Tag: environmental impact

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 20th 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 21st 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 21st 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

Sustainable Development, Interrupted?

The Political Economy of the Olympics – Misconceptions about Sustainability

Supply Chain Responsibilities in a Global Pandemic

A Green and Fair COVID-19 Recovery Plan

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

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The Political Economy of the Olympics – Misconceptions about Sustainability

By Faith Hatani

In the midst of the global coronavirus crisis, the International Olympic Committee (IOC) and the Japanese government finally decided last month to postpone the Tokyo 2020 Olympics until next year. The general public across the world may have different views on the Olympics – positive and negative, or simply indifference. But with regard to the Tokyo Games, there is a fair reason for not just postponing them but reconsidering their relevance and preferably cancelling them altogether. The ongoing Covid-19 pandemic has underscored the long-standing controversies surrounding the Tokyo Olympics, and it is indeed sustainability that is at stake.

Economic problems in the host country

A tag line that Tokyo, the host city of the 2020 Olympics, has been using is “Recovery Olympics” for a sustainable future. The “recovery” is primarily referring to the recovery from the 2011 earthquake and tsunami, and the ensuing nuclear disaster in Fukushima, a city in northern Japan. When Tokyo was successful in its bid to host the Games, it estimated that the market effect of the Olympics and Paralympics would be more than JPY 32 trillion in total, which would be a huge boost to Japan’s shrinking economy. Clinging on to this rather optimistic figure, the IOC and the host government were reluctant to make any change to the original schedule in spite of the coronavirus pandemic, and their attitude was criticised as “wildly irresponsible” (Boykoff, 2020).

Besides the cost-benefit analysis of the Tokyo Games, it should be noted that, as of March 2020, nine years after the Fukushima disaster, approximately 48,000 people were still living in evacuation zones in Japan. Despite this, a huge amount of money has been spent on constructing new facilities for the Olympics, rather than aiming to reconstruct “sustainable cities and communities” (Sustainable Development Goal (SDG) 11) in the disaster-hit northern city. Meanwhile, the Tokyo Olympics has been the most over-budgeted Games ever, because of Tokyo’s lax policy.

Postponing the Olympics will entail an extended preparation/maintenance period for another year amid uncertainty, which is likely to impose an additional tax burden on citizens. It is highly questionable whether the host government has appropriately prioritised key issues and allocated resources accordingly.

Environmental issues: Value chains in the global sports industry 

The Olympics is big business, involving not only elite athletes, but also a large number of stakeholders such as sponsors, media, providers of various products, and spectators. A mass of people moves across borders and within the host country, consuming a great number of goods in just a few weeks. The huge amount of greenhouse gases and waste that each Olympic Games generates has been the subject of continuing international debate. These are also the problem areas addressed by SDGs 12 and 13.

On the other hand, the United Nations recognises that sport can be an enabler of sustainable development (UN General Assembly, 2018). If the host is committed to the SDGs, and stakeholders and resource-rich companies/countries collaborate to implement environmentally friendly technologies and practices, the Olympics could be a showcase of new ideas to facilitate sustainability. In this regard, the Organising Committee of the Tokyo Games has promoted several sustainability concepts and plans. Nevertheless, a group of non-governmental organisations has raised a question concerning Tokyo’s approach (Heineken, 2019). They reported that a huge new national stadium for the 2020 Games was built by cutting down trees in Indonesia and Malaysia, thereby damaging these countries’ efforts to preserve their rainforests (SDG 15).

When it comes to a mega sporting event such as the Olympics, we tend to, somewhat naively, pay attention to the downstream, in which big brands, celebrities, impressive new technologies and goods to consume are all visible, and we are often ignorant of what is happening in the upstream.

If the upstream of the whole value chain is neglected and sustainability is used (or misused) as just a fancy concept, while economic actors act irresponsibly, the SDGs will never materialise.

Health concerns: Summer heat as usual, and now Covid-19

Since Tokyo was selected as the host city for the 2020 Olympics, persistent health concerns have been raised. One of the almost inevitable problems in Tokyo is, in fact, a hot summer, which Weather Atlas describes as “oppressive humidity and extremely high temperatures”. Indeed, many people actually suffer illness each year due to the summer heat in Japan; in 2019 alone, more than 70,000 people were admitted to hospital due to hyperthermia.

Although Tokyo insists that the Olympic venues will be closely monitored with adequate safety measures, it is unclear how this can be guaranteed, not just for the athletes but also for the volunteers and spectators in the different locations.

