Nysum, Denmark

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  • Habitats
  • Water conservation
€18.80
Select the number of m2

Did you know?

A gravel pit is not a haven for biodiversity, on the contrary, as heavy machinery has been working on the ground damaging the soil. Thus, we will need to establish a baseline for biodiversity by creating an inventory of the current plant and animal species present and then evaluate the development of the biodiversity during and after the first plantations. A stream runs through the corner of the forest, which we want to preserve and possibly restore. There are also two forest ponds, which we will preserve. These wetlands are important habitants for a wide range of flora and fauna, and will help improve the forest's ecosystem. An area of the parcel has overmature Christmas trees, which cannot be harvested but are excellent for to create a healthy forest climate with gaps for new young trees and for biodiversity to flourish.

€68

collected of €107,438

1%

Overview

Overview

The area was previously a gravel pit, and thus, the soil is very gravelly and sandy. When the gravel pit was closed down, the site was re-established with a layer of soil, as heavy machinery had been working in the area, damaging the soil. Before we can do any planting in the area, we have to carefully prepare the soil. However, once the soil is prepped, it has a high potential for both sustainable forestry and biodiversity. The area is quite hilly with slopes, but is favourable for creating a beautiful and interesting forest with different heights. There is a smaller area (9.8 ha.) of the parcel with Christmas trees that will have to be cut in order to replant a more mixed-species forest. There is another area with old and overgrown Christmas trees, which will be preserved to create a forest climate when we plant new young trees in the gaps. We have planted the first part of the forest in Spring 2024, where we planted Sessile oak, Beech, Douglas fir, Linden, Birch, and Sycamore maple. We will plant a wide variety of species to ensure the robustness and resilience of the forest.

Our actions

Actions were taken to prepare the site for restoration: Invasive and overmature vegetation was cleared. Harrowing, mowing, and grinding of compacted soil were carried out to facilitate root penetration and improve water retention. Targeted soil restoration efforts helped stabilise slopes and prevent erosion, laying the foundation for further ecological development.

Afforestation efforts were focused on creating a thriving, diverse forest: Approximately 100,000 trees were planted, featuring 15 species including oak, linden, birch, douglas fir, beech, and hazel. Forest edges were established with robust shrub and tree species, promoting biodiversity and creating a favourable microclimate to support a variety of wildlife.

Key actions were taken to restore the wetlands and improve biodiversity: Diagnostic and restoration works were completed on two wetland areas to ensure the presence, either permanent or seasonal. Small channels and ponds were created to regulate drainage and provide valuable habitats for amphibians and aquatic species. Biodiversity enhancement equipment was installed, including bat and bird recorders, as well as bat and birdhouses. A long-term biodiversity monitoring plan was set in place for years 1, 5, and 10.

Ongoing monitoring ensures the success and improvement of the ecosystem: Regular biodiversity monitoring and reporting cover birds, bats, flora, and fauna, ensuring that the restoration efforts are effective. An adaptive management approach is in place to continually improve the ecological health of the site over time, adjusting strategies as needed.