Climate change is resulting in profound, immediate and worsening health impacts, and no country is immune, a major new report from more than 120 researchers has declared.
This year’s annual report of The Lancet Countdown on Health and Climate Change, released today, presents the latest data on health impacts from a changing climate.
Among its results, the report found there were 296,000 heat-related premature deaths in people over 65 years in 2018 (a 54% increase in the last two decades), and that global yield potential for major crops declined by 1.8–5.6% between 1981 and 2019.
We are part of the Lancet Countdown sub-working group focusing on human migration in a warming world. We estimate that, based on current population data, 145 million people face potential inundation with global mean sea-level rise of one metre. This jumps to 565 million people with a five metre sea-level rise.
Unless urgent action is taken, the health consequences of climate change will worsen. A globally coordinated effort tackling COVID-19 and climate change in unison is vital, and will mean a triple win: better public health, a more sustainable economy and environmental protection.
Drought, fires and excessive heat
The 2020 report brings together research from a range of fields, including climate science, geography, economics and public health. It focuses on 43 global indicators, such as altered geographic spread of infectious disease, health benefits of low-carbon diets, net carbon pricing, climate migration and heat-related deaths.
The 2020 Lancet Countdown report found extreme heat continues to rise in every region in the world and particularly affects the elderly, especially those in Japan, northern India, eastern China and central Europe. It is also a big problem for those with pre-existing health conditions and outdoor workers in the agricultural and construction sectors.
While attributing heat-related deaths to climate change isn’t straightforward, rising temperatures and humidity will mean we can expect heat-related deaths to increase further.
Climate change is also an important contributing factor to drought. The report found that in 2019 excess drought affected over twice the global land surface area, compared with the 1950-2005 baseline.
Drought and health are intertwined. Drought can cause dwindling drinking water supplies, reduced livestock and crop productivity, and an increased risk of bushfire.
Mental health is also at risk, as Australian research from earlier this year confirmed. This looked at the declining mental health of drought-affected farmers in the Murray-Darling Basin over 14 years.
Climate change worsens risk factors for more frequent and intense bushfires. We need only look to last summer’s unprecedented bushfires in Australia as a stark illustration. The number of people exposed to the bushfires was amplified by expanding settlements and inadequate risk reduction measures.
Sea level rise, human migration and health
As the world warms and the sea rises, millions of people will be exposed to coastal changes, including inundation and erosion.
Sea-level rise has direct and indirect consequences for human health. In some places, water and soil quality and supply will be compromised due to the intrusion of saltwater. Flooding and wave power will damage infrastructure, including drinking water and sanitation services. And disease vector ecology will also change, such as higher mosquito densities in coastal habitats, potentially causing greater transmission of infectious diseases like dengue or malaria.
However, people and communities may adapt by moving away. In Fiji, for example, at least four communities have relocated in response to coastal changes. The Fijian government notes planned relocation will be a last resort only when other adaptation options are exhausted.
Relocation might also lead to health threats . This includes physical health consequences from altered diets, as fishing and subsistence agriculture may be disrupted. There are also mental health impacts from people losing their attachments and connections to their places of belonging.
But sometimes, migration responses to climate change can have health benefits. Moving from vulnerable coastlines might reduce exposure to environmental hazards such as flooding, be an impetus to seek healthier livelihoods and lifestyles, and improve access to health services.
Our estimation of the number of people facing potential inundation is based on projections of global mean sea-level rise and on current population data.
In a high emissions scenario with warming of 4.5℃, seas could rise by one metre by 2100 relative to 1986–2005. This would see 145 million people face potential inundation.
A collapse of the Western Antarctic Ice Sheet could cause five to six metres of sea level rise. Under this extreme scenario, 565 million people may be inundated.
It is important to note, however, that uncertainties constrain our ability to forecast migration numbers due to sea-level rise. These uncertainties include future environmental and demographic factors and potential adaptation (and maladaptation) responses, such as living with water or coastal fortification.
So is there any good news?
The 2020 Lancet Countdown report notes improvements in some instances, as some sectors and countries take bold steps to respond to climate change.
We are seeing, for example, health benefits emerging from the transition to clean energy. Deaths from air pollution attributed to coal-fired power have declined from 440,000 in 2015 to 400,000 in 2018, despite overall population increases.
But more must be done: we need sustained greenhouse gas emission cuts, increased greenhouse gas absorption and proactive adaptation actions. Yet global efforts to address climate change still fall short of the commitments made in the Paris Agreement five years ago.
We cannot afford to focus attention on the COVID-19 pandemic at the expense of climate action.
If responses to the economic impacts of COVID-19 align with an effective response to climate change, we’ll see immense benefits for human health, with cleaner air, healthier diets and more liveable cities.
As restrictions ease around the country and the prospect of travel beckons, many of us will be planning road trips for the holiday season.
To ensure your trip is memorable in the best rather than the worst way, here are some things you and your fellow travellers can do to reduce the risk of becoming infected with, or spreading, COVID on your trip.
Before you go
1. Check for any travel or other COVID-specific restrictions or rules in the areas you will be travelling through or to, before you go. These can change rapidly and may include restrictions on how far you can travel, how many people per square metre are allowed in public spaces, and whether you need border passes or to wear a mask. Each state or territory has its own health department or government COVID website you can check.
2. Don’t take COVID with you. If anyone in your group has COVID-like symptoms, however mild, it is important to be tested and cleared for COVID before leaving. Common symptoms may include fever or chills, muscle aches, sore throat, cough, runny nose, difficulty breathing, new loss of taste or smell, and vomiting or diarrhoea.
