“Pacific Heat Wave ‘Impossible’ Without Climate Change”: ESG Has Never Been More Urgent
Published on Jul 12, 2021
The deadly heat wave sweeping the Pacific Northwest and Canada has reportedly caused more than 600 casualties, in total.
Now, a study (World Weather Attribution) published by an international team of 27 climate scientists has found that the extreme, record-smashing event would have been “virtually impossible” if it was not for climate change.
The heat wave is yet another red, scalding reminder of the consequences of human-induced climate change.
And climate scientists warn that this could just be the beginning. Extreme events like these could become less rare and more intense in the future.
Is there hope for change?
‘Three times the usual number’
The blistering heat wave terrorizing Oregon and Washington over the weekend is described by health officials as a “mass-casualty event.”
Hyperthermia, or the condition of suffering from excessive body heat, has caused casualties in devastating proportions.
Across Oregon, health officials have identified 107 possible deaths, 57 in Washington, 13 in Seattle, while more than 500 in Canada. If Canada’s toll sounds shocking, it really is. It is three times the usual number of casualties caused by hyperthermia.
However, what is even more shocking is the fact that the true count is yet unknown.
Determining the true extent of the damage could take months since casualties are reported through multiple accounts, by healthcare professionals, medical examiners, local health departments, and others.
In total, however, the affected count ranges in thousands since many more were driven to hospitals and emergency care units to seek urgent medical attention.
The heatwave also spread to British Columbia’s coastline, affecting clams, starfish, and other marine creatures en masse.
Businesses had to be shut down.
‘Once in thousand years’
Like all rare and deadly heat waves, the Pacific heat wave was analyzed by World Weather Attribution, a peer-reviewed framework for conducting a rapid analysis of extreme weather events.
Except that the event was rarer than the scientists could have imagined.
The analysis combines historical weather data with sophisticated modeling techniques to simulate events to examine maximum temperatures over time.
What the analysis essentially yields are probabilities of those extreme events in any given year.
The study published last Wednesday, coordinated by 27 scientists, focused on a geographical ‘box’ between Portland, Seattle, Vancouver, and Washington’s Tri-Cities.
The aim was to find the odds of the heat wave’s occurrence in the 1800s, before the Industrial Revolution.
What is remarkable, however, is that the scientists claim that the event would have been “virtually impossible” without climate change.
Combined with models incorporating climate change data, the analysis found that the event’s likelihood increases 153-fold when we factor in climate change.
Human-led climate change, the analysis found, drove up the temperature of the box by 3.6°F. In other words, its temperature would have been 3.6°F lesser, had the event occurred before the Industrial Revolution.
The consequence? New temperature records.
Temperatures in Portland reached 116°F. The city’s International Airport observed a temperature of 107°F, breaking the previous record by 9 degrees.
In Seattle, the temperature crossed 108 degrees.
Lytton recorded the highest temperature not just in Lytton, but in the entire history of Canada — a mind-boggling 121°F. The town also suffered from devastating wildfires, now a frequent phenomenon that climate scientists also blame on the climate crisis.
The observations were so remarkable that the scientists who conducted the study found it extremely challenging to adjust previous models to such an outrageous event.
In other words, ordinary models could not replicate it. Nothing of the sort had been ever observed — even, as the scientists later remarked, thought possible.
Health officials explained that most casualties were caused due to the lack of a fan or air conditioning.
However, climate scientists warn that, if unchecked, the link between climate change and heat waves will only be strengthened.
What that means is that such dramatic events will become more probable, more common — and more intense.
Eventually, even fans or air conditioning would not be able to prevent casualties.
ESG — a reckoning
Many climate scientists, in fact, believe that the link could become stronger than we anticipate. According to one scientist from the Royal Netherlands Meteorological Institute, the heat wave raised “serious questions” about “whether we really understand how climate change is making heat waves hotter and more deadly.”
What we do really understand is that the climate crisis is real.
