Stage One:
Young Forest
Stage Two:
Growing Forest
Stage Three:
Mature Forest
WhitecourtGrande PrairieSlave LakeAthabascaCochrane

Legend

  • 360° Forest Tour
  • Visit the Demonstration Forests

Forests provide different benefits at different stages of maturity.

Younger trees capture carbon at a greater rate than mature forests. Some animals thrive best in established forests, while others do best in younger ones. Some species even prefer areas that have been recently harvested or burned. The key to making our forests the best they can be is helping to maintain a healthy balance of different tree species and ages across the province.

Stage One:
Young Forest

Where sections of older forest have burned or been harvested, a young forest has room to emerge. In the case of harvesting, Alberta’s forestry companies are required to replant the area with a similar mix of trees and help the new forest establish itself. Young forests are open enough for sun-loving plants to grow in, and those plants are a food source for iconic Alberta wildlife.

Stage Two:
Growing Forest

The middle stage of a forest’s life is the longest – over the course of this stage, the forest continues to mature and evolve. Trees reach the prime of their life, and the mixture of cover and open space attracts a new host of plants and animals. A complex natural ecosystem emerges, and the forest becomes self-sustaining.

Stage Three:
Mature Forest

The trees in mature boreal forests have reached full size and are densely packed together. Large amounts of carbon are stored in mature forests, and they’re key to the survival of wildlife species like caribou. Trees at this stage start to be more susceptible to fire, disease and insect infestations, though, and most Alberta trees have a maximum lifespan of 150 years under ideal conditions. Without strategic forest management, historical fire patterns show that most Alberta forests would burn every 50-100 years.

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Learn: Locking in Carbon

Locking in Carbon

Trees and plants capture carbon from the atmosphere and produce oxygen. This process cleans our air, improves air quality, and absorbs carbon dioxide emissions that contribute to climate change. They absorb carbon at different rates depending on their life stage. Younger trees capture more carbon than older trees, meaning that young, developing forests are especially efficient at removing carbon from the atmosphere. n most cases, once carbon dioxide has been absorbed by a tree, it stays locked inside the wood. Wood products made from trees still hold the carbon that was absorbed over the trees' lifetime lumber is 50% carbon by weight. There is an exception where the carbon stored by trees can be released, though – this happens if the tree burns or is killed by insects like the mountain pine beetle. This is one of the reasons why preventing, controlling, and containing fires and infestations is so important.

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