3. Pack masks, disinfectant wipes and hand sanitiser. The two most likely ways of catching COVID are inhaling viral particles an infected person sheds when they cough, sneeze, laugh, talk or breathe; and ingesting particles by touching contaminated objects and then touching your face or food. Masks (and social distancing) can help reduce the former risk, while avoiding touching your face, frequent hand hygiene and cleaning surfaces can reduce the latter. So pack masks, wipes and hand sanitiser. Hand sanitiser should containat least 60% alcohol.
4. Pack your own pillows and linen. We know people infected with SARS-CoV-2, the virus that causes COVID, can shed virus onto linen and pillows (and other surfaces), even when asymptomatic. We also know respiratory viruses can penetrate pillow covers and get into the microfibre stuffing. So you might want to consider bringing your own pillows and linen.
On your trip
5. Use disinfectant wipes to clean high-touch surfaces in your hire car. These would include door and window handles or buttons, light switches, seat adjuster controls, radio controls, the steering wheel, glove box button, gear/drive and handbrake levers, rear-view mirrors and mirror controls.
6. How about singing in the car? The more vigorous the activity, the greater the opportunity to release droplets and aerosols and the further these will travel. So, laughing and singing will release more of these than talking, and talking will release more than breathing. However, if you are travelling in a family group, or with your housemates, then you have been in close contact with one another at home and the additional risk would be low.
7. Maintain social distancing at service stations. Leave at least 1.5 metres between you and the next person while paying for fuel, ordering food and when using the bathroom. Make sure you wash or sanitise your hands after touching surfaces such as petrol pumps, door handles, bathroom taps, and before getting back in your car.
8. Pay with cards rather than cash to avoid touching money. Many people can handle bills and coins over a long duration of time, providing many opportunities to transfer disease-causing microbes from one person to the next. Using contactless payment also helps maintain social distancing.
9. It’s safer to eat outdoors than indoors if stopping for a snack or lunch. That’s because large volumes of air dilute the density of viral particles in the air. Evidence from a study of COVID clusters in Japan suggests the chance of transmitting COVID is more than 18 times higher inside than outside.
10. Is your hotel or rented accommodation COVID-safe? Ask the accommodation provider what steps they have taken to make the place less conducive to spreading COVID. For example, have they introduced extra cleaning or disinfection?
11. Use disinfectant wipes in rented accommodation to clean high-touch surfaces such as door handles, light switches, cupboard handles, taps and toilet flush buttons. You can also put dishes and cutlery through the dishwasher on a hot cycle. This is because the virus can remain viable (able to cause infection) on surfaces for many days.
Following these simple steps can help to keep your trip memorable in the best possible way. Happy holidays!
As Australia plans its recovery from COVID-19, our strategies should be based on a broader set of priorities than we have used in the past.
The Sustainable Development Goals (SDGs), agreed to by all countries at the United Nations, provide a set of objectives and targets that can serve as a blueprint to “build back better” after the pandemic.
This week, a report card is being released on Australia’s progress toward achieving these goals. It also highlights the potential impact of COVID-19 on our ability to meet our SDG targets by 2030.
The report shows Australia is performing well in health and education but failing in climate, environment and areas linked to social inequality.
In adopting the SDGs, all countries (including Australia) recognised the need to take a long-term and integrated approach to national planning informed by data and evidence.
Central to this approach is the setting of economic, social and environmental targets for 2030, which help to provide clear signposts for where we want to go.
Targets are critical. They set the priorities and level of ambition, encourage a shift from short- to long-term thinking, provide investment certainty and mobilise people to collaborate to solve problems.
They also enable a clear picture of where we are on track or off track, and the scale and pace of change needed.
Homicide rates have halved since 2000, yet the prison population has increased by 32% since 2006, with Indigenous Australians vastly over-represented.
Women have been disproportionatelyaffected by the pandemic, experiencing more psychological distress and a greater chance of job disruption.
Australia’s greenhouse gas emissions have declined only marginally since 2000 and little progress has been made since 2013. Australia is not on track to meet a 2030 emissions target consistent with the Paris Agreement objective to keep global warming to well below 2 degrees Celsius.
Australia’s per capita material footprint is one of the highest in the world — more than 70% above the OECD average — and rising.
Hard coral cover on the Great Barrier Reef has declined and the number of species now threatened has increased since 2000.
Women, young people and those without high school qualifications are more likely to have had their employment disrupted by COVID-19.
Australia’s relatively low levels of government debt will help in the COVID-19 recovery, yet household debt is well above the OECD average.
Wealth inequality is getting worse with the share of household net worth of the bottom 40% of the population declining by 30% since 2004.
Since 2012, middle-class wages and incomes have stalled.
COVID-19 has stymied trade, foreign investment and skilled migration, prompting the need for new drivers of growth.
An opportunity for major policy changes
This report comes at a pivotal moment. All countries are facing a series of complex and related crises — a global health emergency, climate change, growing inequality, unemployment and biodiversity decline.
On the other hand, COVID-19 has given governments the chance to undertake much more significant interventions than previously thought possible.
Australia has a huge opportunity to design a recovery strategy that strengthens our resilience to future shocks, addresses many of the challenges of sustainable development that we have not properly dealt with, and ensures the country’s long-term, sustainable prosperity.
Human damage to biodiversity is leading us into a pandemic era. The virus that causes COVID-19, for example, is linked to similar viruses in bats, which may have been passed to humans via pangolins or another species.
Environmental destruction such as land clearing, deforestation, climate change, intense agriculture and the wildlife trade is putting humans into closer contact with wildlife. Animals carry microbes that can be transferred to people during these encounters.
A major report released today says up to 850,000 undiscovered viruses which could be transferred to humans are thought to exist in mammal and avian hosts.
