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Combining wind power and farmed fish: Coastal community perceptions of multi-use offshore renewable energy installations in Europe

  • Suzannah-lynn Billing
  • , George Charalambides
  • , Paul Tett
  • , Michelle Giordano
  • , Carlo Ruzzo
  • , Felice Arena
  • , Anita Santoro
  • , Fabrizio Lagasco
  • , Giulio Brizzi
  • , Maurizio Collu

科研成果: Article › 同行评审

45 引用 (Scopus)

摘要

There is increasing competition for space in coastal seas as new industrial sectors, such as Marine Renewable Energy (MRE) and Aquaculture, seek to expand. Multi-Use - involving sharing of space and, in some cases, facilities - can lessen competition and reduce industry costs if societal and economic challenges can be overcome. An example societal challenge is that of gaining Social Licence to Operate (SLO) for 'Multifunctional Offshore Installations' (MOI) combining fish farming with MRE (from wind and waves) in a large floating structure. This article reports a mixed-methods study at two potential MOI deployment sites in 2019, aiming to understand the local context for SLO. A survey was carried out in Reggio Calabria, Italy, with 108 respondents, and in Islay, Scotland, with 127 respondents. Questions concerned opinions about MRE and fish-farming, separately and combined. A facilitated workshop in Reggio Calabria provided additional qualitative data. Most findings were the same in both places. Respondents thought better of MRE than fish-farming but remained moderately likely to eat fish produced in MOI. The majority distrusted regulators to control environmental impacts of the technology. The main differences were that respondents in Reggio Calabria anticipated local benefits from MOI industrial activity, and were more likely to accept development by non-local owners than were people on Islay. We interpreted the findings in a conceptual framework that combines theory for SLO with theory for Action Situations, hypothesising that a community’s diffuse and perhaps heterogenous opinions might ‘crystalise’ around an issue during an Action Situation. The hypothesis will be tested when a prototype MOI is deployed near Reggio Calabria in 2021.
源语言English
文章编号102421
页数11
期刊Energy Research and Social Science
卷85
早期在线日期7 12月 2021
DOI
出版状态Published - 1 3月 2022

联合国可持续发展目标

此成果有助于实现下列可持续发展目标:

  1. Affordable and clean energy
    Affordable and clean energy
  2. Decent work and economic growth
    Decent work and economic growth
  3. Life below water
    Life below water

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