IIASA researchers are participating in a new Horizon Europe project that will develop innovative tools to facilitate citizens and stakeholders’ interaction, in particular around knowledge sharing, collaborative evaluation of impacts, mitigation of controversies, and social innovation potential of new onshore and offshore wind power deployments.

The Wind in my backyard (WIMBY) project uses holistic modeling tools to advance social awareness and engagement on large wind power installations in the EU. According to the researchers, WIMBY can pave the way for a greener and more sustainable future by facilitating the acceptance of wind farms that are both widely embraced by the public and economically viable, while acknowledging and addressing the concerns of local communities and considering ecological aspects. The project will collect real-world data on four pilot sites located in Austria, Italy, Norway and Portugal, and directly engage local communities to identify the factors influencing the public attitude towards wind power and its applications. The selected pilot cases cover a wide range of geographical, technological, cross-societal and ecological characteristics that ensure that the developed tools are relevant and useful both to wind power developers and to citizens, promoting a just transition towards future energy citizenship.

“Climate change will have a significant impact on people and nature in the coming decades unless further steps are taken to reduce the share of fossil fuels in the energy mix. Wind power can play a significant role in decarbonising our economy. However, wind turbines, which are becoming increasingly large, can present a collision threat to flying animals, such as birds and bats,” explains Adrienne Etard, a researcher in the Biodiversity, Ecology, and Conservation Research Group of the IIASA Biodiversity and Natural Resources Program.

To inform decisions about where wind turbines can be deployed at the continental scale, the research conducted at IIASA as part of the WIMBY project focuses on assessing the impacts of wind farms on birds and bats, and investigates which species are at most risk. Wind-farm deployment can be coupled with solutions to minimise both collision risks and energy losses, such as anti-collision markers, monitoring, and operating restrictions during high-risk periods.

“Ensuring that wind farms do not exacerbate the risks facing biodiversity, and in particular that they are deployed in areas where they can be the least harmful to flying animals and with appropriate mitigations measures, can allow us to harness the benefits of wind-power technologies while minimizing other impacts on the environment,” Etard adds.

Although wind power is considered among the most promising solutions to reduce carbon emissions and mitigate climate change, it has also met with resistance from restrictive regulations and local communities. The WIMBY project addresses these challenges by actively involving citizens and stakeholders in the whole process of development, collecting their concerns and feedback. Over the next three years, researchers working on this initiative will cooperate to develop a new set of tools that will promote the direct engagement of local communities in the planning, implementation, and longstanding coexistence with wind farms.  

WIMBY concept image © WIMBY

To promote open and transparent communication, the WIMBY Consortium has engaged a multidisciplinary team that will co-develop a series of interactive engagement tools that can be used by anyone, both expert and non-experts, facilitating widespread participation in the different phases of the project.

The tools will include a Web-GIS platform, a 3D immersive environment and an open discussion forum, enabling users to exchange opinions and make informed decisions. The WIMBY Consortium’s 16 European partners will share their multidisciplinary expertise to address all the points that come into play in the development of wind energy: studies of the territory, both with regard to impacts on biodiversity, landscape and communities; technical studies for the development of the most suitable and user-friendly tools; citizen science and social research methodologies to develop best practices to involve local stakeholders in decision-making processes.

WIMBY is a project that puts the needs of citizens and communities at its centre, striving to find the best compromises and tools to break down the barriers against the development of wind energy and contribute to the joint action to decarbonise the European Union. All European citizens are invited to follow the project and be an active part of the research, by reading the most recent updates and achievements on the official website and main social media.

This project has received funding from the European Union’s research and innovation program Horizon Europe under the grant agreement No. 101083460.

Adapted from a press release prepared by Deep Blue Srl.

Further information:


Wavelet coherence

27 September 2023

Social Media Intelligence Mining Tool

Introducing a Game-Changing Social Media Intelligence Mining Tool! The ASA/CAT Groups proudly unveil a groundbreaking tool that promises to redefine our understanding of public sentiment and discourse across digital landscapes. With support from contributors Hossein Hassani, Nadya Komendantova, Elena Rovenskaya, and Mohammad Reza Yeganegi, this cutting-edge innovation is set to transform the way we harness insights from platforms like X (formerly Twitter), Google, and news outlets.
Satellite image of crops and fields

21 September 2023

Using satellite data to enhance global food security

Accurate estimates and forecasts of crop area and yield play an important role in guiding policy decisions related to food security, especially in light of the growing impacts of climate change. IIASA researchers and colleagues highlight the value of integrating remote sensing and data sharing for timely agricultural information critical for food security and sustainability planning in a new paper.    
Plastic pollution on a beach with sea in background

19 September 2023

Turning the tide: Ghana's innovative approach to tackle marine plastic pollution with citizen science

Working with IIASA researchers, Ghana has adopted a citizen science approach to addressing the problem of plastic pollution in marine environments, becoming the first country to integrate this type of data on marine plastic litter into its official monitoring and reporting processes. A new study presents this innovative approach on Ghana’s citizen science journey and offers a pathway that can potentially be adopted in other countries.