Category: Development

The Political Economy of the Olympics – Misconceptions about Sustainability

In Movement from Tanzania to Northern Italy to Denmark

How to make food systems more resilient: Try Behavioural Food Policies

Lobbying and the virus – three trends to take note of

Image by International Labour Organization ILO

The rise of social media bots – how do they work, and how can you spot them?

By Daniel Lundgaard

Bots and their impact on online conversations is rapidly becoming an important problem on social media. If we look at the conversation around the current Coronavirus pandemic, somewhere between 45% to 60% of the accounts on Twitter that promoted disinformation were identified as bots, in the anti-vaccine debate researchers have found that bots are used to “weaponize” online health communication and create discord, and in the climate change debate research suggests that about a quarter of all tweets are produced by bots.

These bots are used in a wide range of misinformation “strategies”. Based on findings from my own research and a review of current research on the topic, I have summarized what I perceive as the three main “strategies” where we know that bots have been used:

Amplifying certain opinions. The simplest strategy where bots have been used is in efforts to amplify a specific opinion, often by continuously re-tweeting the same tweet or link, or by only endorsing the shared posts of people with similar interests.

Flooding the discourse. Malicious actors often seek to increase confusion and challenge the current status quo e.g. the scientific consensus that climate change is man-made. In this strategy, bots are used to spread large volumes of information and start multiple conversations (often covering both sides of the debate), which makes it easier to question the current consensus. A similar tactic is as often seen in disinformation campaigns where large amounts of “fake news”-outlets create a new media ecosystem, and because of the increased volume of information, the voice of the validated outlets is “drowned”, which empowers the fake news outlets.

Linking issues to current tensions. Efforts to link debates to current tensions seek to polarize opinions and cause divide as seen within the vaccine debate where a debate was associated with current racial/ethnic divisions. Here bots are mainly used to either explicitly make the connection in their own tweets, or by commenting on content shared by others, suggesting the presence of a link to certain socioeconomic tensions.

With these strategies in mind identifying the users that in reality are bots seems like a crucial task. However, detecting and adequately handling these bots has proven to be a challenge for the major social networking sites such as Facebook and Twitter.

Nonetheless, after reviewing current tools made available for bot detection, current research on the topic and my own findings from an analysis of roughly 5 million tweets about climate change, I have identified a few tips that might help you to spot these bots – and potentially their impact on the conversation. For this list, I have left out bot-detection approaches that are based on reviewing patterns not normally visible to most users e.g. network features detection if the same group of users follow and re-tweet/like another group of users with similar language and message.

The user profile

Reviewing the user profile appears as one of the best ways for “normal” users to detect a bot. The most simple indicators could be a missing profile picture, however sophisticated bots might use stolen photos and here a quick “reverse image search” (right-clicking on the profile image and “search google for image”) might reveal something about the source of the image e.g. that it is taken from someone else. A generic (or poorly worded) profile description might also be an indicator, and in my own research I have found that reviewing the content of user profile descriptions is even better than reviewing the content of the tweets shared on a specific topic for predicting opinions.

Different or “stiff” language

The conversation on Twitter is often informal and people often use abbreviations or structure their sentences differently, which can be difficult to copy. As a result, bots might appear mechanical or rigid in its language – often returning to the same topic, share the same link over and over again, or returning to a topic that should have outlived the rather short life-cycle of some topics on Twitter.

Lack of humor

Granted, everyone misunderstands a joke sometimes and people can have trouble with understanding sarcasm. Because of this, understanding humor, especially sarcasm, also remains one of the major challenges for bots to both understand but also respond accordingly. This is particularly relevant on Twitter, where conversations may refer to shared understandings, inside jokes or memes used in a certain way within a community, which even sophisticated bots may have trouble understanding and adapting to.

Temporal behavior

Reviewing past activity, in particular with focus on patterns in temporal behavior might also be useful e.g. by spotting that a user seems to tweet at the same hour every day if it shares multiple tweets pr. Minute, or if the user immediately retweets or comments on other posts, which can be an indicator of an automated and pre-defined response.

It is important to acknowledge that not all bots are seeking to manipulate political conversations on social media. However, while some bots definitely are created for noble purposes, bots are increasingly becoming an important tool for various (potentially malicious) actors and their efforts to shape conversations on social media – especially Twitter. As a result, we, as a society needs to become better at detecting bots and limiting their power to shape the online debate, and I hope that by reading this blog I might have broadened your understanding of bots – and hopefully you have picked up a few tricks to spot potential bots appearing in your Twitter feed.

About the author

Photo by ?? Claudio Schwarz | @purzlbaum on Unsplash

Fresh Air: An Impact Story

By Lara Anne Hale

What do fresh air, canaries, and research all have in common? Academics often humbly conduct and publish research, hoping but not knowing if it had any impact on society (we hope very strongly!). This becomes even more bewildering when it comes to the advent of research impact metrics, such as with the UK’s Research Excellence Framework (REF) (UKRI, 2020). It is a rare and wonderful occasion in which one can not only bear witness to impact but actually physically touch it. As an industrial researcher with CBS and the VELUX Group, I am often moving between theory and practice, but the tale of an innovation process stands out. This impact story is the story of how research became related — albeit several steps removed — to the development of an innovative product, AirBird®, co-created by GXN, the VELUX Group, and Leapcraft. Moreover, it is the story of inspiration in practice, a breath of fresh air in the academic realm.

