Category Archives: Communication

Raising the bar for sustainable events

By Louise Thomsen

How often do we as event coordinators ask ourselves: how can I minimize the plastic use, the waste, the paper? I could also reverse the question and ask: Could we imagine a smarter, more efficient and even more inspiring new way to host events?

Copenhagen Business School hosts a significant number of conferences and other events throughout a year and all carry the opportunity to be managed more sustainably. But, what makes an event sustainable? In June, the Sustainable Consumption Conference hosted by the VELUX Endowed Chair in Corporate Sustainability at CBS became the first pilot conference for implementing sustainable initiatives at a bigger event at CBS.

Hosting events is a wasteful affair

We all know exactly what to expect when attending a conference. You receive a name tag when you register, which you usually throw in the waste bin when you leave. You get a plastic bottle of water, and when you are done with that, or even before you are done, you get another one. You get the conference programme and the participant list which you look at a couple of times before that goes into the waste bin. Often printed in colour.

Now, imagine attending a conference with no plastic bottles, no paper, no meat, and no food waste. Imagine, how this conference would increase the level of awareness, communication and engagement between the participants and the hosts. And ignite fruitful discussions because we would realize, how much we can actually achieve with little changes in our everyday lives.

Sustainability taken to new heights

On June 27-30, more than 200 scholars and policy practitioners participated in an international conference on sustainable consumption at Copenhagen Business School, The conference topic Sustainable Consumption naturally raised the question how a sustainable conference could look like at Copenhagen Business School? No attempt at all to satisfy the conference’s title would be more than hypocritical.

In order to make sure that the sustainability initiatives implemented at the conference were the most sustainable solutions and had a high impact factor, the conference organizers allied themselves with a group of students from the Danish Technical University (DTU) who were doing a course on Life Cycle Assessments.

The students received 2 cases

  1. How should the conference supply water?
  2. How should the conference be catered?

Over the course of 4 months, the DTU student teams collected data from CBS and carried out life cycle assessments taking into account various impact factors such as production, transportation, use and disposal etc. Based on the results, all conference meals were vegetarian, and all conference participants received one glass bottle that could be filled from water dispensers throughout the entire conference.


The conference participants also received information about the sustainability initiatives that they could expect prior to the conference. The findings from the life cycle assessment were communicated on posters and on the back of the staff t-shirts. All conference staff engaged with the participants and assisted with water bottles and waste sorting. Furthermore, the conference participants were continuously encouraged to share feedback and discuss the attempts made with each other and the staff.

Implemented sustainability initiatives at the Sustainable Consumption Conference

  • Each conference participant received one reusable glass bottle, which replaced single-use plastic bottles for the distribution of water throughout the conference.
  • Every meal served at the conference was vegetarian, reducing the environmental impact of the conference’s catering by 44% compared to meat-based meals.
  • Participants were asked to sort their waste throughout the conference, using designated bins for paper, plastic, food, and general waste.
  • The conference was largely paperless. Programs and other general information were made available in ways that reduced the need for paper, such as printed posters and an app with, among other information, the timetable.
  • The lanyards for name tags were made from recycled polyester, and both name tags and lanyards were collected for reuse after the conference.
  • Food waste was minimized by asking participants to give notice in advance about which meals they were going to participate in, and any leftover food was brought to a nearby centre for homeless people.
  • All conference staff wore a sustainable and organic cotton t-shirt with key sustainability messages on the back.

Invitation to a learning journey

When hosting an event at CBS, you are in touch with many different stakeholders who have procedures on how to efficiently meet requests on catering, waste handling, or cleaning. This means that it must be a collaborative effort if you want to change the existing structures. Engagement and communication are key.

We should not get carried away by the belief that the easiest solutions to implement will necessarily be the most impactful or more environmentally significant than our starting point. There is a big difference between solutions that carry a high degree of reducing CO2-emissions (real impact), and solutions that have the purpose of creating awareness. Both aspects are highly important. However, we should be aware of when we spend resources on one or the other and communicate this clearly.

I want to invite you to think about how we can improve our ecological footprint when we host events at CBS and elsewhere. As you will soon learn, there is no such thing as a “sustainable event”. However, there are well-founded decisions and much to learn if we dare to ask the question:

How can we raise the bar for sustainable events?


Louise Thomsen is Project Manager for CBS PRME and the VELUX Chair in Corporate Sustainability at the Department of Management, Society and Communication, CBS. Louise is focused on implementing the UN Sustainable Development Goals in an university context through student engagement. Follow her on LinkedIn and Twitter.

Save the date: 29 August, 15 h, Dalgas Have, Copenhagen Business School.

Creating a whole conference to have a significantly reduced amount of waste, use of paper and plastics is a big challenge. But many people also wonder, what they can do as individuals to limit climate change, if there is anything at all.
This issue is treated in another edition of the Sustainability Seminar Series at the department of Management, Society and Communication at CBS.

