The Behavioural Crisis Driving Ecological Overshoot

The Behavioural Crisis Driving Ecological Overshoot

Abstract
Previously, anthropogenic ecological overshoot has been identified as a fundamental cause of the myriad symptoms we see around the globe today from biodiversity loss and ocean acidification to the disturbing rise in novel entities and climate change. In the present paper, we have examined this more deeply, and explore the behavioural drivers of overshoot, providing evidence that overshoot is itself a symptom of a deeper, more subversive modern crisis of human behaviour. We work to name and frame this crisis as ‘the Human Behavioural Crisis’ and propose the crisis be recognised globally as a critical intervention point for tackling ecological overshoot. We demonstrate how current interventions are largely physical, resource intensive, slow-moving and focused on addressing the symptoms of ecological overshoot (such as climate change) rather than the distal cause (maladaptive behaviours). We argue that even in the best-case scenarios, symptom-level interventions are unlikely to avoid catastrophe or achieve more than ephemeral progress. We explore three drivers of the behavioural crisis in depth: economic growth; marketing; and pronatalism. These three drivers directly impact the three ‘levers’ of overshoot: consumption, waste and population. We demonstrate how the maladaptive behaviours of overshoot stemming from these three drivers have been catalysed and perpetuated by the intentional exploitation of previously adaptive human impulses. In the final sections of this paper, we propose an interdisciplinary emergency response to the behavioural crisis by, amongst other things, the shifting of social norms relating to reproduction, consumption and waste. We seek to highlight a critical disconnect that is an ongoing societal gulf in communication between those that know such as scientists working within limits to growth, and those members of the citizenry, largely influenced by social scientists and industry, that must act.
For Will Steffen (1947–2023), one of the kindest advocates for our planet in a time of crisis.
‘The conscious and intelligent manipulation of the organized habits and opinions of the masses is an important element in democratic society. Those who manipulate this unseen mechanism of society constitute an invisible government which is the true ruling power of our country. We are governed, our minds are molded, our tastes formed, our ideas suggested, largely by men we have never heard of’. – Edward Bernays, Propaganda, 1928
‘A species causing the extinction of 150 species per day doesn’t need more energy to do more of what it does’. – Hart Hagan, Environmental journalist

Introduction

   Modern humans and millions of other species face an unprecedented number of existential threats due to anthropogenic impacts exceeding our planet’s boundaries. We are in dangerous territory with instability in the known realms of biosphere integrity, land system change and novel entities such as plastics and synthetic toxins, climate change, freshwater change and biogeochemical flows.
   Considering the dynamic, closed and interconnected nature of Earth’s systems together, these threats pose an increasingly catastrophic risk to all complex life on Earth. Many scientists privately believe it to be already too late to avoid the tipping points that will trigger devastating and irreversible feedback loops.
   It is increasingly acknowledged that all of these threats are symptoms of anthropogenic ecological overshoot. Overshoot is defined as the human consumption of natural resources at rates faster than they can be replenished, and entropic waste production in excess of the Earth’s assimilative and processing capacity.
   In this paper, we explore the behavioural drivers of overshoot, providing evidence that overshoot is itself a symptom of a deeper, more subversive modern crisis of human behaviour. We work to name and frame this crisis as ‘the Human Behavioural Crisis’ and propose the crisis be recognised globally as a critical intervention point for tackling ecological overshoot. We demonstrate how current interventions are largely physical, resource intensive, slow-moving and focused on addressing the symptoms of ecological overshoot (such as climate change) rather than the distal cause (maladaptive behaviours). We argue that even in the best-case scenarios, symptom-level interventions are unlikely to avoid catastrophe or achieve more than ephemeral progress.
   In the final sections of this paper, we propose an interdisciplinary emergency response to the behavioural crisis by, amongst other things, the shifting of social norms relating to reproduction, consumption and waste. We seek to highlight a critical disconnect that is an ongoing societal gulf in communication between those that know such as scientists working within limits to growth, and those members of the citizenry, largely influenced by social scientists and industry, that must act.
   Scientists working in limits to growth must join forces with social scientists not only in academia but critically with the non-academic practitioners of applied social and behavioural science. Not only are such practitioners demonstrated masters in the theory of driving behaviour change but crucially also masters of the practical implementation of that theory in the real world.
   Lastly, we will provide a possible frame through which to view our species’ ability to consciously drive large-scale behavioural change as an opportunity unavailable to most other species. An implementation of such a framework limiting widespread maladaptive behavioural manipulation may ensure human appetites remain within planetary boundaries, and be key in unlocking a truly prosperous and sustainable future for H. sapiens on Earth.
   This paper is not intended to be an exhaustive roadmap to address the behavioural crisis, instead it should be taken as a call to action for interdisciplinary collaboration to achieve just that.

Scope

   In this paper, aside from reproductive behaviours which we mention below, our focus is largely confined to socially constructed attitudes, values and behaviours that encourage unnecessary personal consumption, and which have led the world into a state of overshoot.
   This focus is critical because, to date, a mere quarter of humanity – the wealthy quarter – is responsible for 74% of excess energy and material use. This, when taken alone, is sufficient to propel the human enterprise into overshoot.
   Meanwhile, the quarter of the global population who live below the USD $3.65 poverty line, and the almost half, 47%, who live below the USD $6.85 poverty line9 aspire to achieve equivalent high-end lifestyles, encouraged, in part, by the constant barrage of advertising. To achieve this would certainly increase greenhouse gas emissions, deplete many essential renewable resources from fish-stocks to arable soils and strain global life-support to breaking point, including the risk of triggering runaway hothouse Earth conditions.
   We acknowledge that there are many other relevant behaviours and considerations, including genetic pre-dispositions to consume, the role of temporal, spatial and social discounting, socio-political factors (e.g. status hierarchies) and even addiction to conspicuous consumption.
   Repeated rewarding experiences help shape the synaptic circuits of the developing brain, predisposing the individual to seek out similar experiences that reinforce the already preformed circuits and to deny or reject contrary inclinations or information.11
   We also acknowledge that part of our focus, on media and marketing manipulation, is just one example of how intentional behavioural manipulation undermines planetary and social health. There certainly are other examples – such as how firms and governments limit more sustainable options either by design or consequence. In essence, power dynamics in society underlie the manipulation of needs, wants and desires. This is crucial for understanding how our human predisposition for potentially maladaptive behaviours has been twisted to become actually maladaptive. While we humans are fully capable of regulating ourselves, power dynamics in societies often overcome this. Better understanding this within different societies, and how it perpetuates our ‘polycrises’, will help us move into a wiser and more sustainable civilisation.
   In regards to reproductive behaviours, population growth plays, and will continue to play, a significant role in ecological overshoot. Across the globe, the middle class is the fastest-growing segment of the population, projected to grow another billion to reach 5 billion by 2030. Over the coming decades, the majority of projected population growth will be concentrated in the developing world, where the average standard of living must be raised through increases in per-capita consumption. As a result, however, their ecological footprints are likely to increase towards those of the Global North.
   Proponents of ‘green growth’ may argue that there is a way to avoid this, however, ‘the burden of proof rests on decoupling advocates’.
   To avoid ecological breakdown ‘incrementalist propositions along the lines of green growth and green consumerism are inadequate. The ideals of sufficiency, material thresholds and economic equality that underpin the current modelling are incompatible with the economic norms of the present, where unemployment and vast inequalities are systematic requirements, waste is often considered economically efficient (due to brand-protection, planned obsolescence, etc.) and the indefinite pursuit of economic growth is necessary for political and economic stability’.
   Even the relatively conservative IPCC views population growth as a significant factor in climate change (a single symptom of ecological overshoot). Additionally, a recent paper found that population growth has cancelled out most climate gains from renewables and efficiency from the last three decades. For these reasons and more, we have not gone into detail on certain aspects of population dynamics. Instead, we have rooted this paper in ecological economics where population – at any level – plays an important role.
   We call for additional research to develop a full understanding of the many dimensions of the behavioural crisis and how we can best address it.

