UNDERSTANDING HUMAN BEHAVIOR
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Research Unit

Environment and Society

Vision

Through our research, Research Unit (RU) Environment and Society aims to develop recommendations and solutions for the sustainable use of natural resources for the well-being of humans and the environment.

To achieve this, a better understanding of how political, economic and societal actors interact with the complex environmental relations and processes on local, region, and global levels is required. Our research fosters innovative strategies and instruments which integrate ecological processes and social needs. 


The Challenge

Usage of energy, land, water, raw material, and ecosystem services is rising at an ever increasing rate. Scarcity and the unequal distribution of resources lead to conflicts, which influence the foundations of humanity and threaten the quality of life. These conflicts are particularly observable in urban areas. Living spaces and ecosystems are damaged and pollutants seep the environment. It thus appears meaningful to call for fundamental socio-ecological transformation processes to develop and design human-environmental relations in a sustainable manner. This requires a far-reaching system-wide understanding of processes of sustainable transformation as well as integrated analyses and assessments towards developing environmental governance processes that secures the participation of civil society into decision making processes.

Research Questions

RU Environment and Society addresses many research questions related to how societal transformations towards sustainability can be designed and fostered. The questions include, but are not limited to, the following:
  • Who are the drivers of societal transformations?
  • If traditional national policy instruments do not work for environmental issues, which ones will work?
  • What are best solutions for environmental problems and at which scales (from local to global)?
  • How can technological solutions contribute to transformations?
  • How should the spatial dimensions of sustainable transformations be taken into account to make specific ecological and social costs assessable?
  • Which services do we expect from ecosystems and what would we be prepared to pay for them?
  • How can conflicts and trade-offs be resolved if different stakeholders have different and even contradictory knowledge sets?
  • Can different needs and requirements for the utilization of water and energy resources, land or protected assets be responsibly integrated?
  • How can socially just environmental processes be fostered?

The RU’s common goal is to develop applicable concepts, instruments, recommendations, and solutions for the design of sustainable transformations. We conduct research on social and individual behavior as well as everyday practices in relation to environmental issues. For the development of novel governance approaches, we focus on context-specific conflicts between several dimensions of sustainability such as energy, bioeconomy, land, water, raw materials and ecosystem services. In order to be able to appropriately manage the resulting complexity of our scientific research questions, we build upon expertise from different social sciences and connect these to the geo- and engineering sciences.

For the analysis and assessments of the relationships between environment and society, the RU builds upon a portfolio of methodological entry points. We regularly use and combine qualitative and quantitative methods. These include representative surveys, expert interviews, focus groups, text mining, integrated assessments of material flows, statistical methods (e.g., econometrics), agent-based modelling, and GIS supported analysis based on spatial data that are closely linked to the TERENO-Infrastructure (TERENO-Website).

RU Environment and Society is connected and integrated into other RUs and Integrated Projects (IPs) at UFZ. Current examples include the IPs “EnergyLanduse” and “Urban Transformations,” which both are coordinated by members of RU Environment and Society. Further examples of important networks are “The Economics of Ecosystems and Biodiversity – TEEB", and "Sustainable Bio-Economics".