The academic story starts with a group of nine researchers. The ‘Smart Buildings and Cities’ research group is composed of nine industrial PhDs and postdocs employed in diverse Danish organizations and universities, housed in the BLOXHUB Science Forum and supported by Realdania and the Danish Innovation Fund. Some of us are social scientists engaging with engineering (that would be me), some are architects engaging with computer science, and yet others are engineers conducting social research. I’ve never seen such a mad mess of transdisciplinarity, and it’s beautiful (and also very much guided by our Science Forum coordinator, Pernille Berg).

The innovation process parallels the fourth research case I have been building to better understand and theorize business model innovation for smart technology in the building industry. This case concerns indoor climate data-driven building renovations as a potential business model and involves collaboration among CBS and the VELUX Group (the research), Kokkedal Skole (the building), and Leapcraft (the technology). Fredensborg Kommune has allotted nearly 1 billion DKK (120 million euro) to the improvement of its schools in a program called ‘Fremtidens Folkeskoler’ (Primary Schools of the Future); and it is kicking off the program with an investment of over 35 million DKK (4 million euro) in renovations at Kokkedal S kole. Prior to renovations, we needed to answer the questions: How is the building being used now? What is the indoor climate like? How do teachers and students interact with space? And then we can compare the data post-renovation. This kind of research, as it turns out, is especially timely, given the Danish government’s commitment of 30 billion DKK for sustainable housing renovations.

**Kokkedal Skole**
Image by *Lara Anne Hale*

The Kokkedal Skole project is a fascinating one to discuss with others, given the visionary leadership of their principal Kirsten Birkving and excellent building management of their facilities manager Lars Høgh-Hansen. They have in fact been featured on CNN Business for bringing new technology into the classroom, namely Leapcraft’s AmbiNode sensors and SenseMaking tool, the latter having been developed by VELUX based on the Green Solutions House project. Two of the Science Forum group’s companies, GXN and the VELUX Group, started to take discussions at length about the emerging findings on health in buildings, the invisibility of indoor climate, and the need for a simple alert when the situation is dangerous. They posed the question, is it possible to make an indoor health equivalent of the canary in the coal mine, who would start tweeting to coal miners when in contact with dangerous air?

Early in 2019 these talks came to fruition when Realdania invited applications for seed funding to research group members interested in collaborative innovation. This led to the Smith Innovation-coordinated workshop “The Canary in the Goalmine” with the VELUX Group and GXN working on the goal of defining how the ‘canary’ would look like, and – based on the research at Kokkedal Skole and renovation challenges presented by the Student and Innovation House – how it would function. A year later, I am working with VELUX and Leapcraft to finalize the one-year monitoring report from Kokkedal Skole, and AirBird® is ready to hit the shelves. The concept is simple and beautiful, just like the bird: when the CO₂ levels indicate unhealthy air, AirBird sings a bird song to let its users know they should bring in some fresh air; which TV2 Lorry featured at Kokkedal Skole on the 25^th of May. The AirBird® has been ideated, designed and developed in co-creation between GXN, VELUX Group and Leapcraft.

**Airbird introduction**
Image by *Lara Anne Hale*

Although the development of AirBird® does not tell the story of sustainability dynamics within innovation ecosystems (Oskam et al., 2020), nor the story of smart technology-facilitated business models for health and well being (Laya et al., 2018) – two examples of academic work that resonate with my research – it does challenge the idea that business model innovation precedes product innovation. Nudging tools like AirBird® may stimulate awareness and behavioural changes that anticipate business opportunities for a healthy indoor climate. Further, serendipitous product innovations may serve as artifacts embodying value negotiation, the foundations of business model innovation.

But ultimately, the AirBird® story is attractive because it presents impact that is tangible. And whereas the physical product is the most tangible of all, this innovation has had other impacts as well: collaborative innovation experience among the organizations involved; encouragement within the Science Forum of the value of transdisciplinary research; and the need to face directly the tensions between the academic and practice worlds. For my part, it’s uncomfortably different from the impact implied in academic publications and absolutely refreshing — something fresh air, canaries, and research should all have in common.

References

Laya, A., Markendahl, J., & Lundberg, S. (2018). Network-centric business models for health, social care and wellbeing solutions in the internet of things. Scandinavian Journal of Management, 34(2), 103–116.

Oskam, I., Bossink, B., & de Man, A.-P. (2020). Valuing Value in Innovation Ecosystems: How Cross-Sector Actors Overcome Tensions in Collaborative Sustainable Business Model Development. Business & Society, 000765032090714.

Rafaeli, Anat, & Pratt, Michael G. (2006). Artifacts and Organizations: Beyond Mere Symbolism. Mahwah: Lawrence Erlbaum Associates Inc,US.

UKRI (2020). REF Impact. Accessed 29 May 2020 from: https://re.ukri.org/research/ref-impact/

About the author

Lara Anne Hale – Ph.D., M.Sc., Assistant Professor, Industrial Postdoc Fellow with CBS and VELUX. Lara conducts transdisciplinary research on sustainability in the built environment, including aspects of digital transformations, circularity, user-centered design, and systems thinking. Her current project focuses on business model innovation for smart buildings in the BLOXHUB Science Forum ‘Smart Buildings & Cities’ research group, supported by the Danish Innovation Fund and Realdania.

