning assumption. The federal government’s investment of $316.7 million over five years in aerial firefighting capacity — announced alongside the May 2026 season briefing — reflects a government that is not assuming the current calm will hold.
The wildfire smoke mortality data deserves particular emphasis as a public health framing. Between 2020 and 2024, wildfire smoke was responsible for an average of 1,400 deaths per year in Canada — deaths from cardiovascular and respiratory complications in communities far from any flame. In 2023, smoke from Canadian wildfires drifted across North America and caused an estimated 80,000+ premature deaths globally, making that season’s public health toll arguably its most consequential legacy. A single week of smoke in June 2023 cost Ontario over $1.2 billion in health system impacts including premature deaths, emergency department visits, and hospital admissions. These are not marginal externalities of wildfire — they are a parallel, largely invisible crisis that runs alongside the visible destruction of hectares and structures.
2026 Wildfire Season by Province & Territory
2026 Wildfire Risk Level by Region — June–August Forecast
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British Columbia |████████████████████████████████████████| HIGHEST — persistent drought, holdover fires
Alberta |████████████████████████████████████████| HIGHEST — above-normal temperatures
Northwest Territories |████████████████████████████████████████| HIGHEST — hot, dry forecast
Saskatchewan Prairies |████████████████████████████████████ | HIGH — above-normal July risk
Manitoba Prairies |████████████████████████████████████ | HIGH — persistent drought
Ontario |███████████████████████████████████ | HIGH — elevated June risk
Quebec |███████████████████████████████████ | HIGH — elevated June risk
Maritime Provinces |████████████████████████ | MODERATE-HIGH — drought in NB/NS
Northern AB / NWT |█████████████████████ | MODERATE — higher-than-normal precip expected
| Province / Territory | 2026 Risk Level | Key Conditions / Notes |
|---|---|---|
| British Columbia | HIGHEST | Persistent drought; below-normal precipitation in May; expanded drought in southern/interior BC; holdover fires from prior seasons |
| Alberta | HIGHEST | Above-normal temperatures; long-standing precipitation deficit; worst affected in 2024 season |
| Northwest Territories | HIGHEST | 2023 record season hit NWT hardest after BC; hot, dry summer forecast |
| Saskatchewan | HIGH | Southern Prairies at elevated risk in July specifically; drought conditions ongoing |
| Manitoba | HIGH | Drought persists; 2025 saw some of worst fires in southern MB |
| Ontario | HIGH | Elevated risk particularly in June; northwestern Ontario forecast below-normal precipitation |
| Quebec | HIGH | Above-normal June risk; boreal forest exposure |
| Nova Scotia | MODERATE-HIGH | Drought in Maritimes region; 1 firefighter died in Annapolis County (2026) |
| New Brunswick | MODERATE-HIGH | Significant drought in Maritime region flagged by Canadian Drought Monitor |
| Yukon | MODERATE-HIGH | Elevated risk consistent with western/northern trend |
| Northern Alberta / NWT (select areas) | MODERATE | Signals for higher-than-normal precipitation in some northern zones |
| Northern Manitoba / Saskatchewan | LOWER | Deep snowpack remaining in parts; 400% of normal April precipitation in some northern MB areas |
Source: Government of Canada — 2026 Wildfire Season Outlook (canada.ca, May 28, 2026); Calgary Journal — Wildfire Forecast: High Risk for BC, Prairies, NWT (May 28, 2026); Penticton Herald — Wildfire Forecast (May 28, 2026); NIFC North American Seasonal Fire Assessment (nifc.gov, May 2026); Canadian Drought Monitor; SpaceQ Media — Canada 2026 Wildfire Season Update (June 2026)
The provincial and territorial risk picture for 2026 reflects a geography that has become painfully familiar over the past three years. British Columbia, Alberta, and the Northwest Territories form the high-risk triangle that has been at the centre of Canada’s worst wildfire seasons, and all three enter the 2026 summer with compounding structural deficits: multi-year precipitation shortfalls that have not been erased by a single wetter-than-average month, beetle-killed timber stands that represent massive accumulations of dry fuel, and holdover fires — the so-called “zombie fires” that smoulder in peat and root systems through winter and re-emerge when spring temperatures arrive. The Canadian Drought Monitor confirmed that B.C. received below-normal precipitation in May 2026, expanding already-significant drought conditions across the southern interior and southern coastal zones. Natural Resources Canada has flagged “severe and sustained fire danger, particularly in British Columbia” as a result.