Previous scientists’ warnings

   The initial ‘World Scientists’ Warning to Humanity’ was published in 1992, starkly emphasising the collision between human demands and the regenerative capacity of the biosphere. It was followed by a further report, ‘World Scientists’ Warning to Humanity: A Second Notice’ which confirmed that the intervening 25 years had merely accelerated environmental destruction driven by a global population increasing by more than 40% – some 2 billion humans. The ‘World Scientists’ Warning of a Climate Emergency’ report, so far endorsed by 14,859 scientists from 158 countries, proposed a range of measures for restoring and protecting natural ecosystems, conserving energy, reducing pollutants, reducing food waste, adopting more plant-based diets, stabilising population and reforming the global economy.
   Subsequent warnings from the scientific community have added to the evidence of overshoot including insect extinctions, the impact of climate change on microorganisms, the freshwater biodiversity crisis, endangered food webs, invasive alien species, the degradation of large lakes, the illegal/unsustainable wildlife trade, the role of affluence, tree extinctions, an imperilled ocean, and population growth as a specific driver. These papers are gathered on the Alliance of World Scientists website.
   Despite so many warnings, there has been a marked lack of action, driving several of us to co-author a ‘World Scientists’ Warnings into Action, Local to Global’ paper, so far endorsed by over 3,000 scientists from more than 110 nations, to set out a framework for concrete action to curb our hyper-consumption of resources. This paper focused on the same six key issues (energy, pollutants, nature, food systems, population and the economy, plus governance and leadership), and on three timelines to 2026, 2030 and 2050. None of the key issues identified by the authors are isolated problems; they are all symptoms of human ecological overshoot.
   In the present paper, we contend that an underlying behavioural crisis lies at the root of ‘overshoot’ and probe the implications for humanity if we are to retain a habitable planet and civilisation. While human behaviours were implicit in the various world scientists’ warnings, we believe they need explicit attention and concerted emergency action in order to avoid a ghastly future.

Human behaviour drives overshoot

   The main drivers of anthropogenic ecological overshoot are human behaviours and cultures relating to consumption and population dynamics. These two factors are mathematically, though certainly not linearly, related. Like other species, H. sapiens is capable of exponential population growth (positive feedback) but until recently, major expansions of the human enterprise, including increases in consumption and waste, were held in check by negative feedback – e.g. resource shortages, competition and disease – which naturally curbed continued population growth.
   H. sapiens took around 250,000 years to reach a global population of 1 billion in 1820, and just over 200 years to go from 1 billion to 8 billion. This was largely made possible by our species’ access to cheap, easy, exosomatic energy, mainly fossil fuels. Fossil fuels enabled us to reduce negative feedback (e.g. food shortages) and thus delay and evade the consequences of surpassing natural limits. In that same 200 year period, fossil energy (FF) use increased 1300-fold, fueling a 100-fold increase in real gross world product, i.e. consumption, and the human enterprise is still expanding exponentially. We are arguably in the late boom phase of a one-off boom-bust cycle that is driving us rapidly beyond the safe harbour of planetary boundaries towards chaotic collapse and worse.
Figure 1. Ecological overshoot in number of Earths required. Data from Global Footprint Network – June 2023.
   In this paper, we use the term ‘behavioural crisis’ specifically to mean the consequences of the innate suite of human behaviours that were once adaptive in early hominid evolution, but have now been exploited to serve the global industrial economy. This exploitation has accumulated financial capital – sometimes to absurd levels – for investors and shareholders, and generated manufactured capital (‘human-made mass’) that now exceeds the biomass of all living things on Earth. Significantly manipulated by the marketing industry, which several of us represent, these behaviours have now brought humanity to the point where their sheer scale – through our numbers, appetites and technologies – is driving ecological overshoot and threatening the fabric of complex life on earth.

   These behaviours are related to our previously highly adaptive, but now self-defeating, impulses to:

• seek pleasure and avoid pain;
• acquire, amass and defend resources from competitors;
• display dominance, status or sex appeal through size, beauty, physicality, aggression and/or ornamentation;
• procrastinate rather than act whenever action does not have an immediate survival benefit particularly for ourselves, close relatives and our home territories (humans are innate temporal, social and spatial discounters).

 

Many of our continuing environmental and societal challenges arise from these hijacked impulses. In a global economy that strives to create and meet burgeoning demand, rather than fairly and judiciously apportioning supply, these behaviours are collectively highly maladaptive, even suicidal for humanity.

Drivers of overshoot behaviour

   The evolutionary drive to acquire resources is by no means exclusive to the human animal. In H. sapiens however, the behaviours of overshoot are now actively promoted and exacerbated by social, economic and political norms largely through the intentional, almost completely unimpeded exploitation of human psychological predispositions and biases. Here, we explore what we consider to be three critical drivers in the creation and continuation of the human behavioural crisis.

Economic growth

   Economists define the ‘economy’ as all those organised activities and behaviours associated with the production, allocation, exchange and consumption of the valuable (scarce) goods and services required to meet the needs and wants of the participating population. But this is a simplistic, limited definition. An ecologist might describe the economy as that set of behaviours and activities by which humans interact with their biophysical environment (the ecosphere) to acquire the material resources required for life, and to dispose of the waste materials that result from both our biological and industrial metabolisms. Economic accounts should therefore record all the energy and material ‘throughput’ from the natural world through the human subsystem and back into nature; they should even account for those produced goods that do not enter formal markets, as these add to gross material consumption. In other words, human economic behaviour helps define the human ecological niche, the role H. sapiensplays in interacting with, and altering the structure, function and species composition of, the ecosystems of which we are a part. From this perspective, economics really should be human ecology. But it is not.
   Today’s dominant neoliberal economics conceives of the economy as a self-generating ‘circular-flow of exchange (monetary) value’ that operates separately from, and essentially independent of, the natural environment. We generally measure the scale of economic activity in terms of gross national product, i.e. the abstract monetary value of final goods and services produced in a country in a specified time period. Physical natural resources (i.e. ‘the environment’) are seen as merely one of several interchangeable ‘factors of production;’ should a particular resource become scarce, we need only increase the input of other factors (capital, labour, knowledge) or depend on rising prices to stimulate some engineer to find a substitute.
   The same simplistic thinking conceives of humans as self-interested utility maximisers (i.e. ‘consumers’) with unlimited material demands and no attachment to family or community. It was easy for modern techno-industrial society to make the leap from believing that the economy is untethered from nature, people essentially insatiable and human ingenuity unbounded, to accepting the notion of unlimited economic growth fostered by continuous technological progress. This helps explain why real gross world product has ballooned 100-fold, and average per capita income (consumption) has increased by a factor of 14 (twice that in wealthy countries) since the early 1800s.
   Interestingly, most people seem unaware that this explosion was made possible not only by improving population health but, more importantly, through technologies that use fossil fuels – coal, oil and natural gas. Fossil energy is still the dominant means – 81% of primary energy in 2022 – by which humans acquire sufficient food and other resources to grow and maintain the human enterprise. Between 1800 and 2021, global FF use increased by a factor of 1,402, from just 97 TWh to 136,018 TWh. The average world citizen today uses 175 times as much FF as his/her counterpart in 1800. Remarkably, we humans have burned half the FFs ever consumed and emitted half our total fossil carbon wastes in just the past 30 years

