Climate Change on Trial: Vermont Passes Climate Reparations Bill

After historic flooding, Vermont calls for “Big Oil” to pay its share of the damages.

Downtown Montpelier's main street completely flooded, with people kayaking down the street under the stoplights and a small crowd watching.

The Great Vermont Flood of 2023 in Montpelier, Vermont. The National Guard, CC BY-SA 2.0

Climate change has become a serious issue across the globe. Freak weather events, increased global temperatures and glacial melt, among other crises, have made it almost impossible to ignore. And for residents in one state, climate change has come right to their doors for what lawmakers intend to make the last time.

Vermont suffered severe flooding during the summer of 2023—the water completely submerged parking meters in the capital city of Montpelier. Thousands of residents lost cars, homes and businesses. According to the National Weather Service, the damages from this event alone rivaled—and even exceeded—the damage caused by Hurricane Irene back in 2011.

Now, the state government has passed a bill forcing fossil fuel companies to pay for a portion of the damages caused by climate change. Vermont is now the first state in the Union to take these organizations to task for externalities caused by fossil fuel emissions. According to the bill, the Agency of Natural Resources will create a report by 2026 that estimates the cost of climate change-based damage since 1995. This will examine aspects such as public health, agriculture and economic development.

The bill has been lauded for its progressive approach to climate justice, as holding companies accountable for pollution is, perhaps unsurprisingly, very widely supported. However, several Vermont politicians have also expressed concern over what will surely turn into a knock-down, drag-out legal battle come the report’s publication.

This bill marks a huge turning point in the climate justice movement. Although the legal battle has yet to begin, the precedent set by this bill is groundbreaking. The federal government has taken little serious action toward climate change reparations, as they are a divisive issue on a national level. Some consider the process to have very little legal basis, which naturally spawns skepticism that the legislation can actually be enforced.

However, regardless of how the bill has been received, the progress here is undeniable. There’s something to be said for the power of precedent in legal situations. Reparations have been divisive in the court system on account of being largely untested in a legal setting. Most court cases on a federal level are decided largely based on the results of similar cases in the past. Much of the heel-dragging over climate change, then, can be explained by how new and untested many of these legal approaches are.

It’s far more difficult to pass a bill at the federal level than the state, especially when trying to attack such an inflammatory issue. That said, states taking action—successful or not—could begin to wear down that resistance. If Vermont manages to extract reparations from the targeted companies, other states may follow suit. With enough states unified towards climate reparations, the federal government may be forced to take a stance. It likely won’t be for some time, but Vermont’s actions now are potentially paving the way for a massive shift in the governmental response to climate change in future years.

Ryan Livingston

Ryan is a senior at The College of New Jersey, majoring in English and minoring in marketing. Since a young age, Ryan has been passionate about human rights and environmental action and uses his writing to educate wherever he can. He hopes to pursue a career in professional writing and spread his message even further.

Feeling Unlucky: Why Gambling Hotspots Are So Bad for the Environment

Balancing the economic benefits of the casino industry against its environmental costs in Las Vegas and Macau.

The Las Vegas strip lit up with neon lights advertising casinos, bars and hotels.

Las Vegas strip at night. Las Vegas City Files. PDM 1.0

Rapid urbanization is one of the driving causes of pollution worldwide, and gambling hotspots are no exception, using precious resources to fight heat, water scarcity and pollution. The gambling centers of Las Vegas and Macau generate billions of dollars a year from tourist revenue, promoting overconsumption via colossal retail stores, high-rise casinos and souvenir shops. Beneath their twinkling lights, however, lies a reality riddled with addiction, excess and greed, and environmental impacts that are all too often overlooked. 

A traffic jam, with motorists and a bus all idling while waiting.

Motorists waiting at traffic light. Dickson Phua. CC BY-NC-ND 2.0

Located in an arid desert landscape, Las Vegas’s temperatures can crawl up to 120 degrees Fahrenheit during the summer months, making it one of the hottest in the U.S.; other than Reno, it is the fastest-warming city in the country. Just twenty miles east of Las Vegas, Lake Mead’s water level has significantly dropped over the years. With temperatures rapidly rising, residents and tourists alike face the possibility of rarely going outside, as there’s little more to do outside than wander up and down the strip and lounge at a hotel pool. According to SWANA (Solid Waste Association of North America), Las Vegas produces more than five billion pounds of waste each year. While Las Vegas is attempting to rebrand itself as an eco-friendly city, conservation efforts are still underway. In 2016, the city began powering government buildings and streetlights with renewable energy, and most high-rises have installed solar panels on their roofs. The Sphere, Las Vegas’s newest concert venue, has an agreement to meet its electricity needs with solar power, but this must be approved by the Public Utilities Commission of Nevada, which likely won’t happen until 2027.

A view from above of the cityscape of downtown Las Vegas lit up at night.

Aerial view of Las Vegas at night, Carol M. Highsmith's America Project, PDM 1.0

With casino-hotels lining the Cotai Strip, Macau has been dubbed “the Las Vegas of Asia” for its gambling, shopping and nightlife scene. With tourists flocking the city from mainland China and Portugal, vehicle exhaust from traffic has led to air pollution and excessive greenhouse gas emissions. With a population of just 600,000, a 2023 census indicated that roughly 30 million tourists flock to Macau every year, resulting in overcrowding. The subtropical landscape doesn’t reach temperatures as high as Las Vegas, but the climate is continuing to rise, with average summer temperatures of 83 degrees Fahrenheit. Similar to Las Vegas, Macau is striving to be more eco-friendly, incentivizing citizens to drive electric cars and use green lighting products through tax subsidies, in compliance with environmentally friendly standards.

Skyline of Macau during the day. the typical skyscrapers juxtapose with one golden building's silhouette that flares out with a spire atop.

Panoramic view of Macau. Andrew Moore. CC BY-SA 2.0

The impacts of gambling are not entirely negative, particularly for the local economy. The American casino industry generates over $40 billion annually, which funds local development and creates hundreds of customer service jobs. With most casinos operating 24/7, energy consumption is the most significant environmental effect. As global temperatures rise, an excessive amount of energy is spent on air conditioning and lighting. Today, many are turning to online gambling as a more “sustainable” option, thanks to rapid technological advancements. Gambling hotspots like Las Vegas and Macau can adopt greener practices, such as improving public transportation and implementing recycling and composting programs. While gambling hotspots fuel local economies and tourism, their environmental and social impacts cannot be ignored, calling for a balanced approach that prioritizes sustainable practices and responsible urban development.

Agnes Volland

Agnes is a student at UC Berkeley majoring in Interdisciplinary Studies and minoring in Creative Writing, with a research focus on road trip culture in America. She currently writes for BARE Magazine and Caravan Travel & Style Magazine. She is working on a novel that follows two sisters as they road trip down Highway 40, from California to Oklahoma. In the future, she hopes to pursue a career in journalism, publishing, or research.

