Treating unsustainability: learning from addiction

By Joern Fischer

Unsustainability is bad. Humanity is screwing up big time – what was it thinking? Humanity must change its ways. So we set targets … and fail. Have you ever noticed how similar this is to people suffering from addiction? Can we learn by drawing a parallel between the successful treatment of addiction and the successful treatment of unsustainability?

Addictions, at their root, are habituated responses to emotional pain. Individuals learn that something about them is wrong or inadequate, and to feel better reach for some kind of “drug” or pattern. This makes them feel better temporarily – but typically results in spirals of pain and shame. Feeling pain and shame makes them feel worse, of course, and so reaching for more drugs becomes highly appealing… and so on. There are of course chemical dependencies with some drugs, too, but let’s just stick to the psychological spiral for now.

How do people overcome such addictions?

It seems that what does not work is simply telling addicts that what they’re doing is “wrong”. In fact, this just reaffirms the feelings of worthlessness and pain that underlie the destructive patterns in the first place. What does tend to work is identifying the deep causes; integrating aspects of personality that were “forbidden” or suppressed earlier on in life and that caused pain or inner dissonance – shining truth on patterns of pain; and healing these patterns through compassion and love by others and to oneself. Many previous addicts also find spiritual practices and supportive peer communities useful to experience connectedness with a greater whole.

So … let’s take the jump to sustainability. Are there parallels?

If we see humanity at large as the patient, we find that humanity is overdosing on material growth. Exponential patterns of economic activity or resource extraction from an increasingly depleted planet mirror escalation of addictive behaviours that are increasingly affecting the lives and bodies of addicts.

Now, the interesting thing is that we largely treat sustainability by telling the patient he must do better. We say it’s “wrong” to have endless resource extraction – it will kill you, Mr. Humanity (or Ms., of course)! Mr. Humanity feels bad for a moment, and organizes some conferences – and sets targets. Okay, he promises, I won’t do it again! But then … he does. Again, the parallels to the addict are quite clear.

What then if we were to treat unsustainability as an addiction? We’d need to reintegrate humanity’s shadow – to look those aspects of what it is to be human in the eye that we have moralized away but that are undoubtedly there. Humanity can be physically powerful. Humanity can be sinful in so many different ways. Instead of saying these forces are “wrong” – can we lovingly look at them and recognize their presence? Can we see that humanity’s “sins” are simply humanity having lost its way? And through greater awareness of the many forces at play, can we harness their energy in constructive instead of destructive ways?

Can we find out why humanity is “acting out” the way it is – what’s it suppressing, and what as a result, is it over-compensating in its ever intensifying patterns of binge drinking? Where is humanity hurting – and what does it need to heal?

From this framing, it seems likely that the answers lie in “deep leverage points”, around paradigms and values underpinning how we organize our societies. For example, can we exchange competitiveness and individualism with care, busy-ness with being, and dissatisfaction or anger with love? Can we replace unhealthy habits (institutions) with healthy ones?

While the parallel between unsustainability and addiction doesn’t offer an immediate solution for what does work (it’s only a blog post, after all!), it does suggest that a few things might simply not work: reprimanding the addict, forcing him to resolve to do better, and setting him ultimatums and threats of further love deprivation – these aggressive methods act on shallow leverage points, and will fail. What might work is looking beneath the surface – what is humanity aching for, and how can we collectively heal an increasingly sick patient?

Advertisements

Livestream, Wed 9 AM Stockholm time: Food security & biodiversity conservation

By Joern Fischer

Tomorrow morning at 9 AM, we’ll be live streaming a session from Resilience 2017. The live stream will be on youtube, namely here. After the event, the session should still be there as a video. We hope we’ll get the technology to cooperate with us!

Reconciling food security and biodiversity conservation in farming landscapes

C1/C2 (250), 09:00 – 10:30, Chair/s: Jan Hanspach, Joern Fischer

Providing food security and safeguarding biodiversity are two of the most prominent challenges facing humanity in the 21st century and it unclear how they possibly could be reconciled in the future. As the topic is complex and the discussion around it is often biased by disciplinary backgrounds, we propose a session where we bring together researchers from different disciplines and with different perspectives in order to transcend conceptual barriers. The presenters will be asked to address specifically how to transcend these barriers in order to reconcile food security and biodiversity conservation in farming landscapes.