For more information and sign-up click on “What Can the Individual Do to help Limit Climate Change?”.

A framework for assessing the potential of behaviour change for global decarbonisation

By Kristian Steensen Nielsen

Addressing climate change requires an urgent implementation of far-reaching solutions. Policy-makers and natural scientists have mainly offered supply-side solutions to solving the climate problem, such as widespread adoption of new or innovative technologies. While of critical importance, strictly prioritising supply-side solutions is unlikely to deliver the necessary greenhouse gas (GHG) emissions reductions within the desired time frame. An often-overlooked demand-side solution is behaviour change, which can offer both immediate and long-term reductions in GHG emissions.

There is an urgent need for rapid decarbonisation to reduce the magnitude of climate change. The Paris Agreement reflected this urgency in its formulation of ambitious goals to keep the global temperature increase below 2°C and preferably 1.5°C. Since the Paris Agreement, researchers—often affiliated with the Intergovernmental Panel on Climate Change (IPCC)—have with accelerated frequency been building scenarios for potential pathways to reach the temperature goals.[1] These far-reaching—and arguably radical—pathways involve urgent transitions to renewable energy sources and the majority assumes the use of carbon dioxide removal (CDR) technologies, such as afforestation or bio energy with carbon capture and storage (BECCS). Neither of the pathway scenarios take behavioral changes into account despite the fact that studies have shown its potential to reduce GHG emissions. For example, Thomas Dietz and colleagues (2009) found that a national implementation of behavioural changes in the United States could reduce U.S. households’ direct emissions by 20% within 10 years (representing 123 million tons of CO2). Although not sufficient single-handedly, behaviour change can help speed up the decarbonisation of societies.

 

Three dimensions of behaviour change

To identify the potential of behavioural changes to reduce GHG emissions, it is critical to consider three dimensions[2]:

  1. the technical potential (TP) of a behaviour, or the emissions reduction achieved if an individual or a target population collectively adopted the behaviour;
  2. behavioural plasticity (BP), or the proportion of the technical potential achievable through the most effective behavioural interventions; and
  3. feasibility of initiatives (IF) to induce change, which refers to the likelihood that the most effective interventions are achievable within a target population.

Focusing exclusively on either of the three dimensions will result in skewed analyses from which only imperfect interventions can be developed. For example, substituting a GHG-intensive behaviour with a less GHG-intensive alternative (e.g., flying to Bermuda on vacation versus vacationing in one’s own country) will promise a high TP but the extent to which people are willing to make such a behavioural substitution may be less promising (BP) and so might the feasibility of achieving the behavioural change across a large population (IF). Conversely, a behaviour could be easy to change (e.g., getting people to shut off lights in unoccupied rooms) and feasibly be implemented in a large population, yet hold a very low TP and therefore even in the aggregate fail to reduce emissions by much.

Identifying the most promising target behaviours

The task of researchers (across disciplines) in collaboration with policy-makers and companies is to identify the behaviours with the highest potential to reduce GHG emissions while considering all three dimensions in cohesion. Making such calculations is no easy task—as the dimensions may vary substantially between and within countries—but neither is adopting innovative technologies at a massive scale. However, focusing on both supply- and demand-side solutions will heighten the likelihood of achieving the Paris goals.

[1] Rogelj et al., 2018.

[2] Dietz et al., 2009; Vandenbergh & Gilligan, 2017.

 

References

Dietz, T., Gardner, G. T., Gilligan, J., Stern, P. C., & Vandenbergh, M. P. (2009). Household actions can provide a behavioral wedge to rapidly reduce US carbon emissions. Proceedings of the National Academy of Sciences106(44), 18452-18456.

Rogelj, J., Popp, A., Calvin, K. V., Luderer, G., Emmerling, J., Gernaat, D., … & Krey, V. (2018). Scenarios towards limiting global mean temperature increase below 1.5° C. Nature Climate Change8(4), 325.

Vandenbergh, M. P., & Gilligan, J. M. (2017). Beyond Politics. Cambridge University Press.


Kristian Steensen Nielsen is a PhD Fellow in environmental behaviour change at Copenhagen Business School. His research interests are self-control, behaviour change, and environmentally significant behaviour.

 

Pic by Duncan Harris, Flickr.

Behavioural change in the work environment: a first review on MSC’s sustainable food policy.

By Jan Bauer.

  • MSC reviews six months of its sustainable food policy
  • Setting defaults can be highly effective
  • Guiding principles for the “right” defaults are not always easy to determine

During the summer 2017, the Department for Management, Society & Communication (MSC) at CBS hold a competition among its members to come up with ideas to foster sustainable behaviour within the daily work-life of the department. In addition to talking the talk in lectures and research, MSC hosts the CBS center for Corporate Social Responsibility, we also wanted to walk it.