Marketing

   Up until the early twentieth century, marketers focused on functional differentiation.
The effectiveness of their work was largely contingent on its ability to ‘spotlight’ functional reasons to buy specific products when people needed them. In essence, the role of marketing was to connect functionally differentiated products with willing buyers. As markets matured, however, competition intensified, and businesses looked to find better ways to differentiate themselves beyond the purely functional.
   Around this time, Sigmund Freud’s nephew, Edward Bernays, began experimenting with his uncle’s psychoanalysis work to develop techniques for widespread behavioural manipulation. Bernays later termed this The Engineering of Consent, describing it as the ‘use of an engineering approach – that is, action based only on thorough knowledge of the situation and on the application of scientific principles and tried practices to the task of getting people to support ideas and programs’. Bernays successfully commercialised his work and is commonly regarded as one of the founders of the public relations industry. This novel approach, along with others developed in advertising agencies around the globe, proved highly influential on the way products were marketed and sold to consumers.
   Suddenly, marketing effectiveness was no longer determined by its ability to ‘raise awareness’ or harvest existing demand but by its ability to deepen and diversify the needs and wants that could be met through personal consumption. This paradigm shift meant that business growth was no longer constrained by people’s mere biological requirements, it could instead be unlocked by attaching greater meaning to an effectively infinite number of market offerings.
   In this brave new world of unchecked business growth, multinationals were no longer marketing hygienic toothpaste, but a mint-flavoured confidence boost – a maintenance purchase was suddenly something that could make you feel more attractive. Cars were no longer being sold based on their functional superiority (i.e. space, speed, comfort, price), but by what they suggested about you as a person (i.e. status, sexiness, rebelliousness, appetite for adventure).
   In an era saturated by brands and marketing, consumption has become less reflective of our physical needs and more reflective of our runaway psychology. For example, we may buy to boost our mood, reinforce our identity or elevate our social status above others.
   The targeting of consumers has become increasingly effective through the collection and use of data and analytics. The collection and sale of individuals’ personal data is rampant. Unsurprisingly, tech giants like Google and Facebook are amongst the most active in this space. These companies track and sell not only what consumers view online but also their real-world locations through what is known as RTB (Real-Time Bidding).
   In the US, users’ personal online data is tracked and shared 294 billion times each day (for your average American, that’s 747 times per day). In Europe, that figure was found to be 197 billion times (Google alone shares this personal data about its German users 19.6 million times per minute). Combined that’s 178 trillion times per annum. All this leads to incredibly detailed data about individual user behaviours and preferences. In fact, a 2017 report found that by the time a US child reaches 13 years old, Ad Tech companies hold an average of 72 million data points on that child.
   The subsequent egregious overconsumption, which in combination with the resulting creation of waste, disproportionately multiplied by population, gives the wealthy a far greater negative environmental impact than the poor. Individuals with incomes in the top 10% are now responsible for 25–43% of environmental impact and 47% of CO2 emissions, while the bottom 10% contribute just 3–5% of environmental impact, and the bottom 50% contribute only 10% of CO2 emissions. A recent report found the top 20 wealthiest individuals on Earth produce 8000 times the carbon emissions of the poorest billion people.
   For sustainability, reductions in FF and material consumption between 40% and 90% are necessary. This may seem unattainable without a proportionate loss in living standards; however, affluent countries exist far beyond sufficiency. In fact, ‘the drastic increases in societies’ energy use seen in recent decades have, beyond a certain point, had no benefit for the well-being of their populations – social returns on energy consumption per capita become increasingly marginal’. As such, multiple studies now demonstrate per-capita energy consumption in many affluent countries could be decreased substantially and quality living standards still maintained.

Pronatalism

   Reproductive decision-making is assumed to be a largely personal choice, free from the constraints of cultural and institutional norms. As a result, discussion of reproduction as it relates to environmental degradation and ecological overshoot is often met with concern regarding impingement of people’s personal desires, rights and actions. However, human reproductive behaviours, like most other behaviours, are greatly influenced by cultural norms and institutional policies and deserve to be investigated critically.

   Pronatalism is a set of social and institutional pressures placed on people to have children, often driven by forces such as patriarchy, religion, nationalism, militarism and capitalism. Pronatalism exerts enormous influence on people and their choices.

• Positive feedback is often expressed through glorification of motherhood and large families, financial incentives and subsidies for childbearing, including through assisted reproductive technologies.

• Negative feedback is expressed through stigmatisation of use of contraceptives, abortion and lifepaths that do not fit dominant cultural narratives, such as single adults, childless and childfree people, LGBTQIA+ people, adoptive families, those who regret parenthood or those who do not have the ‘right’ number of children.

 

Depending on the degree of patriarchal and institutional control in a given culture, stigma can take the form of physical and emotional abuse, divorce, economic marginalisation and social ostracisation. The degree of policing individual parenting choices strongly determines the degree of conformity by individuals in a culture or community. This explains why women’s stated preferences for number and timing of children vary in accordance with the norms of the community in which they reside.

   Anthropological studies of later hunter-gathering societies as well as evidence of very early agricultural groups show that the shift to settlement societies led to a systematic diminution of female status, as women went from being active gatherers of food to being relegated to the home sphere, as males dominated the fields. The subsequent rise in population, cities and tribal conflict over land and power created the need for more laborers and warriors, which raised the value of women as child bearers to the exclusion of other roles, thereby underpinning the beginnings of pronatalism.
   Due to the dangers associated with pregnancy and childbirth, as well as the laborious process of child-rearing, certain ‘social devices’ had to be employed to make reproduction appear more desirable, thereby population increase would offset the wastage of war and disease. Social devices including the institutions of law, religion, media, education and medicine were used to promote and reinforce the universal idealisation of pregnancy and motherhood.
   Over the last 200 years, improvements in public health, medicine, disease control and sanitation – all of which occurred on the back of fossil-fuelled industrialisation – significantly lowered the risk of dying, especially amongst children, leading to unprecedented growth in the human population. Pronatalism remains deeply embedded within institutional policies and norms that glorify and reward reproduction to serve external demographic goals – capitalism, religion, ethnocentrism and militarism amongst others.
    Despite great advances in gender equality and opportunities for women in education and the economy over the last several decades, pronatalism remains a strong pillar in many societies. Most religious traditions have strong pronatalist teachings and scriptural mandates to ‘be fruitful and multiply’, further buttressed through misinformation about contraceptives and abortion, and proscriptions on their use. Economists, political leaders and corporate elites regularly argue that keeping fertility high ensures a steady supply of workers, consumers and taxpayers, while generating a larger pool of potential inventors.
   Neoliberal economic interests are also enacted through popular media and culture that perpetuate pronatalist narratives. From product advertising and women’s magazines glorifying motherhood, and celebrity gossip fixation on the ‘biological clock’ and ‘baby bump’, to popular movies and television programmes that use pregnancy to ‘complete’ the character arc of a protagonist. The marketing, media and entertainment industries exert an enormous influence on people’s reproductive decision-making.
   Meanwhile, neoliberal feminism – feminism of the privileged colonised by neoliberal ideology – seeks to advance political goals and enhance market value and has only reinforced the mandatory-motherhood narrative by advocating for women to ‘have it all’, a goal unattainable for the majority of women around the world. This new form of feminism has conveniently been exploited by the assisted reproductive technology industry, growing annually by 9%, with projected growth to a global $41 billion industry by 2026 to market medically dubious technologies such as egg freezing to increasingly younger women.
   Concerns about overpopulation in this century led authorities and advocates to institute campaigns and policies to reduce fertility rates. The majority of these policies, which employed measures to combat pronatalism by providing women the means to control their own fertility through access to education and family planning, proved extremely effective. Countries as diverse as Thailand, Indonesia and Iran saw their fertility rates drop from over six to under two in a matter of decades. On the other hand, coercive policies such as China’s one-child policy, and forced abortion and sterilisation campaigns in Puerto Rico and India, not only led to egregious violations of human and reproductive rights but they also backfired. They created the disastrous legacy of tainting all family-planning campaigns – including the majority that have focused on liberating women – with the blemish of coercion. These draconian measures not only led to widespread suspicion of any efforts towards population reduction and stabilisation but they also had the opposite effect of strengthening and legitimising the centuries-old form of reproductive control: pronatalism. Currently, half of all pregnancies globally are unintended and 257 million women are unable to manage their own fertility due to oppressive pronatalist norms within their communities.
   Given that the number of children that women desire is largely a social construct within a hegemonic framework of pronatalism, we must create a new cultural landscape that illuminates the fertility levels that women anywhere in the world might truly desire outside this construct. Fertility trends in every geography where women have greater reproductive autonomy point towards a tendency for smaller families – a choice that has been described as women’s ‘latent desire’ for no or few children.
   Addressing population growth, and the pronatalism that drives it, must become central to norm-shifting efforts in order to elevate reproductive rights while also promoting planetary health.

Tackling the behavioural crisis

   Current interventions at the symptom-level often do more to maintain the status quo than to address the drivers of ecological overshoot. Accepted approaches are generally technological interventions requiring immense amounts of raw materials and generating proportional ecological damage. For example, the much-hyped wholesale transition of our energy systems from fossil fuels to renewables would require daunting levels of raw material and fossil fuels in a futile struggle to meet humanity’s ever-growing demands. Even if successful – which is not likely – the energy transition would address only a single symptom of ecological overshoot, likely worsening other symptoms significantly in the process. As noted earlier, it is humanity’s access to cheap, convenient energy that has allowed us to overshoot many planetary boundaries. Would anything else change simply because we substitute one form of energy for another?
   Conversely, interventions addressing the behavioural crisis shift the focus from treating symptoms to treating the core cultural causes. Prioritising psycho-behavioural change over technological interventions may also have greater potential to relieve anthropogenic pressures on Earth. It would certainly greatly reduce the fossil fuels and material extraction required to maintain the human enterprise. An example of an intervention at this level could be the intentional creation of new social norms for self-identity to change human behaviours relating to consumption, population and waste.
   Paradoxically, the marketing, media and entertainment industries complicit in the creation and exacerbation of the behavioural crisis, may just be our best chance at avoiding ecological catastrophe. Storytelling shapes appetites and norms: in this paper, we focus largely on the marketing industry, but we believe it important to highlight the potential of the media and entertainment industries for addressing the behavioural crisis also. Modelling behaviour through entertainment can be an extremely powerful way of driving behavioural change. A real-world example of this can be seen through the telenovelas created by the Population Media Centre. PMC’s broadcasts have been remarkably successful in changing reproductive behaviours in many countries through the role modelling of small family norms, delaying marriage until adulthood, female education and the use of family planning. In Ethiopia, pre and post-broadcast quantitative surveys found that listeners were 5.4 times more likely than non-listeners to know at least three family planning methods. Married women who were listeners increased current use of modern family planning methods from 14% to 40%, while use amongst non-listeners increased less than half of that.
   It is also worth noting that when it comes to addressing maladaptive behaviours in the current paradigm, there appears to be a focus on raising awareness and education under the arguable assumption that this will lead to the desired behavioural changes. While awareness and education certainly have important roles to play in combating ecological overshoot, they are relatively ineffective at driving behavioural change. Can the same behavioural mechanisms that built and fuelled our immense appetites bring them back within planetary limits to growth?