5 Sea Creatures That Could Save Your Life

We can create tons of life-saving medications from the ocean—as long as we can keep it alive.

A large tower of colorful coral reef with lively bright orange and larger fish swimming around it.

A coral reef. Francesco Ungaro, CC0

It has been said that we know less about our oceans than we do about the surface of Mars. We have already discovered more than 200,000 different species, but scientists agree that we have still only barely scratched the surface of what may be down there for us to find.

Some of these creatures are capable of producing life-saving drugs, curing or treating everything from diabetes to certain types of cancer. Most of our current medications come from terrestrial plants and animals, but given that the ocean represents 95% of Earth’s biodiversity, we are somewhere around 300 to 400 times more likely to find the next big cure in the ocean.

But in spite of this enormous potential, the oceans are in severe danger due to climate change, overfishing and pollution. Here are five different ocean creatures that could potentially save your life—and why we need to keep them alive and healthy.

Seahorses

Looking at the face of a yellow seahorse, close to the sandy bottom and some vegetation under the sea.

A yellow long-snouted seahorse. Victor Micallef, CC BY-SA 4.0

The first face on our list is a familiar one; seahorses are one of the more famous animals that make their homes on coral reefs, and have proven to be one of the most useful as well. These aquatic equines’ medicinal properties were recorded as long ago as 700 AD, when their extracts were first used in China to cure asthma and arthritis. More recently, seahorses have also been used to treat kidney and liver diseases.

But the population today is larger than ever, so the demand for these treatments is growing every day. Since the 1980s, demand for seahorses in the pharmaceutical industry has dramatically increased, resulting in a frighteningly steep decline in the number still living in the wild. Studies have shown that at least 35% of all species of seahorse are endangered.

This is due primarily to overfishing—aside from the mass harvesting for pharmaceuticals, seahorses are also frequently accidentally caught by commercial fishermen and simply left to die. If this population declines much further, a historically successful treatment for several different diseases may be on the line.

Sea Hares

Among an algae and rock-covered sea bottom, a large plump purple and speckled slug-like creature with tentacles atop its head resembling bunny ears.

A sea hare in Monterey Bay. Chad King / NOAA MBNMS, CC0

A much less pleasant animal to look at, sea hares are still incredibly useful. A particular species from the Indian Ocean secretes a chemical that may be able to treat tumors, leukemia, and breast and liver cancer. Although the compound is still undergoing chemical trials, the results are promising and scientists believe the unassuming slug may be our best shot at dealing with many of the trickiest cancers in the human body.

Although sea hares are not currently endangered, they are threatened by ocean acidification and climate change. Also, since they are most commonly found along rocky shorelines, they are at risk from agricultural runoff and coastal development. Though we have not pushed them to extinction quite yet, continuing to develop our shorelines without proper caution could rob us of a very promising treatment for some of our most devastating diseases.

Sea Sponges

With tall yellow sponge-like tubes protruding out of a yellow spongey coral orb on the seabed.

A yellow tube sea sponge. Nick Hobgood, CC BY-SA 3.0

There are countless different types of sea sponge and soft coral all over the ocean floor. In the last few decades, as more and more of them are discovered, we have found countless uses for just about every part of them.

One species in particular, known in the scientific community as Tectitethya crypta, has been used to treat HIV and AIDS. The sponge’s fatty acids in particular are a crucial component in many modern medications. Others have been used to treat breast cancer, leukemia, Ebola and even COVID-19. Needless to say, sea sponges are some of the most beneficial animals in the world, and experts say we haven’t even scratched the surface of what else they may be able to do for us.

Sea sponges are some of the most widespread ocean animals in the world, and have existed since before even the dinosaurs—however, that doesn’t mean they are safe from humanity. Deep-sea mining threatens their habitats by destroying the very land that the sponges grow on. Companies have claimed that deep-sea mining is far more environmentally friendly than other processes on land, however, it might only seem this way because we know so little about the ecosystems that sit just above the valuable mineral deposits in the deep sea. If we continue to haphazardly destroy these animals’ homes, countless potential miracle cures could be lost forever.

Corals

Soft pink coral under the sea, with its branch patterns fanning out from the stem to create a large polyp bush of coral.

A soft coral in Bali. AlexeiAVA, CC BY 4.0

The backbone of all reefs, coral is widely thought of as a simple plant. Shockingly, these stationary structures are actually animals! Tiny polyps, the real minds behind the beautiful skeletal coral, secrete a thin limestone covering that attaches to the seafloor and eventually grows into the twisting and spiraling forms that we’re familiar with. These polyps have been used in the past to facilitate bone growth, and even to replace shattered or fractured bones in the human body. Ground-up corals can also be used to treat, of all things, Alzheimer’s and heart disease.

As well as being the mascot of the reef, coral is also the poster child for ocean acidification. Coral bleaching, the largest problem facing reefs around the world, is when the polyps that make their homes in the coral flee in response to warming waters or high concentrations of carbon. Without their inhabitants, the coral turns white and brittle, and can be broken by the slightest impact. Unsustainable fishing practices have also resulted in the destruction of entire chunks of reefs, whether it be through dynamiting or simply by tearing them up with oversized fishing nets. Besides providing a home for unimaginable numbers of animals and plants, corals are some of the richest sources of medicine and treatments in the ocean.

Sea Squirts

A sea squirt. Nick Hobgood, CC BY-SA 3.0

Sea squirts, despite their unappealing name and unassuming appearance, are being used to treat—and eventually, maybe even cure—one of the most dangerous skin cancers in the world. Found along the coast of almost every major ocean in the world, sea squirts contain a chemical that actually prevents cancer cells from regenerating. However, scientists have not yet figured out how to make this chemical in the lab, meaning they’re relying on harvesting sea squirts to produce the treatment.

Although some sea squirts are incredibly common (even being considered invasive in some places), various human activities threaten their habitats. Much like the sea hare, they live close to the surface on rocky shorelines and along reefs, meaning they’re more at risk from chemical runoff and coastal development. Unless we can take more precautions, harvesting these useful blobs will become much harder.

TO GET INVOLVED

Between global warming, ocean acidification and pollution, the dangers facing marine life can seem overwhelming. But there are many ways that an individual can make a difference and help the ocean survive. Organizations like Coral Guardian and the Reef Life Foundation work tirelessly to maintain reefs around the world with the help of donations and coral adoptions.

There are also countless hazardous waste recycling centers all over the country where you can safely dispose of harmful chemicals that you no longer need, rather than tossing them into landfills. And practicing eco-friendly behavior—avoiding single-use plastic, only applying zinc- or titanium-based sunscreen, and simply helping to pick up litter before it makes its way into the ocean—goes further than you might think.

