Climate change is no joke, though I have to admit, the above comic is pretty funny – but too true to reality. We spent decades arguing about whether it was a real issue, though the science was always there. Then we argued about whether or not humans were inducing or speeding up climate change, though the science was always there. Then came oops, when we realized that the science was correct and had always been there. Now we are at f***, though the science was always there.
As scientist F. Sherwood Rowland, who with Mario Molina first predicted ozone depletion, said in 1989, “What’s the use of having developed a science well enough to make predictions if, in the end, all we’re willing to do is stand around and wait for them to come true?”1
We wasted decades arguing. Decades when we could’ve put sustainable changes into practice, when climate change was a future problem, long before there was a crisis.
“The ice we skate is getting pretty thin. The water’s getting warmer so we might as well swim.” -Smashmouth, All Star, 1999
Ninety-seven percent of the scientific community agrees that the planet is warming as a result of human action, specifically from fossil fuel emissions. “The fossil fuel industry and their proxies in denier groups like the Global Climate Coalition have used the imagined disagreement in the scientific community as a public relations talking point for years. ‘Emphasize the uncertainty in scientific conclusions’ and ‘urge a balanced scientific approach,’ reads an internal memo from Exxon in 1988,” Kale Williams wrote.2 Companies in the oil and chemistry industries, among others, contributed to decades worth of disagreement, which in turn created division. When they create doubt, they also create space for denial.
“A climate scientist and a climate change denier walk into a bar. The denier says, bartender, show me your strongest whiskey. The bartender says, this one here. It’s 95 percent alcohol. The denier slams down his fist and leaves the bar in a hurry. The scientist says, you know, that’s the problem with these guys. You show them the proof, and they still don’t buy it.”3
But the Weather Is Changing
“Cold weather is proof that the climate isn’t warming, they argue, but extreme weather on the other end of the thermometer – heat waves and droughts – doesn’t prove anything. They point to the fact that the climate has always changed, which is true, but refuse to acknowledge the rate at which it’s currently changing, that temperatures are predicted to rise twenty times faster over the next hundred years than they did during previous periods of warming. They cherry-pick data, choosing specific statistics that support a contrarian opinion, when all the data taken together points to a different conclusion.”4 The Earth is warming but this doesn’t mean it only causes extremes in heat – it causes extremes in all types of weather.
Winters are harsher, summers are hotter, and storms are stronger. This is evident everywhere across the planet. As Erin Brockovich wrote, “Many, many volumes published by thoughtful people have covered the ways in which man-made carbon emissions are changing the environment and the planet we live on. I have no interest in reciting what is settled science. And the truth is, you don’t need to study the science to see its effects. In nearly every place I travel in the United States, people come up to me and discuss how different the weather has become, even in the last decade.”5
“We haven’t found a solution for climate change yet, but… …we’re definitely getting warmer.” -Unknown author
The Elephant in the Room
Few people seem to want to confront the fact that the Earth is largely overpopulated. We are now at 8 billion people across the planet, and that stretches the planet’s resources. Resources that we already overexploit and pollute. As Andrew Knoll, Harvard Professor of Natural History, wrote, “The very innovations that have allowed us to feed and clothe more than seven billion people now grip the Earth in an increasingly tight vise…agriculture now takes up half of Earth’s habitable surface, displacing plants, animals, and microorganisms that once thrived on these lands. We also challenge natural ecosystems through pollution, affecting air and water, soil and the sea. Of course, pollution exacts a human toll, be it unbreathable air in Delhi or undrinkable water in Flint, Michigan.”6 The more humans on the planet, the more stretched our resources will become.
