Project 2: SSLM
Social-ecological systems modelling and sustainable land management
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Goal
Goal
The overall aim of the project is to integrate social-ecological systems (SES approach) into sustainable land management in order to understand SES dynamics (e.g. interaction, feedback, and delay) in Kenya, Switzerland, and Bangladesh.
The specific objectives are to
- understand the co-evolution (drivers, trends, change points) of social-ecological systems in the context of sustainable land management practices and transformation towards sustainability.
- understand and model the social-ecological dynamics using system dynamics approach.
- identify trade-offs and policy implications using model outputs in order to manage sustainability challenges in social-ecological systems.
- operationalize concepts such as tipping points, early warning signals and the safe and just operating space using real-world case studies in the context of sustainable land management.
Project data
Project data
Project team: Prof. Dr. Chinwe Ifejika Speranza (Principal Investigator), Dr. Md. Sarwar Hossain Sohel (Co-Investigator)
Duration: 2017 - 2018
Funding: Sustainable Land Management Unit, University of Bern
Contact: Dr. Md. Sarwar Hossain Sohel, sarwar.sohel@giub.unibe.ch
Publications and other deliverables
Publications and other deliverables
- Hossain MS, Dearing JA, Ramirez J, Szabo S, Eigenbrod F, Johnson FA, Ifejika Speranza C (2020) Participatory modelling for conceptualizing the social-ecological system dynamics in the Bangladesh delta. Regional Environmental Change
- Hossain MS, Ramirez J, Tina H; Ifejika Speranza C, Romppainen-Martius O, Mayer H, Keiler M (In review) A coupled human and landscape conceptual model of risk and resilience in Alpine mountain communities. Science of the Total Environment
- Jendoubi D, Hossain MS, Tomićević-Dubljević J, Giger M, Liniger H. Land degradation, livelihoods and perceptions in Tunisia (Environmental Development)
Understanding human-nature interactions is vital for implementing development practices that optimize human well-being and sustain resource utilization. Coastal systems comprising both social and ecological elements of interconnected reliance across multiple scales can be conceptualized as complex socio-ecological systems (SES). Approximately 40% of global population lives within 100 km of the shore, and global change is rapidly shifting boundary conditions of both human and ecological domains within these coastal SES. The objective of this special issue is to advance understanding of the sustainability of human-nature interactions within coastal settings through theoretical SES approaches and related analytical methods.
Risk and Resilience to Natural hazards in Swiss Alps - Risk and Resilience Cluster
Mountain community shocks and recovery trajectory of mountain communities exposed to shocks. (Sources: mb.ntd.tv, floodlist.com, zermatt.ch) (Source: Risk & Resilience Cluster 2018)
Assessment of the sustainability of complex social-ecological systems at different scales: methods, tools and approaches. University of Kiel, September 26-27, 2018
In this session, our objective was to gather contributions that deal with core questions of sustainability by addressing social-ecological interactions, including:
- Long-term trends and transitions in interactions between ecological and social systems
- Risk and resilience in social-ecological systems
- Theories and models of social-ecological systems, e.g. safe and just operating space
- Distant social-ecological interactions, e.g. “telecouplings”
- Sustainable management of land systems
- Sustainability assessments and trade-offs between human-wellbeing and environmental sustainability
Making the Planetary Boundaries Concept Work
Making the Planetary Boundaries Concept Work
24-25 April 2017, Berlin Germany
The conference was hosted by the German Federal Ministry for the Environment, Nature Conservation, Building and Society (BMUB), the German Environment Agency (UBA) and the German Federal Environmental Foundation (DBU).
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