Photo by Kinga Cichewicz on Unsplash

Building A Better Planet: Toward a Sustainable Post-COVID-19 Society

By Daniel C. Esty

Covid-19 has dominated policy thinking across the world for several months – highlighting our vulnerability to unexpected threats, the fundamental reality of global interdependence, the critical role of science and data, and the value of collaborative efforts in response to a common challenge. And when the short-term public health crisis abates, the middle-term focus will be on economic recovery. But we should think now about the longer term – and the need to build a sustainable society that steps up to another looming threat: the prospect of destabilizing climate change. Thus, as we rebuild our economy, we must do so in a way that moves us toward a clean and renewable energy future as well as addressing other pressing sustainability issues including air and water pollution, waste and chemicals management, and our depletion of natural resources.

To help launch the conversation about the pathways to a sustainable future, I offer below 10 key elements to consider. These concepts build on the ideas laid out in the recently released book, A Better Planet: 40 Big Ideas for a Sustainable Future, that emerged from a multi-year research and policy initiative at Yale University, where I teach. For more information on the Yale Environmental Dialogue, please see the website.

1 ) End of externalities

A sustainable future requires that we commit to an end of externalities as the foundational principle for environmental policy. This starting point would require that we implement the Polluter Pays Principle, which means that those who release air and water pollution or greenhouse gases would have to stop these harms or to pay for their pollution. Likewise, any user of public natural resources – including water for irrigation, forests for timber, grasslands for grazing, or public lands for the extraction of oil, natural gas, or minerals – would be required to pay full price for the resources they take.

To be clear, making companies pay for the harms they cause will expose some business models as fundamentally unsustainable and only profitable when externalities are not internalized. These enterprises will have to remake their business strategies or go under.

2 ) Change in systems thinking

We must acknowledge that we live in a highly integrated world, as COVID-19 has so painfully made clear. Complex human and ecological systems require moving beyond traditional siloes to systems thinking — and regulatory design that links energy, environmental, and economic policies. More fundamentally, we must accept the fact that we will need to pursue multiple goals simultaneously and learn to do so in an integrated way that accepts the reality that our goals will sometimes be in tension — and thus need to be traded off and balanced.

3 ) Top-down targets & bottom-up implementation

We must recognize that policy frameworks and structures require both top-down targets and bottom-up implementation. This lesson has become plainly evident in the climate change context, where it is now clear that presidents and prime ministers do not control all the levers of society that must be pulled to deeply decarbonize our economy.

To achieve a sustainable future, mayors, governors/premiers, and other subnational political leaders – who often control economic development, transportation systems, and other key points of policy leverage — must play a significant role in reducing greenhouse gas emissions and building a more resilient society.

Likewise, business leaders – who also make day-to-day choices that profoundly shape the prospect for moving society onto a sustainable trajectory – must also be included in this conversation. Fortunately, both the 2015 Paris Climate Change Agreement and the UN Sustainable Development Goals (SDGs) expressly acknowledge the need for broader engagement of exactly this kind.

4 ) New economic model

New policy tools must replace the 20^th Century command-and-control regulatory model with economic incentives and other market mechanisms. While the government mandates of the past have allowed us to dramatically reduce pollution levels compared to five decades ago, further progress depends on price signals and a commitment to making emitters pay for the harm they cause.

5 ) New roles & various actors

Environmental progress must recognize new roles for various critical actors. Specifically, in decades past, the business world was seen as the source of pollution problems. But today, most corporate leaders recognize the need to be good environmental stewards so as to maintain their company’s social license to operate. They recognize that old notions about the mission of corporations being centered on shareholder primary and the maximization of profits has given way to a stakeholder model in which businesses have responsibilities not only to shareholders, but also to their customers, suppliers, employees, and the communities in which they operate.

Individuals are also advancing sustainability in new and important ways that go well beyond their long-recognized role as voters. Specifically, individuals today can make a difference as green consumers who make choices every day about which products to buy and which companies are selling sustainable goods and services. Likewise, a growing set of sustainability-minded investors are tracking environmental, social, and governance (ESG) performance metrics to ensure that their portfolios align with their values – and they hold shares in companies that are showing the way toward deep decarbonization and sustainability more generally.

And some impact investors are putting money directly into sustainability projects and enterprises with an expectation that their funds will make a difference in society as well as a financial return.

Finally, all of us with a smartphone can serve as watchdogs — capturing and sharing evidence of environmental wrongdoing on social media. We are also all positioned to offer comments and participate in public environmental debates in many places and ways that were not possible prior to the Internet era. This expanded access should deepen public participation and improve the diversity of perspectives that get factored into policy decisions.

6 ) Sustainable markets

We need sustainable markets that incorporate new lessons from various emerging fields of science and other emerging academic disciplines. Industrial ecology, for instance, offers new methodologies for mapping the flows of energy and materials across the economy. In this regard, as we rebuild business in the many sectors devastated by the Covid-19 pandemic, we should look sector-by-sector for opportunities to create closed loop production processes that generate zero waste. Such a system would focus on water recapture and the reuse and recycling of other materials.

We might, in this spirit, shift away from plastic packaging that generates greenhouse gas emissions as it is produced and too often accumulates after use in the ocean – and move toward fiber-based materials that can be more easily recycled or composted.