The ocean is threatened from a million different places, but if we all do our part, it will provide for us for many years to come. There are countless undiscovered plants and animals living down there—there’s no telling what we’ll find next, and how it can help us in return.

Ryan Livingston

Ryan is a senior at The College of New Jersey, majoring in English and minoring in marketing. Since a young age, Ryan has been passionate about human rights and environmental action and uses his writing to educate wherever he can. He hopes to pursue a career in professional writing and spread his message even further.

Food Fight: European Farmers Battle Food Outsourcing

As climate concerns grow, many feel that the EU’s new agricultural policies are uprooting farmers’ way of life.

Large tractors, trailers, and people line the streets on a gray winter day to block traffic in protest.

Farmers blocking a Berlin road in protest. Leonhard Lenz. CC0

Global warming, climate change, and greenhouse gasses have been hot-button topics for decades, but recent events have painted them in a much more alarming light. Many countries around the world have begun instating policies and procedures to combat this crisis, from carbon taxes to efforts at land preservation and conservation.

But just like every major change, it comes at a cost. Farmers, the backbone of the food market and a group with interests very much built around the environmental status quo, have been upended by recent policy changes. The EU has turned its attention to agriculture in recent months, proposing a variety of policies that will decrease the amount of land being used for farms, dubbed the Green Deal. In addition to stricter regulations, rising operating costs and taxes have also been cited as causes for discontent among the farming population of Europe.

This series of events reached a head in December of 2023, when farmers first began protesting across the continent. At first, it was simple picketing and protests, but in the months since, every possible display of discontent—from holding up traffic to spraying manure and throwing produce—has plagued much of the EU. Farmers in Berlin blocked the road around the Brandenburg Gate with tractors, and others in Brussels lit bales of hay on fire to deter police.

Over the last few weeks, the EU has made several concessions for the aggravated farmers. In addition to relaxing many of the regulations and reducing taxes on the diesel fuel used for tractors and farm equipment, the EU has apparently canceled its plan to import grain and other crops that could be grown in Europe from Ukraine. This in particular drove an especially angry contingent of protests, as the lower price and food standards of imported grain make domestic crops less profitable.

In the months since March, many of the more aggressive demonstrations mentioned above have begun to taper off in response to the EU’s capitulations. This demonstrates a problem that many governments are struggling to face in regards to climate change. The situation gets worse and its effects more severe, but swift action often ends up displacing people who rely on how the system has always been.

Hundreds of millions of people around the world have built their whole lives on the current status quo. Many of the changes that the EU suggested threatened their livelihoods by increasing the competition and undermining their typical methods. Unfortunately, there are not yet systems in place to account for the losses these individuals suffer, meaning future attempts to reduce the impact of climate change will risk the same backlash.

The EU may have been trying to minimize habitat destruction and land overuse, but in the process it risked harming the backbone of its economy and even its food supply. Climate change is an undeniable issue, but one that affects every person in the world differently. Any attempt to fix it will inevitably create some losers, whether the people in charge have accounted for them or not.

Ryan Livingston

Ryan is a senior at The College of New Jersey, majoring in English and minoring in marketing. Since a young age, Ryan has been passionate about human rights and environmental action and uses his writing to educate wherever he can. He hopes to pursue a career in professional writing and spread his message even further.

From Drought to Deluge: Afghanistan’s Flash Floods

As the 6th most vulnerable country to climate change, Afghanistan has faced intensified food insecurity following a disastrous series of floods throughout April and May 2024.

Men wading through floodwaters pushing something, among an otherwise dry landscape with large mountains in the background.

Flood relief efforts in Herat, Afghanistan. NATO Training Mission-Afghanistan. CC BY-SA 2.0

Over the past few months, hundreds in Afghanistan have died due to flooding. In April 2024, at least 70 people died from flash floods throughout Afghanistan. The floods and heavy rains have also destroyed several schools and mosques, in addition to more than 2,000 homes.

Throughout May 2024, over 1,000 houses were destroyed and more than 300 people died from floods in Afghanistan. The hardest-hit provinces include Badakhshan, Baghlan, Ghor and Herat. 

On May 10th and 11th floods affected over 60,000 people. The floods destroyed about 500 houses throughout Afghanistan’s Baghlan and Badakhshan provinces with 16 deaths recorded as of May 27th, 2024. Of the 16 deaths, 10 were members of the same family. 

The most recent series of floods on May 18th and May 19th, 2024 took the lives of over 100 people and destroyed nearly 1,500 homes. The death toll is expected to rise as search and rescue operations continue.

Because of climate change flooding has increased, and Afghanistan is not the only country facing destructive floods in May 2024. Over the last month, Afghanistan, East Africa and Brazil have been hit with flooding in the wake of torrential rains. Climate change contributes to increased rainfall and flooding because of hotter climates contributing to snow and ice melt and intensified weather fluctuations.

In Afghanistan, the high number of floods and casualties throughout the first half of 2024 followed a dry winter that left the ground unable to adequately absorb the abnormally high rainfall. Afghanistan’s average temperature has increased by about 1.8°C since 1950. Unusually warm temperatures have exacerbated the problem, as snow melts prematurely into the rivers. 

Considering flooding is expected to increase throughout the coming months because of the erratic weather spurred by climate change, there is a need for more investments in infrastructure, specifically climate adaptation projects. 

Organizations like the UN Development Programme and other UN agencies are dedicated to supporting Afghanistan in risk management, climate resilience and improved resource management.

GET INVOLVED

Emergency assistance is needed by the 38 million people throughout Afghanistan. As the floods have rendered many areas inaccessible by ground transportation, organizations such as the World Food Programme have resorted to using donkeys to transport food and supplies to those in need. To support relief efforts, donations can be made to organizations like the World Food Programme and the UN Refugee Agency.

Madison Paulus

Madison is a student at George Washington University studying international affairs, journalism, mass communication, and Arabic. Born and raised in Seattle, Washington, Madison grew up in a creative, open-minded environment. With passions for human rights and social justice, Madison uses her writing skills to educate and advocate. In the future, Madison hopes to pursue a career in science communication or travel journalism.

Nature’s Day in Court: Ireland’s Green Revolution

Ireland may become the first European country to constitutionally recognize that ecosystems possess legal rights.

Seascape in Ireland. Giuseppe Milo. CC BY 2.0 DEED

Ireland, a nation renowned for breathtaking landscapes, may become the first European country to enshrine the rights of its nature into the national constitution. In December, the Oireachtas Joint Committee on Environment and Climate Action called on the government to begin steps towards a referendum. The referendum, if successful, would recognize that ecosystems possess legal rights comparable to those of humans and corporations.