Lessons from the marketing industry

   For more than 100 years, marketers, and recently behavioural scientists, have become proficient at influencing human desires, particularly consumer behaviour. The frameworks of persuasion they have developed could help bring humanity, and countless other species, back to safe harbour by reducing per capita consumption through the celebration of lives of sufficiency, and setting healthy reproductive norms, all without triggering feelings of loss or regret in the general populace.
   Though good marketing may seem like black magic, and the exclusive domain of a select number of creative ‘gurus’, it is actually an accessible and highly replicable system of proven practices and principles crafted to influence behaviour.
   Broadly speaking, marketers strive to influence individuals’ felt wants and purchasing patterns in one of two key ways: by changing an individual’s perceptions of a product or by changing the social context in which specific forms of consumption take place. It follows that the same strategies can be put to use to redirect consumers’ behaviour rather than reinforcing the present consumption-based crisis. An individual’s belief about a product or service’s value relies heavily on how it is ‘framed’.
    Tversky and Kahneman have extensively demonstrated this framing effect, showing that people’s choices can be predictably shifted, not through changing the choices themselves, but by changing what consumers perceive as the salient qualities of available choices. For instance, advertising a yoghurt as 98% Fat Free is much more compelling than promoting the same product as containing only 2% milk-fat. Similarly, people who would be turned off by the promotion of a vegan diet may be completely receptive to the same regime when it is advertised as a plant-based or cholesterol-free diet.
    Of the many ways to frame a new behavioural choice, the most successful will offer a clear and relevant benefit to switching. It is not, for instance, as effective to sell nicotine patches merely as a means to quit smoking as it is to promote them in terms of concrete personal benefits (e.g. better relationships, improved health, longer life, etc.). In short, if we were to effectively address the crisis of human behaviour, the desirable alternative behaviours (e.g. flying less, driving less, wasting less, having fewer children) must be creatively framed in ways that accentuate the benefits to the individual rather than highlight their personal sacrifices.
   Human behaviour – like that of many other animals – is not driven merely by individual perceptions and values but also by the social context and system in which it occurs. In regards to the former, we act in ways that advertise our wealth, sexual prowess or social status. Much like the peacock with its ornate tail or the stotting Springbok, humans have developed species-specific signals to demonstrate particular attributes or qualities to others.
   While the intent of these signals remains largely the same across cultures and over time (i.e. to establish status, attractiveness, dominance, trustworthiness, etc.) the physical means of expression is constantly changing (e.g. from precious gold, silk or ivory in preindustrial times to the prestige automobiles and expensive sound equipment in the 1980s, to the high-end computers, iPhones and understated Airpods of the 2000s). By better understanding what values and qualities people are trying to signal about themselves, we can design alternative perceptual framing that results in dramatically altered behaviour. For example, in one highly successful Australian road safety campaign, a team of marketers was able to effectively reframe the meaning of dangerous high-speed driving from signalling ‘masculine bravery’ to signalling ‘masculine insecurity’. Similarly, between 1979 and 2012, strategic efforts were made to reduce the practice of driving while under the influence of alcohol in the UK. Through decades of targeted marketing, community advocacy and police enforcement, the dangerous behaviour was successfully transformed from exceptionally commonplace (i.e. performed by over half the male driving population) to exceptionally rare (i.e. viewed as unacceptable by 92% of the population).
   This idea of signalling becomes particularly significant in light of the disproportionately negative impact that wealthy people have on the ecosphere through ‘conspicuous consumption’. While wasteful excess has historically been a reliable cross-cultural signal of social status, there is now promising evidence that this too is amenable to change in response to increasing eco-consciousness. Recent studies have pointed to a counter-signalling effect amongst wealthier populations, wherein more status is actually conferred to those who consciously try to impress by consuming less (e.g. driving modest cars, taking transit, wearing clothes from the thrift store, etc.). By developing ways to positively socialise responsible behaviour, we can help people maintain their sense of self-worth and social status while reducing their contribution to ecological overshoot.
   Although social norms may be shifting slightly in the right direction amongst the wealthy, such a values revolution is unlikely to occur in a time frame rapid enough to restore humanity to a survivable limits to growth scenario. In order to effect the rapid changes necessary to secure our long-term survival, we must consider how marketing, behavioural science and other direct instruments of social influence, including but not limited to the media and entertainment industries, might be used in an emergency response to accelerate the process. At the same time, we must find ways to support the billions of individuals who are greatly in need of increases in consumption to do so without inducing further planetary harm.
   While the stigmatisation of ‘driving under the influence’ took decades, recent developments in social networks theory have shown that comparable changes are possible within a timescale of years. With a concerted, multidisciplinary effort by the aforementioned industries, radical change would likely be possible even sooner. The concept of the social ‘tipping point’ shows that as a belief or value spreads through a population, there is a catalytic threshold beyond which there is accelerated widespread adoption of that belief. Evidence suggests that this ‘tipping point’ can occur after just 25% of a study population has accepted the belief as a new norm. This finding may be highly relevant to negate our behavioural crisis in an effective time frame.
   Conceivably, there may be a ‘tipping point’ in social acceptance of the values associated with degrowth, where they are likely to become positively reinforced through various forms of media and entertainment without conscious participation. We urgently call for an emergency, concerted, multidisciplinary effort to target the populations and value levers most likely to produce the threshold effect, and catalyse rapid global adoption of new consumption, reproduction and waste norms congruent with the survival of complex life on Earth.

Directing and policing widespread behaviour manipulation

   Behavioural manipulation has been intentionally used for nefarious purposes before, and as we’ve just explored, has played a critical role in the creation of the behavioural crisis and consequential ecological overshoot. Eco-centric behaviour is the heart of any sustainable future humanity might wish to achieve. Moreover, we are at a crossroads, with three paths ahead:

• We can choose to continue using behavioural manipulation to deepen our dilemma,
• We can choose to ignore it and leave it to chance, or
• We can use an opportunity that almost no other species has had and consciously steer our collective behaviours to conform to the natural laws that bind all life on Earth.

 

This raises ethical questions, for example, who is worthy of wielding such power? At present, the answer is anyone with the necessary influence or financial means to exploit it. However, we should not entrust this to any individual human, company, government or industry. Instead, any continued use of widespread behavioural manipulation should be firmly bound by, and anchored within a framework built upon the laws of the natural world, as well as the science on limits to growth.

   We urgently call for increased interdisciplinary work to be carried out in directing, understanding and policing widespread behaviour manipulation.

Conclusion

   In summary, the evidence indicates that anthropogenic ecological overshoot stems from a crisis of maladaptive human behaviours. While the behaviours generating overshoot were once adaptive for H. sapiens, they have been distorted and extended to the point where they now threaten the fabric of complex life on Earth. Simply, we are trapped in a system built to encourage growth and appetites that will end us.

   The current emphasis for overshoot intervention is resource intensive (e.g. the global transition to renewable energy) and single-symptom focused. Indeed, most mainstream attention and investment is directed towards mitigating and adapting to climate change. Even if this narrow intervention is successful, it will not resolve the meta-crisis of ecological overshoot, in fact, with many of the current resource-intensive interventions, it is likely to make matters worse. Psychological interventions are likely to prove far less resource-intensive and more effective than physical ones.

• We call for increased attention on the behavioural crisis as a critical intervention    point for addressing overshoot and its myriad symptoms.