7 ) New tools & Big Data

Policymakers have a set of new tools at their disposal that can be deployed in support of a sustainable future. Big Data, in particular, has abundant applications that can help us to reduce environmental impacts – tracking emissions, identifying best practices in pollution control and natural resource management, and providing metrics that help us to identify policy leaders to emulate and laggards who should be spurred to do better. And while 21^st information and communications technologies have transformed how sports teams pick players, businesses market to their customers, and all of us make purchases, technological solutions have done rather little to reshape the environmental realm. But recent advances in data analytics, genomics, artificial intelligence, and machine learning all show significant promise for having important environmental applications.

8 ) Ethical foundation

We must build an ethical foundation for 21^st Century sustainability that captures the public’s evolving thinking about core values and fundamental principles. Most notably, the idea of environmental justice and concerns about equity and inequality make it clear that our policy programs must pay attention to who benefits from environmental commitments and who gets ignored.

Indeed, who pays for environmental inaction – including lead exposure from aging water pipes or asthma risk when urban air pollution is not abated – has become a fundamental question.

As we seek to “build back better” after COVID-19, climate change equity issues need to be given a more prominent role – both the intergenerational burden that the build-up of greenhouse gases in the atmosphere threatens to leave for today’s young people and the reality that movement toward a clean energy future will dislocate some communities, industries, and demographic groups in ways that will require transition assistance.

9 ) New ways of communication

We need a new approach to environmental communications and a commitment to translate expert guidance and science to the public in a manner that makes sense to everyday citizens. Tony Leiserowitz and the Yale Program on Climate Change Communication have demonstrated, for example, that political leaders must learn to distill and effectively translate scientific concepts and results to the public. And as Thomas Easley makes clear in his Better Planet essay “Hip Hop Sustainability,” we need new strategies that bring the climate change conversation to inner cities and other subsets of society in a way that engages those communities in their own language and on their own terms.

10 ) Innovation

Finally, a spirit of innovation must permeate the push toward a sustainable future. To create an environmental policy framework that is lighter, faster, and more effective than our regulatory programs of the past, we must harness the entrepreneurial capacity and creativity that exists all across the world. Innovation broadly-conceived has already brought us technology breakthroughs in wind, solar, tidal, wave, and fuel cell power. But we must seek innovation beyond the technology domain. We need to be equally committed to fresh thinking and new approaches to finance and investments in clean energy, government policies and incentives, public engagement strategies, and public-private partnerships.

Such innovation can reduce the cost of creating a sustainable future and diminish the perceived tradeoff between environmental progress and economic prosperity.

Despite recent challenges, the promise of a more sustainable society seems ever closer, but still just over the horizon. Progress thus depends on sustainability pioneers who are willing to run out front, innovate broadly, take on risks, accept failures (and redeploy resources quick when unsuccessful pathways are identified), and redouble their commitment to efforts that show promise.

This commentary builds on Dan Esty’s April 2020 virtual lecture at Copenhagen Business School and the University of Copenhagen.

About the author

Dan Esty is Hillhouse Professor of Environmental Law and Policy, Yale School of Forestry & Environmental Studies and Yale Law School

More about Covid-19 pandemic on Business of Society blog:

Small, yet important – and still responsible. Reflections on SMEs and social responsibility in times of Covid-19

How the pandemic can reset cities and transform aspects of urban mobility

The Coronavirus Pandemic – and the Consequentiality of Metaphors

The Political Economy of the Olympics – Misconceptions about Sustainability

In Movement from Tanzania to Northern Italy to Denmark

How to make food systems more resilient: Try Behavioural Food Policies

Lobbying and the virus – three trends to take note of

Image by Free images

Small, yet important – and still responsible. Reflections on SMEs and social responsibility in times of Covid-19

By Søren Jeppesen

One thing seems to be clear by now – that we are all challenged by the effects of the Covid-19 pandemic. This includes all enterprises, large as well as small firms. As states and individuals, also SMEs (Small and Medium-size Enterprises) need to figure out how to respond. SMEs constitute the vast majority of enterprises on the Globe, and their response to the current situation, including how they behave in terms of social responsibilities matter a lot. If jobs disappear, or wages are lowered and/or working conditions deteriorate, a large number of persons (employees) and families will be negatively affected. If environmental standards are lowered the nature and humans will be negatively affected.

The perception of what constitutes social responsibilities varies substantially across countries. As SMEs in different parts of the world face very different situations (see Spence et al. 2018), also in times of Covid-19, the responses will be very different. We already witness intense debates on what is the ‘appropriate way’ of reacting. Most SMEs have a less formalized way of operating compared to larger firms. While this is viewed as leading to being less socially responsible compared to large firms this type of organizing – not being so standardized – maybe be is an advantage in an unknown situation like the one that we are witnessing right now. Agility, creativity and ability to make a decision fast could be an advantage right now like the Danish small firms that have adjusted their production to include critical health products show.

However, the examples are probably the exceptions rather than the rule as only a smaller section of the SMEs typically can be characterized like this. The majority of the SMEs are operating in more traditional, standardized ways and have a more limited range of responses as things stand right now.

In our part of the world, governments have implemented numerous support schemes trying to assist the private sector, including SMEs, in various ways. The Danish SME has various public-funded support packages and a highly formalized labour market cushioned by a number of social benefit programs to factor into the considerations. Hence, we can insist that an important part of managing continues to be keeping an eye on working conditions and the environmental impact. In other parts of the world like the developing countries, governments have so far done less and given the much more informal nature of the economies, SMEs are much harder effected.

