Life after COVID: most people don’t want a return to normal – they want a fairer, more sustainable future

Jacob Lund/Shutterstock

We are in a crisis now – and omicron has made it harder to imagine the pandemic ending. But it will not last forever. When the COVID outbreak is over, what do we want the world to look like?

In the early stages of the pandemic – from March to July 2020 – a rapid return to normal was on everyone’s lips, reflecting the hope that the virus might be quickly brought under control. Since then, alternative slogans such as “build back better” have also become prominent, promising a brighter, more equitable, more sustainable future based on significant or even radical change.

Returning to how things were, or moving on to something new – these are very different desires. But which is it that people want? In our recent research, we aimed to find out.

Along with Keri Facer of the University of Bristol, we conducted two studies, one in the summer of 2020 and another a year later. In these, we presented participants – a representative sample of 400 people from the UK and 600 from the US – with four possible futures, sketched in the table below. We designed these based on possible outcomes of the pandemic published in early 2020 in The Atlantic and The Conversation.

We were concerned with two aspects of the future: whether it would involve a “return to normal” or a progressive move to “build back better”, and whether it would concentrate power in the hands of government or return power to individuals.

Four possible futures

Back to normal – strong government
“Collective safety”

    • We don’t want any big changes to how the world works.
    • We are happy for the government to keep its powers to keep us safe and get back on economic track.

 

Back to normal – individual autonomy
“For freedom”

  • We don’t want any big changes to how the world works; our priority is business as usual and safety.
  • We want to take back from governments the powers they have claimed to limit our movements and monitor our data and behaviour.
Progressive – strong government
“Fairer future”

  • What we want is for governments to take strong action to deal with economic unfairness and the problem of climate change.
  • We are happy for the government to keep its powers if it protects economic fairness, health and the environment.
Progressive – individual autonomy
“Grassroots leadership”

  • What we want is for communities, not governments, to work together to build a fair and environmentally friendly world.
  • We want to take back from governments the powers they have claimed to limit our movements and monitor our data and behaviour.

In both studies and in both countries, we found that people strongly preferred a progressive future over a return to normal. They also tended to prefer individual autonomy over strong government. On balance, across both experiments and both countries, the “grassroots leadership” proposal appeared to be most popular.

People’s political leanings affected preferences – those on the political right preferred a return to normal more than those on the left – yet intriguingly, strong opposition to a progressive future was quite limited, even among people on the right. This is encouraging because it suggests that opposition to “building back better” may be limited.

Our findings are consistent with other recent research, which suggests that even conservative voters want the environment to be at the heart of post-COVID economic reconstruction in the UK.

The misperceptions of the majority

This is what people wanted to happen – but how did they think things actually would end up? In both countries, participants felt that a return to normal was more likely than moving towards a progressive future. They also felt it was more likely that government would retain its power than return it to the people.

In other words, people thought they were unlikely to get the future they wanted. People want a progressive future but fear that they’ll get a return to normal with power vested in the government.

We also asked people to tell us what they thought others wanted. It turned out our participants thought that others wanted a return to normal much more than they actually did. This was observed in both the US and UK in both 2020 and 2021, though to varying extents.

This striking divergence between what people actually want, what they expect to get and what they think others want is what’s known as “pluralistic ignorance”.

This describes any situation where people who are in the majority think they are in the minority. Pluralistic ignorance can have problematic consequences because in the long run people often shift their attitudes towards what they perceive to be the prevailing norm. If people misperceive the norm, they may change their attitudes towards a minority opinion, rather than the minority adapting to the majority. This can be a problem if that minority opinion is a negative one – such as being opposed to vaccination, for example.

In our case, a consequence of pluralistic ignorance may be that a return to normal will become more acceptable in future, not because most people ever desired this outcome, but because they felt it was inevitable and that most others wanted it.

Two people talking on a bench
We think we know what other people think – but often we’re wrong.
dekazigzag/Shutterstock

Ultimately, this would mean that the actual preferences of the majority never find the political expression that, in a democracy, they deserve.

To counter pluralistic ignorance, we should therefore try to ensure that people know the public’s opinion. This is not merely a necessary countermeasure to pluralistic ignorance and its adverse consequences – people’s motivation also generally increases when they feel their preferences and goals are shared by others. Therefore, simply informing people that there’s a social consensus for a progressive future could be what unleashes the motivation needed to achieve it.The Conversation

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This blog is written by Caboteer Professor Stephan Lewandowsky, Chair of Cognitive Psychology, University of Bristol and Ullrich Ecker, Professor of Cognitive Psychology and Australian Research Council Future Fellow, The University of Western Australia

This article is republished from The Conversation under a Creative Commons license. Read the original article.