Speakers and Abstracts

Rewiring food systems to enhance human health and biosphere stewardship
Line Gordon, Stockholm Resilience Centre, Stockholm, Sweden

Integrating biodiversity in agriculture
Teja Tscharntke, Agroecology, Göttingen University, Göttingen, Germany, Göttingen, Germany

Perspectives on biodiversity in Ethiopian heterogeneous agricultural landscapes
Kristoffer Hylander, Department of Ecology, Environment and Plant Science, Stockholm University, Stockholm, Sweden

Indirect contributions of forests to dietary diversity in Southern Ethiopia
Roseline Remans 1, 4, Frédéric Baudron 2, Jean-Yves Duriaux 2, Terry Sunderland 3, 1 Bioversity International; Ghent University; Wageningen University & Research, Koekelberg, Belgium, 2 International Maize and Wheat Improvement Center (CIMMYT), Harare, Zimbabwe, 3 Center for International Forestry Research (CIFOR), Bogor, Indonesia, 4 Bioversity International, Heverlee, Belgium

M. Jahi Chappell, Centre for Agroecology, Water and Resilience, Coventry University, Coventry, United Kingdom, Washington State University, Pullman, United States

 

Our research at Resilience 2017

By Joern Fischer

Next week much of our research group will be attending “Resilience 2017” in Stockholm, a major international conference on social-ecological systems. We’ll be live-streaming a session on food security and biodiversity conservation (stay tuned here for details, and check our twitter account!), and several researchers from our group will be presenting interim findings.

If you’re interested in attending any of the talks by our group, here is an overview, including links to the Abstracts.

Monday 21 August 2017

Session on Governance and social-ecological fit; Multi-level governance and biosphere stewardship; Room 26 (50); 14:00 – 14:40
This will include: Harmonizing food security and biodiversity governance: A multi-level governance analysis with the case study in Ethiopia, Tolera Senbeto Jiren, Ine Dorresteijn, Arvid Bergsten, Neil Collier, Julia Leventon, Joern Fischer. ABSTRACT.

Session on Transformative agency Part I, Social-ecological transformations for sustainability, C1/C2 (250); 14:00 – 15:30
This will include: Inside-out sustainability: The role of inner transformation for system change. Rebecca Freeth, Christopher Ives, Joern Fischer. ABSTRACT.

Session on Ecosystem Services Mapping, Tradeoffs and Synergies: Approaches and methods for understanding social-ecological system dynamics; Room 35/36 (72); 16:00 – 16:40
This will include: From trade-offs to synergies in food security and biodiversity conservation. Jan Hanspach, David Abson, Neil Collier, Ine Dorresteijn, Jannik Schultner, Joern Fischer. ABSTRACT.

Session on Ecosystem services and stewardship: Multi-level governance and biosphere stewardship; C3 (180); 16:00 – 16:40
This will include: Local peoples’ woody plant species use, access and conservation in rural landscapes: a case study from southwest Ethiopia. Girma Shumi Dugo, Jannik Schultner, Jan Hanspach, Kristoffer Hylander, Feyera Senbeta, Joern Fischer. ABSTRACT.

Tuesday 22 August 2017

Session on Governance and social-ecological fit: Multi-level governance and biosphere stewardship; Room 24/25 (70); 11:00 – 11:40
This will include: A multilevel network model of institutional fit between an actor network and multiple cross-sector issues. Arvid Bergsten, Tolera Senbeto, Julia Leventon, Joern Fischer. ABSTRACT.

Session on Pathways and leverage points for transformative change: Social-ecological transformations for sustainability; C4 (125); 11:50 – 12:30
This will include: Leverage points for sustainability transformation in human–nature connections. Maraja Riechers, Agnes Balazsi, Tibor Hartel, Joern Fischer. ABSTRACT.

Session on Resilience and Wellbeing: Cross-cutting perspectives on resilience; Room 33 (30); 15:30 – 16:10
This will include: Environmental degradation erodes household capital assets and undermines resilience and food security. Aisa Manlosa, Ine Dorresteijn, Jannik Schultner, Joern Fischer. ABSTRACT.

Wednesday 23 August

Contributed session on Reconciling food security and biodiversity conservation in farming landscapes; C1/C2 (250); 09:00 – 10:30; Chair/s: Jan Hanspach, Joern Fischer.
Speakers will include Teja Tscharntke, Roseline Remans, Jahi Chappell, Kristoffer Hylander and Line Gordon. This session will be live streamed. Stay tuned on this blog and on our twitter account for details! Session summary and Abstracts can be found here.