The Prairie risk window is specifically concentrated in July, when the southern portions of Saskatchewan and Manitoba face the most elevated fire weather conditions according to the CIFFC outlook. Ontario and Quebec face their peak risk in June, a month earlier than the Prairies — a timing difference that matters enormously for resource allocation, since firefighting personnel and aircraft cannot be in multiple high-risk regions simultaneously. The Maritime provinces, previously considered relatively low-risk compared to Western Canada, have experienced a notable increase in wildfire activity since 2023: the death of a firefighter in Annapolis County, Nova Scotia during the 2026 season is the starkest reminder that the wildfire threat is no longer geographically contained to the boreal west. The ongoing drought conditions flagged by the Canadian Drought Monitor across New Brunswick and Nova Scotia position the Maritimes for another season of elevated risk, even if the raw hectares burned in the east remain dwarfed by western numbers.
Canada Wildfire Historical Comparison 2026
Canada Annual Area Burned — Historical Comparison
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10-year historical avg |████████████████████████ | ~2.5 million hectares/year
2019 |████████████████████ | ~1.8 million hectares
2020 |████████████ | ~605,000 hectares
2021 |███████████████ | ~1.0 million hectares
2022 |████████████████████ | ~1.8 million hectares
2023 (RECORD) |████████████████████████████████████████| 18.5 million hectares
2024 |███████████████████████████ | 5.4 million hectares
2025 |████████████████████████████████████ | ~9 million hectares
2026 (to May 31) | | 78,800 ha — season in progress
Scale: Each █ ≈ ~500,000 hectares
| Year | Total Fires | Area Burned (hectares) | Key Events / Notes |
|---|---|---|---|
| 2016 | N/A | N/A | Fort McMurray fire — $3.8B insured damage; record insured cost |
| 2019 | ~5,200 | ~1.8 million ha | Elevated — especially BC and Alberta |
| 2020 | ~4,700 | ~605,000 ha | Below average — COVID year; limited detection |
| 2021 | ~6,100 | ~1.0 million ha | Lytton, BC — village destroyed; heat dome |
| 2022 | ~4,700 | ~1.8 million ha | Significant but below recent records |
| 2023 | 6,551 | 18.5 million ha | All-time record — 7× historical average; 185,000–232,000 evacuated |
| 2024 | 5,686 | 5.4 million ha | 6th worst in 50 years; Jasper fire ($1.23B); 70% burned in AB, BC, SK, NWT |
| 2025 | N/A | ~9 million ha | 2nd worst on record; twice the 10-year average |
| 2026 (to May 31) | 1,495 | 78,800 ha | Season ongoing; <5% of 10-yr average for this date |
| 10-year average | ~5,500 | ~2.5 million ha | Heavily skewed by 2023/2024/2025 |
| Historical average (pre-2023) | N/A | ~2.6 million ha | Long-term avg before record era |
Source: Wikipedia — 2026 Canadian Wildfires; Wikipedia — 2024 Canadian Wildfires; Wikipedia — 2023 Canadian Wildfires; Natural Resources Canada — Canadian Wildfire Statistics; Canadian Climate Institute Fact Sheet (climateinstitute.ca, May 2026); Export Development Canada — Canada’s Wildfire Crisis (edc.ca, November 2025); Vertical Mag — Wildfire Forecast 2026 (May 2026)
The historical comparison table above is where the magnitude of Canada’s modern wildfire crisis becomes impossible to minimise. Before 2023, the country’s worst wildfire season on record was approximately 7.5 million hectares — itself considered an extraordinary outlier. The 2023 season burned 18.5 million hectares, more than double that previous record, nearly 7 times the long-term historical average, and — critically — not an isolated spike but the beginning of three consecutive years in which Canada’s fire statistics have operated in an entirely different regime from anything previously measured. The 2025 season at approximately 9 million hectares — the second worst in recorded history — came after a 2024 season that was itself among the six worst in the preceding 50 years. Canada’s three worst wildfire seasons in history all occurred in the last three years. That is not a streak of bad luck. That is a structural shift.
