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By 2050, the world’s oceans will contain more plastic than fish.  But I’m sure you know that already, or have heard something similar before. This fish statement, in particular, continues to circulate widely in media, social networks, and even among sources with high authority such as policymakers or renowned environmental organizations like the WWF (World Wildlife Federation). The reality is, though, that no research has ever reached this conclusion. No amount of statistics or mathematical predictions can estimate plastics up to 2050. We don’t even know how much plastic is in our ocean today. 

Environmentalists invoke similarly dramatic and overblown declarations for other problems as well: “There are only 60 years of farming left if soil degradation continues,”(Scientific American) or “We will see virtually empty oceans by 2048”(Science). No matter where we look, the sky seems to be falling. These statements reveal an ongoing trend in how we receive climate-related information — Cataclysmic messaging, big bold letters, and no source or academic article citation in sight. These motifs simply aren’t reality, and, rather than inspiring action, they inspire fear, hopelessness, and disregard for the very real problems at hand. Even worse, they incorrectly use words like “will” and “are,” denying the ability of humanity to take charge and create a better future. 

 For example, according to the media, since I’m younger than 60, I have a good chance of witnessing the radical destabilization of life on earth — apocalyptic fires, imploding economies, catastrophic flooding, massive crop failures, hundreds of millions of refugees fleeing regions made uninhabitable by extreme heat or permanent drought. While these things could very well happen, saying it in such a definite way only makes these problems seem hopelessly inevitable when they aren’t, in fact, inevitable at all. 

Even in my own life, I’ve observed an attitude of hopelessness from those around me, which is unavoidable considering the distressing information we are fed on an almost daily basis.

And, as an average person who has enough going on in their life, the hellish encroaching idea of climate change painted by media just gets pushed off to future me, or handed off as a job that only politicians or world leaders could solve. After all, if this is an inevitable event, then why even try to change it?

This is the problem with the way the climate crisis is presented to us. There is no thorough explanation or analysis or background given, just these flashy, apocalyptic, often misleading one-liners meant to garner attention or more interactions on social media. How did this problem start? How do we prevent this in the future? What can we do now to mitigate the issue? Answers to these questions are nowhere in sight. Instead of developing climate literacy, these statements just fuel climate denialism. As a result, we too often just accept the doom and gloom soundbites we encounter and just give up. If humanity is perceived as doomed, then the motivation to address climate change diminishes. 

I used to experience this same existential hopelessness whenever thinking about climate change and thus opted to avoid thinking about it altogether. I believed that I could do nothing and that the future of the planet lay in the hands of world leaders. This changed when I attended COP29, the annual UN climate conference based around the Paris Agreement, which aims to keep global warming below 1.5 ℃ by 2050. In recent years, COPs have been regarded as COP-outs, due to the disappointing amount of action being done policy-wise and the disregard of set goals. This aligned with what I saw at the conference in Azerbaijan last month. The global north listened and nodded enthusiastically while the global south begged for aid. Aged policymakers placed responsibilities and hopes on youth. Youth placed blame and expectation on policymakers. The funds raised were a trillion dollars short of the target. Nothing really got done.

What did amaze me, though, were the technologies being developed in various industries to reduce energy usage, water consumption, carbon emissions, toxic waste, and more. While governments dawdled, these engineers, scientists, and companies took it upon themselves to reduce their environmental impact, even if it was at the expense of their profit. Notably, Delta, a Taiwanese data center company, started a program to farm coral, restoring numerous reefs and ecosystems on their shoreline. Japanese companies worked on building carbon-zero buildings, implementing a circular economy in supply chains, and installing clear solar panels to maximize the surface area on skyscrapers. Researchers developed lab-grown meat to reduce the need for livestock and lower methane emissions

Hope lies in these industries. A common misconception is that individual actions, such as taking shorter showers or eating less meat are the best thing someone can do for the planet. Although those are steps in the right direction, the majority of global greenhouse gas emissions are generated by industries and large-scale commercial activities. According to the Intergovernmental Panel on Climate Change (IPCC), around 70% of carbon dioxide emissions stem from just 100 companies worldwide. Although this doesn’t mean that we should all take hour-long showers and leave the lights on at all times, this knowledge enables us to shift our efforts to something that will result in an industry impact, something that will kill the problem where it originated.

That is our solution: to promote climate literacy from early on. Mandate at least a baseline of climate knowledge to be taught at schools. Make sure that everyone cares about our planet and is aware of the state it is in and the state it will be in without immediate attention. After all, these children are the entrepreneurs, scientists, policymakers, and leaders of the future. 

The IPCC, tells us that, to limit the rise to less than two degrees (often referred to as the point of no return), we not only need to reverse the trend of the past three decades, but we also need to approach zero net emissions, globally, in the next three decades. By providing a plausible and easily actionable goal instead of scaring people with apocalyptic visions, we can make real strides where policymakers refuse to. 


Image Source: “Climate Literacy for All!” 2021. IPR Blog. December 3, 2021. https://blogs.bath.ac.uk/iprblog/2021/12/03/climate-literacy-for-all/.


Every day as we walk outside, we feel the weather getting hotter, and more humid. But most of us just shrug it off and put a silent reminder in our head to wear less the next day. Few of us pay much attention to this problem since it seems gradual and far-off, rather than immediately threatening. However, ever since the 1850s, climate change has crept into our earth, blending into the shadows, slowly eating away at our land [1]. And now, while the amount of solid land hasn’t noticeably changed for humans, it has significantly decreased for the animals living in the Arctic.