Additional talks by colleagues from Leuphana University

MONDAY: In the session Drivers and outcomes of altered landscapes; Connectivity and cross-scale dynamics in the Anthropocene; Room 27 (60); 14:00 – 14:40, you will hear:
Exploring sustainable biophysical human-nature connectedness at regional scales. Christian Dorninger, Henrik von Wehrden, David J. Abson.

MONDAY: In the session Food, Agriculture and Resilience: Cross-cutting perspectives on resilience; Room 24/25 (70); 14:50 – 15:30, you will hear:
Is food security and sovereignty influenced by informal labor sharing among smallholders? Arvid Bergsten.

MONDAY: In the session Communities and resilience practices: Cross-cutting perspectives on resilience; C1/C2 (250); 16:00 – 17:30, you will hear:
Effects of the “back to the land” movement for rural sustainability a case study from Spain. Elisa Oteros-Rozas, Álvaro Fuentes, Berta Martín-López, Claudia Bieling, Daniel López, Federica Ravera, Francisco Martin-Azcárate, Irene Iniesta-Arandia.

WEDNESDAY: In the session Integrating gender and feminist research into global environmental change: Theory, Methods, and Practice; Contributed session – Approaches and methods for understanding social-ecological system dynamics; Room 21 (30); 11:00 – 12:30, you will hear:
The diversity of gendered adaptation strategies to climate change of Indian farmers: a bottom-up feminist intersectional approach. Federica Ravera, Berta Martín-López, Unai Pascual, Adam Drucker

Telling a different story about the world

By Joern Fischer

I’m on my way to Berlin, to the FONA Forum 2017. The Forum is organized by Germany’s Ministry for Education and Research (BMBF), and brings together policy makers, scientists and business representatives. A central question is what to make of, and do with, the UN’s 2030 Agenda and its associated Sustainable Development Goals.

As always when attending such a forum – and even more so when given the opportunity to speak – the question arises how to make a useful contribution. This same question that I ask myself in preparation for this forum, a farmer recently asked me in a public talk; and a class of students asked me after I told them about my research on food security and biodiversity: how is any of this going to make a difference?

It’s the million dollar question of sustainability science, and indeed, the million dollar question for anyone working to make the world a better place. How do we actually do this?

For the time being, the answer I most commonly give is that I believe we need to tell a different story about the world. The dominant story we’re hearing, and that keeps being reinforced in public fora, is overly simplistic, and misses a whole bunch of important issues that ultimately, we need to face head on.

At the FONA forum, I’ll talk about land as a scarce resource, which is related to Sustainable Development Goal 15 (“Life on Land”), but potentially clashes with other goals, such as Goal 2 (“Zero Hunger”). And like in much of the rest of sustainability science, the dominant story on land is simple, often too simple. It’s a story that tells you that you can have your cake, and eat it too. It’s a story of meeting endless demand, including for the foods that make us unhealthy, because supposedly we “have to”. It’s a story of sustainable intensification, of green growth, of trickle down effects that will eventually reach the poor. It’s a story that does not rock the boat, that is palatable to status quo thinking, and to living within existing paradigms. It’s a story of shallow leverage points, of not challenging let alone shaking up the dominant paradigms that we have built our world around.

It’s this dominant story that I’ll seek to challenge, because frankly – if people with the privilege and freedom to study the world in whichever way they want to don’t challenge this story, who will? Building on our work critiquing sustainable intensification, reviewing social-ecological systems thinking, and most recently seeking synergies between food security and biodiversity conservation, I will try to tell a different story. A different story is less comfortable, but optimistic at the same time. This different story is one that speaks of the possibility of having enough for all, of including justice within and between generations, of beginning to recognize complexity in the form of drivers, dominant actors, and feedbacks.

I’m excited to take this story to a sizeable forum and take part in discussions of how to deal with the Sustainable Development Goals. Working within the boundaries of what current policies can do is all very well – but to me, a timely contribution will be to rock the boat a bit more than that – to tell a different story and thus hopefully contribute to ultimately shifting entire discourses, away from the very mindsets that have got our planet into trouble in the first place.

New Paper: Assessing sustainable biophysical human–nature connectedness at regional scales

By Christian Dorninger

Humans are biophysically connected to the biosphere through the flows of materials and energy appropriated from ecosystems. While this connection is fundamental for human well-being, many modern societies have—for better or worse—disconnected themselves from the natural productivity of their immediate regional environment by accessing material and energy flows from distant places and from outside the biosphere.