Among many interesting submissions, the newly founded sustainable infrastructure task force (SIT) awarded the best idea, based on the potential impact and the feasibility of application within MSC. An idea to reduce the consumption of meat was declared as the winner. According to many studies, the reduction of meat reduces CO2 emissions and is associated with various health benefits.

Despite this evidence, banning meat in the department would have certainly and rightfully created substantial backlash. Banning meat would have unlikely been supported by a majority of the department members or its leadership as it can be arguably considered as an overly strong infringement of individual freedom.

Behavioural policy and the power of defaults

Based on a behavioral policy approach, the new food policy, publicly discussed in a department meeting and implemented in October 2017, ultimately changed the choice architecture of the way people order meals for meetings and events. For a trial period of six months, all meals became vegetarian by default; meaning that people get a vegetarian meal unless they actively opt-out and order a meat-based dish with a short email reply or by ticking a button (see example from a recent workshop invitation).

This idea is based on the principle of libertarian paternalism, which aims to steer peoples’ behaviour without restricting the freedom of choice and has been famously advocated by our colleague Cass Sunstein.

The power and controversy about purposefully setting defaults is often discussed in the context of organ donation. There is little doubt about the fact that people’s inertia to register as a donor can be linked to preventable deaths under the opt-out rule. The Netherlands recently change the default on the issue, but not all countries are expected to follow their example.

Predominant support for a sustainable default rule

The trial period of our food policy helped to understand the difficulties of implementing such a policy, e.g. what to do when you cannot ask participants. But it also aimed to collect data on how many vegetarian and meat-based meals were ordered. After the end of the trial period, a survey was conducted to elicit peoples’ attitudes towards and experiences with the policy.

More than 90% of the self-reported food orderings were vegetarian and the survey revealed that a majority supports to expand the policy beyond the trial period. However, the policy was not exclusively received with praise. Different concerns were raised about the policy, including the perception not feeling free to publicly speak up against such an initiative aimed and officially framed to “save the planet”.

Guiding principles: scientific evidence or democratic process?

I am confident that this pilot project will resolve its remaining issues, but the process itself has been a valuable learning experience and sparked some reflection. One issue is the rather simple question on what guiding principle should the default be selected in such an example. Two ideas come to mind instantly: assuming there is corporate interest in the health of employees and low CO2 emissions, the scientific evidence suggests that the vegetarian default should be the preferred way. However, decisions based on naturally broad scientific claims might miss important case-specific aspects, neglect the (corporate) culture and individual preferences.

Alternatively, setting the default by a democratic process might suffer from limited debate for such a morally loaded topic and individual biases against the abstract value of one’s own long-term health or reducing global warming. In principle, the aim should be to maximize overall welfare and nudge people to be “better off as judged by the themselves”. For reasons outlined above, it is not always easy or even fully clear, how and when individual judgement of such a policy should be assessed.

Judgement at the right time

When it comes to the food itself, having the light, vegetarian meal could be judged as less appealing before or during lunch when being extremely hungry, but evaluation might already change shortly after the meal. Reflecting on a meal in a satiated state can alter the importance of different aspects. Research suggests that hunger shifts preferences towards more palatable and less healthy foods, but also repeated exposure to a specific food increases preference for it. Hence, only 30 minutes could make all the difference, but potential benefits to health and environment might manifest in 30 years and only by then alter retrospective evaluation of such a policy.

Even though there is no natural default, most people like eating meat despite potential adverse health effects, including myself, which makes justifying any default rule difficult. In our case, all approaches we tried point towards the same result, which makes us hopeful to do the right thing. A decision to prolong the experimental policy by another year was recently made in the Department Forum. However, it is important to keep in mind that at its worst, this specific policy presents a die-hard meat lover with a vegetarian meal that he forgot to opt-out of – a hopefully rare event I am nevertheless sorry for.


Jan Bauer is Assistant Professor at Copenhagen Business School and part of CBS’ Governing Responsible Business Research Environment. His research interests are in the fields of health economics and consumer behaviour. As part of the Nudge-it Project, he focused on fostering healthy food choices of children and adults.

Big fuss about a big policy plan – and why this matters for corporate social responsibility: the Chinese social credit system

By Dieter Zinnbauer & Hans Krause Hansen.

Few statist policy blueprints on matters pretty technical have captured our collective imagination as has the Chinese Social Credit System (SCS). Announced by China’s State Council on June 14, 2014, and building on experimentation with related mechanisms since the early 2000s, it sets out a hugely ambitious effort, officially described to instil societal trust, integrity and cohesion in a highly complex society. To get there it seeks to combine cutting-edge technology and vast amounts of data to create incredibly granular behavioural profiles of both companies and individuals. Good and bad behaviours are meant to be recorded in and through elaborate rating systems and blacklists, and made public on digital platforms. The expectation is that punishments and rewards will deter deviance and incentivise good conduct in close to any sphere of life.