In December, the Joint Committee on Environment and Climate Action proposed a series of administrative measures for drafting constitutional amendments to the Irish government. The amendments would bestow nature with inherent rights to existence, perpetuation and restoration. Elements of nature would be seen as having the rights to flourish and be respected. The amendment would additionally recognize that humans have a right to a clean environment and protect the right of any person or organization to defend or enforce those rights on the behalf of nature.

The movement to legislate the rights of nature has grown in recent years. In Ireland, the proposition to amend the constitution emanated from the loss of biodiversity within the country as of 2023. The Citizens’ Assembly on Biodiversity Loss addressed the unprecedented rate at which human activity has driven the mass extinction of plants and animals, with over 1 million more at risk of the same. The danger to Ireland's native species has been attributed to the overall change in its climate.

Similar to Ireland, the ecosystems of other countries have equally felt the effects of climate change. In the Andean plain of Bolivia, reduced precipitation and increased temperatures have facilitated rapid desertification. In Uganda, the pace of species extinctions has accelerated as a result of prolonged periods of drought and erratic rainfall due to deforestation. These countries, among others including Ecuador, New Zealand, and Spain, have a form of national law to recognize the rights of nature, or legal personhood for ecosystems. These laws typically provide a higher level of protection to ecosystems than environmental protection laws alone, although not all are constitutionally bound. Some countries that have written the Rights of Nature include Ecuador, New Zealand, India and Mexico.

Policymakers around the world have begun to embrace a changing idea of how nature itself is treated under law. Several governments have legally bound the ‘rights of nature’ to protect certain land and water from human development. In Bangladesh, all rivers are now under legal protection. In Colombia, the Supreme Court recognized the rights of the Amazon River. Ecuador, the first country in the world to recognize the rights of nature, gives “Mother Earth” legal standing in its constitution. This jurisprudence has prompted a massive shift away from the view of nature as a ‘thing’ that humans have a right to use and eventually destroy. Dr Peter Doran of the School of Law at Queen's University Belfast argued to the Joint Committee in Ireland that granting constitutional protection to nature would not only save species and habitats but also reorient human priorities, which would have much more long term positive consequences.

Despite the good intentions behind giving nature constitutional rights, some have called the law ‘anti-human,’ claiming that it will stop extractive projects such as mining or that the rights for nature are unlikely to provide a plausible solution to the issues environmentalists aim to resolve. Proponents respond that the laws aim to protect the integrity of nature so that it may persist in the future, not abolish the rights that humans have to, among other things, private property.

The Center for Democratic and Environmental Rights appeared before Ireland’s Joint Committee to testify for why the rights of nature should be constitutionally recognized. This next step for Ireland is now in the hands of the government and the Oireachtas (parliament). For legal effect, the amendments must be approved by both houses of the Oireachtas, Dail Eireann and the Seanad, and win a majority of the popular vote in a national referendum.

TO GET INVOLVED:

The Nature Conservancy is an organization focused on creating solutions to climate change and biodiversity loss. By tackling these issues with projects involving clean energy policies, carbon storage and agricultural innovation, there is no shortage of opportunities for the public to help. The organization lists ways to get involved on their website that range from volunteering to taking a pledge to donating.

Global Alliance for Rights of Nature is a global network of organizations made up of people from all walks of life who are committed to the recognition of the Rights of Nature. The group aims to honor the relationship between humans and nature, additionally pursuing the creation of a system that treats nature as a rights-bearing entity, not a resource to be exploited at will. To better emphasize the interconnectedness of humans and their environment, the group offers the opportunity to get involved as a member, donate, or even participate in internships.

Community Environmental Legal Defense Fund aims to build sustainable communities that assist people in asserting their right to local self-governance and the rights of nature. The group assists indigenous peoples, civil societies and communities in advancing laws for the protection of nature that involves providing legislative and policy drafting, legal research, and public engagement and education. With this, the public is able to join the movement, which offers many opportunities to volunteer in a community or help to organize a campaign.

EarthJustice is a nonprofit public interest environmental law organization that is founded on the belief that everyone has the right to a healthy environment. Through projects focusing on defending a right to clean air, clean water and wild places, the group believes that a better future can be built. With 15 offices and 200 lawyers, as well as an impressive total of 500 legal cases it has represented free of charge, there is no shortage of opportunities for the public to participate, whether through signing petitions or donating.

Mira White

Mira is a student at Brown University studying international and public affairs. Passionate about travel and language learning, she is eager to visit each continent to better understand the world and the people across it. In her free time she perfects her French, hoping to someday live in France working as a freelance journalist or in international affairs.

The Dark Side of Light Pollution

As light pollution engulfs over 80 percent of the world's skies, artificial light has demonstrated its detrimental impacts on the health of humans, ecosystems and the planet.

Light pollution in Los Angeles. Erik Levin. CC BY-NC 2.0

Artificial lighting fixtures like street lights and billboards have become commonplace for billions across the globe. While artificial light has been in use for centuries, light pollution has dramatically increased over the past few decades. Considering the global urban population is projected to rise by up to 68 percent in the next 25 years, the demand for artificial light is unlikely to subside.

Light is integral to life on Earth, influencing the planet's creatures down to their DNA. From reproduction to protection from predators, many life-sustaining behaviors rely on the cycle of day and night. Artificial light has been shown to disrupt life in many kinds of ecosystems. In the wetlands, artificial light interferes with nocturnal mating rituals. Starlight and the Sun's rays also serve as important navigation devices for many animals and insects. When artificial light disrupts these natural signals animals like baby sea turtles and birds can be drawn to their demise.

Within ecosystems, seemingly small changes brought by the presence of artificial light can have cascading effects. For example, some predators have evolved to target insects swarming artificial light. As vital members of the food chain, the decline of insect populations poses a threat to everything in the food web.

The reach of artificial light is not limited to urban areas, as it has been found to seep below the soil and into the oceans. Artificial light hinders the ability of microorganisms in the dirt to use carbon. Meanwhile, artificial light in the oceans has been found at depths of more than 66 feet, affecting the life-sustaining activities of many marine species.

The negative effects of artificial light are not always direct. The electricity required to sustain the current consumption of artificial light mostly comes from coal-fueled power plants. This production emits 15 million tons of carbon dioxide into the atmosphere every year, contributing to climate change and posing further threats to ecosystems.

People are not immune to the negative effects of their own creations. A mere 15 minutes of exposure to bright artificial light has the power to halt melatonin production. Due to its disruptive effects on circadian rhythms, artificial light can contribute to health conditions ranging from sleep disorders to heart disease. While artificial light is often used as a tool for safety and security, it can have the opposite effect. For example, glaring light can cause poor visibility.