#CabotNext10 Spotlight on City Futures

 

Dr Katharina Burger

In conversation with Dr Katharina Burger, theme lead at the Cabot Institute for the Environment

Why did you choose to become a theme leader at Cabot Institute?

I applied to become a Theme Leader at Cabot, a voluntary role, to bring together scientists from different faculties to help us jointly develop proposals to address some of the major challenges facing our urban environments. My educational background is in Civil Engineering at Bristol and I am now in the School of Management, I felt that this combination would allow me to build links and communicate across different ways of thinking about socio-technical challenges and systems.

In your opinion, what is one of the biggest global challenges associated with your theme? (Feel free to name others if there is more than one)

The biggest challenge is to evolve environmentally sustainable, resilient, socially inclusive, safe and violence-free and economically productive cities. The following areas are part of this challenge:

  1. Divided Cities/Inclusive Growth: addressing intra-urban spatial inequalities and economic segregation in cities, including across income groups and new arrivals to the city, the role of housing affordability and public transport accessibility in widening intra-city inequalities
  2. Providing urban services through effective governance, innovation and resilient infrastructures: the role of public policies in bridging urban divides and the relevance of the scale of analysis, developing insights to build effective cross-sector partnerships, including co-design and delivery of impactful projects, engaging communities and supporting inclusion
  3. Infrastructure resilience: smart and sustainable city infrastructure, adaptive to climate change, enabling low carbon transitions; sustainable financing and new multi-sectoral business models.

As we are looking into the future, what longer term projects are there in your theme?

At the University of Bristol, and within the GW4 Alliance, there are several groups seeking to make a positive impact on our urban futures. For example, there is an Urban Research Group in the Faculty of Social Sciences & Law, a GW4 Urban Humanities cluster, and some very large projects on smart and sustainable cities in engineering. Cabot has always managed to convene people with different interests, and the work of the Cabot City Futures theme is really composed of the multiplicity of individual projects that take place across the university. It is this variety of interests, particularly when discussed with a view to their role in climate-friendly and inclusive future cities, that captures what the theme is about.

Examples of research related to cities can be found by using UoB’s search engine with a keyword search. Staff self-identify as being affiliated with Cabot, and this is also visible through this search engine.

Across the portfolio of projects in your theme, what type of institutions are you working with? (For example, governments, NGO’s)

Theme members work with a wide range of institutions, as well as non-governmental organisations, businesses and community organisations within Bristol, and internationally.

Examples of research related to cities, and information about participating organisations, can be found by using UoB’s search engine with a keyword search.

What disciplines are currently represented within your theme?

On the City Futures Theme mailing list, the following disciplines are represented:

Accounting and Finance, Aerospace Engineering, Anthropology and Archaeology, Biological Sciences, Centre for English Language and Foundation Studies, Chemistry, Civil Engineering, Computer Science, Computer Science, Earth Sciences, Economics, Economics, Finance and Management, Education, Electrical and Electronic Engineering, Engineering Mathematics, English, French, Geographical Sciences, History, Italian, Law School, Management, Mechanical Engineering, Medical School, Philosophy, Physics, Physics, Policy Studies, Psychological Science, Sociology, Politics and International Studies, and Veterinary School.

In your opinion, why is it important to highlight interdisciplinary research both in general and here at Bristol?

Interdisciplinary research is key to addressing challenges that cut across social, cultural and technical boundaries, and challenges within cities tend to be characterised by this complexity. As such, systems approaches are needed to engage citizens, businesses, local government, and academia in shaping City futures. This means that we need to bring together disciplines that are:

  1. human-centred and focus on individual and collective learning processes
  2. traditional engineering disciplines that support many of the technical systems and increasingly digital infrastructures that underpin many of the services that citizens rely on for quality of life
  3. more foundational disciplines, such as, biology and chemistry that develop innovative approaches to nature-based solutions for cities to make them more climate-resilient.
  4. community medicines which help to develop a more holistic approach to notions of resilience in cities.