In the search for the most “efficient” sustainability solutions for land-use based management issues modern societies often tend to supplement, or replace, (potentially) naturally renewable regional energy—its net primary production (NPP)—with external material and energy inputs (e.g. fossils, metals, and other minerals extracted from the lithosphere). The extent and consequences of these biophysical disconnections remain unclear.

In our new paper, we conceptualize the biophysical human–nature connectedness of land use systems at regional scales. We distinguish two mechanisms by which the connectedness of people to their regional ecosystems has been circumvented.

  1. ‘Biospheric disconnection’ refers to people drawing on non-renewable minerals from outside the biosphere (e.g. fossils, metals and other minerals). It is characterized by a strong dependence on industrial inputs which delay or displace ecological constraints. This raises concerns about intergenerational justice, because it creates societal structures that cannot be maintained indefinitely, and diminishes the biosphere’s life-supporting conditions for future generations (e.g. through causing climate change).
  2. ‘Spatial disconnection’ arises from the imports of biomass and mineral resources from outside of a given region. This spatial disconnection of resources creates unsustainable lifestyle patterns through long-distance trade relationships that, potentially, disadvantage the ‘source’ regions. Spatial disconnectedness may thus compromise intragenerational justice, especially if the teleconnections are strong and unbalanced.

Both mechanisms allow for greater regional resource use than would be possible otherwise, but both pose challenges for sustainability, for example, through waste generation, depletion of nonrenewable resources and environmental burden shifting to distant regions or future generations.

Moreover, Cumming et al. (2014) argued that such disconnections weaken direct feedbacks between ecosystems and societies, thereby potentially causing overexploitation and collapse. In contrast, biophysically reconnected land use systems may provide renewed opportunities for inhabitants to develop an awareness of their impacts and fundamental reliance on ecosystems. For this reason, we argue for a reconnection of human activities to the biosphere and its regenerative cycles. This, in turn, implies not only a reduction of industrial material use and a limitation of human domination of ecosystems, but also a strengthened sense of being connected with and knowing the limits of nature. Material realities of human-nature interactions have cognitive consequences and vice versa, e.g. perceptions and understandings of human-nature relationships might have a significant influence on how biophysical interactions are structured. For example, biophysical regional disconnectedness might foster belief and trust in technological progress and technocratic solutions to solve any sustainability issue, or reinforce the idea that sustainable land use is a “problem of other people”.

We propose a conceptual framework to analyze regional-scale biophysical human–nature connectedness. The proposed framework builds on the regional land use system as unit of analysis. Yet it explicitly recognizes not only regional land use, but also global material trade and energy flows.

disconnection

Figure: The potential net primary production (NPPpot) shows the productivity of the biosphere through the process of photosynthesis in one region without any human interference. By applying labor humans appropriate a certain share of this productivity. Stage 1 indicates the fraction of the NPP appropriated by humans and what remains in the ecosystems for other species. Stage 2 shows biospheric disconnection by means of extra-biospheric inputs and emissions, whereby it is important to differentiate between regionally sourced and imported mineral inputs as indicated by the dotted line. Stage 3 shows spatial disconnections caused by intraregional biomass imports and exports. As indicated by the dashed area at the bottom, imported minerals can additionally be considered as causing spatial disconnectedness. Applying both aspects of disconnectedness to the intraregional connectedness results in the full assessment of biophysical human-nature disconnectedness at regional scales (Stage 4).

Our framework provides a new lens through which land-use sustainability can be investigated, which goes beyond ‘on site’ efficiency thinking. The operationalization of this model can be applied as a heuristic tool to reveal complex social–ecological interlinkages, raising awareness of the challenge in managing biophysical connections across scales. This in turn might help to shift the focus of sustainable land use management to a more comprehensible and holistic perspective. Instead of making humanity’s reliance on the biosphere ever more opaque, reconnected regional land use systems will require a greater focus on self-reliance and self-sufficient land use systems. Such regionally reconnected systems may, in turn, facilitate more foresightful, responsible and conscious behaviors.

We are currently undertaking empirical research to demonstrate the utility of the framework developed in the paper and to contrast our findings with results on cognitive human-nature connectedness in the same case study regions. We hope that this will provide deeper insights into the relationship between material and cognitive (dis-)connectedness, and thereby potentially reveal hitherto unrecognized, deep leverage points for sustainability transformation.

The full open access paper can be found here.