The Ugandan SME is faced with no economic assistance and a complete lockdown of the society leading to a dramatically reduced – if not totally halted – operation and turnover. In addition, no social benefits exist to assist employees who are losing their job. So, the overarching topic concerns the socio-economic dimensions of how many SMEs that survive while retaining a good number of the staff – or on the more pessimistic side – how many that go down leaving scores of people unemployed and without an income affecting individuals as well as tons of families.

What can we then expect in terms of social responsibilities in such a situation? Given that some developing country SMEs are characterized as having ‘family-like culture’, we would expect such enterprises to retain the employees (Tran and Jeppesen, 2016). Even though the SMEs retain the employees, owners and managers personally have to handle the insecurity that accompanies the situation as well as relating to the concerns among the employees.

The family-like type of organization could ensure that employees are kept and not fired. Still, we know that a number of SMEs pay little if any wages in times of limited production. Hence, having a job with no income does not make a difference right now.

Small enterprises in developing countries are also praised for their community engagement in taking up activities ensuring women (Langevang et al, 2015) or young people income. The localized response may assist in various ways of helping citizens in dire need. Religion and which church that you are a member of play a role. Some churches, as well as the wealthier members (and among these SME owners and managers), come forward to assist their congregation and the less well-off families in times of need.

We need to wait for the answer to whether and to what extent Covid-19 will be marked by resilience and a protective and more caring (social) response by SMEs – or rather by the tough reality of downsizing and/or closing down with numerous dire consequences.

References

Langevang, T., Gough, K. V., Yankson, P. W., Owusu, G., & Osei, R. (2015). Bounded entrepreneurial vitality: The mixed embeddedness of female entrepreneurship. Economic Geography, 91(4), 449-473.

Spence, Laura J., Jedrzej George Frynas, Judy N. Muthuri, Jyoti Navaret, 2018. Research Handbook on Small Business Social Responsibility: Global Perspectives. Edward Elgar Publishing.

Tran, Angie Ngoc & Søren Jeppesen. 2016. SMEs in Their Own Right: The Views of Managers and Workers in Vietnamese Textiles, Garment, and Footwear Companies. Journal of Business Ethics, 137(3), 589-608

About the author

More about coronavirus pandemic on Business of Society blog:

How the pandemic can reset cities and transform aspects of urban mobility

The Coronavirus Pandemic – and the Consequentiality of Metaphors

The Political Economy of the Olympics – Misconceptions about Sustainability

In Movement from Tanzania to Northern Italy to Denmark

How to make food systems more resilient: Try Behavioural Food Policies

Lobbying and the virus – three trends to take note of

Image by US Army Africa

On the Ground: What CSR and sustainability standards fail to address

By Hannah Elliott

In the fall of 2019, there was a flurry of news stories in the British media about political events in western Kenya which, according to one article, threatened the future of the nation’s beloved cup of tea. In Kericho, the heart of Kenya’s tea-growing country, the local community are reclaiming vast tracts of land obtained under British colonialism for the large-scale cultivation of tea. Faced with a land shortage that hinders possibilities for sustainable development, local activists are challenging the extensive land acquisitions that took place under colonial rule, many of which constitute the premises of multinational agri-business today. CSR initiatives and the sustainability standards that are increasingly ubiquitous in Kenya’s tea industry fail to address or acknowledge a sustainability issue that is of major concern to local communities on the ground: land.

During the early 20^th century, while trying to create an export economy in eastern Africa, the British government identified the highlands of Kericho in Kenya’s fertile Rift Valley as a place of high agricultural potential and gave out land to European settlers. The area was identified as an ideal place for growing tea, a commodity that was already thriving elsewhere in the British Empire. With the entry of two major companies engaged in tea production in India and Sri Lanka, further land allocations were made, providing the premises for the expansive tea plantations that dominate Kericho’s landscape today.

Colonial laws enabled these land allocations: the British government could acquire land and relocate the ‘natives’ who were occupying and cultivating it. The Kipsigis community living in the Kericho area lost large amounts of land, only to be compensated with smaller areas of less agriculturally conducive land in designated ‘native reserves’. Others remained in their home areas but were rendered ‘squatters’ required to work for settlers in return for their continued occupation.

Many today struggle to make a living from diminishing farms in the former native reserve areas as family land is subdivided among children, while others remain landless or forced to purchase land at high prices. Land shortage poses a direct challenge to sustainable livelihoods in Kericho.

These grievances are what the Kericho County Governor seeks to address. Identifying as a victim of historical land injustices himself whose ancestral land lies within the vast tea plantation owned by the multinational giant Unilever, he advocates for reparations that acknowledge the forceful acquisition of his community’s land. This implicates multinational tea companies directly. For the Governor and Kipsigis community activists campaigning for justice, these companies are operating on stolen property that rightfully belongs to the community.

Tea plantations employ large numbers of locals in roles that range from tea plucking to top management and offer opportunities and bursaries for adult and child education. While much of the British media coverage of Kericho’s land politics, including an article in The Economist, has envisaged Zimbabwe-like evictions of British companies in Kenya, the Kericho Governor made clear when I met with him earlier this year that it is not in anybody’s interests for the tea companies to hand over the land and leave.