With the West in the mirror

After years of relative in-attention, the SCS has loudly burst onto the Western media landscape. Here, it is typically described in Orwellian terms as a totalitarian system of surveillance and control. On closer inspection, the SCS is in fact embryonic, fragmentary and faced with enormous implementation challenges.

But the scale, scope and level of invasiveness associated with the data collection effort currently emerging in China should not look so shockingly unprecedented to Western publics once they begin to scrutinize their own backyards. Take the use of social media in the policing of protests as an example. Here the UK government engages in the analysis of big data to predict, pre-empt and respond in real time to a range of issues, including public dissent. Take information on someone’s physical whereabouts as another example. As it turns out the exact location of cell phone owners in 95% of the US is being tracked with the help of all major carriers in close to real time (ok, with a 15 seconds delay) and related data is being available to nudge people’s behaviour for a wide variety of purposes, e.g. by sending them last-minute campaign pitches when they wait in line outside a particular polling station or anti-abortion messages when they are found to linger outside health clinics that carry out these procedures or by sending political messages when they wait in line outside a particular polling station.

Or take the most popular new media companies. They are collecting extremely granular dockets of what their users do, say and who they socialise with on their own platforms. But less in the spotlight they also track users and non-users alike across millions of other websites and across the bulk of the most popular mobile applications, recording anything from detailed surfing behaviour down to the modes of movement – is the user currently cycling or on the train? What’s more, they increasingly merge theses profiles with billions of data points collected by other parties. One leading new media company claims to have access to information on 70% of all credit card purchases and thus approximating a rather totalitarian 360 degree, 24/7 view of user conduct, all the way to – no kidding – the barometric pressure of the users’ environment.

Public and private entanglements

A special matter of concern in the West relating to SCS is its fusion of socialist government and private sector capabilities, technical affordances and interests that make such a system feasible in the first place.

However, long gone in the West are the times when governments were the main purveyors and guardians of data about their citizens.  Even the holy grail of state information prowess, the census is not immune to private sector resources and influences. The UK government for example is exploring ways to make its census more cost-effective with the help of other big data sources and acknowledges that this will also have to include privately-held ones.

And there is also a proximity of big tech and political actors on a much more fundamental level. Tech companies evolved into some of  the most vocal and most prolific donors and lobbyists on the political scene. An entirely legitimate democratic engagement, but it raises questions about outsize influence given the scale of these efforts. Yet, much more unnerving, the leading social media and tech companies in the US   seconded staff as pro-bono experts to become part of the support teams of most presidential candidates in the run up to the 2016 presidential elections, giving them unique insights and connections into the affairs of some of the leading politicians in the country.

Subtle social sorting and weak institutional safeguards

A factor that explains the extraordinary attention that the SCS has received might pertain to the breadth of sanctions and consequences that these early uses have already resulted in. Bad social credit makes it more difficult for Chinese citizens to travel, find a home or get a job.  Unfortunately, this is nothing new and happens all over the world.  Under the label of risk- management citizens whose criminal record or financial credit history contains some irregularities have long been subjected to inferior treatment when renting a home, looking for a job or seeking insurance.

In principle, the protection of individual rights and limits on state over-reach and surveillance in most western countries relies on a host of elaborate institutional safeguards, checks and balances. While some of the egregious examples referenced above have actually been remedied when they were exposed, thus attesting to some degree of efficacy of legal and broader societal protections, other incidences have not been resolved and are somehow even seen as acceptable.

So shifting some of the attention and moral outrage that is being directed towards the Chinese SCS back to the home turf, and to investigate what troubling data practices and regulatory gaps that are germinating over here is more than warranted. In the wake of the Facebook and Cambridge Analytica scandals this has begun to happen and more commentators are noting the troublesome parallels between Chinese SCS and emergent data surveillance and discrimination issues in the West.

Enter the urgent business of business

And this is where business and its social responsibility comes in. Because one of the fundamental differences between the SCS and many issues in the West is that the disciplinary power, control functions and discriminatory implications of big data-driven social scoring are not primarily organised and instrumentalised through government, but deployed by the private sector and working their way into everyday lives.

Egged on by a growing populist Tech-lash, a whirlwind of new regulatory efforts and undoubtedly also in many cases by a deeper sense for doing no harm, the new tech companies have begun to take note, moving from denial to a gradual re-examination of some of their working principles, practices and normative anchoring.

Yet, the proof is still in the pudding whether this is a substantive change of minds and hearts. The Performance of the new tech sector on some standard measures of corporate integrity and transparency is still mediocre and lagging many other established industries.

