91ÇàÇà²Ý

News

Vibrant and refreshing campus forests - autumn forestry maintenance begin

The forest areas on campus are home to different ages and species of trees, and it is important to maintain the forests and ensure the development of both older and younger generations of trees. Forestry work on the campus will be carried out in autumn 2024, including the thinning of decaying trees and branches.
Lahopuu ja metsä
Forest on the campus. Photo: Minttu Somervuori / ACRE

An arborist will be carrying out structural trimming on aged trees and hazardous branches, as well as forest maintenance on the campus during autumn 2024. The urban trees on the Otaniemi campus have grown old over the years, and the forest areas on the campus are very diverse in structure. The maintenance efforts will also enable the growth of a new and younger generation of trees.

Lahopuun yksityiskohta
Close-up of decaying wood on the campus. Photo: Minttu Somervuori / ACRE

Trees and branches that require regeneration are trimmed. Trees that are in danger of falling due to decaying fungi or trunk damage are brought safely to the ground to ensure a continuum of decaying trees in the campus forest and park areas.

Throughout the campus forests, the decaying tree continuum is maintained, providing food for decomposers as well as numerous fungi species, mosses, and lichens.

The forests will receive additional deadwood by leaving large decayed trunks on the ground, landscaped naturally to blend into the urban forest. Artificial stumps and standing deadwood will also be left in the area.

Deadwood enhances the habitat opportunities for insects and soil organisms, serving as nesting sites and containing cavities for various species. As the wood decomposes on the forest floor, it retains moisture, creating cool and favourable microclimates for breeding. Decaying trees also serve as a food source for fungi and microbes, supporting the natural nutrient cycle in our forests.

Lehtometsä
Grove forest on the campus. Photo: Minttu Somervuori / ACRE

The diverse forest ecosystem on campus is an important part of the daily refreshment opportunities for campus users. The importance of urban nature and the ecosystem services it provides, are recognised as part of an attractive and functional campus environment.

In managing the campus forest areas, the safety of campus users is prioritized, but since the campus is also a core habitat for flying squirrels, their living conditions are taken into account in all forestry activities.

  • Updated:
  • Published:
Share
URL copied!

Read more news

A group sitting around tables in a modern room; some are holding papers and discussing. Photo from the EDI workshop in June 2025.
University Published:

Creating room for connection, dialogue, and collective planning is more important than ever

Two workshops were organised to build bridges and foster meaningful action on EDI at the Aalto School of Business.
Four people sitting on chairs with a large screen behind them showing Aalto University's Marsio event information.
University Published:

Aalto University’s open-to all events will take you on a journey into research and art

The events are produced in collaboration between Aalto University and the City of Espoo and they will take you from the flood of information to deeper insights. Discover also other events and exhibitions in Marsio building.
Two people wearing headphones sit at a desk with a large screen in a dimly lit office.
Cooperation, University Published:

Unite! Networking Hub Launches: Exchange best practices and learn from peers across Europe

The Unite! Networking Hub is an online space for Unite! faculty and staff to meet to connect and engage with colleagues in the same field of expertise, share and discover best practices, and support one another in addressing work-related challenges.
Forest with green mossy ground and thin trees, a square measuring frame is set on the moss.
Press releases Published:

Satellite images reveal the positive effects of restoration in the northern hemisphere peatlands

Satellite data spanning over 20 years shows that the temperature and albedo of restored peatlands begin to resemble those of intact peatlands within about a decade