• We advocate increased interdisciplinary collaboration between the social and behavioural science theorists and practitioners, advised by scientists working on limits to growth and planetary boundaries.

• We call for additional research to develop a full understanding of the many dimensions of the behavioural crisis (including the overwhelming influence of power structures) and how we can best address it.

• We call for an emergency, concerted, multidisciplinary effort to target the populations and value levers most likely to produce rapid global adoption of new consumption, reproduction and waste norms congruent with the survival of complex life on Earth.
• We call for increased interdisciplinary work to be carried out in directing, understanding and policing widespread behaviour manipulation.

 

The clock is ticking not only because the health of the natural systems upon which we are utterly dependent is deteriorating but also because broadscale interventions are only possible when a society holds together and is capable of coherent action. As the effects of overshoot worsen, the likelihood of societal breakdown increases. We still have an opportunity to be proactive and utilise the intact systems we have in place to deliver a framework for shifting social norms and other necessities for addressing the behavioural crisis. However, the day may come when societal breakdown will make intervention impossible, locking the planet into an unguided recovery that may salvage much of ‘nature’ but be inhospitable to human life.

 

Photo: Sebastian Bertalan / Wikimedia Commons

Subsidies That Harm the Environment Reach $2.6 Trillion Per Year

Subsidies That Harm the Environment Reach $2.6 Trillion Per Year

Editor’s note: This article does not mention the subsidies going to “renewable” energy, which is in the trillions, and its environmentally harmful implementation. Also not mentioned are the costs associated with the loss of livelihood for those humans affected by these unsustainable “developments”, not to mention the harm done to more than human species.


By Edward Carver staff writer for Common Dreams.

Governments across the world now spend a total of $2.6 trillion per year on subsidies that harm the environment, jeopardizing global climate and biodiversity targets, according to an analysis released Tuesday.

The analysis came in an updated report from the research group Earth Track, which found that harmful fossil fuel subsidies top $1 trillion annually and harmful agricultural subsidies top $600 billion. Governments also fund pollution and destruction in sectors such as water, construction, transport, forestry, and fisheries.

The $2.6 trillion total, which the report authors said was likely an underestimate, marked an $800 billion increase—or about $500 billion in real dollars—from $1.8 trillion cited in the initial report, released in February 2022.

In December 2022, the world’s nations agreed to the Kunming-Montreal Global Biodiversity Framework, a deal that included, as target 18, a commitment to identify environmentally harmful subsidies (EHS) by 2025 and reduce them by $500 billion by 2030.

“Two years on from the signing of the landmark biodiversity plan, we continue to finance our own extinction, putting people and our resilience at huge risk,” Christiana Figueres, the United Nations’ chief climate diplomat when the Paris Agreement was signed in 2015, told The Guardian. “Estimates are higher than previously thought—with at least $2.6 trillion now funding the destruction of nature, endangering the chances of meeting our nature and climate goals.”

Private interests usually benefit from the harmful subsidies. Bill McGuire, an emeritus professor of earth sciences at University College London, responded to Earth Track’s findings by spelling out this out.

“Want to know how criminally insane our political-economic system is?” he wrote on social media. “We are actually paying corporations to destroy the planet.”

The report shows the massive scale of government investment in EHS across the world, with the $2.6 trillion total for 2023 amounting to about 2.5% of global gross domestic product.

Other estimates of EHS have been even higher. An International Monetary Fund working paper last year estimated that fossil fuel subsidies alone amount to $7 trillion annually. Subsidies are difficult to quantify as some are implicit, such as not applying an excise tax on fossil fuels that damage the environment.

Report co-author Doug Koplow of Earth Track told Common Dream that the IMF paper included more externalities “rather than just fiscal subsidies,” based on his recollection.

The Earth Track report found that increased global fossil fuel subsidies following the Russian invasion of Ukraine were the main reason for the $800 billion increase since the last report was written. “This example highlights the sensitivity of EHS to macroeconomic conditions,” the report says.

In a statement, Koplow emphasized the importance of the cross-sectoral analysis, arguing that sectors, such as agriculture, are too often looked at in isolation. “It is the combined effect of subsidies to these sectors that compound to drive loss of nature and biodiversity resources,” he wrote.

The analysis comes amid an onslaught of extreme weather this year that’s been made more likely by fossil fuel-driven climate breakdown. Large-scale flooding devastated Central Europe this week, killing more than 20 people. The planet has seen record temperatures for 15 straight months.

Biodiversity loss also continues apace, with experts calling for strong action as the COP16 meeting of the United Nations Convention on Biological Diversity is set to begin in Colombia on October 21.

Photo by Chris Leipelt on Unsplash

Wildlife Photographer of the Year 2023: Laurent Ballesta

Wildlife Photographer of the Year 2023: Laurent Ballesta

Editor’s Note: This is a press release regarding the wildlife photographer of the year selected by Natural History Museum, London. Nature photography, in the correct context, can be an efficient tool for conservation efforts. It not only helps to know about any given piece of land, but also is a powerful tool to raise mass awareness regarding conservation and endangered species. In a world where most humans live their lives, to a large extent, disconnected from the natural world, nature photography can help remind people of the natural world and to inspire a sense of respect for her.


 

French underwater photographer and marine biologist Laurent Ballesta was awarded for Wildlife Photographer of the Year 2023 for ‘The golden horseshoe’, an otherworldly image of a tri-spine horseshoe crab accompanied by a trio of golden trevallies.

The tri-spine horseshoe crab has survived for more than 100 million years but now faces habitat destruction and overfishing for food and for its blue blood, used in the development of vaccines. But, in the protected waters of Pangatalan Island in the Philippines, there is hope for its survival.

Chair of the jury and editor, Kathy Moran says, ‘To see a horseshoe crab so vibrantly alive in its natural habitat, in such a hauntingly beautiful way, was astonishing. We are looking at an ancient species, highly endangered, and also critical to human health. This photo is luminescent.’

Laurent is only the second photographer in the competition’s fifty-nine-year history to be awarded the Grand Title award twice. He was first awarded Wildlife Photographer of the Year in 2021 for his intriguing image of camouflage groupers exiting a milky cloud of eggs and sperm in Fakarava, French Polynesia.

Young Wildlife Photographer of the Year 2023

Seventeen-year-old Carmel Bechler from Israel was awarded Young Wildlife Photographer of the Year 2023 for his ‘Owls’ road house’, a dynamic frame of barn owls in an abandoned roadside building. Using the family car as hide, Carmel made the most of natural light and long exposure times to capture the light trails of passing traffic.

Owls in a house

Carmel was just 11 years old when he began wildlife photography, and this is his first award in the annual competition. ‘I hope to share with my photography that the beauty of the natural world is all around us, even in places where we least expect it to be, we just need to open our eyes and our minds,’ says Carmel.

‘This photograph has so many layers in terms of content and composition. It simultaneously screams “habitat destruction” and “adaptation”, begging the question: If wildlife can adapt to our environment, why can’t we respect theirs?,’ says Kathy Moran.

Catalyst for change

The two Grand Title winners were selected from 19 astounding category winners that showcase the rich diversity of life on Earth. In an intensive process, each entry was judged anonymously by an international panel of experts on its originality, narrative, technical excellence, and ethical practice.

Dr Doug Gurr, Director of the Natural History Museum comments, ‘Whilst inspiring absolute awe and wonder, this year’s winning images present compelling evidence of our impact on nature – both positive and negative. Global promises must shift to action to turn the tide on nature’s decline.’

The newly redesigned exhibition also features videos showing the impact wildlife photography can have, and insights from jury members, photographers and Museum scientists to invite visitors to advocate for the natural world. The journey continues online with planet-positive actions audiences can take. The exhibition will tour across the UK and internationally to venues in Australia, Belgium, Canada, Denmark, France, Germany, New Zealand, Singapore, and more.