Dorninger, C., D. Abson, J. Fischer, and H. von Wehrden. 2017. Assessing sustainable biophysical human-nature connectedness at regional scales. Environmental Research Letters 12. https://doi.org/10.1088/1748-9326/aa68a5.

When and how to (not) make a difference

By Joern Fischer

Studying the intersection of food security and biodiversity conservation in a place like Ethiopia brings up a whole lot of challenging moral and emotional dimensions (some of which were previously discussed here). When we speak to local people, they ask us almost every day about the solutions we will bring. How can we deal with this?

First, I think it’s worthwhile to understand this sentiment a bit more, of wanting us to bring solutions. By definition, it is only people who themselves feel powerless who wait for outsiders to improve things. Both knowledge systems, and systems of taking action, have for a long time been very top down in Ethiopia. The sense of awe for “those who know better” permeates throughout the country – government experts are eager to absorb western knowledge on modern farming technologies; model farmers are eager to absorb knowledge presented by government development agents; and poor people look at all these knowledgeable people and seem to feel that they don’t know enough – nor have enough – to get out of their misery. Action, similarly, is expected to come from “the government” if you’re a community member, or perhaps through international investors if you’re the government.

So that’s the first point – in a culture where everyone looks to someone “more knowledgeable” to find solutions for their respective dilemma, it is natural that we would be asked for solutions. Knowledge in this context seems to be seen as a thing you have: when you have it, all is good, and indeed, obtaining it sometimes seem to be seen as all that is needed to bring about change. (None of this is to discount the possible importance of outside knowledge or action; I’m simply stating that it is valued extremely highly here, sometimes perhaps at the expense of local knowledge or action.)

Second then, having understood a bit more what the role of knowledge is, we can perhaps understand our role a little bit better. As sustainability researchers, we can engage with real-world problems in two main ways.

On the one hand, we can build an understanding of the complexity of the challenges in the system. That is what we came to do in this study. To maximize its real-world usefulness, we can generate information, and we can try to widely share this information. We can also invite stakeholders to re-conceptualise some of the problems, or we can bring problems to the fore that they had perhaps not considered very much. This approach – providing knowledge, and sharing it widely – is essentially what we did in our previous work in Romania. The aim here is not to provide ready made solutions, but to provide new ways of thinking about problems at hand, perhaps in a more holistic fashion, or from a different perspective.

On the other hand, we could try to solve an actual problem at hand. This kind of problem solving is often what people have in mind when they think of sustainability science; they think that being of use implies there being tangible, immediate benefits. Perhaps a community might install solar panels, or be introduced to a new farming technique. This type of sustainability science is certainly valuable, but it’s not always as powerful as it might first seem: ultimately, many of the changes that are required for sustainable development are deeper than anything that could be addressed quickly; plus, of course, you need certain formal governance structures in place to effectively work with communities, which simply aren’t there in many parts of the world.

From all this, I usually take with me two thoughts of how I hope our work can make a difference. On the ground, we do our best to share our findings with authorities at different levels, and in different formats, much like we had done in Romania. But the bigger contribution, I think, happens at a more abstract level – through publishing work with a certain “flavour” on the topic of biodiversity conservation and food security, we help to shape a global discourse, hopefully nudging it away from highly technocratic towards more holistic. This will take a lot of nudging… but ultimately, shedding light on spots not adequately lit is probably all that science ever does. The question is largely one of which spots we choose to shine a light on.

Values, conservation and sustainability

By Joern Fischer

In 1992, Shalom Schwartz published a seminal paper entitled “Universals in the content and structure of values: Theoretical advances and empirical tests in 20 countries”. The paper has been cited something like 12,000 times, and the findings have been refined since then. In short, it summarises different value orientations held by individuals. On reading this paper, I began to wonder what the implications of this are for conservation and sustainability.

schwartz_spatial1

Source: valuesandframes.org

I’ll start with a disclaimer and a summary of what Schwartz found. First the disclaimer: perhaps everything I write below has long been known by people working on conservation and sustainability, and I’m very late in catching up. If so, I’m happy to be further educated, e.g. by people explaining to me and other readers how this has been applied to conservation and sustainability in the comments below. But if I’m somewhat “typical”, then this is not at all widely known, understood, or reflected upon within the conservation and sustainability fields. And if that is the case, there might be some pretty important implications that require our attention.