Now, a new and bigger concern certainly involves Covid-19. To date (as of mid-April 2020), the number of confirmed cases in Japan has been significantly lower than the other G7 nations as well as neighbouring Asian countries. However, medical experts and other countries are sceptical, questioning whether Japan may be overly restricting coronavirus testing in order to maintain its safe image for the sake of the Olympics. Of course, the slow testing could be due to other factors such as the limited availability of testing kits, which has also been a problem for other countries. Nonetheless, the root cause of the concern is the slow response of the authorities in taking the necessary action, because this would trigger an explosion of infection cases as we have witnessed in other countries.

Although Tokyo eventually declared a state of emergency on 7 April, this was a few weeks later than the lockdowns enforced by many major countries, and two months after a coronavirus outbreak on the Diamond Princess cruise ship anchored offshore in Yokohama, just 30 km from Tokyo. Tokyo’s lenient approach casts doubt on its capability of dealing with communicable diseases when a rapid response is crucial (SDG 3). 

The point is not to abolish all future Olympic Games as this global sporting event can be an important platform for athletes, and potentially a contributor to peace (SDG 16), or at least a symbol of it. However, the Tokyo Olympics is missing the meaning behind sustainability in many ways. Furthermore, amongst other factors, it is also ill-timed. The world is now facing a serious challenge on a global scale.

One clear message that the coronavirus pandemic has taught us is that we may be vulnerable wherever we are – even in a wealthy country – and that we all have a responsibility to strive for sustainability.

In this context, financial resources should be invested in essential products and vaccine research to tackle Covid-19, and human resources should be allocated to immediate needs to sustain local societies. In short, get the priorities right. Then, strong global partnerships and cooperation (SDG 17) will hopefully facilitate our efforts and achieve a more meaningful positive outcome.

About the author

Faith Hatani is Associate Professor at the Department of International Economics, Government and Business at Copenhagen Business School. Her research interests reside in the role of international business in sustainable economic development, focusing on responsible management of value chains and institutional constraints in different industries and countries.

References

Boykoff, J. (2020) Cancel. The. Olympics. The New York Times.

Heineken, H. (2019) Olympic timber scandal. The Understory.

UN General Assembly (2018) Sport for development and peace

Photo by hitsujiotoko_xx

Read more about sustainability and Covid-19:

Sustainable Development, Interrupted?


Sustainable Consumer Behavior: Go Big or Go Home?

By Laura Krumm

In recent years, news on issues such as climate change, environmental degradation and plastic pollution was almost inescapable. At least in Europe, newspapers reported on environmental topics regularly, political discussions often revolved around greenhouse gas emissions or environmental policy, and sustainability content creators gained large numbers of followers on social media with tips on package-free grocery shopping and vegan recipes. Additionally, with Fridays for Future, environmental issues inspired one of the largest youth movements to date. It is fair to say that almost everyone is talking about the environmental issues we are currently facing.

The role of consumption

With almost everyone talking about environmental issues, most have understood that our consumption behavior in the industrialized world is a major cause of environmental problems. After all, the issue of climate change is an issue of consumption. Almost three-quarters of greenhouse gas emissions originate from household consumption (1). A change in consumption behavior, therefore, is deemed necessary to have a chance of mitigating climate change.

Even though environmental beliefs and values are increasing, consumers often do not follow through and translate their attitudes into environmental behavior. Many scholars are concerned with this phenomenon, often termed attitude-behavior gap or value-action gap (2, 3). This gap is frequently calculated by subtracting the market share of sustainable goods, e.g., organic produce, from the percentage of consumers having an intention to buy those products. The estimated size of the gap ranges mostly around the 30% mark (4, 5).

If consumers acted according to their attitudes, the market share of sustainable products would, therefore, increase by 30 %, which would certainly have a substantial environmental impact. Is it, however, enough to focus on closing the attitude-behavior gap? Unfortunately, no.

How sustainable are we really?

Behaviors commonly considered as sustainable, such as bringing our own reusable shopping bag instead of using the plastic bags provided by the store, might not have the big environmental influence we think they have. Bilharz and Schmitt have termed such actions as the “peanuts of sustainable consumption” (6). Often, consumers that identify themselves as “green” have similar ecological footprints to consumers who do not identify themselves as “green” (6, 7).

A green self-image, although associated with higher rates of some environmental behaviors, is therefore often misleading.

This can be problematic. If consumers with high attitudes towards sustainable consumption overestimate their own positive impact and already perceive themselves as sustainable after performing relatively low-impact sustainable behaviors, such as stopping the water while brushing their teeth or using a reusable tote bag for shopping, the motivation for bigger steps might be reduced. While these small behaviors are important actions and first steps in the right direction, they are only that: first steps. To mitigate climate change and solve other environmental issues, more drastic measures will be necessary.