The Intergovernmental Panel on Climate Change, in its fifth assessment report, concluded that the current crisis is caused by human activities with a certainty of 95%. (The panel represents a group of 1300 independent scientists from all over the world.)
The five human activities that contribute most to climate change are:
Electricity and heat production
Agriculture and other land use
Industry (waste disposal, pollution, and the like)
Use of cement; buildings and construction
The gas which most contributes to trapping heat is carbon dioxide. The gas is most abundantly produced as a by-product of generating energy by burning fossil fuels. Cement also contributes to the increase in carbon dioxide.
In rank, carbon dioxide is followed by methane and nitrous oxide, which are more deadly but produced in lesser volume. The gases are produced using fertilizers and grazing.
What makes the crisis worst is deforestation.
Trees not only absorb carbon dioxide but when cut down and burned, they also release the carbon dioxide trapped in them. And of course, how could industries, factories, agricultural lands, highways, and cities be built without cutting trees down?
The question is, who is to blame, producers or consumers?
The answer is both. Both producers and consumers should take responsibility for their actions.
Responsible, ethical, or ‘conscious’ consumerism dates to the early 1970s.
However, as information became more democratic through advances in technology (the Internet, primarily), the movement became more widespread.
As stronger evidence of climate change emerged, terms like recycling entered the daily consciousness. Consumers were urged to recycle everything, from bottles to clothes.
But what about the producers of those bottles and clothes themselves?
We can blame consumers for consuming irresponsibly, but would not a better solution be not producing non-biodegradable products in the first place?
And that is the revolution ESG has brought — sharing the responsibility and accountability between producers and consumers.
Take, for example, generating heat and electricity, the biggest contributor to climate change.
Technology giants like Apple, Amazon, Microsoft, Facebook, and Google, who require servers that span acres to store data, have pledged to reduce their reliance on carbon to zero by 2040.
Of course, the companies do not just rely on carbon to power their servers, but their entire offices. And hence, all three have made strides in building a workplace that uses energy optimally. The usage of renewable sources of energy like solar panels has reached new records. Already, Apple, Google, and Facebook have clocked 100% usage of renewable energy to power their headquarters on multiple occasions.
Although, one could argue that except for Apple and Amazon, the rest chiefly rely on data to drive revenue. It is much easier for them to flip their business model.
However, Apple and Amazon have pledged to better optimize their supply chains as well. Moreover, transportation, where 95% of carbon dioxide is produced by burning gasoline and diesel, is also going green.
Electric vehicles will eventually become the norm. However, today, they can cost a fortune.
Automobile companies are innovating to develop combustion technologies that consume fuel more efficiently. Advances in exhaust technologies have ensured that emissions are reduced, converting them into alternate gases before they are released.
Even airlines — yes, airlines — are striving to reduce their footprint.
Airlines like Virgin Atlantic, United Airlines, and Air France have adopted smarter technologies, serve organic food, and invest heavily in fuel research to seek alternatives to fossil fuels like biofuels.
While going 100?rbon-free is a long shot, the aviation industry has still massively helped the cause, significantly reducing their contribution to climate change over the previous three decades.
Even fashion is going green.
The fashion industry, believe it or not, contributes more to climate change than the aviation industry. Its primary contribution is the outrageous amounts of water it wastes and contaminates.
However, the industry is now hell-bent on reducing its emissions by half of what the volume is today, by 2030.
But is it enough?
It is something. But we certainly need more innovation.
The problem is, revenue generated by green innovations multiply in the long run. Many businesses ignore sustainability because they would rather chase short-term profits, since that is what they believe investors, in turn, chase.
But that is not completely true.
Modern investors, like customers, want to invest consciously. More investors are investing in climate-friendly businesses, businesses that focus on long-term, sustainable success.
For those it was not already obvious, it took a global catastrophe to make us realize the value of ‘green’ or ESG assets. Worth more than $30 trillion at the beginning of this year, ESG assets, globally, are expected to be worth $54 trillion by 2025 (Bloomberg).