The Earth Will Go On
We don’t need to save the planet; we need to save ourselves. We need to protect humans. The Earth will remain without us. Why won’t we do what we need to do to protect ourselves? As filmmaker and environmentalist Rob Stewart wrote, “We are our own asteroid. Our consumption of fossil fuels has released – is releasing – a store of carbon into the atmosphere that has been accumulating for hundreds of millions of years. Corals, plankton, predators: everything in the ocean is screaming at us to stop. If we don’t listen and take action right now, we could be witnesses to the death of most life on earth. We will be the cause of that death. What will survive are the hangers-on, the muck dwellers. The ocean – dark, barren and unproductive – will remain much the same for them. Over time they will evolve and very gradually repopulate. In millions of years, new animals will once again develop the capacity to build reefs, the oceans will neutralize themselves and life will return to normal.”7 The Earth has already gone through five mass extinctions, and it will survive our own extinction.
It’s Up To Us
We are the only ones that can fix our problems. At this point, it is unlikely that we can reverse the effects of climate change. But we can try to slow the avalanche of coming problems in the forms of sea level rise, weather extremes, and fossil fuel consumption. We can do it. As Nancy Knowlton, former Sant Chair for Marine Science at the Smithsonian Institution, wrote, “Big scary problems without solutions lead to apathy, not action…small steps taken by many people in their backyards adds up.”8 We have the power and we need to come together as a globe to save ourselves.
In the meantime, enjoy some additional climate humor! Maybe if we can laugh together, we can also work together.
Climate change is no joke, but climate change denial can be almost comical. This Gus Speth quote says it best:
“I used to think that the top environmental problems were biodiversity loss, ecosystem collapse and climate change. I thought that thirty years of good science could address these problems. I was wrong. The top environmental problems are selfishness, greed and apathy, and to deal with these we need a cultural and spiritual transformation. And we scientists don’t know how to do that.” —Gus Speth, Author and Top U.S. Advisor on Climate Change
Thank you for reading, please share and subscribe!
This photo is the typical emotion-evoking imagery of a polar bear suffering from the effects of climate change. I love polar bears, and I of course would like to protect them and all wildlife. But the hard truth about climate change is that if we don’t act and make big changes now, the Earth will become uninhabitable for humans. For us.
There is also the common phrase, “Save The Earth!” But the Earth will survive us, as it has survived 5 major extinction-level events already. It’s not the Earth that we need to save. It’s ourselves. We need to save the humans.
We are experiencing a climate change crisis. But I’ve discovered that there are many people who don’t really understand what climate change is or what it means. Climate change is a complicated combination of physical science, meteorology, oceanography, physics, and chemistry. But that doesn’t mean it has to be incomprehensible. So I thought I’d write an article that explained it, simply.
It’s basically a series of events that combined, will spiral out of control.
What is Climate Change?
Climate is the pattern of weather conditions over a long period of time. Climate change refers to long-term shifts in temperatures and weather patterns. It is a natural and gradual process, allowing life on Earth time to adapt to the changes. But human activities are making climate change happen faster than life can adapt.
The greenhouse effect is the natural process that keeps our planet warm, liquid, and habitable. If all the water on the planet was frozen or gas, nothing would survive. The balance of gases in our air traps the warmth in our atmosphere, keeping the temperature just right. But human activities have thrown off the balance of gases in the air, which is making the Earth warmer. Typically, some of the heat from the sun enters the atmosphere of Earth and then bounces back into space. But CO2 traps and holds heat, causing the Earth to warm.
On top of that, humans are releasing other, more harmful greenhouse gases into the atmosphere, throwing the balance off further. These include methane from animal agriculture, F-gases (fluorine) from air conditioning, and nitrous oxide from fertilizers. This imbalance has resulted in global warming, which is the long-term heating of the Earth’s surface.
The ozone layer is a thin part of the Earth’s atmosphere that absorbs almost all of the sun’s harmful ultraviolet (UV) light. Think of it as a protective layer. The ozone layer is thinning because of the changes in greenhouse gases. The thinner the ozone layer, the more radiation and UV enter and warm the Earth. (Conversely, when less radiation and UV from the sun reaches Earth, the colder the global temperatures. This can happen when volcanic eruptions create huge clouds of ash and block the sunlight.)
What are humans doing to cause this?