The report, by The United Nations’ Intergovernmental Science-Policy Platform on Biodiversity and Ecosystem Services (IPBES), says to avoid future pandemics, humans must urgently transform our relationship with the environment.
Humans costs are mounting
The report is the result of a week-long virtual workshop in July this year, attended by leading experts. It says a review of scientific evidence shows:
…pandemics are becoming more frequent, driven by a continued rise in the underlying emerging disease events that spark them. Without preventative strategies, pandemics will emerge more often, spread more rapidly, kill more people, and affect the global economy with more devastating impact than ever before.
The report says, on average, five new diseases are transferred from animals to humans every year – all with pandemic potential. In the past century, these have included:
the Hendra virus (which first erupted at a Brisbane racing stable in 1994).
The report says an estimated 1.7 million currently undiscovered viruses are thought to exist in mammal and avian hosts. Of these, 540,000-850,000 could infect humans.
But rather than prioritising the prevention of pandemic outbreaks, governments around the world primarily focus on responding – through early detection, containment and hope for rapid development of vaccines and medicines.
As the report states, COVID-19 demonstrates:
…this is a slow and uncertain path, and as the global population waits for vaccines to become available, the human costs are mounting, in lives lost, sickness endured, economic collapse, and lost livelihoods.
This approach can also damage biodiversity – for example, leading to large culls of identified carrier-species. Tens of thousands of wild animals were culled in China after the SARS outbreak and bats continue to be persecuted after the onset of COVID-19.
The report says women and Indigenous communities are particularly disadvantaged by pandemics. Women represent more then 70% of social and health-care workers globally, and past pandemics have disproportionately harmed indigenous people, often due to geographical isolation.
It says pandemics and other emerging zoonoses (diseases that have jumped from animals to humans) likely cause more than US$1 trillion in economic damages annually. As of July 2020, the cost of COVID-19 was estimated at US $8-16 trillion globally. The costs of preventing the next pandemic are likely to be 100 times less than that.
A way forward
The IPBES report identifies potential ways forward. These include:
• increased intergovernmental cooperation, such as a council on pandemic prevention, that could lead to a binding international agreement on targets for pandemic prevention measures
• global implementation of OneHealth policies – policies on human health, animal health and the environment which are integrated, rather than “siloed” and considered in isolation
• a reduction in land-use change, by expanding protected areas, restoring habitat and implementing financial disincentives such as taxes on meat consumption
• policies to reduce wildlife trade and the risks associated with it, such as increasing sanitation and safety in wild animal markets, increased biosecurity measures and enhanced enforcement around illegal trade.
Societal and individual behaviour change will also be needed. Exponential growth in consumption, often driven by developed countries, has led to the repeated emergence of diseases from less-developed countries where the commodities are produced.
So how do we bring about social change that can reduce consumption? Measures proposed in the report include:
labelling high pandemic-risk consumption patterns, such as captive wildlife for sale as pets as either “wild-caught” or “captive-bred” with information on the country where it was bred or captured
providing incentives for sustainable behaviour
increasing food security to reduce the need for wildlife consumption.
An Australian response
Australia was one of the founding member countries of IPBES in 2012 and so has made an informal, non-binding commitment to follow its science and policy evidence.
However, there are no guarantees it will accept the recommendations of the IPBES report, given the Australian government’s underwhelming recent record on environmental policy.
For example, in recent months the government has so far refused to sign the Leaders’ Pledge for Nature. The pledge, instigated by the UN, includes a commitment to taking a OneHealth approach – which considers health and environmental sustainability together – when devising policies and making decisions.
Finally, Australia is one of few countries without a national centre for disease control and pandemics.
But there are good reasons for hope. It’s within Australia’s means to build an organisation focused on a OneHealth approach. Australia is one of the most biologically diverse countries on the planet and Australians are willing to protect it. Further, many investors believe proper environmental policy will aid Australia’s economic recovery.
Finally, we have countless passionate experts and traditional owners willing to do the hard work around policy design and implementation.
As this new report demonstrates, we know the origins of pandemics, and this gives us the power to prevent them.
Will the delay of the COP26 UN climate negotiations impact international action to decarbonise? Would catch-up talks help? Could the talks collapse because countries stopped paying their dues?
The 26th Conference of the Parties — better known as COP26 — is the United Nations climate change conference that was scheduled to be held in Glasgow, UK, during the first two weeks of November 2020.
But in April this year the COVID-19 pandemic led to the event being postponed, then later rescheduled to November 2021.
That’s a 12-month delay on a meeting of representatives from nearly 200 countries, including New Zealand, charged with monitoring and implementing the UN’s Framework Convention on Climate Change (UNFCCC).
It will be crucial to make progress towards the goals of the 2015 Paris Agreement, which aims to limit average global warming to 1.5-2℃ this century, relative to the 1890s (the so-called “preindustrial period”).
Preventing ‘Hothouse Earth’
The temperature target agreed in Paris was carefully chosen. Numerous scientific studies show an increase beyond 2℃ would activate self-reinforcing feedbacks in the climate system (such as a weakening of ocean and land carbon sinks). This would tip our planet into an extreme “Hothouse Earth” that could persist for millennia, regardless of what happens with future emissions.
To avoid this scenario, the legally binding UN agreement encourages all participating nations to reduce their emissions of greenhouse gases as soon as possible.
As part of the Paris Agreement, developed countries agreed to provide, from 2020, US$100 billion to support developing countries to mitigate and adapt to climate change.
National representatives are expected to arrive in Glasgow next year with substantially strengthened plans to reduce emissions and meet their commitments to support developing countries.