Exhibition at Natural History Museum, London

  • Opens Friday 13 October 2023 and closes Sunday 30 June 2024.
  • The exhibition is open Monday – Sunday, 10.00-17.50 (last admission at 16.30), and weekends sell out quickly.
  • Adult tickets from £17.50*, concession tickets £14.00*, and child £10.50*.
  • Off-peak Ault tickets from £15.00, off-peak concession ticket £12.00, and off-peak child ticket £9.00 (*Prices excluding optional Gift Aid donation to the Museum.)
  • Get behind the lens of some of the world’s best wildlife photographers with a new Wildlife Photographer of the Year exhibition tour: www.nhm.ac.uk/events/wildlife-photographer-of-the-year-tour
  • Book your tickets: www.nhm.ac.uk/visit/exhibitions/wildlife-photographer-of-the-year
  • #WPY59

Sixtieth Wildlife Photographer of the Year competition

  • Opens for entries on Monday 16 October 2023.
  • Closing for entries at 11.30am GMT on Thursday 7 December 2023.
  • Entrants to the adult competition may enter up to 25 images for a £30 fee, which increases to £35 in the final week of the entry period from 11.30am GMT 30 November to 11.30am GMT 7 December 2023.
  • An entry fee waiver has been introduced for photographers entering the adult competition who live in Africa, Southeast Asia and Central and South America.
  • Entrants aged 17 and under may enter up to 10 images for free.
  • Find out how to enter: www.nhm.ac.uk/wpy/competition

Photos fr. t.t.b.:  © Laurent Ballesta, Carmel Bechler / Wildlife Photographer of the Year 2023

Is Earth Close to “The Great Dying”?

Is Earth Close to “The Great Dying”?

Editor’s Note; The fossil fuel industry is largely responsible for the climate crisis we are in today. The following article highlights the current state of the climate crisis.

While we believe that the fossil fuel industry needs to be stopped, DGR does not believe that “green” energy is going to save the planet. We believe that the green energy industry is just an extension of the ‘traditional” energy industry, running with the same disregard for the natural world.

This article was produced by Earth | Food | Life, a project of the Independent Media Institute.


By Thom Hartmann/Earth | Food | Life

You may remember the 2004 disaster movie The Day After Tomorrow, in which large parts of Europe and the American East Coast suddenly freeze up?

The plot device is that the Great Conveyor Belt—also known as the Atlantic Meridional Overturning Circulation (AMOC)—which brings heat from the south Pacific around the southern tip of Africa and up the east coast of the Americas (we call it the Gulf Stream) into the North Atlantic and Europe shuts down.

The AMOC and the heat it brings to the North Atlantic ocean is the main reason why London (at the same latitude as Calgary) has a relatively temperate climate year-round, instead of being snowbound six months out of the year.

It’s why Europe can grow enough food to feed its 740+ million people; if the AMOC was to stop transporting all that heat to the North Atlantic, the continent could be plunged into famine in a matter of years or decades (the movie was heavily dramatized).

The IPCC has warned of this possibility but had placed the danger zone for the failure of the AMOC in the early 22nd century, well past the lifetimes of most people living today. That proclamation moved it off most of our immediate-attention screens.

Now, however, might be a good time to watch the movie again: a new study published in Nature Communications last week titled “Warning of a Forthcoming Collapse of the Atlantic Meridional Overturning Circulation” reports that global warming forced by all the CO2 and methane in our atmosphere—if we don’t do something immediately—could shut down the AMOC as early as 2025 and almost certainly before 2095.

This adds to a growing body of alarming climate science, like the one published last year in the Journal of Climate titledSixfold Increase in Historical Northern Hemisphere Concurrent Large Heatwaves Driven by Warming and Changing Atmospheric Circulations,” which indicates we’re much farther down the path of dangerous climate change than even most scientists realized.

That study essentially predicted this year’s shocking Northern Hemisphere heat waves (with more and worse to come); the lead researcher’s first name is Cassandra, no doubt an unintentional choice in the paper’s authors’ pecking order, but still.

Perhaps most alarming was a paper published eleven months ago in The Proceedings of the National Academy of Sciences of the United States of America (PNAS) titled “Evidence for Massive Methane Hydrate Destabilization During the Penultimate Interglacial Warming.

It brings up the topic of the “Clathrate Gun Hypothesis,” which is the absolute worst case scenario for humanity’s future.

All across the planet there are an estimated 1.4 trillion tons of methane gas frozen into a snowcone-like slurry called clathrates or methane hydrates laying on the sea floor off the various continental shelves.

When they suddenly melt, that’s the “firing of the gun.” An explosion (in the context of geologic time) of atmospheric gas that’s over 70 times as potent a greenhouse gas as CO2. The Clathrate Gun.

The PNAS paper mentioned above concludes that 126,000 years ago there was an event that caused a small amount of these clathrates to warm enough to turn to gas and bubble up out of the seas. The resulting spike in greenhouse gas (methane) led to a major warming event worldwide:

“Our results identify an exceptionally large warming of the equatorial Atlantic intermediate waters and strong evidence of methane release and oxidation almost certainly due to massive methane hydrate destabilization during the early part of the penultimate warm episode (126,000 to 125,000 y ago). This major warming was caused by … a brief episode of meltwater-induced weakening of the Atlantic meridional overturning circulation (AMOC) and amplified by a warm mean climate.”

The researchers warn we may be looking at a similar event in our time:

“Our results highlight climatic feedback processes associated with the penultimate climate warming that can serve as a paleoanalog for modern ongoing warming.”

As glaciers melt and the oceans warm, they note:

“[M]eltwater-induced AMOC weakening significantly amplifies the warming of intermediate waters and, in turn, destabilizes shallow subsurface methane hydrate deposits.”

In other words, the recent extreme warming of our oceans increases the chances the AMOC Great Conveyor Belt will shut down, throwing Europe into an existential crisis and wilding the rest of the world’s weather. And, most ominously, the AMOC shutting down will speed up the melting of more methane clathrates on the sea floors around the world.

The process is driven by warming of the oceans, which absorb more than 90 percent of the additional global warming heat we’re forcing by burning fossil fuels. As the BBC noted, the past month and first weeks of July “were hotter than any in recorded history” and:

“This week, sea surface temperatures along the coasts of Southern Spain and North Africa were 2-4C (3.6-7.2F) higher than they would normally be at this time of year, with some spots 5C (9F) above the long-term average.”

Ocean temperatures off the coast of Florida this week were in the range that Jacuzzi recommends for their hot tubs: 101 degrees. This has never happened before in human history.

The least likely but most dangerous outcome scenario is that the warming ocean might begin a massive melting of those methane hydrate slurries into gas, producing a “burp” of that greenhouse gas into the atmosphere, further adding to global warming, which would then melt even more of the clathrates.
It would be a deadly “positive feedback system,” with each phase of warming setting up the next and worse one. The Clathrate Gun.

At the end of the Permian, 250 million years ago, this runaway process is apparently what happened when a spike in methane led to such a violent warming of the planet that it killed over 90 percent of all life in the oceans and 70 percent of all life on land, paving the way for the rise of the dinosaurs, as cold-blooded lizards were among the few survivors.

That period is referred to as the Permian Mass Extinction, or, simply, “The Great Dying.” It was the most destructive mass extinction event in the history of our planet.

Eight years ago, Leonardo DiCaprio and I put together and co-narrated a 12-minute video about this exact scenario, interviewing some of the world’s top climate scientists.

The “clathrate gun hypothesis” is controversial, but there’s a large body of evidence for it having done the damage at the end of the Permian, as we note in that video.

While it’s the least likely but most dramatic outcome of today’s global warming, it’s worth heeding the warning: by pouring over thirty billion tons of carbon into the atmosphere every year we have stirred a beast that could—if we don’t take serious action soon—spell the doom of human civilization, if not humanity itself.

As the scientists writing in the Proceedings of the National Academy of Sciences noted:

“The key findings of our study add to a growing body of observational findings strongly supporting the ‘clathrate gun hypothesis.’ … Importantly, the interval we have studied is marked by a mean climate state comparable to future projections of transient global climate warming of 1.3 °C to 3.0 °C.” [emphasis mine]

We just this year passed 1.3 degrees Celsius of planetary warming: we are now in the territory of the Clathrate Gun Hypothesis if these researchers are right (although the risks are still small).

This is the first study I’ve seen to make such a claim, and it’s not from crackpots or alarmists; these are solid, credible scientists with a lifetime of learning and work behind them.

And, they argue, if the AMOC weakens or shuts down, all bets are off:

“Simulation studies have suggested warming of intermediate waters has been limited to ∼1.5 °C to 3 °C, and that such warmings were insufficient to significantly affect the stability of shallow subsurface methane hydrates. However, the magnitude of intermediate water warming can be significantly amplified by meltwater-induced weakening of atmospheric and ocean circulation, an amplification not considered in the simulations that examined potential gas hydrate destabilization.”

In other words, if the AMOC fails, the clathrate gun hypothesis becomes significantly more viable.

For much of the past four decades, climate activists have been warning us that we’re approaching tipping points and thresholds that will alter how Americans live, cost us a fortune, and kill millions of humans every year.