And of course, there are questions around the role of a city in international city networks so that learning is enabled, and this may require insights from political scientists, while there are also questions about urban histories and urban futures where humanities scholars and anthropologists may be particularly well-versed in helping us develop a better understanding of challenges. And there are most certainly many more disciplines where specialist perspectives, frameworks, and methodologies can contribute to help us genuinely develop novel approaches to city futures.

Are there any projects which are currently underway in your theme which are interdisciplinary that you believe should be highlighted in this campaign?

The theme has supported various interdisciplinary activities over the years. Please consult the Cabot Institute for the Environment.

A project that I am currently working on is a knowledge exchange project with West of England Combined Authority (WECA), where we’re developing Open Access toolkit to aid with sustainable business recovery in the City of Bristol and the wider region. The project cuts across questions of socio-economic mobility and HR diversity, sustainable business practices, and technological innovation, highlighting the need for interdisciplinary thinking in order to address challenges that pertain to inclusive urban prosperity, quality of life and sustainability .

For more information about this Cabot Institute for the Environment research theme, visit our website.

Turning knowledge of past climate change into action for the future

Arctic sea ice: Image credit NASA

It’s more helpful to talk about the things we can do, than
the problems we have caused.

Beth Shapiro,
a molecular biologist and author of How To Clone A Mammoth, gave a hopeful
response to an audience question about the recent UN report stating that one
million species are threatened with extinction.

I arrived at the International Union for Quaternary Research (INQUA) 2019
conference, held in Dublin at the end of July, keen to learn exactly that: what
climate scientists can do to mitigate the impact of our rapidly changing
climate. INQUA brings together earth, atmosphere and ocean scientists studying
the Quaternary, a period from 2.6 million years ago to the present day. The
Quaternary has seen repeated and abrupt periods of climate change, making it
the perfect analogue for our rapidly changing future.
In the case of extinctions, if we understand how species
responded to human and environmental pressures in the past, we may be better
equipped to protect them in the present day.

Protecting plants and polar bears

Heikki
Seppä
from the University of Finland and colleagues are using the fossil
record to better understand how polar bears adapt to climate change. The Arctic
bears survived the Holocene thermal maximum, between 10,000 and 6,000 years
ago, when temperatures were about 2.5°C warmer than today. Although rising
temperatures and melting sea ice drove them out of Scandinavia, fossil evidence
suggests they probably found a cold refuge around northwest Greenland. This is
an encouraging indicator that polar bears could survive the 1.5°C
warming projected by the IPCC to occur sometime
between 2030 and 2052
, if it continues to increase at the current rate.
Protecting animal species means preserving habitat, so it’s
just as important to study the effects of climate change on plants. Charlotte
Clarke
from the University of Southampton studies the diversity of plants
during times of abrupt climate change, using Russian lake records. Her results
show that although two thirds of Arctic plant species survived the same warm
period which forced the bears to leave Scandinavia, they too were forced to
migrate, probably moving upslope to colder areas.

 

If we understand how ecosystems respond to climate change,
we will be better prepared to protect them in the future. But what will future
climate change look like? Again, we can learn a lot by studying the past.

The past is the key to the future

To understand the impact of anthropogenic CO2
emissions on the climate, we must disentangle the effect of CO2 from
other factors, such as insolation (radiation from the Sun reaching the Earth’s
surface). This is the mission of Qiuzhen Yin from UC
Louvain, Belgium, who is studying the relative impact of CO2
on climate during five past warm interglacials
. Tim Shaw, from
Nanyang Technological University in Singapore, presented work on the mechanisms driving
past sea level change
. And Vachel
Carter
from the University of Utah is using charcoal as an analogue for
past fire activity
in the Rocky Mountains. By studying the pattern of fire
activity during past warm periods, we can determine which areas are most at
risk in the future.

The 2018 fire season in Colorado was one of the worst on record.

So Quaternary scientists have a lot to tell us about what
our rapidly changing planet might look like in the years to come. But how can
we translate this information into practical action? ‘Science as a human
endeavour necessarily encompasses a moral dimension’, says George Stone from Milwaukee
Area Technical College, USA. Stone’s passionate call to action is part of a
series of talks about how Quaternary climate research can be applied to
societal issues in the 21st Century.

One thing scientists can do is try to engage with
policymakers. Geoffrey
Boulton
of the International Science Council
is hopeful that by partnering with INQUA and setting up collaborations with
Quaternary scientists, it can help them do that. The International Science
Council has a history of helping to integrate science into major global climate
policy such as the Paris
Agreement
.

