2 820 080Trees planted

Participate in the renewal of a forest affected by a parasite, the scolyte
I plant here

A tree = $3.00 tax inclusive

Préporché

503 trees planted

Project benefits

  • Climate 291 237 km by car offsetted

  • Biodiversity 1 509 shelters for animals created

  • Health 2 012 months of oxygen generated

  • Employment 503 hour(s) of work created

They take part to the plantation

Number of Reforest'actors : 52

Project description

Contribute to planting on this plot of land ravaged by a beetle, the beetle. 

The project at a glance

  • Number of trees to be planted: 3600
  • Planting area: 4.6 hectares
  • Species planted: douglas fir, fir, oak
  • Type of project: restoration of a forest degraded by the beetle
  • Planting season: winter 2018

Context and bénéfits

This parcel was previously made up of a few Douglas fir and pectinated fir trees but mostly of Sitka spruces. In recent years, they have been attacked by a beetle, the scolyte. This insect is a member of the bark beetle family and attacks spruce forests, which are mountain ranges populated by spruces. In order to limit the proliferation of the pest it is necessary to cut down affected trees as well as the weakest ones that will not resist.

This tree planting project will restore a degraded ecosystem, strengthen the reception of biodiversity, and make the stand more stable with a diversity of species. Indeed, Douglas fir, Nordmann fir and sessile oak are planted. In addition, some hardwoods naturally arrive at the edge, they will allow a better resistance to climatic hazards.

This planting project uses the innovative mycorrhization technique, which aims to promote tree growth and strengthen tree resistance to pathogens and water stress. In practice, the roots of young plants are selected for their adaptation to the soil and climate change. They will be coated on the day of the mushroom planting. The association created between these fungi and the roots will form mycorrhizae that will promote the supply of water and nutrients to the trees. The soils will benefit from a liquid treatment composed of bacteria as fundamental to their regeneration as to the nutrition of the trees. 


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