While artificial light may be necessary for people to function at night, nearly one-third of all lighting is unnecessary, leaving ample room to cut down on its negative effects. Scholars propose prioritizing dark sky conservation in electric lighting design, using warm-colored light, and avoiding blue-colored light. Blue-colored light is particularly harmful for people and ecosystems alike because it scatters farther than warm-colored light. People can limit their light pollution by shielding, dimming, and turning off lights. Advocacy organizations suggest keeping light pollution in mind when shopping for lighting products. Environmentally friendly models will have adequate shielding to prevent glare and limit the amount of light escaping into surrounding areas. 

TO GET INVOLVED

To advocate for limiting light pollution, get involved in non-profits like DarkSky and Light Justice, which offer opportunities for advocacy and education.

Madison Paulus

Madison is a student at George Washington University studying international affairs, journalism, mass communication, and Arabic. Born and raised in Seattle, Washington, Madison grew up in a creative, open-minded environment. With passions for human rights and social justice, Madison uses her writing skills to educate and advocate. In the future, Madison hopes to pursue a career in science communication or travel journalism.

Chile’s Forest Fires: A Glimpse Through the Smoke

Wildfires are engulfing Chile, claiming the lives of about 130 people so far and sparking questions about potential causes and solutions. 

A 2014 forest fire in the Valparaíso region of Chile. Gabriela. CC BY-NC 2.0

As of February 9, 2024, nearly 5,000 people have been affected by what appear to be Chile’s deadliest forest fires on record. These devastating waves of flame follow the planet's hottest year and hottest January to date. Chile is not the only South American country to face an inferno following a scorching January, with forest fires reported in Colombia and Argentina as well.

Fires and climate change are in a feedback loop, amplifying each other. Consequences of climate change, including higher temperatures and heat waves, contribute to drier conditions and longer fire seasons. The fires create areas of dead, dry vegetation at greater risk of future fires, while the smoke from the fires pumps carbon dioxide to the atmosphere, further warming the planet. 

As the planet continues to warm, natural phenomena such as El Nino are intensified, resulting in hotter heat waves accompanied by dry spells, particularly affecting countries in northern South America such as Colombia and Venezuela. As recorded in 2018, about 21% of Chile is forest. The nation's tree cover, paired with its long dry season and heat waves, has proved to be a deadly combination. Forest fires in Chile have contributed to a range of destructive consequences throughout the years, including the loss of lives and biodiversity. 

Chile’s government has made strides to address climate change as a member of 20 international environmental agreements. Chile’s Forestry Service (CONAF) collaborates with the private forestry sector to implement preventative measures. In 2021, former Chilean President Sebastián Piñera presented the National Forest Fire Protection Plan. This plan allocated necessary resources to fire prevention and management, including firefighters, vehicles and technologies to predict and monitor fires. Despite these efforts, forest fires have continued in the country.

Scholars have identified that preventative measures are necessary in addressing forest fires. For example, controlled burns have been used by Indigenous People in North America for millenniums. Controlled burns are meticulously planned fires intentionally set to improve the health of a forest and reduce the risk of large-scale forest fires by decreasing the presence of dry vegetation. Other innovative measures to prevent forest fires include a gel-like fire retardant developed by researchers at Stanford University and technologies that can predict wildfires like Chile’s “Red Button” program.

Despite the issue of wildfires being amplified by climate change, about 99% of forest fires in Chile are caused by people, which is why education is another critical preventative measure. Tactics people can employ to prevent forest fires include taking steps to avoid creating sparks or fire when the area is hot, dry and windy and to refrain from driving over dry vegetation, as vehicle exhaust can reach temperatures over 1,000 degrees Fahrenheit.

Currently, the Chilean government is working tirelessly to combat the ongoing forest fires. For those looking to support these efforts, nonprofits like GlobalGiving provide platforms to donate to those affected, and social media offers a way for everyone to raise awareness.

Madison Paulus

Madison is a student at George Washington University studying international affairs, journalism, mass communication, and Arabic. Born and raised in Seattle, Washington, Madison grew up in a creative, open-minded environment. With passions for human rights and social justice, Madison uses her writing skills to educate and advocate. In the future, Madison hopes to pursue a career in science communication or travel journalism.

5 Animals at Risk of Extinction

The risk of depleting ocean resources and the practice of poaching is driving many vulnerable species to extinction.

Two elephants playing in a forest scene. Future Kiiid. CC0.

A growing number of the planet's animals are teetering on the brink of extinction. These critically endangered species face an uncertain future due to the dire effects of poaching, habitat loss, climate change and other environmental pressures. Wildlife populations of a variety of species have been declining in recent years in a phenomenon known as the Global Extinction Crisis. The risks this entails are a drop in biodiversity as well as decreased resource availability for people. Efforts to combat this trend include the protection of natural habitats, reduced pollution and the enactment of measures to restrict or eliminate overfishing and overhunting.

Blue Whale

Blue Whale Tail Deep Dive. Seabass London. CC by 2.0.

The blue whale, or Balaenoptera musculus, is the largest creature on Earth and a symbol of oceanic grandeur.  Despite their colossal size, blue whales are surprisingly vulnerable due to various human-induced factors. Collisions with large vessels and entanglement in fishing gear pose grave risks to their survival. Furthermore, the pervasive issue of climate change has disrupted the availability of their primary prey, krill, as warming oceans alter the distribution of these tiny crustaceans. Efforts such as establishing marine protected areas, restricting boat speed and advocating for sustainable fishing practices are crucial steps to safeguard the future of blue whales.

Black Rhino

Black Rhino in the Savannah. Chris Clark. CC0.

The black rhinoceros, alternately diceros bicornis in scientific Latin, resides in climatically warm eastern and southern Africa in countries like Kenya and Zambia. They are the smaller of the two main African rhino species, the other being the white rhino, but just as threatened. Overall, the species is listed as “critically endangered”, but three subspecies of the rhinoceros, including the western and southern black rhino, have already been declared extinct. By the International Union for Conservation of Nature’s (IUCN) approximation, there are just under 6,500 black rhinos in Africa, a number currently increasing due to conservation efforts.. Despite this, they are threatened by habitat reduction and poaching, the animals long being prized for their famous horns.  Between 1960 and 1995, the population suffered severe reduction in its numbers and survival rates because of this brutal practice.  Conservation efforts, such as anti-poaching laws, community measures and habitat awareness are critical to preventing the complete disappearance of the black rhino from our planet.

Yangtze Finless Porpoise

Finless Porpoises Swimming. Foooomio. CC by 2.0.

The Yangtze Finless Porpoise (Neophocaena asiaeorientalis) inhabits the Yangtze River in China, and is the only living freshwater porpoise in the world. Members of this species are sleek and snoutless, with no fin on their dorsal ridge, the latter giving them their name. These aquatic creatures have adapted to the turbulent and often complex environment of the river, but they are still struggling;  They are primarily threatened by overfishing, pollution, dam construction along the Yangtze and accidental entanglement in fishing nets and equipment. This reduces the population very quickly, so much that there are only between 1,000 and 1,500 viable cetaceans remaining currently. In order to combat the increasing annual decline, China has established finless porpoises as “first level protected species,” the highest level of protection the country offers.