Second – a summary of what Schwartz found. In the original paper from 1992, Schwartz developed theory, and then tested it on a large sample of individuals from a number of different countries. His theory was largely confirmed, and went something like this. Different people hold different values. Some values are compatible, whereas others are oppositional. Compatible values are, for example, if I value the attainment of wealth, and if I value the achievement of social recognition. Oppositional values might be valuing tradition versus seeking excitement in life.

These kinds of constructs – compatible and oppositional values – can be depicted in a kind of circular wheel, as shown in the Figure above. This wheel was generated by a multivariate analysis of many people responding to the same questions about their values, so this is an empirically grounded theory . Adjacent sectors in this wheel are compatible values, whereas opposite sectors in the wheel are oppositional.

So far so good – how is this relevant to conservation and sustainability? I think it is in a number of ways.

A lot of the values associated with conservation and sustainability cluster in the sector on “universalism” (top right). For example, here, we find “protecting the environment”, “social justice”, and even “unity with nature”. Opposite of that, we find the sector “power”, with values such as “wealth” and “social recognition”.

We can now ask ourselves where in this wheel individuals belonging to different cultures might sit. This is relevant for conservation and sustainability, because we might pitch our messages differently, according to people’s values (e.g. see this comprehensive report, or here for a simpler summary; and here for additional materials).

But I think perhaps there is something even more interesting going on. Here, I present three testable hypotheses, which would have implications for conservation and sustainability action.

Hypothesis 1: A substantial proportion of the population (probably differing between jurisdictions) actually holds values that are compatible with universalist values (i.e. sustainability and biodiversity conservation).

Hypothesis 2: Despite this, we are seeing patterns of behaviour at an aggregate (societal) level that emphasise values that are largely oppositional to sustainability, such as achievement and power. That is, we have created institutions that foster values that are not inherently shared by people. We thus have a mismatch between the value sets fostered by institutions and the value sets held by people.

Hypothesis 3: If this is correct, the “solution” to sustainability problems becomes one of “simply” re-aligining institutions to what people actually want. This may be a major task, but is a relatively smaller problem than if people themselves actually did not hold values compatible with sustainability. In other words, we may not need to “re-educate people”, but rather draw out what people actually want, and ensure that institutions are reformed in ways that reflect the want of “the people”.

Hopelessly optimistic? Actually, people are selfish and individualistic, and care about power and wealth and nothing else? Perhaps – convince me if you can. But at this stage I think it’s more likely that we are dealing with a mis-match between values fostered through institutions and values held by individuals. I speculate, in turn, that such a mis-match has probably arisen from power dynamics that go hand in hand with how we have organized societies (including economic principles); i.e. the whole thing is an institutional and power problem, not fundamentally one of values.

If I’m right, all of this points to us needing more conversations at a societal level about what it is that we truly value — and then working towards how to (re-)organise society accordingly. And then who knows, perhaps sustainability is within closer reach than we may have thought …

Hiring now: Postdoc on human-environment connections

By Joern Fischer

Because one of our postdocs is moving on to a tenured position (congratulations!), we are looking to find a new person to join our project on “leverage points” for sustainability (see, for example, here and here, or here). This position will be collaborating closely with others, especially myself, Henrik von Wehrden, Dave Abson, Julia Leventon, and several PhD students working on the “re-connect” component of the project.

Although somebody else has previously held this position, there is a lot of flexibility for how the position can be filled with life and meaning in the future. We’re particularly looking for somebody who is interested in pursuing empirical work on human-environment (re-)connections in Transylvania (Romania) or Lower Saxony (Germany) (or both); focusing on food or energy systems (or both). You can email me if you have questions.

The official advertisement is available here. Below, I copy and paste that information, but be sure to visit the original page — this here is not the official version.

ADVERTISEMENT

Leuphana University Lüneburg (foundation under public law), Faculty of Sustainability, is offering a post as:

Postdoctoral Research Associate – Wissenschaftliche/r Mitarbeiter/in,

salary group EG 13 TV-L, full time

Investigating human-nature connections–

Starting approximately November 2016, up to 31st March 2019. The position is part of a transdisciplinary project funded by the State of Lower Saxony and Volkswagen Foundation entitled:

Leverage Points for Sustainability Transformation: Institutions, People and Knowledge