The ways to a much more comprehensive, proactive and transformational integration of corporate social responsibilities into the strategy and practice of tech will have to coalesce around a broad band of issues, ranging from responsible stewardship of data, platform power and emergent artificial intelligence capabilities to bread and butter CSR issues such as responsible corporate political activity and supply chain and subsidiary integrity.

Think tanks and tech activists are putting forward a sprawling pool of ideas and initiatives from data collaboratives or privacy by design standards to high-profile research endeavours into artificial intelligence ethics. Meanwhile  European regulators are putting into force trailblazing rules as we write this column.

But a big tech embrace of a substantive and comprehensive notion of corporate social responsibility is urgently required to stave off the threat of an even more populist, illiberal, unequal, misogynistic and fragile future in which the tech industry is more part of the problem than a solution to it.


Dieter Zinnbauer is Governing Responsible Business Research Fellow at Copenhagen Business School in the Department of Management, Society and Communication.

Hans Krause Hansen is Professor at the Department of Management, Society and Communication at Copenhagen Business School. He teaches and researches about various aspects of public and private governance, including corruption, anti-corruption and transparency regimes in the global North and South.

 

Pic by Alias, Flickr.

Wonder Tech and the Institution of Gender

by Jeremy Moon

“I didn’t realize that I was a woman until I went to the US.”

This was the rather arresting comment of a keynote speaker at the WonderTech Summit in Copenhagen, organized by a group of, mainly female, IT professionals. The speaker in question (a Senior Vice President of a leading MNC and leader of a women’s innovation initiative) explained that this awakening to gender was because in her home country, Denmark, she was used to being treated as another ‘person’ and, by inference, equal to men.

I have noted elements of equality in Denmark in: the extent of public funding for schools (overwhelmingly mixed sex) and parental leave; and the involvement of fathers in parenting. However, this is not to suggest that there is no gender institution in Denmark. The speaker referred to her disappointment that Denmark was only ranked 14th in the World Economic Forum Report for Women, and some other speakers alluded to the institution of gender in the tech industry and higher education in Denmark, and the way it worked against women.

Gender as an Institution – marco, meso and micro level

This comment struck me as a nice illustration of the idea of gender as an institution[1]: the way gender delineates the largely taken for granted roles of men and women. At the systemic (macro) level there are the respective norms, laws and rules. At the organizational (meso) level gender regimes shape the ‘way things are done here’. At the individual (micro) level there are the gendered practices in daily interactions. Of course, the gender institution is manifest in different ways in different places as illustrated by the aforementioned speaker’s contrast of its operation in Denmark and the USA.

So what, I wondered, would be the approach to this issue recommended at the conference whose purpose was ‘to celebrate the achievements of women in the industry and inspire diversity in tech’?

I was interested in the way participants addressed gender in their contexts. The aforementioned speaker advised that women disappointed in job / promotion applications, should not complain but try harder and better next time. Another speaker referred to a role model for women in blockchain entrepreneurship who advised ‘not to talk about gender’. The emphasis was upon innovation and taking initiatives at the individual level, and the numerous awards that were made enabled yet more such personal stories to be told. Wilma Rudolph was a used as a role model by one speaker (check out her amazing story of overcoming obstacles of socio-economic means and physical disability alone).

Network merit

Another key theme of the conference was at the meso level but focusing not on the oppressive organization, but on women’s self-help networks for mentoring, capacity building, career modelling, and sheer encouragement. The conference was replete with evidence of network organizations and social enterprises working in the field.

All this was so positive. The conference speakers and participants seem confident in their abilities to work professionally and effectively. There was little sense of inferiority or ‘being a woman’ in their organizations. How representative or scalable are these stories?

Too little attention on the political level

Which leads to my final observation that there was little attention to the systemic, or political, level of the gender institution to advance the careers of participants at WonderTech, even though the conference did give cases of ‘solving problems for people, businesses, and the planet’ (e.g. how ICT could be deployed to address systemic obstacles to equality for women in developing countries?).

Solving Problems for People, Businesses, and the Planet.

Can the inspiring individual stories and the network values and achievements carry the day or will more political action along the lines of the suffragettes or #MeToo be required? This might be to increase female participation in Tech science education, to increase women leaders in the Tech industry, and to enable women not to need ‘to feel like women’ – at least when doing so is a sign of adverse effects of the gender institution?[2]

 

[1] The subject of a forthcoming paper with Lauren McCarthy (more when it is published)

[2] Former Soviet countries lead the EU rankings of women in the tech workforce, presumably a legacy both of their policies of enrolling the brightest students in specialist maths high schools, and of current practices of selecting equal numbers of boys and girls in these schools, and encouraging girls to study computer science at university https://www.ft.com/content/e2fdfe6e-0513-11e8-9e12-af73e8db3c71


Jeremy Moon with some help from Marjahan Begum, Plamena Cherneva, Lavinia-Cristina Iosif-Lazar and Lauren McCarthy.