What is so-called global warming? Global warming, which causes climate change, is when heat gets trapped inside the earth’s atmosphere. When the sun casts light down to Earth, the light bounces back and escapes into space. However, when we burn carbon dioxide and release it into the air, it forms a big trap that coats the bridge between the sky and space. The sunlight enters our atmosphere easily but gets blocked when trying to escape. Since the heat has nowhere to go, it stays inside the boundaries of our atmosphere, slowly adding up and increasing the temperature at an alarming rate [2].

If this already seems alarming to you, think about how distressing it is for the animals that live on ice. In 1988, 26% of the ice in the Arctic was 4 years of age or older. However, by 2013, only 7% of the same-aged ice was still there. Old ice is very crucial to polar bears and other Arctic species since it is more stable and thick. Another study in 2018 showed that over the last 6 decades, the thickness of sea ice has decreased by 66%. Thinner ice breaks easily, separating unsuspecting families, and making their homes smaller. Now, ice is shrinking faster than ever, at an alarming 14% per decade.

This doesn’t only affect the amount of land polar bears get, it also affects the amount of food they can catch. The polar bear can burn through 12,325 calories a day, even if they seem inactive. This is why they solely rely on seals as their source of food. They do not eat the meat of the seal, but the fat from the blubber of the seal, and can gain as much as 100,000 calories from a single meal [4]. Polar bears usually stalk the seals on land when they are up resting, or wait for them by their breathing holes to strike when they come up. However, with the melting ice, these bears have to swim instead to reach seal populations. Studies have shown that although they can make the long-distance swim, it tires them out, and takes much more of their energy than walking. It is even harder for the pups, who are used to learning to stalk on land. It is estimated that by 2050, 2/3s of the world's population of polar bears could become extinct [5].

So what can you do? Standing 2,792 miles from the Arctic, trying to help these animals seems in vain. But you don’t need to catch their food, or even make fake ice. You can simply start by raising awareness of global warming. And don’t just scream “Stop global warming!”. Instead, tell people why they should care, and how they can help. Start going green by eating less meat and more fresh produce. Plant trees and stop using non-recyclable items. With 8 billion of us in the world, we must make a change, since this is a mess we’ve made. It’s time we cleaned it up.


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The mining of fossil fuels has always been a slippery slope, but with the rise of fracking, there may be a bigger impact than previously imagined. Our environment is forced to undergo serious changes due to the effects of burning fossil fuels, such as greenhouse gas emissions and rising temperatures, and the issue goes even deeper than this; even removing fossil fuels from their reservoirs takes an immense amount of resources. In fracking specifically, the significant requirement for water poses a threat to our ecosystems, atmosphere, and especially our water sources.


First of all, what is fracking? Fracking, short for hydraulic fracturing, is the process of blasting fluid underground to crack subsurface rock and release natural gas and crude oil. The fluid used in fracking is composed of water and chemical substances, rendering fracking a major contributor to water depletion, contamination, and air pollution [1]. Fracking has therefore made an unfortunate but significant impact on the fossil fuel industry. Since its invention in the 1940s, more and more companies have implemented fracking in their daily quest for fossil fuels.


Fracking drains and pollutes water sources. Each gas well uses up to 40 million gallons of water per frack, amounting to over 1.5 trillion gallons since 2011 alone [2]. Water scarcity remains a significant issue across the globe–which fracking only escalates–and has serious consequences for living and nonliving things alike. In fact, freshwater makes up a mere 3% of all the water on Earth, and only a sixth of freshwater is drinkable for humans [3]. We are already struggling to address water scarcity concerns, and fracking further amplifies these concerns. Moreover, the lack of water caused by fracking hotspots leads to frequent and severe droughts; a decrease in groundwater recharge, which impacts potable water sources; and the prevention of further oil and gas production [2]. The immense burden of fracking on water sources is extremely dangerous and may lead to unpredictable implications for human and animal life as well as our environment. Furthermore, fracking does not just deplete water sources; it contaminates the remaining water, too. The chemicals and proppants used in fracking fluid can seep into water reservoirs and aquifers that hold drinking water. These substances are considered hazardous to human health–high amounts of fracking fluid in water reservoirs cause serious health issues for people who drink the water. Worst of all, chemicals used in fracking fluid can be difficult to detect and analyze, making them an invisible hazard and increasingly dangerous [4]. 


In addition to its negative impacts on water, fracking can have serious consequences on the atmosphere and the air we breathe. Studies reveal that pollution from fracking can lead to high levels of smog and release toxic contaminants into the air [5]. These contaminants are major causes of serious lung illnesses and other diseases across the nation. If fracking continues to pollute the air we breathe, there could be even greater consequences in the future. We cannot afford to wait to find out what damage fracking might have on the environment and life on Earth.


Ultimately, fracking is extremely detrimental to both human health and the environment, especially water sources. If fracking continues its reign on the fossil fuel industry, numerous water sources across the globe could be at risk for contamination. Fracking could potentially contribute to the depletion of Earth’s freshwater sources, making water scarcity an even more severe problem. We must transition away from traditional fossil fuel extraction methods and invest in renewable, sustainable energy solutions.


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Clearwater Innovation

A program of We Impact Corp, a 501(c)(3) non-profit company 

A student-run environmental advocacy program founded by Emily Tianshi and Kyle Tianshi, Clearwater Innovation seeks to raise awareness about the global water crisis, encourage garage lab research, and increase student environmental public policy engagement. 

© 2018 by We Impact Corp

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