It starts with carbon. Carbon is in all living things as well as in the air, rocks, and soil. Carbon dioxide, which is carbon and oxygen together, is the main cause of the greenhouse effect. The carbon cycle is simply the transfer of carbon from the atmosphere to living things to Earth and the oceans and back to the atmosphere again. So when things die and we expend energy from dead animals and plants, such as burning fossil fuels, we release extra carbon.
Fossil fuels refer to coal, crude oil, and natural gas, which are made from the remains of plants and animals that died millions of years ago. Coal comes from ancient tree trunks that were buried under many layers of rocks. Oil, or petroleum, was made from the remains of tiny sea creatures that formed a thick sludge on the seabed millions of years ago. That sludge also created chemicals that bubble out as “natural” gas. The burning of these creates energy that humans use to power machines and factories, as well as generate electricity. But when they are burned, they release carbon that was previously trapped and not part of the regular carbon cycle. This extra carbon is causing the greenhouse effect.
Eighty-one percent of the total energy used in the U.S. comes from coal, oil, and natural gas. “This is the energy that is used to heat and provide electricity to homes and businesses and to run cars and factories. Unfortunately, fossil fuels are a nonrenewable resource and waiting millions of years for new coal, oil, and natural gas deposits to form is not a realistic solution. Fossil fuels are also responsible for almost three-fourths of the emissions from human activities in the last 20 years.”1
We are using up something that took millions of years to form in just under two hundred years. It just doesn’t make sense.
“Our careless use of fossil fuels has set us the greatest and most urgent challenge we have ever faced. If we do make the transition to renewables at the lightning speed required, humankind will forever look back on this generation with gratitude, for we are indeed the first to truly understand the problem and the last with the chance to do anything about it.” -Sir David Attenborough, A Life on Our Planet
The Role of Forests
Trees, forests, and rainforests absorb carbon dioxide and release oxygen. But we are cutting down thousands of trees and forest daily, a process referred to as deforestation. Deforestation not only depletes the oxygen released by the trees and plants previously there, but it also increases the amount of carbon dioxide released. When forests are cut down, the trees and plants release the carbon dioxide that was stored inside of them.
Forests maintain soil structure and moisture. Deforested areas become very dry and warm because there are no trees or plants to release water vapor into the air. This is called transpiration, which also helps keep the air cool and is sometimes called “nature’s air conditioner.” Trees also prevent erosion because their roots keep the structure of the ground stable. When trees are removed, that structure disappears and can allow landslides and floods to happen.
Also, forests of all kinds are home to thousands of plants and animals that lose their habitats during deforestation. Some animals will migrate, but many species die off as a result.
“From the 1950s to today, about one-fifth of earth’s forests have been cleared.” -Tom Szaky, Terracycle2
The Role of the Ocean
The oceans play a huge role in the climate and climate change. More than half of the Earth’s oxygen is produced by algae and phytoplankton that live on the ocean’s surface. The more we deplete the ocean of phytoplankton through global warming and pollution, the less oxygen is produced. The ocean also absorbs carbon dioxide from the atmosphere, about one-quarter of the CO2 that we create when we burn fossil fuels.
However, all that extra carbon is causing the ocean to become more acidic. This is called ocean acidification. Ocean acidification is contributing to the destruction of coral reefs. Additionally, warmer ocean temperatures are causing coral bleaching, which is essentially the death of the coral reef system. Coral reefs provide food to sustain about 25% of marine creatures; marine creatures that humans rely on for food and money. Coral reefs protect coastlines from storms and erosion and provide jobs for local communities through tourism.
“To date, the ocean contains 90 percent of the heat from human-induced global warming, and the year 2020 was the warmest ever measured for the global ocean.”- NASA3
The Role of Ice
Warmer ocean and air temperatures cause ice to melt. Melting permafrost (frozen ground) and melting glaciers releases greenhouse gases. Those gases that were previously trapped could further speed up global warming. Ice melt causes sea levels to rise.
Seas rose in the 19th century by half an inch. The 20th century saw almost 7 inches in sea level rise. In the first two decades of the 21st century, we’ve reached a rate of 12 inches per century, and it continues to increase. It will continue to spiral. Scientists expect another rise of 10 to 12 inches in just 30 years, by 2050.