Sumatran Elephant

Sumatran elephant in Tesso Nilo National Park, Indonesia. NonprofitOrgs. CC by 2.0.

The Sumatran Elephant (Elephas maximus sumatranus) is one of three subspecies of Asian elephants, native to the island of Sumatra in Indonesia. They have a smaller build than an African elephant and sometimes possess a curved back. The unfortunate fact about their population in the wild is that it has declined by four fifths 80% in the past three elephant generations. This is due to the illegal poaching for their ivory and their body parts, which further compounds the threats faced by the Sumatran elephant. Also because of deforestation and logging, a large portion of the forest in which they live is too small to contain a significant population. Because of the fragmentation of their habitats, the elephants stray into agricultural areas in search of food, which worsens elephant and human contact.  Due to these factors, there are an estimated 2,800 elephants residing on all of Sumatra.  Collaborative initiatives pertaining to reforestation and involving both the government and communities would be the best course of action in preserving the Sumatran elephant.

Hawksbill Turtle

Hawksbill Sea Turtle at Carey de Concha. USFWS/Southeast. CC0.

The Hawksbill Turtle, or Eretmochelys imbricata, is mainly found in subtropical/tropical areas of the ocean. It is distinguished by its flatter body shape and beakish sharp mouth. Hawksbill turtles play a huge role in maintaining the health of coral reef systems by controlling sponge populations.  Like many iconic creatures, hunting represents the biggest encroachment on the reptile's livelihood, with poachers targeting the turtles for their eggs, skin and shells. Their beautifully patterned shells fetch an unfortunately high price on theblack market.  In the last 30 years, turtle populations have declined by 80% because of other causes like climate change, plastic pollution, rising sea levels, and accidental capture in fishing gear.  Because of these significant factors, there are possibly only 57,000 Hawksbill turtles left.

So how can we help? People can support conservation organizations by volunteering their time to the protection of endangered species. Your involvement or donations can help fund critical conservation projects. People can practice responsible tourism, choosing eco-friendly and ethical wildlife tourism options that do not harm natural habitats. Thirdly, you can advocate for and support initiatives that intend to restore habitats for endangered species, such as reforestation efforts and marine-protected areas. Finally, we can work to make pollution less of a concern by recycling and supporting clean energy to mitigate climate change.

TO GET INVOLVED

Find out more about the World Wildlife Fund, which works to eliminate the worst effects on animals remaining in the world and protect diverse species.

Discover SeeTurtleOrg’s mission, which includes volunteering trips and organizations that dedicate their resources to saving marine life, specifically sea turtles.

Find out about the Defenders of Wildlife, which works to prevent animals and their habitats from becoming vulnerable or imperiled, as well as aims to protect the health of susceptible species.

Riley Baker

Riley Baker is a first-year student at James Madison University majoring in Writing, Rhetoric, and Technical Communication.  She enjoys elements of storytelling and creative writing and likes listening to music. In addition, she is interested in journalistic-style writing and editing and intends to focus on writing articles about lesser-known travel locations and impactful world topics.

Surfing at 2024 Olympics Destroys Coral Reefs in Tahiti

Teahupo’o locals and scientists protest the building of 2024 Olympic Games infrastructure over environmental and economic concerns.

Surfing in French Polynesia. Duncan Rawlinson. CC BY-NC 2.0 DEED

In preparation for the 2024 Olympics, Paris has placed sustainability at the heart of its environmental ambitions. In keeping with the city's aim to “assume its responsibilities” for the games' environmental and social challenges, there have been many contributions to fight carbon impact, food waste and destructive construction. However, organizers have recently faced backlash for the erection of an aluminum tower in Tahiti, built specifically for the new surfing competition, that has damaged both coral and the competition's reputation.


To take the games to new heights, Paris has decided to host a new surfing competition, set to take place in Teahupo’o, Tahiti. This setting will offer the opportunity to host a unique competition and allow France to engage with its overseas territories. Teahupo’o, described as a paradise and dream spot by surfers and travelers alike, is anticipated to bring fans and athletes together. This influx of people to the island has called for the construction of a new venue; a 14 ton aluminum tower with concrete foundations, set to host 40 people judging and televising the competition.

Coral Reefs in Tahiti. Jeremy H. CC BY-NC-ND 2.0 DEED

On 1 December, a barge intended to help build the tower got caught on a reef and damaged local coral. Save Teahupo’o Reef, a group made up of locals, surfers and NGOs, posted a video showing the broken coral and damaged boat propeller on their Instagram. After this initial damage, work was stopped to find a small barge and better route for it so as to not damage any more coral.

Plans to build the tower have been met with more resistance from locals in the form of social media campaigns or protests. Residents have fought against the construction, claiming that building it risks impacting the marine ecosystem and damaging the coral reef. Scientists based in Hawaii have advocated with locals and defended their call to stop building the tower, citing its environmental impact. Using 3D photogrammetry techniques, the researchers created maps of the reef habitat where the tower is set to be built and of the lagoon that its materials will be transported through. Their findings indicate that Teahupo’o would face devastating effects. Of the 3,500 square feet that this development would impact, there are over 1,000 corals from 20 different species. The cost of this dredging and building is estimated at $1.3 million. One of the scientists, Dr. Burns, offered no recommendation for construction that would minimize reef damage as there will be substantial damage regardless of alterations to the process. He suggested alternative solutions to broadcasting the games that included a judge in a boat, using drones or playing a live video feed, all of which are more cost-effective, environmentally friendly and presumably better aligned with the ambitions of the organizers.


Efforts to protest the tower have primarily come from groups like Association Vai Ara o Teahupo’o, who have created an online petition that has garnered over 223,000 signatures. The group is composed primarily of locals who rely on the marine environment for their livelihood and feel it is an important part of their heritage that they would like to preserve.

Coral Reefs in French Polynesia. Adam Reeder. CC BY-NC 2.0 DEED

Following the barge incident, the Olympic Committee made the decision to reduce the size of the tower by 25%. To decrease the weight placed on the foundations, the weight has been reduced from 14 tons to nine and will instead be installed at the same site as the old wooden tower. The original design required 72 four meter tall rods that would be drilled into the reef, but as a result of the now smaller design, rod length will be shortened so as to not be driven down as far. The tower is also being built in an area with fewer corals, and existing ones will be removed and taken care of to ensure regrowth.

Despite growing concern over the risk posed to marine life, there will be some benefits of the event after the games conclude. These include new infrastructure such as a pedestrian bridge, fiber internet cables and the money brought into the local economy by those renting places to stay for the games.