The pandemic and emissions
There is no doubt the gathering of 30,000 delegates in Glasgow will come at a time of ongoing uncertainty about COVID-19 and the largest shock to the global economy since the Great Depression of the 1930s. The pandemic is a game changer but it’s not yet clear whether this is good or bad for reducing emissions.
Many of us have made substantial cuts to our travel and embraced remote work and online video chat, particularly at the height of the pandemic. Google and Apple data suggest more than half of the world’s population reduced their travel by more than half in April.
Unfortunately, greenhouse gas emissions have remained stubbornly high. Daily global carbon dioxide emissions fell by as much as 17% in early April. But as the world’s economy started to recover, emissions bounced back, according to the UN, with 2020 likely experiencing only a 4-7% decline in carbon dioxide relative to 2019.
The sobering reality is nations have a lot more work to do to decarbonise their economies. But for many national governments, the thorny question is how to achieve more ambitious emission targets while at the same time rebuilding economies battered by COVID-19.
Although the UN has a large financial shortfall of US$711 million (at the end of 2019) due to some nations failing to pay their annual dues — with the US, Brazil and Saudi Arabia the worst offenders — there is no suggestion of cancelling the COP26 meeting next year.
Catch-up talks have indeed been mooted but so far nothing has been publicly announced. That’s not to say there aren’t intensive negotiations and commitments being made in advance of the COP26 meeting in Glasgow. And there are some positive signs.
A pandemic recovery
As the world moves towards an economic recovery after the pandemic, some major economies are tilting towards a green stimulus and public commitments to reduce fossil fuel investments.
Arguably more ambitious is the proposed European Green Deal announced in late 2019. It aims to slash greenhouse gas emissions by half over the next decade and make Europe the first carbon-neutral continent.
To help achieve this, a carbon tax is proposed for imports into the European Union. This threatens to have far-reaching implications for European trading partners such as New Zealand and Australia.
These pronouncements will help boost the negotiations for more stringent cuts to emissions as delegates prepare for the COP26 meeting in Glasgow next year. This can only put more pressure on all nations to be more ambitious.
Attention will inevitably focus on the world’s largest historic emitter, the US, which is formally leaving the Paris Agreement on November 4 this year, the day after the 2020 presidential election.
So the COP26 won’t collapse, but the year’s delay to the meeting may give the world the breathing space it so desperately needs to realise the ambition of the Paris Agreement and avoid the worst of climate change.
Chris Turney, Professor of Earth Science and Climate Change, Director of Chronos 14Carbon-Cycle Facility, Director of PANGEA Research Centre, and UNSW Node Director of ARC Centre for Excellence in Australian Biodiversity and Heritage, UNSW
Face masks are part of our daily lives during the pandemic. Many are made from plastics and designed to be used just once, which means thousands of tonnes of extra waste going to landfill.
Masks may help stop the spread of the coronavirus. But according to one estimate, if everyone in the United Kingdom used a single-use mask each day for a year, it would create 66,000 tonnes of contaminated waste and 57,000 tonnes of plastic packaging.
Evidence also suggests masks may be a source of harmful microplastic fibres on land and in waterways and litter.
So let’s look at how face masks might be designed to cause minimal harm to the environment, while still doing their job – and which type is best for you.
China is the world’s biggest face mask manufacturer. Its daily output of face masks reportedly reached 116 million units in February this year. That creates a big waste management problem around the world.
One way to address this is to adopt “circular design” principles. This thinking seeks to reduce waste and pollution through product design, keep products and materials in use, and regenerate natural systems.
When it comes to face masks, the three common types are cloth, surgical and N-95. N-95 masks offer the highest level of protection, blocking about 95% of airborne particles. Cloth masks are designed to be used more than once, while surgical and N-95 masks are usually intended for single use.
Face masks may consist of one or more layers, each with different functions:
an outermost layer, designed to repel liquids such as water
the innermost layer, which absorbs moisture and allows comfort and breathability
a non-absorbent middle layer, to filter particles.
Each type of mask is made of different materials and used in varying settings:
– N-95 masks: These are designed to protect the wearer from 95% of airborne particles and are largely worn by health workers. N-95 masks are designed to fit closely to the face and are usually worn only once. N-95 masks comprise:
a strap (polyisoprene)
nose foam (polyurethane)
nose clip (aluminum)
valve diaphragm (polyisoprene).
– Surgical masks: These are designed to protect sterile environments from the wearer, acting as barrier to droplets or aerosols. Generally intended as single-use items, they comprise mostly polypropylene between two layers of non-woven fabric.
– Cloth masks: These types of masks are worn by the general public. Some are homemade from fabric scraps or old clothing. They may be wholly reusable, or partially reusable with replaceable filters that must be disposed of.
These masks typically comprise an outer layer of polyester or polypropylene (or in some cases, cotton), and an inner layer designed for breathability and comfort – usually cotton or a cotton-polyester blend.
Research suggests cloth masks are less effective at filtering particles than medical masks, but may may give some protection if well-fitted and properly designed. Health advice is available to help guide their use.
Designing for a healthier environment
It’s important to note that any attempt to redesign face masks must ensure they offer adequate protection to the wearer. Where masks are used in a medical setting, design changes must also meet official standards such as barrier efficiency, breathing capacity and fire resistance.
With this in mind, reducing the environmental harm caused by masks could be done in several ways:
– Design with more reusable parts
Evidence suggests reusable cloth masks perform almost as well as single-use masks, but without the associated waste. One life cycle assessment conducted in the UK found masks that could be washed and reused were the best option for the environment. Reusable masks with replaceable filters were the second-best option.
The study also found having a higher number of masks in rotation to allow for machine washing was better for the environment than manual washing.