The insured damage figures put dollars to what the hectare counts can only partially convey. The 2016 Fort McMurray wildfire’s $3.8 billion in insured damages set what seemed at the time like an incomprehensible benchmark — the most expensive natural disaster in Canadian history measured by insurance payouts. The 2024 Jasper fire’s $1.23 billion placed it immediately as the second-costliest fire event on record, after destroying one-third of the town’s structures — 358 buildings — in a fire that reached a shocking 60 square kilometres in size in a matter of hours. The 2023 Okanagan and Shuswap fires in BC rank third at approximately $720 million. As the Canadian Climate Institute noted, this trajectory of insured losses will continue to climb as wildfire activity intensifies, community-wildland interface development expands, and the cost of rebuilding in remote, fire-damaged areas — like Jasper, where debris must be hauled 365 kilometres for processing — continues to escalate in line with broader construction cost inflation.
Climate Change & Canada’s Wildfire Crisis 2026
Canada Warming & Wildfire Risk Drivers
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Canada warming rate |████████████████████████████████████████| 2× faster than global average
Canada's boreal forest share |████████████████████████████████████████| 25%+ of world's total
Lightning-ignited % of area (2023) |████████████████████████████████████████| 93% of all area burned
Human-ignited % of area (2023) |████ | 7% of all area burned
Fire season length increase |████████████████████████████████████████| Starting earlier, ending later
"Burning hours" increase |████████████████████████████████████████| Weakening day-night cycle = night burning
Zombie/holdover fires |████████████████████████████████████████| Now smouldering through winter
Annual avg smoke deaths in Canada |████████████████████████████████████████| ~1,400/year (2020–2024)
Cost to avg household (2015–2025) |████████████████████████████████████████| +$700/year (climate change impacts)
| Climate / Risk Driver Metric | Data Point | Source |
|---|---|---|
| Canada warming rate vs global | 2× faster than the global average | Government of Canada / Canadian Climate Institute |
| Canada’s boreal forest | Over 25% of the world’s total boreal forest | Canadian Climate Institute |
| 2026 temperature forecast (Jun–Aug) | Above normal for nearly all Canadian regions | Canada.ca, May 28, 2026 |
| 2026 projected global temperature | Likely among hottest years on record — 1.35–1.53°C above pre-industrial | Environment and Climate Change Canada |
| Lightning vs human ignition (2023) | 93% of area burned from lightning; only 7% human-ignited | Canadian Climate Institute / Jain et al. (2025) |
| Burning hours | Research shows warming weakens day-night temperature cycle — fires burn overnight | Luo 2026, cited by Canadian Climate Institute |
| Fire season timing | Starting earlier, lasting longer, harder to contain | Climate Atlas of Canada / Natural Resources Canada |
| Snow cover loss | Decreased May–June snow cover in Canada’s north → drier conditions | Environment and Climate Change Canada, 2025 |
| Holdover / zombie fires | Now smouldering through winter — re-igniting as early as late March | Shingler 2024; Axeman.ca (March 2026) |
| 2023: area burned vs prior record | More than double the previous record season | Natural Resources Canada |
| 2023: area burned vs historical average | Nearly 7× more than the historical average | Natural Resources Canada |
| Wildfire smoke deaths: Canada avg (2020–2024) | ~1,400 deaths per year | Romanello et al. 2025; Canadian Climate Institute |
| 2023 smoke: global premature deaths | 80,000+ premature deaths globally | Zhang et al. 2025 |
| 2023 June smoke: Ontario health cost (1 week) | $1.2 billion in one province in one week | Sawyer et al. 2023 |
| Climate impact cost per household (2015–2025) | +$700/year from accumulating climate change impacts | Sawyer et al. / Canadian Climate Institute |
| Forest industry impact (BC, 2017) | 40 forestry companies temporarily shut down | Ministry of Environment & Climate Change Strategy BC |
| Canadian firefighters (total) | 123,608 active firefighters — 71% volunteers | Great Canadian Fire Census 2025 |
| Firefighters vs 2022 | 2,000 fewer mobilized in 2024 than in 2022 | Great Canadian Fire Census 2025 |