Focus on high-impact behaviors instead of low-hanging fruits

Some researchers, therefore, suggest to reduce the focus on the intent-based view of sustainable behavior (e.g., environmental attitudes or motivations) and rather take a more impact-based perspective (8). In that case, the actual environmental effects of certain behaviors and actions are assessed in the form of, e.g., emitted greenhouse gases or ecological footprint calculations. An impact ranking of sustainable behaviors can then give insightful information, which behaviors to give priority.

A recent study found, e.g., that a change towards a vegan diet has the potential to mitigate up to 14% of European carbon emissions, whereas a change towards exclusively purchasing organic food has the potential to mitigate 2% (9). While this certainly does not mean that organic food products are not important and we should stop buying them, a focus on them will not suffice to reduce our greenhouse gas emissions significantly.

This change in perspective is not only important for consumers themselves, but also for companies, research and policy. While, e.g., an EU-wide ban of single-use plastic or company initiatives to eliminate plastic bags in some supermarkets have a considerable positive impact on the problem of plastic pollution, it is by far not enough.

Even though the probable consequences of climate change are well known and already start to become apparent, countries and governments still fail to adopt effective measures to reduce greenhouse gas emissions (10).

An enhanced focus on high-impact behaviors and actions can help political institutions, research organizations and consumer education strategies achieve their sustainability goals. While it is certainly necessary to address small and easily implementable changes, they should not distract us from tackling the big consumption challenges (11).

About the author

Laura Krumm is a PhD fellow at the Department of Management, Society and Communication and part of the Consumer & Behavioural Insights Group at CBS Sustainability. Her research interests lie in the fields of sustainable consumption behaviour and policy.

References

(1) Hertwich, E.G. and Peters, G.P., 2009 – Carbon Footprint of Nations: A Global, Trade-Linked Analysis, in: Environmental Science and Technology, 43(16), 6414-6420.

(2) Kollmuss, A. and Agyeman, J., 2002 – Mind the Gap: Why Do People Act Environmentally and What are the Barriers to Pro-Environmental Behavior?, in: Environmental Education Research, 8(3), 239-260.

(3) Huddart Kennedy, E., Beckley, T.M., McFarlane, B.L. and Nadeau, S., 2009 – Why We Don’t “Walk the Talk”: Understanding the Environmental Values/Behaviour Gap in Canada, in: Human Ecology Review, 16(2), 151-160.

(4) Carrington, M.J., Neville, B.A. and Whitwell, G.J., 2010 – Why Ethical Consumers Don’t Walk Their Talk: Towards a Framework for Understanding the Gap Between the Ethical Purchase Intentions and Actual Buying Behaviour of Ethically Minded Consumers, in: Journal of Business Ethics, 97(1), 139-158.

(5) Young, W., Hwang, K., McDonald, S. and Oates C.J., 2010 – Sustainable Consumption: Green Consumer Behaviour when Purchasing Products, in: Sustainable Development, 18(1), 20-31.

(6) Bilharz, M. and Schmitt, K., 2011 – Going Big with Big Matters, in: GAIA, 20(4), 232-235.

(7) Gatersleben, B., Steg, L. and Vlek C., 2002 – Measurement and Determinants of Environmentally Significant Consumer Behavior, in: Environment and Behavior, 34(3), 335-362.

(8) Moser, S. and Kleinhückelkotten, S., 2018 – Good Intents, but Low Impacts: Diverging Importance of Motivational and Socioeconomic Determinants Explaining Pro-Environmental Behavior, Energy Use, and Carbon Footprint

(9) Vita, G., Lundström, J.R., Hertwich, E.G., Quist, J., Ivanova, D., Stadler, K. and Wood, R.,  2019 – The Environmental Impact of Green Consumption and Sufficiency Lifestyles Scenarios in Europe: Connecting Local Sustainability Visions to Global Consequences, in: Ecological Economics, 164, 106322.

(10) UN Environment Programme, 2019 – Emissions Gap Report

(11) Centre for Behavior & the Environment, 2018 – Climate Change Needs Behavior Change: Making the Case For Behavioral Solutions to Reduce Global Warming

Photo by Markus Spiske on Unsplash

Green – a special shade of innovation.

By Valentina De Marchi.

How can firms change for sustainability?

As political and societal pressures increase, and more and growing evidence supports a business case for sustainability, an increasing share of firms is considering how to change their activities to reduce environmental impacts. However, going green does not entail the innovation process firms are used to.

Changing for green

The way firms might reduce their environmental footprint is by changing their products and/or the activities needed to realize them, that is, to innovate. Such innovation might regard the type of inputs used.