Further, the more ice that melts, the less white reflective surface there is, thus heating up the Earth’s surface even more. Between rising heat, sea level rise, drought, and floods, millions of people will be displaced and have to migrate. This will put a strain on already overpopulated areas and food sources.
Climate Change Causes Extreme Weather
Climate change also creates more extreme weather events. This includes stronger storms, hurricanes, and tornados; more rain at one time and then flooding; drought in other places; and wildfires (to which droughts directly contribute). Our natural disasters are getting worse and more extreme.
Dr. Reed Timmer, an extreme meteorologist and storm chaser, has personally witnessed the impacts of climate change. As he explained to News24.com, “The impact of global warming is obvious with the hurricanes because the frequency is increasing so dramatically, especially over the last 10 or 20 years. The hurricanes are thriving off of the warmer ocean temperatures and intensifying as they’re making landfall, especially in the Gulf of Mexico. Usually there’s a little bit of a ribbon of cooler water, or a lot of times those hurricanes will wrap in dry air as they’re about to make landfall in the Gulf of Mexico, which will cause them to weaken a little bit. But these days, they’re intensifying and ramping up.”4
Other Climate Change Problems
The spiral effects of climate change are exponential. Here are a few more examples, though this certainly is not an exhaustive list.
Warmer temperatures allow insects to survive and thrive. For example, mosquitos thrive in warm climates and spread diseases. The warmer it is, the more mosquitos, and the more disease they can spread. Viruses, too, spread more quickly in warm climates, so we could see more pandemics in the future.
Harmful algal blooms are when algae grow out of control. Some can produce toxins that are harmful to fish, mammals, and birds. But even non-toxic algae depletes oxygen as they decay, creating dead zones in waters. Life cannot survive in places depleted of oxygen. Algae can also clog fish gills, and smother corals and plants. While algal blooms do occur naturally, their increase in occurrence and intensity results from human activities, such as human-induced global warming.
Wildlife suffers from climate change, too. Not only do they lose habitats from deforestation, pollution, wildfires, and storm damage, but they also have to adapt to changing temperatures and access to food and water. If we lose biodiversity, the health of our own habitat will suffer too. This will lead to a decrease in food and clean water for us.
Drought and severe flooding threaten our access to freshwater sources. Additionally, pathogens and waterborne diseases from extreme rain or snow melt flow could threaten drinking water supplies.
“The truth is: the natural world is changing. And we are totally dependent on that world. It provides our food, water and air. It is the most precious thing we have and we need to defend it.” -Sir David Attenborough
We Must Change
Our population is increasing exponentially. This is the elephant in the room that no one wants to talk about. Our population will keep increasing, putting stress on the land, food, water, wildlife, and other natural resources. The garbage we create and put in landfills releases methane and carbon dioxide into the air. The more people, the more waste we create.
Our lifestyles, especially in the western world, are not sustainable. We have to change and consume less – of everything. As filmmaker and environmental activist Rob Stewart wrote, “Our species has been here on this earth for 200,000 years, and in the last thousand, we’ve grown from 100 million people, to more than seven billion. We’ve created enormous advances, and lifted our species higher than anyone dreamed possible. But in the next hundred years, we face a problem so large it threatens our species as well as every other.”5
The solution to saving ourselves is to come together, as a globe, and make great changes. We have to set aside politics, commit to change, and put policies and procedures in place as soon as possible. We cannot keep setting far-off dates for goals and new practices. Waiting until 2035 or 2050 to worry about the climate change crisis isn’t going to help. We just don’t have that kind of time before it spirals out of control.
We need to consume less of everything – all of us. Save the humans! Thanks for reading, please share and subscribe!
I have mostly stayed away from writing about political issues on my website since I feel that political disagreement takes away from trying to achieve the greater good. But I feel that I can no longer avoid certain issues, especially since pollution and climate change should not be political issues. These are human issues.
In more than one way recently, the Supreme Court has gotten it wrong.