Rather, following recommendations made by Kenya’s National Land Commission, the Governor asks that tea companies apply to the county government for new land leases, following which the land can be resurveyed. Undeclared acreage, he argues, should then be reverted back to the county government. In addition, the Governor seeks to increase land rent so that the county government is more adequately remunerated for the land.

This, along with demanding mesne profits from multinationals for the use of the land since 1902, is intended to enable more equitable redistribution of the wealth generated from large-scale tea production.

One Kipsigis community activist whom I met envisaged a new model of business: a continuation of plantations’ management and operations, but with the local community, the ‘rightful landowners’, as the major shareholders. This is not to say that all of these proposals are wholly feasible or realistic for tea companies, but to envisage other ways of doing business whereby local communities and authorities are rendered more equal partners.

This goes beyond CSR initiatives which, while valued in Kericho, can be seen as a continuation of colonial paternalism rather than rethinking the very premises of companies’ local engagement. It also goes beyond the certified sustainability standards provided by organisations such as the Rainforest Alliance and Fair Trade that seek to ensure economic, environmental and social sustainability in the tea supply chain yet are generic, driven more by the demands of distant buyers in Europe and North America than those of local communities on the ground.

Undoubtedly, community land claims in Kericho are entangled in local politics. The Kericho Governor’s campaigns are part of a populist political strategy that has seen him win two terms in office. Furthermore, judging by Kenya’s postcolonial history, there is no guarantee that relinquished land or funds would be equitably rolled out to the community should he succeed. Another caveat relates to major challenges facing the tea business in recent years with regard to profitability: at the time of my fieldwork earlier this year, the price of tea hit an all-time low.

The coronavirus pandemic will surely further threaten the industry. In this context, local political challenges of the kind we see in Kericho might push companies to reconsider their operations entirely.

However, this shouldn’t preclude reimagining the terms of companies’ engagement, not only in Kenya but across Britain’s former settler economies. If large-scale agri-business is to face up to the challenges of sustainability in the places it operates, it must acknowledge the historical grievances attached to the ground beneath it and engage with local communities beyond the confines of CSR and sustainability standards.

About the Author

Hannah Elliott is a Postdoctoral Research Fellow at CBS’ Department of Management, Society and Communication. Her research on the SUSTEIN project critically examines the production of certified sustainable Kenyan tea.

How the pandemic can reset cities and transform aspects of urban mobility

By Isabel Froes

Cities are hard and complex systems. With their defined policies, grids and routes, they offer limited space for experimentation, with a low threshold for any type of interference to their regular flow. To test and prototype [1] in the urban, besides dealing with regulatory procedures, require clear indications of the positive impact those tests might bring. Thus, any change in routine flows is disruptive and not necessarily welcomed by all.

Some of these difficulties have become explicit during the processes carried out by various cities in four EU funded neighbourhood projects, Cities-4-People, Sunrise, MUV and Metamorphosis [2]. These projects have brought together citizens and other key city stakeholders to identify and co-create mobility solutions and approaches to tackling local problems. Each project has had a distinct goal, but all are part of the CIVITAS initiative focusing on ‘sustainable neighbourhood mobility planning’ and have been running since 2017, with three of them to end in 2020 and another in 2021. In the case of the Cities-4-People project, running in the cities of Hamburg, Istanbul, Oxford, Trikala and Budapest, cities, citizens and transport authorities have worked closely together to co-create and implement solutions addressing congestion, bike parking, safe and new routes to reach public transportation, and more [3].

Primarily, one of the biggest difficulties in deploying urban prototypes deals with permissions, space sharing, closing parts of or an entire street, or pavement, changing traffic routes, etc.

Even when implementing aspects citizens see as valuable and beneficial, such as bike racks, paths, during construction, these processes tend to be perceived as a nuisance. Another aspect stems from the fact that, unless it is a whole new city or neighbourhood been planned, the city, as a canvas, is never blank. Therefore, cities are constantly bound to develop solutions, which are imposed over an existing and fixed grid with very little wiggle room. All true, until March 2020.

The pandemic, through lockdowns and other movement restrictions, has changed the flow of cities almost overnight. For the first time, since the widespread city development focusing on automobiles, cities have had a chance to look at their now empty public spaces and rethink their use and purposes. These changes have forced the neighbourhood projects into a sudden halt, as people’s engagement with urban spaces has been very limited. However, while physical workspaces, shops and many businesses closed their doors, with citizens mostly at home, cities have encountered an unprecedented opportunity to rethink their streets.

In two related mobility examples, Vilnius, Lithuanian capital, the city Mayor has opened up eighteen of the city’s public spaces, free of charge, to bars and restaurants, so they can run while keeping the required social distancing [4 ].

In Milan [5], over the summer, the city will engage in a large-scale urban prototype, deploying 35km of temporary biking lanes and enlarged pavement areas.

While the city slowly opens up, with most employees still working from home and not commuting as much, citizens, when going out, should have enough space to keep a safe distance, while also experimenting in environmental friendly modes, such as walking and biking.

When some of the neighbourhood projects, such as Cities-4-People, resume in a few months, their cities and citizens might have changed. However, instead of considering the data that has been collected in the projects prior to the lockdown as ‘outdated’ or no longer valid, these projects can consider repurposing this data, using it as a robust baseline to be compared with post lockdown. From a mobility perspective, this ‘new normal’ might prove itself a valuable mobility asset. As people return to their streets, they can experience these known spaces in new formats encountering novel mobility patterns, where people and businesses can repopulate streets differently, reconfiguring city flows.