For example, in the context of apparel, substituting traditional cotton or synthetic fibers with new ones like bamboo and eucalyptus, that require less water and pesticides to be produced. Or the features of the product – designed for easy disassembly and recycleability. Also, they might regard the process – i.e. investing in machines and process layout that might allow reusing waste from their own activities within the production cycle, or more efficient use of resources. Or, more often, both of them, as a holistic approach to the reduction of impacts on environment might require a profound transformation of several aspect of the firm’s production activities at once [1].

A peculiar shade of innovation

Innovation is not a novel aspect for firms – the intensification of international competition has made it the key mantra for companies in most industries in the recent years. But innovating for environmental sustainability entails peculiar challenges [2, 5].
Environmental innovations are, on average, more complex than other (non-green) innovations.

  • They are characterized by a higher degree of novelty – still representing a technological frontier for which many firms are still inexperienced. They often require resources and skills distant from the traditional knowledge base of the industry.
  • They are associated by a higher degree of uncertainty and risks – as there are not yet widely accepted standards, either in terms of specific technological solutions or measures for evaluating the environmental performance of products and processes.
  • They require a systemic approach, as the possibility of a firm to realize a green product is strictly depending on the green performance of the suppliers of raw materials of components or on the clients that are going to use it.
  • Finally, they entail a credence character, as the environmental feature of a product or process, i.e. being realized via a low polluting process, is often a hidden attribute that cannot be disentangled even after the purchase.

Planning for green innovation

Considering for such special character of environmental or green innovations, effectively developing them requires a peculiar process, too. In particular, empirical studies converge in suggesting that a key aspect regards the importance to rely on knowledge and competences coming from external partners.

In order to introduce new products or processes that reduce emissions and wasteful use of resources, firms need to cooperate with external partners more than with respect to other innovations. This is especially the case of cooperation with suppliers, to ensure the supply of inputs or components with the needed eco-friendly features – that might not be readily available on the market – to close the production cycles and to enhance ‘recycleability’. And of cooperation with ‘knowledge providers’, being private design studios or environmental consultants (including non-profit actors such as NGOs), or public institutions such as research centers or universities [2, 3].

Interestingly, the importance of cooperation increases for the most intense green innovators, those who introduce changes that reduce several environmental impacts, such as: reduction of air, water, soil pollution, increased energy or material efficiency, improved after-use recycling of products, and others. Indeed, they are more likely to cooperate with a higher number of external partners, being also more often foreign partners [4].

However, such an open approach to innovation does not replace the internal innovation effort of the firm: investing in an internal research and development (R&D) office and in the skills and competences of the firms’ remains a key driver to ensure the effective development and introduction of a green innovations [5].

A call for a new approach toward innovation and sustainability

Willingness to reduce its own impact on the environment is not enough. To become effectively green, firms need to carefully plan their innovation activities toward this goal. The approach to innovation developed during the firm’s experience might not be enough to take up this challenge: opening up to external partners needs to be an essential complement to an internal investment to environmentally upgrade.

How to identify the correct partners to enter this new field, so as to govern the collaboration both with private and with public or not-for-profit organizations and mix it with internal, private effort might be challenging. But it is an essential step toward a lower impact production system. United we stand, divided we fall far from reaching sustainability goals.

References

[1] Network for Business sustainability (2012), “Literature Review: innovating for sustainability”, December
[2] De Marchi V. (2012), “Environmental innovation and R&D cooperation: Empirical evidence from Spanish manufacturing firms“, Research Policy, 41(3), 614–623
[3] Roscoe, S., Cousins, P. D., & Lamming, R. C. (2016). “Developing eco-innovations: A three-stage typology of supply networks”. Journal of Cleaner Production, 112, 1948-1959.
[4] De Marchi V., Grandinetti R. (2013) “Knowledge strategies for environmental innovations: the case of Italian manufacturing firms“, Journal of Knowledge Management, 17(4): 569-582
[5] Cainelli G., De Marchi V., Grandinetti R. (2015) “Does the development of environmental innovation require different resources? Evidence from Spanish manufacturing firms”, Journal of Cleaner Production, 94: 211‑220.

The Author

Valentina De Marchi is Assistant Professor at the Department of Economics and Management ‘Marco Fanno’ at the University of Padova, Italy, and Governing Responsible Business Research Environment (GRB) research fellow at Copenhagen Business School. She is interested in the study of the peculiarity of environmental innovations and on the greening of firms embedded in Global Value Chains.
Website: www.valentinademarchi.it
Twitter: @dema_val

Photo by Edgar Castrejon on Unsplash.