The Supreme Court recently ruled in West Virginia v. Environmental Protection Agency that the Environmental Protection Agency (EPA) does not have the authority to issue broad, aggressive regulations on climate-warming pollution from power plants that might force many of those plants to close or rebuild. It potentially restricts other agencies from passing regulations to protect both the environment and public health.1
“The case was unusual because it focused on a program that wasn’t even in force: the Clean Power Plan, an Obama-era federal regulation adopted under the Clean Air Act of 1970, which sought to govern greenhouse gas emissions from power plants.” The Clean Power Plan would have required utilities to move away from coal and toward renewable energy.
After a series of lawsuits from Republican states and the coal industry, the Supreme Court blocked the program in 2016 and it never took effect. “The Biden administration tried to have the case dismissed, arguing that there were no E.P.A. regulations in place for the court to consider. That didn’t work and, in the end, the court favored the plaintiffs…who argued that only Congress should have the power to set rules that significantly affect the American economy.”2
“It was the product of a coordinated, multiyear strategy by Republican attorneys general, conservative legal activists and their funders to use the judicial system to rewrite environmental law, weakening the executive branch’s ability to tackle global warming.” -Manuela Andreoni, New York Times3
The greenhouse effect is what it sounds like, in that if you have a covered garden, you are purposely trapping the heat inside. The Earth’s atmosphere does the same thing, as natural greenhouse gases trap heat and keep our habitat warm. However, human activities are responsible for unnatural increases in greenhouse gases in the atmosphere over the last 170 years. This increases the temperature across the planet, hence causing what we call global warming. “The largest source of greenhouse gas emissions from human activities in the United States is from burning fossil fuels for electricity, heat, and transportation.” Carbon dioxide (CO2) is the primary greenhouse gas, accounting for nearly 80% of all U.S. greenhouse gas emissions. “The main human activity that emits CO2 is the combustion of fossil fuels (coal, natural gas, and oil) for energy and transportation.”4
Greenhouse Gas Emissions
The electricity sector is the second-largest source of greenhouse emissions in the United States (after transportation). This accounts for 25% of the U.S.’s emissions. “Approximately 60% of our electricity comes from burning fossil fuels, mostly coal and natural gas.”5
The Intergovernmental Panel on Climate Change (IPCC), the leading scientific authority on global warming, explains that exceeding a 1.5 degrees Celsius increase would cause climate change’s worst impacts. This means more intense droughts, extreme heat, massive flooding, and the worsening of food shortages, wildfires, and even poverty. It also means the decline of all species. That includes a mass die-off of the world’s coral reefs which actually help regulate the oceans and climate.
Because since the Industrial Revolution, the Earth has already heated 1.1 degrees Celsius (2 degrees Fahrenheit).
“The failure of the United States — the largest emitter of greenhouse gases in history — to meet its climate targets would very likely mean the world will not be able to keep global warming at about 1.5 degrees above preindustrial levels. Beyond that threshold, scientists say, the likelihood of catastrophic heat waves, drought, flooding and widespread extinctions increases significantly.”6
Running Out of Time!
We are running out of time to stall massive problems. Once global warming reaches a certain point, it will create a spiral effect. Several articles mentioned how the Supreme Court’s decision will limit “Biden’s plan” or “Biden’s goal” to reduce carbon emissions. But these are not Biden’s goals, nor are they simply goals. Reducing carbon emissions is a requirement! It is a necessary move that the entire globe – every developed nation – must make in order to save the people. We will not survive massive global changes, and we know this. If we want to live and see our grandchildren survive, we must change our ways.
Because we needed to start making these changes 50 years ago.
Reducing carbon emissions should be everyone’s goal, whether they like it or not.
It is not a Republican or Democratic issue.
It’s a human issue.
But the Supreme Court has punted clean air regulations to Congress, and we know that governing body consistently cannot get anything done. Our bipartisan Congress argues and filibusters and achieves nothing.
I recently read this book and thought it was worth reviewing. Serving as a guidebook to recycling better, this publication is so much more than that! It was visually appealing, as it is illustrated with colorful diagrams and visuals to enhance your understanding of the subject matter.