| Beetle-killed timber stands | Massive dry fuel accumulation in BC/AB — elevated fire risk | Axeman.ca Wildfire Outlook 2026 |
Source: Canadian Climate Institute — Fact Sheet: Climate Change and Wildfires (climateinstitute.ca, May 2026); Government of Canada — 2026 Wildfire Season Outlook (canada.ca, May 28, 2026); Great Canadian Fire Census 2025; Romanello et al. (2025); Zhang et al. (2025); Sawyer et al. (2023); Luo 2026 (burning hours research); Axeman.ca — Canadian Wildfire Outlook 2026 (March 2026)
The climate science behind Canada’s wildfire crisis is no longer contested in any serious scientific forum — it is a matter of understanding the precise mechanisms through which a warming planet is translating into fire. The two most significant drivers in the 2026 context are fuel drying and fire weather extension. Canada’s rapid warming — at twice the global average pace — accelerates the drying of forest fuels at a rate that outpaces any natural moisture replenishment cycle, creating what researchers describe as a feedback loop: warmer temperatures dry fuels faster, dried fuels burn more intensely, intense fires release more carbon, more carbon drives more warming. The breakdown of the day-night temperature cycle documented in 2026 research by Luo and cited by the Canadian Climate Institute means fires that once slowed or self-extinguished overnight — when lower temperatures and higher relative humidity suppressed combustion — now burn continuously through darkness, dramatically accelerating their spread and making suppression exponentially harder.
The 93% of 2023 area burned that was lightning-ignited is perhaps the most important single fact in the climate-wildfire relationship, because it directly challenges the narrative that better forest management or human behaviour modification could meaningfully reduce Canada’s fire risk. When the primary ignition source is electrical storms — whose frequency increases as the climate warms — the agency of human decision-making in wildfire prevention becomes structurally limited. The 2,000 fewer firefighters mobilized in 2024 compared to 2022 — documented by the Great Canadian Fire Census — and the fact that 71% of Canada’s 123,608 active firefighters are volunteers operating with aging equipment underscore that the suppression side of the ledger is also under strain. The federal government’s $316.7 million CIFFC aircraft investment and $47 million Parks Canada fire management program announced in May 2026 represent meaningful additions to the country’s suppression capacity — but they are being deployed against a fire regime that has tripled in scale within a decade.
Canada Wildfire Economic & Health Impact 2026
Canada Wildfire Economic Losses — Landmark Events
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2016 Fort McMurray (insured) |████████████████████████████████████████| $3.8 billion — all-time record
2024 Jasper (insured) |████████████████████████████████ | $1.23 billion — 2nd highest
2023 Okanagan/Shuswap, BC (ins.) |███████████████████████████ | $720 million — 3rd highest
2023: Ontario smoke (1 week only) |███████████████████████████ | $1.2 billion health cost
Health deaths from smoke:
2020–2024 annual average Canada |████████████████████████████████████████| ~1,400 deaths/year
2023 global premature deaths |████████████████████████████████████████| 80,000+ deaths worldwide
Annual suppression cost (historic) |████████████████████████████████████ | $216M–$1B+ per year
Projected future (low-emissions) |████████████████████████████████████████| ~$1 billion/year avg (+60%)
| Economic / Health Impact Metric | Data Point | Source |
|---|---|---|
| 2016 Fort McMurray insured damages | $3.8 billion — costliest wildfire in Canadian history | IBC / EDC |
| 2024 Jasper insured damages | $1.23 billion — 2nd costliest — destroyed 358 structures (⅓ of town) | IBC / CatIQ (2025); CBC |
| 2023 Okanagan & Shuswap, BC insured damages | ~$720 million — 3rd costliest wildfire in Canadian history | EDC (November 2025) |
| 2024 Jasper fire: speed of destruction | Grew to 60 km² in a matter of hours | CBC |
| 2024 Jasper: debris transport distance | Hauled up to 365 km (to Edmonton) for processing | IBC / CBC |
| CN Rail suspension (Jasper 2024) | CN Rail service suspended — grain shipments delayed to Port of Vancouver | EDC |