Paris has certainly given more thought to sustainability efforts relative to other Olympic hosts, and has certainly made concerted efforts to reduce the games' environmental impact. However, it is important to recognize the destruction that the tower has caused and the long-lasting effects that it will have even after the games end. If Paris does intend to follow through on its sustainability goals, it must ensure that the Teohupo’o reef is left undamaged not just for the short duration of the games, but even after they end. In doing this, Paris and the organizers of the games would prove themselves dedicated to both sustainability and the island's people, bringing about a new era of true environmental conservation.

Mira White

Mira is a student at Brown University studying international and public affairs. Passionate about travel and language learning, she is eager to visit each continent to better understand the world and the people across it. In her free time she perfects her French, hoping to someday live in France working as a freelance journalist or in international affairs.

The Importance of At-Risk Mangrove Forests

Mangrove forests are an invaluable coastal ecosystem. Over the past several decades, they faced massive destruction, and now they are at risk from climate change. 

An aerial view of a mangrove forest. Doug Beckers. CC BY-SA 2.0 

Mangrove forests are one of the world’s most crucial ecosystems. They provide a habitat to a diverse range of creatures, help protect coastal areas from potentially harmful storm surges and are instrumental in carbon sequestration. For the past several decades, mangrove forests have been steadily destroyed by industrial development and aquaculture, as well as wood harvesting. 

Naturally occurring in tropical and warm temperate areas, mangrove forests—sometimes called mangrove swamps—are groups of trees and shrubs that grow along coastlines. There are around 80 species of mangrove trees, all of which are some of the few coastal plants in the world that can prosper in salt water. 

Mangrove forests are recognizable by their complex root systems which rise above the water, as though the trees are on stilts. Their raised roots allow mangrove trees to thrive despite the movement of the ocean, as the coastal areas where they grow are flooded at least twice a day with the coming of high tide. The protection provided by tangles of mangrove roots goes both ways, preventing storm surges from damaging inland areas and preventing pollutants from rivers and streams from entering the ocean environment. The above-ground section of the roots helps to slow tidal surges, allowing sediments to settle and build up on the ocean floor, reducing erosion. The entire root system filters out pollutants, like nitrates and phosphates, flowing from streams and rivers into the ocean. 

The roots of a mangrove forest. Ravi Sarma. CC BY 2.0 

A 2010 study found that mangroves were disappearing globally at a rate of one to two percent  a year, and that between 1980 and 2005, 35 percent of all mangroves were lost. About half of the mangrove forests that do remain are reportedly in poor condition. In the past few decades, mangrove destruction was largely due to human activities. Most mangrove forests grow on public lands, very few of which receive any sort of protection. Coastal development such as the construction of hotels, power plants and marinas as well as aquaculture, agriculture, tourism and logging have been the main culprits behind global mangrove loss. 

Today, satellite data suggests that human-caused mangrove loss has greatly declined. Thanks to conservation efforts from activists and governments across the globe, mangrove loss rates have decreased by 73 percent since 2000. This is good news, as the loss of mangroves has numerous  negative effects on the environment, such as less protection for coastal areas and the loss of biodiversity. Mangroves are home to a variety of species of fish, especially juveniles, which use the mangroves’ root systems as a safe nursery habitat until they mature and migrate to coral reefs and other ecosystems. Mangroves are also the primary habitat for many seabirds and waterfowl, and even some terrestrial animals. 

Yet, mangrove forests are still not safe. They face a new pressing threat, which is still rooted in human activities: climate change. 

Scientists predict that, as a result of global warming, global sea levels will rise to unprecedented levels by as early as 2050. By the end of the century, sea levels will have risen at least a foot. Mangrove trees will be unable to withstand such rising sea levels; they are unlikely to be able to adapt to new sea levels within the time frame. As sea levels are rising, the chemistry of the ocean is changing as well, becoming more acidic than creatures in mangrove habitats are accustomed to. The creatures are also unlikely to adapt to a new environment quickly enough to survive, meaning that mass biodiversity loss could occur. 

The harm to mangrove forests also has broader effects , as mangrove forests are one of the most important ecosystems in the fight against climate change. Mangrove trees are powerhouses of carbon sequestration, capturing carbon and other greenhouse emissions from the atmosphere and storing them in their root systems and soil for thousands of years. As global warming causes sea levels to rise and mangrove forests are lost, this stored carbon will be released back into the atmosphere, creating a positive feedback loop that further worsens the effects of climate change. 

Experts agree that saving mangrove forests is key to combating climate change. In 2017, the World Wildlife Fund, Conservation International, The International Union for Conservation of Nature, The Nature Conservancy and Wetlands International partnered to form the Global Mangrove Alliance, which aims to fund monitoring and researching mangrove forests, as well as conservation and restoration initiatives. 

To Get Involved: 

For more about the Global Mangrove Alliance and how to support its mission, click here. 

For information on how to preserve mangrove forests, visit conservation.org. 

Rachel Lynch

Rachel is a student at Sarah Lawrence College in Bronxville, NY currently taking a semester off. She plans to study Writing and Child Development. Rachel loves to travel and is inspired by the places she’s been and everywhere she wants to go. She hopes to educate people on social justice issues and the history and culture of travel destinations through her writing.

The Ethics of Kelp Farming in Alaska

From food, medicine, climate mitigation and preserving Indigenous traditions, kelp is the shape shifting superhero a polluted world needs.

Kelp with sardines. National Ocean Service. CC By 2.0.

Ethereal and elusive, an unconventional forest grows in the ocean—not full of trees, but of kelp. These captivating, yet occasionally uninviting, greenish tendrils are classified as a type of brown algae that grow as coastal seaweeds; they are typically found in colder waters. In a way, the ethereal kelp borders on the mystical and magical. Kelp is a shapeshifter; a veritable phenomenon that can morph into a variety of forms. Kelp can be used as biofuel, an eco-friendly alternative to fossil fuels derived from renewable biological materials. This multi-talented algae can also be used to make utensils, soap and clothing as well as food—all manner of products people use in their daily lives. 

Beyond biofuel, food and everyday household items, the production and usage of kelp is a key debate amongst climate scientists and environmentalists alike. Farming kelp could be a solution in mitigating negative effects of climate change; it could also bolster coastal locations’ economies and positively affect the livelihoods of communities living in and around these shores. But, on the other hand, farming kelp is also fraught with bureaucratic convolutions and, in the long run, could potentially backfire and end up re-polluting oceans. In short, the implications of kelp farming are complex; they are enigmatic and double-edged, much like the kelp itself.

Alaskan Company Barnacle Foods’ Kelp Products. Josephine S. CC By 2.0.

