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Developing biodiversity indicators on a stakeholders’ opinions basis: the gypsum industry Key Performance Indicators framework
- Pitz, Carline, Mahy, Grégory, Vermeulen, Cédric, Marlet, Christine, Séleck, Maxime
- Environmental science and pollution research international 2016 v.23 no.14 pp. 13661-13671
- attitudes and opinions, biodiversity, environmental assessment, environmental impact, gypsum, industry, issues and policy, laws and regulations, natural resources conservation, prioritization, scientists, stakeholders, surveys
- This study aims to establish a common Key Performance Indicators (KPIs) framework for reporting about the gypsum industry biodiversity at the European level. In order to integrate different opinions and to reach a consensus framework, an original participatory process approach has been developed among different stakeholder groups: Eurogypsum, European and regional authorities, university scientists, consulting offices, European and regional associations for the conservation of nature, and the extractive industry. The strategy is developed around four main steps: (1) building of a maximum set of indicators to be submitted to stakeholders based on the literature (Focus Group method); (2) evaluating the consensus about indicators through a policy Delphi survey aiming at the prioritization of indicator classes using the Analytic Hierarchy Process method (AHP) and of individual indicators; (3) testing acceptability and feasibility through analysis of Environmental Impact Assessments (EIAs) and visits to three European quarries; (4) Eurogypsum final decision and communication. The resulting framework contains a set of 11 indicators considered the most suitable for all the stakeholders. Our KPIs respond to European legislation and strategies for biodiversity. The framework aims at improving sustainability in quarries and at helping to manage biodiversity as well as to allow the creation of coherent reporting systems. The final goal is to allow for the definition of the actual biodiversity status of gypsum quarries and allow for enhancing it. The framework is adaptable to the local context of each gypsum quarry.