Why Wildfires Are Burning Longer, Hotter and More Frequently

In 2023, Canada experienced its worst wildfire season on record. Over 18 million hectares burned - an area larger than Greece. Smoke drifted across the Atlantic, turning skies orange over New York City and reaching as far as Europe. It was a stark reminder that wildfires are no longer a regional issue. They are global.

The Numbers

Research published in Nature found that the global wildfire season has lengthened by approximately 20% since the 1980s. The area burned annually in the western United States has increased fourfold over the same period. Australia's 2019-2020 Black Summer fires burned over 46 million acres and killed an estimated three billion animals.

These are not isolated events. They are the product of interconnected trends that show no sign of reversing.

Why It Is Happening

Higher temperatures dry out vegetation, creating more fuel. Earlier snowmelt extends the dry season. Drought conditions, exacerbated by climate change, leave landscapes primed to burn. In many regions, decades of aggressive fire suppression have allowed fuel loads to accumulate unnaturally - meaning that when fires do start, they burn with extraordinary intensity.

Human factors compound the problem. Expanding development into fire-prone areas - the wildland-urban interface - puts more people and structures in harm's way. Over one-third of Americans now live in these transitional zones. Power lines, agricultural burns and careless recreation ignite fires in landscapes that are increasingly ready to burn.

The Ecological Perspective

Fire is a natural and necessary ecological process. Many ecosystems evolved with regular fire and depend on it for regeneration. But the fires burning today are often far beyond natural patterns - hotter, larger and more destructive than the historical norms that ecosystems adapted to. When a fire burns so intensely that it sterilizes the soil, natural regeneration can take decades instead of years.

Sustained Collective Attention

Wildfires burn for weeks or months. On Compassiona, this creates a unique participation pattern: extended, sustained engagement that ebbs and flows with containment updates and wind shifts. The tracking system monitors active fires through NASA EONET and GDACS, keeping the global community connected to the ongoing reality of each event.

The research on collective intention suggests that sustained focus over time may be particularly effective. Unlike the sharp spike of earthquake responses, wildfire sessions ask something different of participants: not a burst of attention but a long commitment. The Maharishi Effect data shows that duration of collective focus matters as much as intensity.

As wildfire seasons lengthen and intensify, so does the need for sustained collective love and care. Not as a solution to the climate and land management challenges driving the crisis - but as a human response to a world that increasingly needs people to care together over the long haul.