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Learn more: Forest Deadwood

Does the Forest Need Deadwood?

Unauthorized harvesting, gathering of deadwood, littering, or collecting dry wood is considered a violation of forest conduct rules. According to the Forest Code of Ukraine, forest resource use can be carried out through general and special use. General use refers to the population's right to free collection of wild herbs, flowers, medicinal plants, nuts, berries, mushrooms, etc. for personal consumption without special permits.

Special use of forest resources grants exclusive rights for timber harvesting to permanent forest users, conducted under special permits called timber cutting tickets. However, another crucial aspect is preserving forest biodiversity, as deadwood serves as habitat for numerous living organisms.

Deadwood plays several vital roles in forest ecosystems:

  • ✔ Deadwood is a valuable food source for many living creatures
  • ✔ Fungi: Ukrainian mycologists have identified over 500 species of diverse fungi living on deadwood, including rare and protected varieties
  • ✔ Insects and their larvae: Wood-boring insects are primary food for insectivorous forest birds and animals like bats. Some insect species themselves are rare and require protection, such as the stag beetle whose larvae develop in decaying wood
  • ✔ Many large forest animals use deadwood as shelter and resting places. For example, wild boar young thrive in large forest areas with abundant undergrowth, while owls find refuge in existing tree hollows
  • ✔ Fallen trunks provide sunbathing spots for grass snakes, turtles, and other cold-blooded creatures
  • ✔ Deadwood retains water and minerals, supports mosses and lichens, and creates a stable microclimate that fosters growth of young trees

The ecological importance of deadwood cannot be overstated. It serves as the foundation for complex food chains and provides essential habitat for numerous species. In managed forests, maintaining an appropriate amount of deadwood (20-30 m³ per hectare) helps preserve biodiversity while still allowing for sustainable timber production.

Deadwood also plays a crucial role in nutrient cycling. As it decomposes, it returns essential elements to the soil, maintaining forest fertility. Different stages of decomposition support different communities of organisms, from fungi and insects that begin breaking down freshly dead wood to bacteria that complete the process.

Forest managers face the challenge of balancing deadwood retention for biodiversity with the need to remove hazardous trees near trails and recreational areas. Current best practices recommend leaving deadwood in protected areas and maintaining strategic amounts in production forests, while ensuring public safety in frequently visited locations.

By understanding and respecting the ecological value of deadwood, we can better protect forest ecosystems while still benefiting from their resources. The next time you see a fallen tree in the forest, remember - it's not just dead wood, but a thriving microhabitat supporting countless life forms.

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