– Make masks easier to dispose of or recyle
In high-risk settings such as hospitals and clinics, the reuse of masks may not be possible or desirable, meaning they must be disposed of. In medical settings, there are systems in place for disposal of such protective gear, which usually involves segregation and incineration.
But the general public must dispose of masks themselves. Because masks usually comprise different materials, this can be complicated. For example, recovering the components of a N-95 mask for recycling would involve putting the straps, nose foam, filter and valve in one bin and the metal staples and nose clip in another. And some recyclers may see mask recycling as a health risk. These difficulties mean masks often end up in landfill.
Masks would be easier to recycle if the were made of fewer materials and were easy to disassemble.
– Use biodegradable materials
For single-use items, placing synthetics with biodegradable materials would be a first step in circular design thinking.
The abaca plant, a relative of the banana tree, offers one potential option. Its leaf fibre reportedly repels water better than traditional face masks, is as strong as polymer and decomposes within two months. Most abaca is currently produced in the Philippines.
Which mask should you choose?
From a purely environmental perspective, research suggests owning multiple reusable face masks, and machine-washing them together, is the best option. Using filters with reusable face masks is a second-best option.
But when choosing a mask, consider where you will wear it. Unless cloth masks are shown to be as effective as other masks, health-care workers should not use them. But they may be suitable in low-risk everyday settings.
In the longer term, governments and manufacturers must make every effort to design masks that will not harm the planet – and consumers should demand this. Face masks will probably be ubiquitous on our streets for months to come. But once the pandemic is over, the environmental legacy may last for decades, if not centuries.
We are living through the greatest disruption of the postwar era; what is likely to be the defining historical period of our lives. And the disrupter is a piece of RNA surrounded by fat, a virus human beings have never before encountered.
A virus that ticks all the boxes for disaster: it is novel, it is highly contagious, it is transmitted by asymptomatic carriers, and it attacks and kills people whose immune systems have been undermined by disease, inequality, malnutrition, stress and age.
It’s only months since we were overwhelmed with the bushfire disaster. The climate emergency was upon us more viscerally than ever before. Sydney lost its summer to choking smoke; the glorious forests of the Great Dividing Range and eastern sea- board burnt with an unstoppable ferocity. Lives were lost, as were homes, businesses, communities, and a billion native animals. The koalas screaming in agony were heard around the world. This was our global future burning before our eyes.
Then came this virus. And it has shut down much of the world by freezing markets and informal economies that daily feed and service most of the people of the planet. But we should understand the virus as an ecological disaster, just like the climate emergency. They are not causally related. Rather, they are expressions of the same profound overburdening of the planet by anthropogenic excess.
The climate emergency has not abated with the pandemic. Extreme weather is everywhere on the planet. Syria is gripped by its worst drought in 900 years. Locusts are swarming over East Africa. We are warned the climatic sweet spot of the Holocene that has made complex societies possible for the last 6,000 years is coming to an end, to be replaced by unbearable heat in some of the world’s most populous places.
This is the end of the “good times” for the world, but it has been a long time coming. COVID-19 is simply an accelerant. Therefore, it is important now to focus on what has to be done, for all that stands between us and disaster is good government.
Many young people feel deeply pessimistic about the future. They have little confidence organised society can face profound threats, survive them and rebuild. But the world has done so, even within living memory with the astonishing recovery in Europe and Asia after World War II.
Critical moral decisions
In 1945, Europe lay in ruins. Eighty-five million people had perished, most of them civilians, deliberately murdered by starvation or industrial slaughter or burnt alive in their torched villages or fire-bombed cities. Sixty million people were displaced and took to the roads.
The total of lost or orphaned children has never been tallied. The 1944–45 winter had been terrible, crops had not been planted and there was no food. In Berlin, only the Russians seemed to know how to ration food and rebuild civil society: the other Allies were at a loss.
Civil society had been destroyed by oppression, cruelty and hunger. Scarcely any civilian who survived occupation ended the war with a clear conscience. People had to kill, steal, lie, inform on neighbours, refuse to help when asked, fail to fight when needed. And at the end, they had nothing. They amounted to millions upon millions of destitute, damaged people. A friend’s mother who spent the war in Trieste once admitted that there was no human depravity she had not witnessed.
Not only had the physical world been consumed by fire, so also had institutions, communities and infrastructure. Yet out of the carnage, modern Europe and the Soviet Union rebuilt their cities and homes and their civil societies. If the European Union and the former Eastern Bloc have problems now, their flourishing since 1945 has been a miracle. All have experienced a dramatic improvement in living standards in the past three-quarters of a century.
When this pandemic crisis ends, things will be very bad for those with weak, corrupt and incompetent governments. For those with good governments, critical moral decisions will be required: do we reinvest and rebuild positively, or do we inflict austerity to pay down the debt quickly?
The deaths will be proportionately fewer than in World War II, the buildings won’t be smashed, nor the sewers, water pipes and gas pipes shattered. Physically the world will still be there. Farms will still be producing food except where severe weather has destroyed crops. The shock and grief will be awful, and it will be the world’s turning point between collapse or recovery towards a new resilience.
JM Keynes’ 1940 book How to Pay for the War outlined a program of rationing, war bonds and currency creation that could produce the necessary funds without generating inflation. But the minute the second world war ended, 42% of the British workforce was made redundant.
How did the Allies pay for the peace without a return to the misery and chaos that were experienced after World War I? Rationing and austerity continued, but governments did not stop spending. The new British Labour government passed legislation mandating full employment; the existing Labor government in Australia in May 1945, issued its famous white paper, written by Dr HC Coombs titled Full Employment in Australia. We pre-empted the British, but we were of like mind.