Now we’re there. Our “normal” climate is dead; the weather has gone insane, and it is annually killing thousands of Americans and millions of people all around the globe. And the numbers are increasing almost exponentially, year to year.

This is how quickly it has hit us: when I published the first edition of my book warning of climate change, The Last Hours of Ancient Sunlight, in 1996 (it’s been updated twice since then) there was still a vigorous debate here in the United States—funded in large part by the fossil fuel industry and its allies in rightwing media—over whether climate change was even a real thing.

They knew that their product was poisoning our atmosphere, but they were making hundreds of billions of dollars in profits. Nothing was more important to these morbidly rich people than that money.

They and their bought-off politicians began to believe their own lies, or at least some did, and thought this wouldn’t happen until they were all dead anyway, even if it was true.

But then it happened. The climate emergency we were worried about arrived. It is here, now.

Looking at statistical information about major heatwaves—particularly ones that hit multiple continents at the same time—the authors of the Journal of Climate paper referenced above found:

“Such simultaneous heatwaves are 7 times more likely now than 40 years ago. They are also hotter and affect a larger area.”

In the 1980s the Northern Hemisphere averaged around 73 heatwaves during the summer months from May to September. By the 2010s that number had grown to 152 heatwaves per summer.

And those heat waves are also almost 20 percent hotter than they were the year Reagan won the presidency (and denied climate change throughout his 8 fossil-fuel-funded years in office).

One of the most startling understandings of what’s happening has only become apparent in the past decade or so: that the atmospheric Polar Jet Stream is acting weird and thus making our weather extremes more severe.

Over the course of multiple conversations with a few of the world’s top climate scientists I’ve learned that the Polar Jet Stream—the fast-moving river of high-altitude (30,000+ feet) air that circulates around the North Pole—has slowed down, weakened, and is beginning to “drool” down over parts of North America, going as far south as Texas.

This was, in fact, what caused the severe winter weather that shut down Texas’ privatized power grid a few years back, along with causing the “bomb cyclone” freezing storms hitting the Midwest and Northeast every winter, and the extended periods of 100+ degree weather all across America, Europe, Russia, and China this summer.

Historically, the Polar Jet Stream was held in place—mostly in the northern part of the Northern Hemisphere—by the temperature differential between the Arctic and the middle latitudes, where most Americans (outside of northern Alaska) live.

The cold arctic air defined the northernmost margin of the Polar Jet Stream while the warmer middle latitude air defined its southernmost margin. While it pushed weather patterns across North America for much of my life, it rarely dipped below the Mason-Dixon line and, even when it did, generally just brought the hot/cold, or wet/drought weather behind it for only a day or two.

But the Arctic has been warming at least three times faster than the middle latitudes where most of us live, which means the difference in temperature between the Arctic air to the north of the Jet Stream and our air to its south has diminished.

The North Pole/Arctic, once a solid cap of ice where Santa Claus was supposed to live, is now an open sea every summer.

As that temperature differential has declined, so has the strength and velocity of the Jet Stream. Now, instead of whipping across the Northern Hemisphere, it often spills down as far south as Mexico and then stays in place for days at a time.

What would have been a one-day cold-snap or heat wave becomes multiple days, long enough to wreak billions in damage to a state’s residential and energy infrastructure.

What would have been a rainstorm lasting a few hours becomes an unrelenting downpour lasting for days, creating massive flooding.

These changes in the Jet Stream, combined with the warming of our oceans (whose temperatures also drive weather), have also caused what were once routine weather patterns to change.

Regions that were only dry during the summer are now experiencing drought year-round; parts of the country where flooding was occasional but rare are now regularly experiencing massive, days-long storms that tear up houses and flood entire regions.

Flights are bumpier and being canceled with increasing frequency because of weather, as we’re just now sliding into this unknowable new era of severe weather weirding.

This is our new normal, and it’s costing us lives and billions of dollars every year, all to preserve the profits of a fossil fuel industry that knew in the 1960s that their product was poisoning the world and would lead to this outcome.

But don’t think that just because this is the new normal that this “normal” will last. The last time our planet saw CO2 levels at their current 422 parts-per-million, sea levels were 60 feet higher and trees were growing in Antarctica.

In other words, we’re on a path, not at a destination. The planet will catch up with all that CO2, and as it does our weather will continue to become more and more severe until we figure out a way to get CO2 levels back down to the 1950s count of just over 300 ppm.

Meanwhile, we’re pouring more CO2 into the atmosphere right now than at any time in human history, despite efforts among the world’s developed nations to reduce their carbon footprints.

The Russian invasion of Ukraine has been a major kick-in-the-pants to Europe to get off their dependence on fossil fuels and go green, as have high oil and gas prices around the world.

But here in America, Republicans on the Supreme Court (with 6 justices put on the bench with money from fossil-fuel billionaires) kneecapped the Biden administration’s ability to regulate CO2 and promote green energy.

In 2010, five Republicans on the Court legalized political bribery with their Citizens United decision. And, of course, Republicans deeply in the pocket of Big Oil, Gas, and Coal continue to deny climate change is even happening. Just last week, Congressman Scott Perry called climate change a massive “grift.”

And now the Heritage Foundation has, according to Raw Story, a plan for the next Republican administration to gut the EPA; end the Department of Energy’s (DOE) Office of Energy Efficiency and Renewable Energy and Office of Clean Energy Demonstrations; end “grid expansion for the benefit of renewable resources or supporting low/carbon generation”; ban EPA workers from using certain types of science; and prevent other states from copying California’s strict environmental standards for greenhouse gasses.

The fossil fuel industry has almost unlimited money to buy politicians, per Citizens United. The ten top recipients of fossil fuel money in Congress last year were:

Manchin, Joe (D-WV) $724,270
McCarthy, Kevin (R-CA) $396,284
Lankford, James (R-OK) $275,148
Pfluger, August (R-TX) $268,011
Kennedy, John (R-LA) $264,788
Murkowski, Lisa (R-AK) $249,808
Sinema, Kyrsten (D-AZ) $230,160
Fletcher, Lizzie (D-TX) $191,765
Cuellar, Henry (D-TX) $191,450
Scott, Tim (R-SC) $181,291
Scalise, Steve (R-LA) $181,263
Gonzales, Tony (R-TX) $174,461
Rubio, Marco (R-FL) $165,636

Amazing how little it costs to buy a member of Congress to keep your multi-billion-dollar-a-year profits flowing, isn’t it?

Here’s who opensecrets.org says are the top fossil fuel money recipients through their careers:

Romney, Mitt (R-UT) $8,291,262
Cornyn, John (R-TX) $4,678,062
Cruz, Ted (R-TX) $4,138,421
McConnell, Mitch (R-KY) $2,852,107
McCarthy, Kevin (R-CA) $2,581,832
Hutchison, Kay Bailey (R-TX) $2,332,021
Inhofe, James M (R-OK) $2,320,139
Pearce, Steve (R-NM) $2,236,714
Barton, Joe (R-TX) $2,211,987
Brady, Kevin (R-TX) $2,087,396
Scalise, Steve (R-LA) $1,847,013
Murkowski, Lisa (R-AK) $1,792,602

Americans are dying because these paid-off shills have either failed to act or actively blocked any meaningful change in our nation’s climate policy. They have blood on their hands, with more to come as every year brings more severe floods, storms, and drought.

We can no longer tolerate this morally criminal level of political malpractice, particularly since there is still time to act. And we must move quickly.

If America is to reclaim its position as a leader and role model for the world and stop the disastrous new climate “normal” we’re now entering from becoming radically more severe, we must get our use of fossil fuels under control.

That means ostracizing elected officials in the pocket of the industry, rolling back Citizens United so Big Oil and Big Coal can’t continue to bribe members of Congress, and throwing significant subsidies into greening our energy and transportation systems.

The climate emergency is here. We can’t wait any longer for major and dramatic worldwide action.


Thom Hartmann is America’s number one progressive talk-show host and the New York Times bestselling author of The Hidden History of American Healthcare and more than 30 other books in print. His online writings are compiled at HartmannReport.com. He is a writing fellow for the Economy for All project at the Independent Media Institute.

Featured image: Big Island, Hawaii by Doug Kewon via Unsplash

Nanoplastics Are Entering Our Bodies

Nanoplastics Are Entering Our Bodies

Editor’s note: In the short span of time that plastic was invented, plastic has become ubiquitous. Not just in its widespread use in our daily lives but also in the pervasive form that it has entered our ecosystem and our bodies. In its nanoparticle (any particle of diameter ranging from 1 to 100 nanometer) form, plastics are capable of entering our bodies more so than a coarse particle of plastic is. The following article explains the direness of the situation.

