Workshop Report: Climate Change Mitigation: Considering Lifestyle Options in Europe and the US

This report summarizes the presentations and outcomes of a European-American Workshop about lifestyle changes as a mitigation strategies for global warming. The conference was held on May 1, 2009 at the University of California, Berkeley and sponsored by the European Commission. The participants discussed various lifestyle approaches as a promising way to address environmental behavior and action within social and cultural contexts. The presenters and discussants acknowledged the theoretical and practical difficulties of this multi-faceted concept which relies on several sometimes virtually incommensurable traditions. Both a merely individualist interpretation of lifestyles (“green consumption”) and a rather socio-structural view (“green milieus”) are not well-geared to explain the often observed discrepancies between environmental attitudes and people’s action. Lifestyle research must address this gap by explaining individual decisions within societal contexts that provide but also limit the possibilities of lifestyle changes. Despite these difficulties, the huge appeal of the lifestyle approach that makes the work on these problems worthwhile is the prominent role of the term “lifestyle” in the public and political discourse about environmental change. However, many policy attempts to influence lifestyles are barely grounded in sociological grounded theories of social change. The report shortly introduces the problem, summarizes the workshop presentations, and outlines central discussion points

Global Warming And Lifestyle Choices: A Discussion Paper

In this conceptual paper, I discuss the lifestyle approach as a possible sociological contribution to the interdisciplinary discourse on climate change mitigation. The lifestyle approach could integrate sometimes contradicting results from micro-economics, social-psychology, cultural anthropology, as well as from social geography, and relate them to resource consumption. Even if the word “lifestyle” is very popular within environmental discourse, it has rarely been used in a sociological sense. Lifestyles are bundles of meaningful routines (not only consumption) embedded in everyday practices that have a cultural-symbolic as well as a material dimension. To assess the potential of behavioral change, it seems not to be sufficient to study the effects of values and attitudes on environmental behavior as separated from other social activities. Con-flicting goals and individual priorities have to be taken into account as well. Lifestyle changes are dependant on individual opportunities to choose between different options. People need financial, cultural, or social resources to realize their values in everyday life. I suggest an integrative life-style model, which reflects these levels. In the second part of the paper, I sketch its potential value in the case of car use. The system of automobility affects the chances of many people to create a meaningful life. It allows new lifestyles but it also limits the feasibility of other lifestyles at the same time. Environmental policy could support the creation of new, more sustainable life-styles by reducing the lock-in effect of automobility and reopening this socio-technological sys-tem. In this paper, lifestyles are treated as an interpretative scheme, but I also like to encourage further operationalization efforts

University Research Management: An Exploratory Literature Review

Professional management is increasingly important for successful research at universities as well as other organizations. This exploratory review draws on different bodies of literature in order to reformulate the complex challenges of research management by applying newer organizational theory. Research management can be described as boundary work that produces couplings between science and the wider society. Because of the complexity of organized science, management is increasingly indispensable to ensure the social, cognitive, and material preconditions of research. This paper discusses different means of research management on the research group level and within university departments. Research organizations are characterized by their relative diffuse distribution of management functions over organizational levels as well as by little direct determination between organizational elements. Charismatic scientific leaders can enhance the efficiency of research organizations and projects. More recently, universities have started to create new management positions within projects and centers. Scientifically trained people are hired as specialists in research management, constituting a new professional role. In contrast to pure administration, the new research managers make decisions with reference to scientific knowledge and the societal environment of research

Kelpwatch: A new visualization and analysis tool to explore kelp canopy dynamics reveals variable response to and recovery from marine heatwaves.

Giant kelp and bull kelp forests are increasingly at risk from marine heatwave events, herbivore outbreaks, and the loss or alterations in the behavior of key herbivore predators. The dynamic floating canopy of these kelps is well-suited to study via satellite imagery, which provides high temporal and spatial resolution data of floating kelp canopy across the western United States and Mexico. However, the size and complexity of the satellite image dataset has made ecological analysis difficult for scientists and managers. To increase accessibility of this rich dataset, we created Kelpwatch, a web-based visualization and analysis tool. This tool allows researchers and managers to quantify kelp forest change in response to disturbances, assess historical trends, and allow for effective and actionable kelp forest management. Here, we demonstrate how Kelpwatch can be used to analyze long-term trends in kelp canopy across regions, quantify spatial variability in the response to and recovery from the 2014 to 2016 marine heatwave events, and provide a local analysis of kelp canopy status around the Monterey Peninsula, California. We found that 18.6% of regional sites displayed a significant trend in kelp canopy area over the past 38 years and that there was a latitudinal response to heatwave events for each kelp species. The recovery from heatwave events was more variable across space, with some local areas like Bahía Tortugas in Baja California Sur showing high recovery while kelp canopies around the Monterey Peninsula continued a slow decline and patchy recovery compared to the rest of the Central California region. Kelpwatch provides near real time spatial data and analysis support and makes complex earth observation data actionable for scientists and managers, which can help identify areas for research, monitoring, and management efforts

Kelpwatch: A new visualization and analysis tool to explore kelp canopy dynamics reveals variable response to and recovery from marine heatwaves

Giant kelp and bull kelp forests are increasingly at risk from marine heatwave events, herbivore outbreaks, and the loss or alterations in the behavior of key herbivore predators. The dynamic floating canopy of these kelps is well-suited to study via satellite imagery, which provides high temporal and spatial resolution data of floating kelp canopy across the western United States and Mexico. However, the size and complexity of the satellite image dataset has made ecological analysis difficult for scientists and managers. To increase accessibility of this rich dataset, we created Kelpwatch, a web-based visualization and analysis tool. This tool allows researchers and managers to quantify kelp forest change in response to disturbances, assess historical trends, and allow for effective and actionable kelp forest management. Here, we demonstrate how Kelpwatch can be used to analyze long-term trends in kelp canopy across regions, quantify spatial variability in the response to and recovery from the 2014 to 2016 marine heatwave events, and provide a local analysis of kelp canopy status around the Monterey Peninsula, California. We found that 18.6% of regional sites displayed a significant trend in kelp canopy area over the past 38 years and that there was a latitudinal response to heatwave events for each kelp species. The recovery from heatwave events was more variable across space, with some local areas like Bahía Tortugas in Baja California Sur showing high recovery while kelp canopies around the Monterey Peninsula continued a slow decline and patchy recovery compared to the rest of the Central California region. Kelpwatch provides near real time spatial data and analysis support and makes complex earth observation data actionable for scientists and managers, which can help identify areas for research, monitoring, and management efforts