Miranda Donkeys and Traditional Pigeon Lofts: a new project prevents fires and promotes biodiversity in the International Douro

10 November 2026

Miranda Donkeys and Traditional Pigeon Lofts: a new project prevents fires and promotes biodiversity in the International Douro

REN – Redes Energéticas Nacionais, the Association for the Study and Protection of Donkeys (AEPGA) and Palombar – Conservation of Nature and Rural Heritage, have set up a project which, through grazing by Miranda donkeys and the conservation of traditional dovecotes, aims to increase the resilience of the company’s infrastructure to fires and contribute to improving biodiversity and existing habitats in the vicinity of the Lagoaça Substation, in Freixo de Espada à Cinta, in the heart of the Douro International Natural Park (PNDI).

The Animal Forest Brigade, comprising 12 Miranda donkeys, operates across an area of around 30 hectares within the PNDI and will play a key role in fuel management and the sustainable management of the landscape. The project also includes the restoration of six traditional dovecotes, helping to preserve rural heritage and the identity of the area, whilst promoting the proliferation of endangered birds such as Bonelli’s eagle.

Over the next five years, and through nature-based solutions, the project will address several needs: ensuring fuel management around the substation, thereby reducing the risk of fire, on the part of REN; the promotion and protection of a native breed, on the part of AEPGA; and the conservation of biodiversity and rural heritage on the part of Palombar.

An area rich in biodiversity

The area covered by the project encompasses a variety of habitats, including wetlands, meadows and pastures, mountain oak woodlands, and a diverse range of flora and fauna. In the wetlands, the presence of animals helps to maintain the physical characteristics that allow for the temporary accumulation of water and support the wildlife dependent on these environments.

In the meadows and pastures, rotational grazing by Miranda donkeys helps to control vegetation growth and preserve the diversity and balance of the ecosystem. In the mountain oak woodland areas, the animals contribute to vegetation management and the maintenance of the landscape.

The project creates synergies to benefit the landscape, nature and local communities

According to Alejandro Nieto of AEPGA, “this project is an excellent example of how it is possible to reconcile diverse interests: from our perspective, it promotes the Miranda donkey by assigning it a specific role in land management, in addition to the preservation of the breed. However, as this is a three-way project, there is also the fundamental issue of fuel management, which is important for REN, and the preservation of biodiversity and different habitats, as advocated by Palombar. So everyone stands to gain”.

“This project in Lagoaça allows us to test and monitor an approach in which the management of plant biomass, habitats, native species, heritage, biodiversity and infrastructure are considered in an integrated manner. And it could serve as a pilot project to be replicated in other areas,” says José Pereira of Palombar.

“The resilience of the infrastructure to wildfires and fuel management were the starting point for the project. Together with Palombar and AEPGA, we have managed to create a virtuous circle, in which the choice of nature-based solutions allows us to generate additional benefits for the local area,” explains Mónica Conceição, from REN. “The area surrounding the Lagoaça Substation has its own ecological value, which we aim to preserve and enhance. REN, AEPGA and Palombar are complementary partners, each contributing their own expertise; the project ensures continuity, monitoring and the generation of knowledge,” concludes REN’s Director of Operations.

Over its planned five-year duration, the project will involve carrying out impact assessments, monitoring biodiversity and evaluating the effectiveness of the solutions adopted and best practices, thereby gathering information that will enable the identification of opportunities for replication in other locations.



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