What can we do ourselves as scientists is to portray
scientific results in a way that is visually appealing and easy to understand,
so they are accessible to the public and to policymakers. Oliver Wilson and
colleagues from the University of Reading are a prime example, as they brought
along 3D printed giant pollen grains which they use for outreach and teaching
as part of the 3D
Pollen Project
.


Given that it’s easier than ever to publicise your own results,
through channels such as blogs and social media, hopefully a new generation of
Quaternary scientists will leave inspired to engage in outreach and use their
knowledge to make a difference.

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This blog is written by Cabot Institute member Jen
Saxby
, a PhD student in the School
of Earth Sciences
at the University of Bristol.

Jen Saxby

 

Forest 404: A chilling vision of a future without nature

Binge-watching of boxsets on BBC iPlayer or Netflix is a growing habit. And binge-listening isn’t far behind. Podcast series downloadable through BBC Sounds are all the rage (with a little help from footballer Peter Crouch). Enter Radio 4’s ‘Forest 404’ – hot off the press as a 27-piece boxset on the fourth day of the fourth month (4 April 2019). This is something I’ve been involved in recently: an experimental BBC sci-fi podcast that’s a brand-new listening experience because of its three-tiered structure of drama, factual talk and accompanying soundscape (9 x 3 = 27).

Try to imagine a world in which not only forests but every last trace of the natural world as we know it has been erased (almost……). This eco-thriller by Timothy X. Atack (credits include ‘Dr Who’) is set in the 24th century following a data crash in the early 21st century called The Cataclysm (404 is also the error message you get when a website is unavailable). The action follows lead protagonist Pan (University of Bristol Drama alumna and ‘Doctor Who’ star Pearl Mackie), a sound archivist who archives recordings surviving from the early 21st century. These include items such as a speech by President Obama’s on climate change, Neil Armstrong’s remarks after landing on the moon and Beyoncé’s ‘Crazy in love’. Pan is merrily deleting them all (useless and senseless). Until, one day, she stumbles upon a recording of birdsong in the Sumatran rainforest that inexplicably grabs her. In fact, she’s left intoxicated, almost falling in love with it. So begins Pan’s quest to understand its origin and purpose – not to mention her mission to reconstruct the meaning of an almost completely eradicated world of nature.

Over the past couple of years, I’ve been working on a project with the world-famous, Bristol-based BBC Natural History Unit (funded by the Arts and Humanities Research Council), exploring wildlife filmmaking over the past quarter-century. We wanted to include and support a creative dimension going far beyond the project’s more strictly academic and historical elements. Something poetic and performative that could take the study of nature at the BBC into new territory, and away from the visual. But the core theme remains the same: the value of the natural world and its representation in cultural form. This haunting drama focuses on that cultural value very closely by exploring an alien and alienating future world without nature – a world where the only memory of its former existence is preserved in Pan’s sound archive.

This is a deeply historical approach that re-unites me with a piece of research I published some time in the journal Environmental History (2005) what I called the strange stillness of the past – how sounds, both human and non-human generated, were overlooked by most historians. ‘Forest 404’ also ties in with another recent AHRC activity led by my colleague, Dr Victoria Bates. The project was called ‘A Sense of Place: Exploring Nature and Wellbeing through the Non-Visual Senses,’ and I participated as a volunteer. It was about immersing people in natural sensescapes using 360-degree sound and smell technologies. The idea is that we can potentially ‘take nature’ to people who can’t go to it for a first-hand experience.

With my partners at the BBC and Arts and Humanities Research Council, I see ‘Forest 404’ as part of an emerging research area known as the environmental humanities. The starting point of ‘enviro-hums’ is the conviction that a scientific perspective, no matter how important, cannot do full justice to the complexity of our many layered relationships with nature.

The humanities and arts have a big contribution to make in helping us to appreciate the value of what ecosystem services researchers call cultural services. This denotes the so-called non-material benefits we derive from the natural world – its aesthetic value (beauty), how it inspires imaginative literature, painting and music, its spiritual significance, and its role in forming cultural identities and giving us a sense of place. Last spring, Radio 3 broadcast a week-long celebration of all things forest and trees, following it up with another week in the autumn. ‘Into the Forest’ was all about how forests have supplied an almost unlimited source of inspiration for creative activity. ‘Forest 404’ confronts us with the brutal possibility of a world not just without forests and trees but even lacking a conception of nature. And it makes us think about how that absence impoverishes us culturally and spiritually as well as the more obvious ecological dangers we face.