The author, Jennie Romer, is an attorney and sustainability expert. She has more than a decade of experience fighting for effective legislation on single-use plastics and waste reduction.1 Romer currently serves as a legal associate for the Surfrider Foundation’s Plastic Pollution Initiative “where she leads Surfrider’s policy efforts and litigation to reduce plastic pollution at local, state and national levels.”2 She created the Surfrider Foundation’s Plastic Bag Law Activist Toolkit3 and founded the website PlasticBagLaws.org.4The New Yorker called her “the country’s leading expert in plastic-bag law.”5
“The truth is – and you knew this was coming – that recycling alone won’t save us or the planet.” -Jennie Romer
Purpose of the Book
Romer wrote that people ask her all the time, “Can I Recycle This?” and that was part of the impetus for the book. But the answers are never simple. Laws in different municipalities and recycling material profitability vary greatly. Recycling collection does not translate directly to actual recycling. With her background in law and sustainability, she was able to put together this guide that offers recycling advice, waste management systems and processes, and briefs histories of how these systems came to be.
In her introduction, she echoed my thoughts from my Packaging Series on packaging and manufacturer responsibility. “Recycling is only effective if the materials can be sold for a profit, and the markets for what is profitable fluctuates. Sadly, a lot of our carefully separated and washed plastics end up getting shipped to developing countries and contributing to climate change. And that’s where policy and activism come in: The ultimate goal is to adopt sensible and effective policies to reduce single-use plastic and other packaging, and hold producers responsible for making better packaging and paying for the cost of recycling and waste disposal (and cleanup).“6 Romer also viewed this book as a contribution to that movement.
Concise Overview of Waste Management
The first section of the book covered a concise overview of the recycling system and other waste management methods. Romer explained these complex systems well but with brevity. Topics included defining recycling and what recyclable means, the types of plastic resins (numbers on plastics), global plastic production, and how resources are extracted and produced. The book provided an overview of how single-stream recycling and other types of recycling systems work, sorting at Material Recovery Facilities, and the end markets for recycled materials. Additionally, she addressed “biodegradable” and “compostable” plastics, incineration, and how modern landfills operate. There is so much to learn, and I found this section fascinating!
Guide to Recycling
In this core section, the author covered the recyclability of specific items, from straws to eyeglasses to disposable coffee cups. This section used a color-coding system both in the table of contents and on the edges of the pages to make it easy for the reader to quickly assess recyclability.
The Toll of Our Waste
Romer also covered the toll that our waste takes on air and water pollution, wildlife, and human health. She wrote about environmental justice regarding communities adjacent or near incineration facilities, landfills, or chemical plants. The book detailed China’s National Sword Policy and how that has changed our recycling markets globally. She also included the human health and pollution ramifications of shipping our waste internationally.
Personal & Policy Solutions
There are many solutions to avoid buying single-use disposable plastics, and Romer offered many ideas. She detailed greenwashing in advertising and offered advice on how to avoid those products. Most importantly, she explained how to have a voice within policy and regulations, particularly in regards to single-use disposable plastics. She defined Extended Producer Responsibility (EPR) and explored The Break Free From Plastic Pollution Act (BFFPPA).7 “The bill is a road map for how to address the plastic pollution problem in the U.S. and was developed by legislators in consultation with environmental groups and other experts,” she wrote. “The legislation looks at virtually the entire life cycle of plastics, from its creation to manufacturing and disposal.”
It can be hard to convey the importance of recycling and environmental responsibility. I found this book inspired me to keep the momentum going on fighting single-use disposal products, preventing climate change, and protecting human and animal life. This is our planet, and we need to protect ourselves from the catastrophes we are creating. We can all be the change. Romer hopes so too: “I hope that this book inspires you to become involved with plastics reduction and recycling.” I wholeheartedly recommend this book to anyone wishing to learn more about recycling and the related issues.
Ask for a copy of this book at your local library! Thank you for reading. Please share and subscribe.