 About the project

Understanding how changes in interconnected social-ecological systems facilitate the transformation to sustainability represents one of the key challenges of sustainability science. Drawing on insights from systems thinking and solution-oriented transdisciplinary research, this project focuses on hitherto under-recognized leverage points – system properties where a small shift can lead to fundamental changes in the system as a whole. Leverage Points will focus on changes in relatively intractable, but potentially highly influential, system properties that could help to realign complex social-ecological systems to the normative goals of sustainability. Specifically, we will analyse three sustainability-relevant leverage points: 1) institutional dynamics (RESTRUCTURE); 2) human-environment interactions (RECONNECT); and 3) sustainability-related knowledge creation and use (RETHINK). The three leverage points will be studied individually and with regard to their interdependencies, on two key themes (food and energy) in two contrasting case study regions (Transylvania in Romania, and Lower Saxony in Germany). For details, see www.leveragepoints.org

About the job – PD2: RECONNECT: Investigating human-nature connections

This position builds on conceptual work undertaken as part of the Leverage Points project (see Abson et al. 2016, Ambio). Its central role will be to empirically investigate human-nature connections and how changes in such connections relate to sustainability outcomes, in food and/or energy systems in Lower Saxony (DE) and/or in Transylvania (RO).

This position is one of five postdoctoral associate positions within the Leverage Points project. You will be expected to work closely with the research consortium, including three other postdoctoral associates (RESTRUCTURE, RETHINK and transdisciplinary case study (Germany) and RETHINK and transdisciplinary case study (Romania)), eight Principal Investigators, and eight PhD students.

Tasks and responsibilities may include a subset of the following: 1) assessing stakeholders’ aspirations and appreciation of local ecosystem services; 2) investigating consumer choices regarding food and energy; 3) testing the relations between connections, behaviour, attitudes and knowledge; 4) publication of manuscripts; and 5) co-supervision of PhD students.

Person specification

Essential selection criteria: a) PhD or equivalent doctoral degree; b) strong publication record relative to opportunity; c) highly developed conceptual and empirical skills; d) excellent communication skills (English); e) ability and willingness to work in a large, interdisciplinary research project; f) proven track record in either quantitative or qualitative data analysis (and willingness to apply both); and g) a solid understanding of human-environment relationships (e.g. grounded in concepts from psychology or ecosystem services).

Additional desirable selection criteria: a) previous experience in food/agriculture and/or energy systems; b) experience with interview analysis; c) familiarity with environmental psychology; d) experience with questionnaire analysis; e) experience with quantifying human-nature connections. (Not all of these must be met.)

An additional advantage will be fluency in German or Romanian.

Leuphana University Lüneburg is an equal opportunity employer committed to fostering heterogeneity among its employees. Applications by qualified individuals of all backgrounds are strongly encouraged. Disabled applicants with equal qualifications will be given priority consideration.

To apply

Please address all selection criteria under clearly labelled headings in up to one short paragraph for each. Please also send a motivation letter stating why you are interested in the position, a CV (including publication list), copies of relevant certificates and transcripts, and the names of up to three academic referees.

Application deadline: 11th September 2016

Please submit all materials in PDF format (as a single merged file) with the subject: Leverage Points PD2 to:

bewerbung@leuphana.de and cc abson@leuphana.de.

OR

Leuphana University Lüneburg

Personalservice – Katrin Severloh

Subject: Leverage Points PD2

Scharnhorststr. 1

21335 Lüneburg

Germany

Files should be named with the applicant’s surname (e.g. SmithLeveragePointsPD2.pdf).

For any questions about the project and the job, please contact Prof. Dr Joern Fischer (joern.fischer@leuphana.de) or Prof. Dr. Henrik von Wehrden (vonwehrden@uni.leuphana.de)

 

 

Now published: Leverage Points for Sustainability Transformation

By Joern Fischer

Finally, the first paper is out from our Leverage Points project. It’s led by Dave Abson, and lays out a conceptual framework and research agenda, all around the notion of “deep leverage points”. Please share it through your networks.

Screen Shot 2016-06-28 at 10.31.56.pngThe paper draws on Donella Meadows’ notion of “deep leverage points” – places to intervene in a system where adjustments can make a big difference to the overall outcomes. Arguably, sustainability science desperately needs such leverage points. Despite years of rhetoric on sustainability science bringing about “transformation”, the big picture is still pretty dull: globally at least, there is no indication that we’re starting to turn around the patterns of exponential growth that characterize our era. A potential reason is that much of sustainability science has focused on parameters and feedbacks, rather than system design or “intent” (see above) — when actually, it’s changing a system’s design and intent that is most likely to bring about major changes in outcomes.