Australia, by comparison, got off lightly from World War II. And Australia also had arguably the best government in its history under prime ministers Curtin and Chifley. They believed in the social contract that government was there to serve the people; that our Commonwealth was formed for the “common good”. They were great internationalists. They prosecuted the war, but they also committed from 1943 to building a better Australia for the people who had sacrificed so much to win it.
Their postwar reconstruction scheme, in just four years of war and four years of peace, established a welfare state and addressed historic injustices to Indigenous people who came under Commonwealth laws. They legislated to mandate full employment after the war, despite the demobilisation of the military and of war industries — and it worked.
They reformed the economy from the factory to the farm: General Motors-Holden, the Snowy Mountains Scheme and, this time, soldier settlements that were better planned and more successful. They invested in national and international air travel. They trained hundreds of thousands of unskilled workers to be skilled workers, and sent ex-service people to university. They opened Australia to non- British migration, changing us forever.
They lost office before they could implement Professor Sam Wadham’s massive Rural Reconstruction Scheme. But they also believed that the future depended on education and research, establishing our first research university, the Australian National University, to be a Princeton in the Pacific.
They inaugurated Commonwealth Scholarships and research funding. Our first PhDs began to graduate, and our academic gaze turned away from Oxbridge towards our Asian neighbours for the first time. They invested in the CSIRO. Another term of office may have delivered a national health service. We had to wait almost another 40 years for Medicare, but the four years after the war set up modern Australia.
A new accord?
This story is important to retell because it gives us hope — and a model. We need national reconstruction again: to transition to renewable energy, to restore fairness and security to our economy, to rebuild our rural and regional sectors that are beset by poverty, environmental stress and long-time marginalisation.
Climate change imperils our food security as it does our natural environment and wildlife. If we are to reconstruct Australia as a sustainable economy and society, then perhaps 60% of that effort needs to be in the bush.
National reconstruction requires political will, and political will needs a measure of bipartisan support to be effective. Menzies followed the social democratic Labor lead — social housing, support for universities, infrastructure construction. In the 1980s, the Prices and Incomes Accord was struck between unions and employers under the leadership of the Hawke Government. The accord lost its way after time, but initially it did bring down unemployment and inflation, in return for Medicare and new social transfers.
A new accord would be a different social contract. It would require a summit as before, after consultation and planning. It could be led by First Nations people with a mission to heal the nation and the land, starting with the Uluru Statement from the Heart.
This time its participants would be drawn from across the spectrum: farmers, business big and small, unions, universities and research, state and local government, the health and welfare sectors, culture and the arts. (Universities have played a vital role in changing course for this country in times of crisis and will do so again, just as their researchers, along with the CSIRO, are leading the fight against COVID-19.)
The accord itself could be a commitment to the guiding principles of the United Nations Sustainable Development Goals, which connect social and economic justice to environmental justice.
This new accord would be a commitment to principles of practice that open doors to funding, tax incentives, advice and collaboration among sectors to build a new sustainable economy, turning Australia into the renewable energy powerhouse that the distinguished economist Professor Ross Garnaut envisages.
There would be no compulsion for businesses to sign on, but if they chose to be outside the tent, then they would not receive any benefits and opportunities.
No nation can truly flourish if its hinterland is degraded and unproductive. Global warming threatens our food security, our pastoralists and, as we saw in the summer of 2019–20, our forests and native wildlife. National reconstruction needs not merely to be bipartisan at the top: it must offer genuine participation in decision-making in how to transition to new industries and farming technologies.
We may need to start growing some crops under cover in highly controlled environments with careful water use and no pesticides. If the Netherlands can become the world’s second-largest food exporter after the United States, then we, too, in a more environmentally sensitive way than the Dutch, can build a high-tech food exporting industry that could replace coal and help feed a hungry world.
To do all this, we need a partnership between farmers, the private sector, workers, government and universities. If employers are to receive funding and research support from the public sector, then as their part of the accord they should commit to providing secure jobs and vocational training. They must be prepared to negotiate improving wages and support more generous welfare provision.
Above all, they need to endorse a government-funded Jobs Guarantee to get people back into the workforce with dignity and security: that is, real jobs with award wages, not work for the dole. The economy will not ‘bounce back’ if no one has money in their pocket.
It is to be hoped that the pandemic will bring an end to the distrust of science and learning that neo-liberalism has spread like poison through the rich world.
It will be time to rethink the tertiary and vocational sectors and fund research infrastructure in universities, alongside restoring the CSIRO and providing more job security for researchers. Our universities could then return to being servants of the public rather than fragile, semi-private corporations.
All this is fiscally possible if we accept that we can only pay back the debt by economic growth. Artificially balancing the budget via austerity leads to further impoverishment; investing in people and their enterprises to get on with it restores prosperity so that we can grow our way out of debt.
A fresh narrative
Government cannot do it all. Business is the larger part of society, and reconstruction cannot be done without their cooperative engagement, expertise, creativity and resources. But what is possible with the new accord is not a series of precise prescriptions for reform, but rather a narrative that can capture the trust and enthusiasm of an electorate that is disenchanted with politics and politicians.
People want our leaders to “come together”. The “Green New Deal” is an American idea; the United Kingdom wants a “green industrial revolution”; but we in Australia know how to strike accords and build institutionalised fairness.
Perhaps it does not matter what we call it: perhaps First Nations people will one day permit us to use their term Makarrata to express a new national social compact. We need to reconstruct Australia, better than we have before, and we need to do it for our very survival.
No one—no politician, no scientist, no economist, no bureaucrat, no business leader, no farmer, no pundit and no political party — has all the answers. But collectively we do, provided we can devolve consultation and much decision-making to the communities and regions directly affected. That will build resilience and draw on the experience and knowledge of those who are experts in their own worlds.