Accompanying the podcast is an ambitious online survey devised by environmental psychologists at the University of Exeter and operated by The Open University. Data on how we respond to nature has previously concentrated on the visual. This focus on natural soundscapes will add a fresh dimension to what we already know about how contact with nature benefits our physical and mental wellbeing. Give the podcast a listen. Then please do the survey – over 7,000 people have already done so. It takes less than 10 minutes.

https://www.bbc.co.uk/programmes/p06tqsg3

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This blog is written by Cabot Institute member and environmental historian Professor Peter Coates.

Peter Coates

This blog has been republished with kind permission from the Bristol Centre for Environmental Humanities. View the original blog.

Prospective postgraduate students interested in Peter
Coates’ work have the opportunity to apply for his research project on the
Cabot Institute MScR in Global Environmental Challenges, ‘Fishscapes
and fish as biocultural heritage.’
This
one year research master’s project spanning both humanities and natural
sciences investigates the status of fish as a cultural as well as an ecological
species, occupying individual and collective memory.  For more information
about the Cabot
Institute MScR
please contact Joanne Norris at cabot-masters@bristol.ac.uk.

Resilience and urban design

In this article, inspired by the movement of open spaces in cities across the world and resilience theory [1], Shima Beigi argues that city and human resilience are tightly interlinked and it is possible to positively influence both through utilising the transformative power of open spaces in novel ways.

Human resilience makes cities more resilient

Future cities provide a fertile ground to integrate and synthesise different properties of space and help us realise our abilities to become more resilient. Rapid urbanisation brings with it a need to develop cohesive and resilient communities, so it is crucial to discuss how we can better design our cities. In the future, urban design must harness the transformative function of open spaces to help people explore new sociocultural possibilities and increase our resilience: resilient people help form the responsible citizenry that is necessary for the emergence of more resilient urban systems.

Cities are complex adaptive systems

Cities are complex adaptive systems which consist of many interacting parts with different degrees of flexibility, and open urban spaces hold the potential for embedding flexible platforms into future urban design; they invoke the possibility of adopting a different set of values and behaviours related to our cities, such as flexible structures designed to change how we imagine the collective social space or intersubjective space.

Transportation grids are for functional movement and coordination in cities, but open spaces can be seen as avenues for personal growth and development, social activities, learning, collective play and gaming (figure 1). They help us adjust and align our perception of reality in real-time and for free. All we need is our willingness to let go of the old and allow the new to guide us toward evolution, transcendence and resilience.

Figure 1: Boulevard Anspach, Belgium, Brussels. Images credit Shima Beigi

Open spaces also encourage another important process: the emergence of a fluid sense of one’s self as an integral part of a city’s design. Urban design can help citizens feel invited to explore and unearth parts of the internal landscape.

Mindfulness engineering and the practice of resiliencing

Drawing on my research on resilience of people, places, critical infrastructure systems and socio-ecological systems, I have collected 152 different ways of defining resilience and here I propose an urban friendly view of resilience:

“resilience is about mastering change and is a continuous process of becoming and expanding one’s radius of comfort zone until the whole world becomes mapped into one’s awareness”.

In this view, our continuous exposure to new conditions helps us align with a new tempo of change. Resilience is naturally embedded in all of us and we need to find those key principles and pathways through which we can practise our natural potential for resilience and adaptability to change on a daily basis. This is what I call ‘mindfulness engineering‘ and the practice of ‘resiliencing‘. There is no secret to resilience; Ann S. Masten even calls it an ‘ordinary magic‘.

Building resilient and sustainable cities

Future cities provide us with the opportunity to increase our resilience. There is no fixed human essence and we are always in the state of dynamic unfolding. So the paradox for the future is this: the only thing fixed about the future is a constant state of change. As existential philosopher Søren Kierkegaard said, “the only thing repeated is the impossibility of repetition.” It is only through this shift of perspective to becoming in tune with one’s adaptation and resilience style that we can change our mental models and become better at handling change.

Footnote

[1] The movement of resilience as the capacity to withstand setbacks and continue to grow started in early 70s. Today, the concept of resilience has transformed to a platform for global conversation on the future of human development across the world.

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This blog is by Cabot Institute member Dr Shima Beigi from the University of Bristol’s Faculty of Engineering.  Shima’s research looks at the Resilience and Sustainability of Complex Systems.

This blog has been republished with kind permission from the Government Office for Science’s Future of Cities blog.