Furthermore, some of these temporary changes might prove to be popular and become permanent, promoting not only better mobility, but also lower pollution and improved air quality [6], indirectly helping cities leapfrog into achieving some of their sustainable development goals (SDGs). The opportunity to reset busy urban centres is rare; however, as it has occurred and continues to run with the pandemic, more cities and citizens have the unique chance to engage and exploit their cities’ canvas in new ways to seize their days.

References

[1] Implementing a temporary solution

[2] https://civitas.eu/projects/research

[3] https://cities4people.eu/

[4] https://www.theguardian.com/world/2020/apr/28/lithuanian-capital-to-be-turned-into-vast-open-air-cafe-vilnius

[5] In Milan, the lockdown brought a city to an almost complete stand still, decreasing an endemic congestion problem by 30-75%, thus improving air quality. https://www.theguardian.com/world/2020/apr/21/milan-seeks-to-prevent-post-crisis-return-of-traffic-pollution

[6] https://www.mckinsey.com/industries/automotive-and-assembly/our-insights/the-impact-of-covid-19-on-future-mobility-solutions?cid=soc-app

About the Author

Isabel Fróes is a postdoc at MSC Department at Copenhagen Business School working in two EU projects (Cities-4-People and iPRODUCE) dealing with distinct aspects of urban services and sustainability. Her latest publications deal with urban planning and co-creation based on results from the Cities-4-People project. Isabel also has wide industry experience and has worked both as a user researcher and service design consultant for various companies in Denmark and internationally. For more detail please see her Linkedin profile

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How to make food systems more resilient: Try Behavioural Food Policies

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How to make food systems more resilient: Try Behavioural Food Policies

By Lucia A. Reisch

The vision of healthy and sustainable food systems that facilitate appropriate food choices by individuals is gaining momentum in practice and in the marketplace. As the single strongest lever to optimize both human health and environmental sustainability, the food choices we make matter in multiple ways – for our bodies, the environment, and the economic and social fabric of societies. Acknowledging and actively harnessing co-benefits of “win-win diets” is a major focus of current food, farm, environmental, and health policy that aims to positively influence consumer behaviour. A behavioural turn in food policy that puts individuals and their choices at center stage holds promise for manifesting the vision of healthy and sustainable food systems.

As we collectively ponder lessons learned from the coronavirus pandemic, a key aspect will be to consider how to increase resilience of societies and economies in general and food systems in particular, to better endure a crisis in the future.

The Food and Agricultural Organization (FAO) defines resilience as ‘the ability to prevent disasters and crises as well as to anticipate, absorb, accommodate or recover from them in a timely, efficient and sustainable manner. This includes protecting, restoring and improving livelihood systems in the face of threats that impact agriculture, nutrition, food security and food safety.’ [1]

Food chains today are long and globalized, and retail systems are streamlined for efficiency with just-in-time inventories, all adding to the vulnerability of systems. While the basic food provision in Europe continued during the pandemic (not least due to the availability of local food chains), cracks appeared at the retail level with shortages of staples. Admittedly, many shortages were due to stockpiling by frightened people – a behavioural factor rather than a reflection of true supply shortages. One can speculate now that if the crisis were to continue, other dependencies (for instance, on mostly Eastern European farm workers for harvesting) will become obvious.

In a healthy and sustainable food system, the products that are grown, processed, and distributed are health-supporting, safe, environmentally and climate friendly; farmers and laborers work for fair wages under decent conditions; and on the demand side, equal and easy access to affordable, healthy, and sustainable diets as well as nutrition security are provided for today’s and future generations. This sounds like a utopia but it is our future.

The EAT Lancet Commission on Healthy Diets for Sustainable Food Systems recently defined a concrete healthy reference diet that, if applied, can be provided “for an anticipated world population of nearly 10 billion people by 2050 and still stay within a safe operating space on Earth” (Willett et al. 2019).

Balanced and sustainable food systems that stay within the planetary boundaries and provide a minimum level of safety, access, and equity are doubtlessly more resilient – i.e., more robust in times of shocks and crisis – than lean, efficiency-maximizing, far-flung global supply systems. The advantages and necessity of system resilience are likely to constitute one big learning from the pandemic.

Another big learning is that consumer-citizen behaviour is much more malleable and adaptive than many policymakers (and researchers) had thought. People are able and ready to quickly change deeply ingrained habits, adopt new practices (social distancing, home cooking), and adhere to new social norms (wearing masks, hand washing) if – important qualifier – the reasons seem (scientifically) sound, are limited to a bearable time span, and are well explained by a trustworthy government.

Some governments (Sweden, e.g.) rely on voluntary action and “nudging” alone; others (Germany, e.g.) combine harsh bans, intense risk communication, and behaviourally informed policies such as warnings, framing, priming, reminders, defaults, and boosts. We don’t know yet which strategies will work best, but it has already become clear that much can be achieved by using behavioural insights, calling on the responsibility of people, giving positive feedback and reminders, and harnessing the power of (dynamic) social norms and peer pressure.