The great power of the human mind is that it can work with other minds: our greatest strength lies in each other.
This is an edited extract from What Happens Next? edited by Emma Dawson and Prof Janet McCalman AC, published by Melbourne University Publishing.
Australia’s leading scientists today sent an open letter to Chief Scientist Alan Finkel, speaking out against his support for natural gas.
Finkel has said natural gas plays a critical role in Australia’s transition to clean energy. But, as the scientists write:
that approach is not consistent with a safe climate nor, more specifically, with the Paris Agreement. There is no role for an expansion of the gas industry.
And yet, momentum in the support for gas investment is building. Leaked draft recommendations from the government’s top business advisers support a gas-led economic recovery from the COVID-19 pandemic. They call for a A$6 billion investment in gas development in Australia.
This is a terrible idea. Spending billions on gas infrastructure and development under the guise of a COVID-19 economic recovery strategy — with no attempt to address pricing or anti-competitive behaviour — is ill-considered and injudicious.
It will not herald Australia’s economic recovery. Rather, it’s likely to hinder it.
The proposals ignore obvious concerns
The draft recommendations — from the National COVID-19 Coordination Commission — include lifting the moratorium on fracking and coal seam gas in New South Wales and remaining restrictions in Victoria, and reducing red and “green tape”.
It also recommends providing low-cost capital to existing small and medium market participants, underwriting costs at priority supply hubs, and investing in strategic pipeline development.
But the proposals have failed to address a range of fundamental concerns.
domestic gas pricing in the east coast market is unregulated.
Let’s explore each point.
The effect on climate change
Accelerating gas production will increase greenhouse gas emissions. Approximately half of Australian gas reserves need to remain in the ground if global warming is to stay under 2℃ by 2030.
Natural gas primarily consists of methane, and the role of methane in global warming cannot be overstated. It’s estimated that over 20 years, methane traps 86 times as much heat in the atmosphere as carbon dioxide.
And fast-tracking controversial projects, such as the Narrabri Gas Project in northern NSW, will add an estimated 500 million tonnes of additional greenhouse gases into the atmosphere.
Accelerating such unconventional gas projects also threatens to exacerbate damage to forests, wildlife habitat, water quality and water levels because of land clearing, chemical contamination and fracking.
These potential threats are enormous concerns for our agricultural sector. Insurance Australia Group, one of the largest insurance companies in Australia, has indicated it will no longer provide public liability insurance for farmers if coal seam gas equipment is on their land.
Fossil fuels in decline
Investing in gas makes absolutely no sense when renewable energy and storage solutions are expanding at such a rapid pace.
It will only result in stranded assets. Stranded assets are investments that don’t generate a viable economic return. The financial risks associated with stranded fossil fuel assets are prompting many large institutions to join the growing divestment movement.
Solar, wind and hydropower are rolling out at unprecedented speed. Globally, renewable power capacity is set to expand by 50% between 2019 and 2024, led by solar PV.
Solar PV alone accounts for almost 60% of the expected growth, with onshore wind representing one-quarter. This is followed by offshore wind capacity, which is forecast to triple by 2024.
Domestic pricing is far too expensive
Domestic gas in Australia’s east coast market is ridiculously expensive. The east coast gas market in Australia is like a cartel, and consumers and industry have experienced enormous price hikes over the last decade. This means there is not even a cost incentive for investing in gas.
Indeed, the price shock from rising gas prices has forced major manufacturing and chemical plants to close.
The domestic price of gas has trebled over the last decade, even though the international price of gas has plummeted by up to 40% during the pandemic.
As Australian Competition and Consumer Commission chair Rod Simms declared in the interim gas report released last week, these price issues are “extremely concerning” and raise “serious questions about the level of competition among producers”.
To date, the federal government has done very little in response, despite the implementation of the Australian Domestic Gas Security Mechanism in 2017.
This mechanism gives the minister the power to restrict LNG exports when there’s insufficient domestic supply. The idea is that shoring up supply would stabilise domestic pricing.
But the minister has never exercised the power. The draft proposals put forward by the National COVID-19 Coordination Commission do not address these concerns.
A gas-led disaster
There is no doubt gas producers are suffering. COVID-19 has resulted in US$11 billion of Chevron gas and LNG assets being put up for sale.
And the reduction in energy demand caused by COVID-19 has produced record low oil prices. Low oil prices can stifle investment in new sources of supply, reducing the ability and incentive of producers to explore for and develop gas.
It’s clear the National COVID-19 Coordination Commission’s recommendations are oriented towards helping gas producers. But investing in gas production and development won’t help Australia as a whole recover from the pandemic.
The age of peak fossil fuel is over. Accelerating renewable energy production, which coheres with climate targets and a decarbonising global economy, is the only way forward.
A COVID-19 economic strategy that fails to appreciate this not only naïve, it’s contrary to the interests of broader Australia.
For each mesh block zoned as residential, we tallied up the total area zoned as parkland within a 5-kilometre radius. The results are shown in the interactive map below, in which darker greens indicate a larger area of available parkland (very light green: 0-4.5 sq km; light green: 4.5-9.2 sq km; mid-green: 9.2-13.2 sq km; dark green: 13.2-19 sq km; very dark green: more than 19 sq km).
Of the 42,199 residential mesh blocks currently under stage 4 restrictions, 3,496 have between 0 and 4.5 square kilometres of parkland within 5km. This equates to about 135,000 homes or 340,000 people with little or no access to parks within their permitted area for exercising.
On average, residents in Cardinia, Mornington Peninsula and Melton have the least parkland within a 5km radius, whereas those in Knox, Yarra and Banuyle have the most.
Haves and have-nots
Our findings confirm that some Melburnians are more fortunate than others in their ability to access urban green space during stage 4 lockdown.