If the goal is to bend the curves, we need to know where to start. To this end, we identified three realms of leverage that can be taken as starting points – reconnecting people with nature, restructuring institutions, and rethinking how different types of knowledge should be brought to bear for the pursuit of sustainability. These three realms of leverage are starting points. If others come up with additional or different realms of leverage that need to be investigated, this would be equally valid. To really find out what’s a good leverage point, we suggest applying a mixture of conceptual, empirical, and transdisciplinary approaches.

Finally, we hope that the notion of “leverage points” can provide a boundary object – a common denominator – that appeals to a broad range of audiences. On the one hand, because the idea of leverage points originates from complex systems thinking, technically oriented scientists should be able to engage with the concept. On the other hand, the notion of deep leverage points can also be used as a simple (but powerful) metaphor, signaling that “we need to look deeper” than we have done.

Ultimately, digging deeper is what the idea of deep leverage points is all about: sustainability science needs an agenda to confront all those issues that are perhaps difficult to deal with – but desperately need to be dealt with because that’s where potential for real change lies.

The full paper is available here.

The eternal challenge: walking the talk

By Joern Fischer

Having recently come back from a short, long-distance trip halfway around the world in the name of sustainability science – and having blasted a vast amount of carbon into the air in the process – I couldn’t help to think, yet again, about the perpetual challenge of “walking the talk” in sustainability science. But how does one “walk the talk”? The following are some suggestions for how to think through this.

  1. If it’s work-related travel, carefully weigh the sustainability costs and sustainability benefits. Frankly, a lot of work-related travel is not needed. We have a culture of workshops and meetings, and a culture of attending lots of these even if they are far away. Travel is cheap, workshop papers (i.e. discussion blabla papers) sell well, and have become a business in their own right. Personally, I believe in (i) prioritizing fieldwork related air travel over workshop air travel, (ii) prioritizing close travel for workshops/conferences over far trips, and (iii) thinking through how much travel you are willing to do in a given year.
  2. With respect to work travel, question the difference between what is necessary versus expected versus something you simply feel like. It’s too easy to say “I was invited and so I went”. In a culture where we all travel around without a second thought on whether that is good or necessary, just travelling a lot because everyone else is doing it is a very poor argument. So, as a minimum, be honest with yourself about (i) what is necessary, (ii) what is expected of you, and by whom, and (iii) what is simply your personal preference. Things you classify as necessary, well, I guess they can’t be changed easily. For things you classify as expected you can think about whose expectations these are, and whether you need to meet these expectations. And regarding third, frankly, that might be a fine reason at times, but from a sustainability perspective you should be aware that a preference for personal gluttony is also what’s destroying the planet. So probably best to remain a bit critical with oneself on this last point!
  3. Is there a way to get there without flying? Air travel is fast, and cheap (because it does not account for externalities). But it’s not the only way to get around. For example, many trips within Europe are possible by train if you think about it a little bit in advance. Night trains exist to some places, too.
  4. Once you decide to fly somewhere, consider offsetting your carbon impact. Most likely, your workplace – even if it’s a sustainability department – won’t have an offsetting scheme (do any?? I’d be interested!). Still, you can consider offsetting your personal and work-related carbon emissions. People who fly a lot also tend to earn a lot, making this not as big a deal as it may sound. Obviously, in science, your ability to offset depends on your salary and/or career level.
  5. Beyond travel, differentiate between big-ticket items versus little things in your life. Little actions can be good because you can do many little things. But changing a few big things in meaningful ways may achieve even more in terms of sustainability. Big changes are, for example, to live somewhere where you can ride a bike to work, rather than drive every day. Or to cut down the amount of animal protein in your diet, or obtain your food more locally. Little things like turning off light bulbs are fine … But just leaving your car at home one day (when you normally drive) is like a lot, a lot of lightbulbs!
  6. Recognise that you’re part of a “system”, and work on personal change as well as systemic change. While some sustainability scientists do too little (in my, in this case, not-so-humble opinion) to walk the talk, others beat themselves up for not being perfect footprint-free creatures. I think it’s important we recognize that it’s both a personal and systemic issue. If you live in North America or Australia, it’s nearly impossible to have a lifestyle that is fully sustainable. Most likely, most things from the food you eat to the transportation systems you use, to the infrastructure you support through your taxes are unsustainable. That is why it’s worthwhile to think about what you can do, and do that – while at the same time working on systemic changes so that living more sustainably becomes mainstream. That is, the institutional and socio-cultural context we live in will ultimately need to change, but that won’t happen overnight.

Comments on how you think about “walking the talk” are, as always, most welcome!