Jeremy Moon is professor at the Department of Management, Society and Communication, member of the Governing Responsible Business Environment and holds the VELUX Chair of Corporate Sustainability, all at Copenhagen Business School.

 

Pic by Jennifer C, Flickr.

A Taxonomy of Sustainable Business Model Patterns

By Florian Lüdeke-Freund & Sarah Carroux.

In recent years, so-called “sustainable business models” are increasingly gaining in importance in both practice and research.[1] There is hope that business models and business model innovation could, for instance, support the diffusion of ecologically and socially-beneficial products and services in the market.[2] Despite the growing interest, there still exists a lack of systematically-generated knowledge about the different shapes (or “patterns”) such business models can take. Hence, our research project aims to provide a comprehensive and up-to-date overview of presently known business model patterns that can contribute to the diffusion of ecologically and socially beneficial innovations. We developed a structured patterns system, a new taxonomy, of 45 patterns organized into 11 groups, including experts’ expectations for their contributions to sustainable value creation.

Key Objectives of the Study

A broad range of business models are being discussed in current scientific and applied literature. These are often identified as “patterns”.[3] Following Christopher Alexander, a pattern theory pioneer from the field of architecture, a pattern basically represents a solution to a reoccurring problem.[4] What makes patterns so special is that their solutions can be applied in different contexts. For instance, a window is a universal solution for the problem of a lack of lighting in a room. A window exists in different variations and can be applied in various contexts (e.g., for residential buildings, skyscrapers, small windows, large windows etc.). Similarly, business model patterns can be understood as replicable and modifiable solutions to reoccurring business challenges. For instance, the “freemium” business model can not only be used for online services such as Spotify, but also to market high-quality medical services that, depending on patient type, are offered either for “free” or for a “premium” (e.g. Aravind, an eye-care service provider in India).[5] The key objectives of this study are (i) to consolidate the current knowledge about business model patterns with the potential to support sustainable innovations, i.e. to develop a new taxonomy, and (ii) to prepare the foundations for a “sustainable business model pattern language”.[6]

Methodology

We identified a total of 102 potential business model patterns in the relevant literature. These were critically assessed and duplicates or irrelevant items were eliminated, resulting in a sample of 45 patterns. These were reviewed and organized into groups by 10 international experts to condense the large number of patterns in a way that allowed recognizing a systematic order. In the second survey round, the international experts were asked to assess the patterns with respect to their potential contributions to ecological, social, and economic value creation. This enabled us to develop a structured patterns system, a taxonomy, of 45 patterns organized into 11 groups, including experts’ expectations for their contributions to sustainable value creation.

 

Results and Practical Implications

The patterns system is comprised of 45 patterns that were each allocated to one out of the 11 identified groups according to their problem-solution combination. The following groups of sustainable business model patterns were found:

  1. Pricing & revenue patterns
  2. Financing patterns
  3. Eco-design patterns
  4. Closing-the-loop patterns
  5. Supply chain patterns
  6. Giving patterns
  7. Access provision patterns
  8. Social mission patterns
  9. Service & performance patterns
  10. Cooperative patterns
  11. Community platform patterns

These groups can be characterized based on (i) their specific problem-solution combinations (e.g., solving the problem of limited access to health care through a specific pricing model), and (ii) their expected ecological, social, or economic effects (i.e. their expected contribution to sustainable value creation). The patterns system is highly practice-oriented, given the input provided by the experts. For instance, it could be used as an instrument in innovation workshops. Furthermore, our patterns system could be used in combination with business model innovation tools such as the Business Model Canvas, the Business Innovation Kit, or the Smart Business Modeler. Our pattern taxonomy is based on an essential principle in business and innovation: “learning by example”. Companies that want to integrate sustainability into their business models can refer to our taxonomy for guidance and inspiration and use it as a catalogue that also includes practical examples. This means that companies do not have to start from scratch and, instead, can learn from the experiences of others and use these to progress towards sustainability. All-in-all, our sustainable business pattern taxonomy is an efficient and effective instrument that enables practitioners and scholars alike to benefit from vast years of experience. The sustainable business model pattern taxonomy is dynamic in nature and can be easily expanded with new patterns and examples. It can already be used for online business modelling by using the Smart Business Modeler.