For those less fortunate, the state government should consider replacing the blanket 5km rule with a special provision that allows people to travel outside this radius if they would otherwise be unable to access a park.
Bespoke rules could also help others, such as residents with a disability or older Melburnians who use a mobility aid. While many members of these groups might have plentiful parks within their 5km radius, they may have problems accessing them. Issues can include uneven pavements, kerbs without ramps, or steeply sloped paths.
The state government could help these people by auditing public spaces to establish where structural barriers exist, and then work to remedy them. Alternatively, once again, the blanket 5km rule could be amended with a special provision that allows older Melburnians, or those with a disability, to travel outside their 5km radius to get to the most suitable nearby park.
COVID-19 has curtailed the activities of millions of people across the world and with it, greenhouse gas emissions. As climate scientists at the Cape Grim Baseline Air Pollution Station, we are routinely asked: does this mean carbon dioxide concentrations in the atmosphere have fallen?
The answer, disappointingly, is no. Throughout the pandemic, atmospheric carbon dioxide (CO₂) levels continued to rise.
In fact, our measurements show more CO₂ accumulated in the atmosphere between January and July 2020 than during the same period in 2017 or 2018.
Emissions from last summer’s bushfires may have contributed to this. But there are several other reasons why COVID-19 has not brought CO₂ concentrations down at Cape Grim – let’s take a look at them.
Measuring the cleanest air in the world
Cape Grim is on the northwest tip of Tasmania. Scientists at the station, run by the CSIRO and Bureau of Meteorology, have monitored and studied the global atmosphere for the past 44 years.
The air we monitor is the cleanest in the world when it blows from the southwest, off the Southern Ocean. Measurements taken during these conditions are known as “baseline concentrations”, and represent the underlying level of carbon dioxide in the Southern Hemisphere’s atmosphere.
Emissions reductions due to COVID-19 started in China in January, and peaked globally in April. Our measurements show atmospheric CO₂ levels rose during that period. In January 2020, baseline CO₂ was 408.3 parts per million (ppm) at Cape Grim. By July that had risen to 410 ppm.
Since the station first began measurements in 1976, carbon dioxide levels in the atmosphere have increased by 25%, as shown in the graph below. The slowdown in the rate of carbon emissions during the pandemic is a mere tug against this overall upward trend.
The CO₂ increase is due to the burning of fossil fuels for energy, and land use change such as deforestation which leaves fewer trees to absorb CO₂ from the air, and changes the uptake and release of carbon in the soils.
Large air circulation patterns in the atmosphere spread gases such as CO₂ around the world, but this process takes time.
Most emissions reduction due to COVID-19 occurred in the Northern Hemisphere, because that’s where most of the world’s population lives. Direct measurements of CO₂ in cities where strict lockdown measures were imposed show emissions reductions of up to 75%. This would have reduced atmospheric CO₂ concentrations locally.
But it will take many months for this change to manifest in the Southern Hemisphere atmosphere – and by the time it does, the effect will be significantly diluted.
Natural ups and downs
Emissions reductions during COVID-19 are a tiny component of a very large carbon cycle. This cycle is so dynamic that even when the emissions slowdown is reflected in atmospheric CO₂ levels, the reduction will be well within the cycle’s natural ebb and flow.
Here’s why. Global carbon emissions have grown by about 1% a year over the past decade. This has triggered growth in atmospheric CO₂ levels of between 2 and 3 ppm per year in that time, as shown in the graph below. In fact, since our measurements began, CO₂ has accumulated more rapidly in the atmosphere with every passing decade, as emissions have grown.
But although CO₂ emissions have grown consistently, the resulting rate of accumulation in the atmosphere varies considerably each year. This is because roughly half of human emissions are mopped up by ecosystems and the oceans, and these processes change from year to year.
For example, in southeast Australia, last summer’s extensive and prolonged bushfires emitted unusually large amounts of CO₂, as well as changing the capacity of ecosystems to absorb it. And during strong El Niño events, reduced rainfall in some regions limits the productivity of grasslands and forests, so they take up less CO₂.
The graph below visualises this variability. It shows the baseline CO₂ concentrations for each year, relative to January 1. Note how the baseline level changes through a natural seasonal cycle, how that change varies from year to year and how much CO₂ has been added to the atmosphere by the end of the year.
The growth rate has been as much as 3 ppm per year. The black line represents 2020 and lines for the preceding five years are coloured. All show recent annual growth rates of about 2-3 ppm/year – a variability in the range of about 1 ppm/year.
Research in May estimated that due to the COVID-19 lockdowns, global annual average emissions for 2020 would be between 4.2% and 7.5% lower than for 2019.
Let’s simplistically assume CO₂ concentration growth reduces by the same amount. There would be 0.08-0.23 ppm less CO₂ in the atmosphere by the end of 2020 than if no pandemic occurred. This variation is well within the natural 1 ppm/year annual variability in CO₂ growth.
The road ahead
It’s clear COVID-19 has not solved the climate change problem. But this fact helps us understand the magnitude of change required if we’re to stabilise the global climate system.
The central aim of the Paris climate agreement is to limit global warming to well below 2℃, and pursue efforts to keep it below 1.5℃. To achieve this, global CO₂ emissions must decline by 3% and 7% each year, respectively, until 2030, according to the United Nations Emissions Gap Report.
Thanks to COVID-19, we may achieve this reduction in 2020. But to lock in year-on-year emissions reductions that will be reflected in the atmosphere, we must act now to make deep, significant and permanent changes to global energy and economic systems.
The lead author, Zoe Loh, discusses the CO₂ record from Cape Grim in Fight for Planet A, showing now on the ABC.