| Annual wildfire suppression cost (1970–2009) | Range of $216 million to $1 billion+ per year | PLOS One / PMC wildfire costs study |
| Average suppression cost (1970–2009) | $537 million/year | PLOS One / PMC |
| Projected future suppression cost (low-emissions) | ~$1 billion/year — a 60% real increase | PLOS One climate projection |
| Climate cost per household (2015–2025) | +$700/year — from climate change impacts including wildfires | Canadian Climate Institute |
| Wildfire smoke deaths (Canada, 2020–2024 avg) | ~1,400 per year | Romanello et al. 2025 |
| 2023 wildfire smoke: global premature deaths | 80,000+ premature deaths globally | Zhang et al. 2025 |
| 2023 Ontario smoke: healthcare cost (1 week) | $1.2 billion in health impacts — premature deaths, emergency admissions | Sawyer et al. 2023 |
| Forestry sector impact (BC 2017) | 40 forestry companies temporarily shut down | BC Ministry of Environment |
| 2025 Jasper wildfire evacuees (2024 event peak) | Over 50,000 evacuated nationally in 2024 season | Wikipedia — 2024 Canadian Wildfires |
| 2023 peak evacuations | 185,000–232,000 Canadians evacuated | Wikipedia — 2023 Canadian Wildfires |
| WildFireSat constellation (planned) | Canada’s planned satellite constellation for real-time wildfire intelligence | SpaceQ Media, June 2026 |
| New firefighting aircraft (2026) | 10 planes and helicopters leased for 2026 season | Canadian Press / Calgary Journal, May 2026 |
Source: Insurance Bureau of Canada / CatIQ — Jasper Wildfire Damage Report (2025, CBC); Export Development Canada — Canada’s Wildfire Crisis: Economic & Trade Disruption (edc.ca, November 2025); PLOS One / PMC — Wildfire Suppression Costs for Canada under a Changing Climate; Canadian Climate Institute Fact Sheet (climateinstitute.ca, May 2026); Romanello et al. (2025); Zhang et al. (2025); Sawyer et al. (2023); SpaceQ Media (June 2026)
The economic toll of Canada’s wildfire crisis is a figure that resists easy summary, because the costs distribute themselves across insurance claims, government suppression budgets, infrastructure disruption, public health systems, and household cost-of-living in ways that no single ledger captures. The $3.8 billion in insured damages from the 2016 Fort McMurray fire — which remained the benchmark for more than eight years — is now understood as a preview rather than an outlier: the 2024 Jasper fire’s $1.23 billion insured loss arrived from a wildfire that destroyed a third of one town’s structures and caused CN Rail to temporarily suspend service through Jasper, delaying grain shipments bound for the Port of Vancouver — a cascading disruption that rippled through Canada’s agricultural export supply chain with costs that never appeared in any insurance tally. The PLOS One peer-reviewed study of suppression cost trajectories projects that even under a relatively optimistic low-emissions scenario, Canada’s average annual wildfire suppression cost will reach approximately $1 billion per year — a 60% real increase from the 1970–2009 average of $537 million — before mid-century. Under higher emissions scenarios, the projections are significantly worse.
The public health economics are equally underappreciated. The finding that a single week of wildfire smoke in June 2023 cost Ontario over $1.2 billion in health system impacts — premature deaths, emergency department visits, cancelled surgeries due to overwhelmed hospitals, and long-term respiratory disease management — means that a repeat of that smoke event in any major Canadian province would impose a health cost comparable to a significant natural disaster in its own right, even in the complete absence of any direct flame damage to structures or land. At ~1,400 Canadian deaths per year from wildfire smoke over the 2020–2024 period — deaths that occur in cities hundreds of kilometres from the nearest fire perimeter, among people who may not even be aware that a wildfire season is underway — the public health dimension of Canada’s wildfire crisis is a story that the hectares-burned figure alone consistently fails to tell.
Disclaimer: The data research report we present here is based on information found from various sources. We are not liable for any financial loss, errors, or damages of any kind that may result from the use of the information herein. We acknowledge that though we try to report accurately, we cannot verify the absolute facts of everything that has been represented.
