ERA-Net: Biodiversa
Disciplines
Biology (30%); Geosciences (15%); Human Geography, Regional Geography, Regional Planning (30%); Mathematics (25%)
Keywords
Biodiversity Conservation And Restoration,
Forest Ecosystems Modeling,
Integrative Socio-Ecological Approach,
Behavioral Change,
Stakeholder Co-Design,
Policy Support Tool Development
Abstract
BIOCONSENT aims to provide novel scientific knowledge and policy support by (i.) analysis of the
(in)coherence of cross-sectoral policies, (ii.) assessment of forest users behavioral changes towards
sustainable socio-ecosystems with improved biodiversity status, and (iii.) integration of biophysical,
social, economic and governance drivers at the biodiversity-forest-climate-water nexus. The project
uses integrative socio-ecological approaches to assess and quantify outcomes of alternative
conservation and restoration measures on forest biodiversity and ecosystem services provision across
spatial and temporal scales. The main contribution is decision support through i) better knowledge
about tradeoffs and synergies between policy objectives and management practices, ii) novel
development and application of participatory foresight methods to explore behavioral responses
promoting transformational change, iii) agent-based modelling tools that assess and quantify synergies
and trade-offs between forest conservation and restoration, and iv) policy and management
recommendations, and policy learning through dissemination of knowledge and good practices.
- International Institute for Applied System Analysis (IIASA) - 100%
- Pieter Johannes Verkerk, European Forest Institute - Finland