In the words of the great Danny Kahneman: good policy needs to activate both types of people’s decision-making: the quick, intuitive, emotional “System 1” and the slow, cognitive, deliberate “System 2”.

It is not a new idea that insights into the biases and heuristics, the habits and motivations of consumers can be useful to design effective policies. This is the essence of the new field of Behavioural Public Policy that constitutes these days an International Association of Behavioural Public Policy. The evidence is increasing that a behavioural approach can indeed help design better food policies. What we call Behavioural Food Policy puts people’s needs, biases, and decisions at center stage, offering a specific behavioural lens to existing (hard and soft) policies that can make them more effective. It relies on governance processes that are based on empirical, often experimental testing, learning, and adapting. Public deliberation and participation in these processes help consumer-citizens understand and eventually approve of the policies. This potential of behavioural policies to shift habits and food demand is under-utilized but growing.

This approach is echoed by the global climate change community in the Intergovernmental Panel for Climate Change (IPCC) upcoming 6^th Assessment Report. [2] The report identifies two major behavioural changes that substantially mitigate greenhouse gas emissions: avoiding food waste and dietary shifts to plant-based nutrition. As to the former, simple behaviour such as meal planning and creative use of leftovers can help reduce food waste on the individual level; retail can adjust its marketing, and regulators can improve the handling of expiration labels and best-before dates. Regarding the latter, reducing (mainly ruminant) meat consumption and substituting animal protein with field-grown protein are seen as major steps. A diet light in meat is better for one’s health, leads to greater animal welfare, helps reduce food-borne diseases and food crisis, and produces less greenhouse gas emissions. Because individual choices are the basis of any healthy and sustainable food system, understanding and influencing consumer behaviour is a promising route to achieving sustainability, resilience, and healthfulness of our food systems and society generally.

References

[1] http://www.fao.org/emergencies/how-we-work/resilience/en/.

[2] The author is a contributing author to this IPCC AR6 chapter.

About the author

Lucia A. Reisch is Professor of consumer behaviour and consumer policy at the Department of Management, Society and Communication (MSC) within the CBS Sustainability. Her research focuses on behavioural economics, behavioural public policy, sustainable consumption (in particular, energy, food and health, active mobility and fashion), intercultural consumer behaviour, consumers and digitization, as well as consumer policy.

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A Green and Fair COVID-19 Recovery Plan

By Stefano Ponte

This article is based on his previously written piece for the Centre for Business and Development Studies.

The COVID-19 crisis has made evident the limitations of existing thinking, preparedness and policy in relation not only to health pandemics but also to the sustainability challenges we face, locally and globally. Contemporary capitalism, with its hyper-individualistic culture and just-in-time – instead of just-in-case – approach to infrastructure and essential equipment, is not geared towards solving global problems that require coordination, cooperation and solidarity. As some activists, scholars and medical personnel have stated recently, ‘We don’t need heroes if we have preparation’.

Clear examples that have emerged with particular force in the past few months include the political inability to coordinate emergency responses within the EU and the US, cut-throat competition among countries seeking to procure essential medical gear, and the realization that we have been undermining the working conditions for ‘essential workers’ for decades. Therefore, an expansive economic stimulus to restart the economy during/post-covid-19 cannot be based on the first-line response of capitalism – restoring production and consumption back to ‘usual’.

This is the time to expand and rethink our socio-economic models to stimulate a more sustainable approach to consumption – not limited to consuming more sustainable goods and services (such as organic milk, ecotourism holiday or FSC certified timber), but also on consuming less.

We need to rethink the current organization of the global economy, reform the national economic and political institutions that govern it and devise new forms of governance and collective action within states and across borders. Contemporary hyper-capitalism, rather than humanity per se, is the root cause of the global sustainability crisis and the spread of pandemics – and thus should be the focus of action.

To achieve this, we need a different kind of ‘green entrepreneurial state’ that de-couples sustainability from growth, and that does not intervene to bail out carbon-intensive industries tout court. Oil markets have tanked in recent weeks, and $0 (or even negative) oil prices are devaluing oil industry assets dramatically. A green and just recovery in the oil industry transition means focusing on helping workers first and foremost, rather than executives or shareholders. This could entail partial nationalization of assets to essentially shut the oil industry down in the mid-term and open the way for further investment in renewables, which would otherwise be dampened by competition from cheap oil.

Second, what we need is more community involvement in the economy, changes in labour law to make unionization easier, tax reforms to make municipal and cooperative forms of organization more attractive, corporate regulation to facilitate employee ownership, and stimuli to expand the radical and democratic ecological experiments that are already in place – such as the shared living communities that have been active in Denmark since the 1970s.

Third, important insights for a recovery plan can be offered by the idea of ‘just sustainability’, which incorporates ‘the need to ensure a better quality of life for all, now and into the future, in a just and equitable manner, whilst living within the limits of supporting ecosystems’. Therefore, a path towards recovery during-and-post COVID-19 needs to address inequality – as it drives competitive consumption and leads to lower levels of trust in societies, making public action (including under a pandemic) more difficult. Excluding companies from recovery funds which have made use of tax avoidance tools is one of the necessary steps. But broader and collective actions to stamp out tax heavens are needed more than ever.

About the author

Stefano Ponte is Professor of International Political Economy at Copenhagen Business School and Director of the Centre for Business and Development Studies. His latest book Business, power and sustainability in a world of global value chains was published by Zed Books in 2019.

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