[1] Lüdeke-Freund, F. & Dembek, K. (2017): Sustainable Business Model Research and Practice: Emerging Field or Passing Fancy?, Journal of Cleaner Production, Vol. 168, 1668-1678. [ DOI | ResearchGate ]

[2] Boons, F. & Lüdeke-Freund, F. (2013): Business Models for Sustainable Innovation: State of the Art and Steps Towards a Research Agenda, Journal of Cleaner Production, Vol. 45, 9-19. [ DOI | ResearchGate ]

[3] E.g., Remane, G.; Hanelt, A.; Tesch, J. & Kolbe, L. M. (2017): The Business Model Pattern Database — A Tool for Systematic Business Model Innovation, International Journal of Innovation Management, Vol. 21, No. 1, Article No. 1750004. [ DOI ]

[4] Alexander, C.; Ishikawa, S.; Silverstein, M.; Jacobson, M.; Fiksdahl-King, I. & Angel, S. (1977): A Pattern Language: Towns, Buildings, Construction. Cambridge, MA: Oxford University Press. [ Website ]

[5] Breuer, H. & Lüdeke-Freund, F. (2017): Values-Based Innovation Management: Innovating by What We Care About. Houndmills: Palgrave Macmillan. [ Website ]

[6] Lüdeke-Freund, F.; Bohnsack, R.; Breuer, H. & Massa, L. (forthcoming): Research on Sustainable Business Model Patterns – Status quo, Methodological Issues, and a Research Agenda, in: Aagaard, A. (ed.): Sustainable Business Models. Houndmills: Palgrave.


Florian Lüdeke-Freund is a Lecturer at ESCP Europe Business School, Berlin, where he also holds the Chair for Corporate Sustainability. Since 2013, Florian facilitates the research hub www.SustainableBusinessModel.org.

Sarah Carroux is a research associate and doctoral candidate at the University of Hamburg. As member of the Chair of Management and Sustainability, lead by Prof. Timo Busch, Sarah researches topics related to sustainable finance with a strong focus on impact investing, as well as the business case for sustainability and sustainable business models

 

Pic by Eli Duke, Flickr.

Researchers in BLOXHUB seeking to improve indoor climate

by Lara Hale

In the second week of May 2018, the architectural and design worlds were abuzz with reviews of the new green glass giant looming over the Copenhagen harbour – BLOX. There have been critiques of design, urban planning, participation processes, and more, but perhaps less likely to emerge in your social media and news feeds is the nature of organizational development and experimentation designed into the very heart of BLOX.

Physical, organizational and cultural diversity under one roof

BLOX as a physical building is composed of various building elements but is also socially composed of diverse elements. The property is home to the old military storage buildings at Fæstningens Materialgård, still stunning with their yellow-washed walls and currently under renovation for becoming part of the BLOX family of offices and meeting spaces. The new building houses top-floor apartments, a large fitness centre, the Danish Architecture Center (DAC), the Danish Design Center (DDC), and last but not least, BLOXHUB, the new building industry innovation hub.

These last elements are where the organizational potential lies. Firstly, there are the yet-to-be woven together threads that draw across DAC, DDC, and BLOXHUB, opening up for potential co-conferences and exhibitions that not only blend spaces, but blend disciplines. Secondly, BLOXHUB is a non-profit organization of around 150 members (and anticipated to grow) aiming to stimulate innovation for sustainable building and urbanization by facilitating co-working, co-creation, and experimentation. Beyond the potential stemming from sharing working spaces, the hub supports the organization of seminars and conferences and offers access to labs that can serve as platforms for new products or services, including, for example, epiito’s virtual reality (VR) lab and UnderBroen’s maker-space equipment. And thirdly, nested in BLOXHUB is the Science Forum, hosting a suite of built environment researchers.

Smart Building research among industrial researchers

Now the Science Forum is one of my offices-away-from-the-office. Since the start of this year, we are a cluster of nine industrial researchers – seven PhDs and two postdocs – with projects concerning “Smart Buildings and Cities” (read here about the formation of the cluster). Launching from my postdoc project with VELUX and CBS on smart building business model innovation, we have already  identified several crossovers and synthesis possibilities within the first months. This begs the question: what happens when you combine companies, universities, and industrial researchers into an innovation hub? How does this change how research, investment, and innovation are done? And how does this change how industry can relate to academia?

With user-friendly tech to better indoor climate

With VELUX, the starting point is smart device automation, but based on the people who live and work in buildings (read: all of us). But even if the indoor climate is ubiquitous and something we all experience, we also take it for granted and may not even notice how we are feeling unless something disturbs us. Even more importantly, the more serious health consequences of a poor indoor environment stem from factors that cannot necessarily be noticed just by paying attention, including for example, high CO2 levels from poor ventilation or off-gassing chemicals from unsustainable building materials. My research investigates both how smart devices can be designed based on an organization’s inquiry into the user experience, but also how the nature of these user-driven digital devices can change the way traditional manufacturing companies do business.

Much more to expect in the future of BLOX

The project has only been running a few months, and BLOXHUB has only been open not even a month – so there will be many more exciting developments and synergies to report in the future. In the meantime, swing by the great glass giant and experience the shifting landscape around Langebro. You can visit the most recent DAC Exhibition “Welcome Home” looking at how the meaning of home has shifted historically and continues to adapt in Denmark, and your kids can have a go at the new playground on the city-side of the building. A new bicycle and pedestrian bridge is planned for 2019, as well, and then the connections will go even further; from connecting industry and researchers to connecting the city on a level we all can meet.