This adapted excerpt is from Thicker Than Water: The Quest for Solutions to the Plastic Crisis, by Erica Cirino (Island Press, 2021). Reproduced with permission from Island Press. This adaptation was produced for the web by Earth | Food | Life, a project of the Independent Media Institute.


By Erica Cirino/Earth | Food | Life

The air is plasticized, and we are no better protected from it outdoors than indoors. Minuscule plastic fibers, fragments, foam, and films are shed from plastic stuff and are perpetually floating into and free-falling down on us from the atmosphere. Rain flushes micro- and nanoplastics out of the sky back to Earth. Plastic-filled snow is accumulating in urban areas like Bremen, Germany, and remote regions like the Arctic and Swiss Alps.

Wind and storms carry particles shed from plastic items and debris through the air for dozens, even hundreds, of miles before depositing them back on Earth. Dongguan, Paris, London, and other metropolises around the world are enveloped in air that is perpetually permeated by tiny plastic particles small enough to lodge themselves in human lungs.

Toxic Tires

Urban regions are especially full of what scientists believe is one of the most hazardous particulate pollution varieties: synthetic tires’ debris. As a result of the normal friction caused by brake pads and asphalt roads, and of weathering and wear, these tires shed plastic fragments, metals, and other toxic materials. Like the plastic used to manufacture consumer items and packaging, synthetic tires contain a manufacturer’s proprietary blend of poisons meant to improve a plastic product’s appearance and performance.

Tire particles from the billions of cars, trucks, bikes, tractors, and other vehicles moving across the world escape into air, soil, and water bodies. Scientists are just beginning to understand the grave danger: In 2020, researchers in Washington State determined that the presence of 6PPD-quinone, a byproduct of rubber-stabilizing chemical 6PPD, was playing a major factor in a mysterious long-term die-off of coho salmon in the U.S. Pacific Northwest. When Washington’s fall rains heralded spawning salmon’s return from sea to stream, the precipitation also washed car tire fragments and other plastic particles into these freshwater ecosystems.

Up to 90 percent of all coho salmon returning to spawn in this region have died—much greater than is considered natural. As the study’s lead author, environmental chemist Zhenyu Tian, explained in a 2020 interview with Oregon Public Broadcasting, 6PPD-quinone appears to be a key culprit: “You put this chemical, this transformation product, into a fish tank, and coho die… really fast.”

Microplastic Inside Human Airways

While other researchers had previously searched for, and detected, microplastic dispersed in indoor and outdoor air, Alvise Vianello, an Italian scientist and associate professor at Aalborg University in Denmark, was the first to do so using a mannequin emulating human breathing via a mechanical lung system, publishing his study’s results in 2019. (Despite the evidence his research provides—that plastic is getting inside of human bodies and could be harming us—it was not until 2022 that modern health researchers first confirmed the presence of microplastics in human lungs. And as comprehensive health research has ramped up, we are just beginning to understand how having plastic particles around us and in us at all times might be affecting human health.)

Vianello and his colleague Jes Vollertsen, a professor of environmental studies at Aalborg University, explained that they’ve brought their findings to researchers at their university’s hospital for future collaborative research, perhaps searching for plastic inside human cadavers. “We now have enough evidence that we should start looking for microplastic inside human airways,” Vollertsen said. “Until then, it’s unclear whether or not we should be worried that we are breathing in plastic.”

When I met Vollertsen in 2019, he had speculated that some of the microplastic we breathe in could be expelled when we exhale. Yet even if that’s true, our lungs are indeed holding onto some of the plastic that enters, potentially resulting in damage.

Other researchers, like Joana Correia Prata, DVM, PhD, who studied microplastics at the University of Aveiro in Portugal, have highlighted the need for systematic research on the human health effects of breathing in microplastic. “[Microplastic] particles and fibers, depending on their density, size, and shape, can reach the deep lung causing chronic inflammation,” she said. Prata noted that people working in environments with high levels of airborne microplastics, such as those employed in the textile industry, often suffer respiratory problems. The perpetual presence of a comparatively lower amount of microplastics in our homes has not yet been linked to specific ailments.

While they’ve dissected the bodies of countless nonhuman animals since the 1970s, scientists only began exploring human tissues for signs of nano- and microplastic in earnest during the late 2010s and early 2020s. This, despite strong evidence suggesting plastic particles—and the toxins that adhere to them—permeate our environment and are widespread in our diets. From 2010 to 2020, scientists have detected microplastic in the bodies of fish and shellfish; in packaged meats, processed foods, beer, sea salt, soft drinks, tap water, and bottled water. There are tiny plastic particles embedded in conventionally grown fruits and vegetables sold in supermarkets and food stalls.

Petrochemical-Based Plastics, Fertilizers, and Pesticides

As the world rapidly ramped up its production of plastic in the 1950s and ’60s, two other booms occurred simultaneously: that of the world’s human population and the continued development of industrial agriculture. The latter would feed the former and was made possible thanks to the development of petrochemical-based plastics, fertilizers, and pesticides.

By the late 1950s, farmers struggling to keep up with feeding the world’s growing population welcomed new research papers and bulletins published by agricultural scientists extolling the benefits of using plastic, specifically dark-colored, low-density polyethylene sheets, to boost the yields of growing crops.

Scientists laid out step-by-step instructions on how the plastic sheets should be rolled out over crops to retain water, reducing the need for irrigation, and to control weeds and insects, which couldn’t as easily penetrate plastic-wrapped soil.

This “plasticulture” has become a standard farming practice, transforming the soils humans have long sown from something familiar to something unknown. Crops grown with plastic seem to offer higher yields in the short term, while in the long term, use of plastic in agriculture could create toxic soils that repel water instead of absorbing it, a potentially catastrophic problem. This presence of plastic particles in the soil causes increased erosion and dust—as well as the dissolution of ancient symbiotic relationships between soil microbes, insects, and fungi that help keep plants—and our planet—alive.

From the polluted soils we’ve created, plants pull in tiny nanoplastic particles through their roots along with the water they need to survive, with serious consequences: An accumulation of nanoplastic particles in a plant’s roots diminishes its ability to absorb water, impairing growth and development. Scientists have also found evidence that nanoplastic may alter a plant’s genetic makeup in a manner increasing its disease susceptibility.

Plastic: Part of the Human Diet

Based on the levels of micro- and nanoplastics detected in human diets, it’s estimated that most people unwittingly ingest anywhere from 39,000 to 52,000 bits of microplastic in their diets each year. That number increases by 90,000 microplastic particles for people who regularly consume bottled water, and by 4,000 particles for those who drink water from municipal taps.

In 2018, scientists in Austria detected microplastic in human stool samples collected from eight volunteers from eight different countries across Europe and Asia. By 2023, scientists had detected the presence of plastic particles in people’s lungs, bloodstreams, veins, placentas, feces, testes/semen, and breast milk. And while the long-term health impacts of plastic on the human body are still unknown, it is well understood that plastic has toxic effects on laboratory animals, marine wildlife, and human cell lines.

In a 2022 study, researchers showed that nanoplastics less than 100 nanometers wide can enter the blood and organs of animals and cause inflammation, toxicity, and changes in neurological function.

Clearly, micro- and nanoplastics are getting into us, with at least some escaping through our digestive tracts. We seem to be drinking, eating, and breathing it in.

And these tiny particles are just one component of plastic’s myriad forms of pollution. From the moment plastic’s fossil fuel ingredients are extracted, to its production, transportation, use, and eventual disposal in landfills, incinerators, and the environment, the plastics pipeline emits toxic chemicals that pollute Earth’s air, soils, waters, seas, animals, plants, and human bodies, and releases greenhouse gases that drive the climate crisis. Most often harmed are already underserved groups, including Black, Brown, Indigenous, rural, poor, and fenceline communities everywhere, driving severe injustice worldwide.

Erica Cirino is a contributor to the Observatory and a science writer and artist who explores the intersection of the human and nonhuman worlds. She took on the role of communications manager of the nonprofit Plastic Pollution Coalition in 2022. Her photographic and written works have appeared in Scientific American, the Guardian, VICE, Hakai Magazine, YES! Magazine, the Atlantic, and other publications. She is a recipient of fellowships from the Woods Hole Oceanographic Institution and the Craig Newmark Graduate School of Journalism at CUNY, a gold Nautilus Book Award, and several awards for visual art. 

Photo by Rebecca Bliklen on Unsplash