Webinar

Webinar: Nature Networks - How can the electricity grid help to restore fragmented ecosystems?

Our first Energy & Nature webinar took a deep-dive into the intersection of energy infrastructure and biodiversity with a focus on how the grid can help to restore fragmented ecosystems.

Restoring natural biodiversity in Europe, as per the EU's 2030 Biodiversity Strategy and upcoming Restoration Law, will require a multitude of measures to reconnect ecosystems and reverse habitat degradation. The quickening pace of the twin climate and biodiversity crises oblige actors from all sectors – including the energy sector - to consider how they can contribute. 

Vegetation management is a core activity in infrastructure maintenance. In the case of the electricity grid, grid operators must intervene in order to prevent a tree from touching a power line and potentially causing a black-out. By carrying out this necessary intervention with nature in mind, via a process known as Integrated Vegetation Management (IVM), grid operators have a unique opportunity to restore natural networks and enhance biodiversity. 

How so?  

Due to alterations in light distribution and microclimate, research has shown that grid corridors can support more plant species than their neighbouring forests. Furthermore, by taking steps to create, diversify and restore existing habitats, the spaces underneath power lines can become havens for local biodiversity and reconnect fragmented ecosystems. Thus grid operators, working together with local communities and stakeholders on the ground, can transform power lines into truly green corridors

To kick-off RGI’s Energy & Nature webinar series, we invited experts working at the intersection of energy infrastructure and biodiversity to discuss the potential of grid corridors to reconnect nature’s networks and enhance biodiversity:

  • Dr. Miguel Ferrer, Research Professor at the Doñana Biological Station of the Spanish National Research Council (CSIC) - At the webinar, Miguel will discuss his 2021 research "Transporting Biodiversity Using Transmission Power Lines as Stepping-Stones?", which demonstrated the potential of pylons to support a range of species and reconnect disparate populations.
  • Jean-François Godeau, Research and Development Scientist at Ecofirst - Jean-François is an expert on 'green corridors' and data driven biodiversity analysis and was integral to the LIFE-Elia-RTE project "Creating green corridors under overhead lines", 2011-2017.
  • Michael Wahl, Project Manager for Environmental Route Management (ÖTM) Rollout at E.ON/WestNetz - Michael is responsible for scaling up integrated vegetation management across all of E.ON's grid in order to harness the restorative power of the grid and strengthen nature networks.

Recording & video

Nature Networks: The Grid and Restoring Biodiversity [Energy & Nature Webinar]

Webinar presentations

Liam Innis, Manager - Energy Ecosystems | Renewables Grid Initiative

 

Michael Wahl, Project Manager for Environmental Route Management (ÖTM) Rollout | E.ON/WestNetz

 

Jean-François Godeau, Research and Development Scientist | Ecofirst

Miguel Ferrer, Research Professor | Doñana Biological Station of the Spanish National Research Council (CSIC)

Further links

Contact

Liam Innis
Manager - Energy Ecosystems

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+49 30 7677194 55
liam[at]renewables-grid.eu

Funded by the European Union. Views and opinions expressed are however those of the author only and do not necessarily reflect those of the EU or LIFE Programme. Neither the EU nor the granting authority can be held responsible for them.

RGI gratefully acknowledges the EU LIFE funding support:

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Funded by the European Union. Views and opinions expressed are however those of the author(s) only and do not necessarily reflect those of the European Union or the LIFE Programme. Neither the European Union nor the granting authority can be held responsible for them.