Lara Anne Hale is an industrial postdoc fellow with VELUX and Copenhagen Business School’s Governing Responsible Business World Class Research Environment. The 3-year project is part of Realdania’s Smart Buildings & Cities cluster within BLOXHUB’s Science Forum. It builds upon her PhD work on experimental standards for sustainable building to look at the business model innovation process in organizations’ adaptation to the smart building business. Follow her on Twitter.

Pic by Michael Levin, taken from BLOX.dk.

Acting Collectively and Bottom-up for Sustainability: Does it work? How do we know? Why does it matter?

by Maria Josefina Figueroa.

Collective bottom-up actions for sustainability are on the rise in many corners of the global community. Actions are inspired by a realization that local solutions present opportunities to also pursue and reach global commitments, especially those agreed by all nations with the Paris climate agreement and the Agenda 2030, and its 17 Sustainable Development Goals (short SDGs).

What counts as collective bottom-up action?

A wide array of actions and forms of engagement by civil society, public and private actors can be counted as forms of collective bottom-up action. Examples range from actions of green activist and volunteers in organized community-led activities, over private entrepreneurs in small and medium enterprises and local businesses, to local authorities seeking to engage citizen participation in the implementation of sustainability solutions. With the sense of urgency attributed to both achieving climate goals and the SDGs, a logical expectation can be that increasing bottom-up engagement and action will easily translate into contributions for sustainability. Moving away from a mere presumption to gaining knowledge in support of this case requires posing questions such as these: “Does bottom-up collective acting work for sustainability?”, “How can we know?”, and “Why does it matter that we know?”

Does it work?

From a systems perspective, a simplified affirmative answer can be offered: bottom-up collective actions can play a big or small part toward systemic change. They can do this by setting in motion key system levers or eventually by helping catalyse a movement that can potentially contribute toward systemic change. However, even if this is the case, how can we know that the change set in motion will be advancing important sustainability goals?

How do we know?

The answer can be approached within a variety of disciplinary fields. These include (but are not limited to) social science, engineering, psychology, economics, political science, technological innovation studies and economy-energy studies. Some approaches target consumption and production, behaviour, lifestyles, and service provision; others target systemic infrastructure impacts and technology choices. Each approach favours a partial disciplinary assessment. Each field converges towards certain expert knowledge which tends to make its use difficult in an open public conversation or public deliberation. Gaining full understanding of the way collective bottom-up actions can work for sustainability requires further efforts to synthesize partial field approaches and for learning in action.

Recent efforts by the international research community are helping advance multidisciplinary frameworks for assessment and systemic thinking in approaching complex sustainability challenges and solutions. Evolving research efforts in multi-disciplinary teams are helping find ways of bridging evidence from natural and social systems with political and ethical considerations. The results offer a more complete evaluation of bottom-up actions’ impacts, synergies and potential conflicts. Similarly, they offer a scope for creative thinking and innovation enlarging the sustainable solutions space.

Experimentation, assessment, learning and knowledge creation approaches are a necessary component of the transition

Why does it matter to know if bottom-up actions work for sustainability?

Here are three reasons why it matters. First, because gaining knowledge of what constitutes effective collective action is essential for informed decision-making at all levels. There is a short time span for countries to deliver on their commitments to limit global warming below dangerous levels and to achieve SDGs as an integrated vision. More knowledge can make clear the opportunities for innovation and help to understand where trade-offs may be unavoidable.

Second, because sustainability gains may be easier to obtain and assess locally but it is also important to learn how they can be scaled up and offer improvements toward global goals.

Finally, because experimentation, assessment, learning and knowledge creation approaches are a necessary component of this transition, in this process universities have a very important role to play.

The task of universities is to form well-equipped sustainability professionals with strong capabilities to work in multi-disciplinary teams. General eagerness to understand the systemic interconnections between sustainability and climate challenges and solutions is just as important.

So far, this task has been addressed in Denmark by the University of Copenhagen (UCPH), the Danish Technical University (DTU) and Copenhagen Business School (CBS) joint developing electives (e.g. this and this) that can be chosen by students from any discipline and from any of the three universities – provided their study board will accept the course for credit.

Universities have unique resources and facilities to contribute in strengthening the knowledge creation, self-awareness, complex system thinking and multidisciplinary learning process. They can help enrich and transform the scope of bottom-up collective action into plausible solutions that pave a sustainability-transition path.


Maria Josefina Figueroa is assistant professor and academic coordinator of the Copenhagen Sustainability Initiative COSI at Copenhagen Business School. She is also lead author of the IPCC Fifth and coming Sixth Assessment Report.

Pic by Sharon Mollerus, Flickr