The Eyak People of Alaska—and particularly one Dune Lankard—understand kelp farming. Lankard is the co-founder of The Eyak Preservation Council as well as the President and Founder of Native Conservancy, both of which are groups that support Alaska Native peoples’ efforts in preserving and conserving land and biodiversity on the Alaskan Coastline. People in Alaska and beyond have begun to farm kelp because of commercial, food security and climate change mitigation possibilities. And, because of its optimal climatic conditions, Alaska has become a hotspot for kelp farming.

But why is kelp—this mysterious, gangly sept of seaweed—so valuable and beneficial for the environment? For humans consuming kelp, the benefits lie within its nutritional content: kelp contains calcium, magnesium, iron, vitamin C and potassium. But, perhaps more importantly, people like Dune Lankard and fellow Alaskan kelp farmers are more concerned with kelp’s ability to mitigate climate change. Kelp’s primary ability to mitigate climate change comes from its ability to sequester carbon dioxide. You may have heard of carbon dioxide because it is a greenhouse gas. But, what you might not know, is that carbon dioxide from the atmosphere can also enter the ocean, resulting in a mechanism called ocean acidification.

pH reference scale — Ocean Acidification lowers pH. Heinrich-Böll-Stiftung. CC by 2.0.

As more carbon dioxide enters the ocean and gets absorbed, the pH of the ocean itself decreases, meaning the ocean becomes more acidic. But, this is where Kelp the superhero rushes in and saves the marine phyla. Kelp require carbon to grow because of photosynthesis—they absorb sunlight as well as carbon dioxide to produce the sugar and oxygen they need to live—and, through their uptake of carbon, they leave oceans less acidic and marine organisms more happy. Additionally, when kelp float out to sea and die, sinking deep beneath the surface of the water, their carbon sinks into the depths along with them. 
Perhaps it makes sense that kelp, with its bewitching appearance, could be responsible for such intricate—almost magical—climate processes. While there are over 500 species of seaweed in Alaska, the three most-commonly grown species are bull kelp, sugar kelp and ribbon kelp. Bull kelp is strong, almost proud-looking—its thick stalk beholds a sense of authority in the water. Sugar kelp, on the other hand, is more delicately enchanting—its slightly-curled, yellow blades are like rays of sunlight spattering the sea. Ribbon kelp, with its thick spine and greenish appearance, are more reminiscent of a looming forest, or the shifting of willows in the wind.

Bull kelp bulb. James St. John. CC By 2.0.

These kelp, however, represent more than just their life cycle, climate mitigation abilities and appearance. Historically, the Eyak people—located on the Copper River Delta near Cordova, Alaska—have long used kelp for food, medicine and even tools. But, through colonialism and imperialism, some of these traditions were disrupted over decades. Today, however, the Eyak and other Indigenous peoples’ kelp farming has allowed them to reclaim these traditions. Additionally, there are immense economic benefits for any employees involved in kelp farming. The fall-to-spring growth cycle of kelp, as well as the need for regular visitation and observation of kelp farms, offer both seasonal and year-round employment opportunities. The increasing amount of kelp farms subsequently increases the number of job opportunities in Alaska, bolstering the state’s economy. Although mariculture in Alaska is currently a $1.5 million dollar industry, newly awarded $45 million in grants could potentially grow it to more than $1.85 billion in 10 years. 

Kelp farming and consumption, however, is not all sunshine and rainbows. One of the most difficult aspects of kelp farming is getting started in the first place—a kelp farm requires a permit. Most states require multi-step permit application through boards of aquaculture as well as departments of fish, wildlife and game. Luckily, on average Alaska has a lower permit processing time than most states. Beyond the bureaucratic complexities of even getting started, there are also questions being raised by environmental and climate scientists about the future of kelp farming. Although—as is outlined above—kelp farming is believed to help ocean acidification through carbon sequestration, some scientists are questioning the ability for kelp to continue to sequester carbon as ocean temperatures warm as a result of climate change.
While people should be mindful of the ambiguous future of kelp farming, for now it is safe to say that the more immediate outcomes of farming are helping kelp maintain a positive reputation. Kelp—delicate and mysteriously distant—is, in actuality, an aid toward a variety of more tangible, positive outcomes. Kelp is food. Kelp is medicine. Kelp can even represent community and prosperity. Of course, kelp can also be a huge factor in sequestering carbon in a post-industrial society. But, for many people, these scientific processes can feel overwhelming or unimportant simply because they seem intangible. This is why the effects of kelp that people can really see and feel—the sense of community, the positive economic impacts and the reclamation of tradition—are something to celebrate. Despite its unconventionality and elusivity, kelp can be a superhero.

Carina Cole

Carina Cole is a Media Studies student with a Correlate in Creative Writing at Vassar College. She is an avid journalist and occasional flash fiction writer. Her passion for writing overlaps with environmentalism, feminism, social justice, and a desire to travel beyond the United States. When she’s not writing, you can find her meticulously curating playlists or picking up a paintbrush.

The Atacama Desert’s Fashion Graveyard

Once a vast, uninterrupted plateau, Chile’s Atacama Desert is now a technicolor testament to overconsumption.

The Atacama Fashion Graveyard. Antonio Cosio. CC BY-NC.

A cursor hovering over the checkout of an Amazon cart; an unassuming paper bag carrying the new, trendiest cut of jeans from Forever 21; a Gmail notification that indicates a menagerie of Shein clothing has been shipped. These testaments to overconsumption in daily life may produce a quick, subtle pang of guilt. But, ultimately, this engagement with the world of fast fashion tends to be “out of sight, out of mind.” After all, once the clothing is donated or discarded most people assume it will end up in a landfill, neatly tucked away, never to be seen again. With no visual proof of the waste guilt subsides, and the cycle of overconsumption repeats. 

The cyclical and rampant nature of overconsumption, however, has real, tangible implications — implications that can be seen and felt by citizens of Iquique, a Northern Chilean city in the Atacama Desert. An average of 39,000 tons of fast fashion waste are dumped in Iquique per year, in addition to the approximately 60,000 tons of clothing imported into Chile annually. Roughly 40,000 square miles, the Atacama desert was once a pristine yet arid plateau; a prime sight for stargazing under a clear, open sky. The desert landscape, covered in salt flats, valleys and rocky topography, averages about 40,000 visitors per year but has since been contaminated. 

The clothing pile has grown to such an extent that it can be seen from space using satellite technology. But, before the magnitude of clothing became noticeable from an extraterrestrial viewpoint, people residing in Alto Hospicio, a municipality next to Iquique, watched as the unbridled clothing dumping grew out of hand. Clothes manufactured in China and Bangladesh that fail to sell in U.S. stores are brought in through the port of Iquique and subsequently dumped into the Atacama. The dumping site raised concerns among citizens of Alto Hospicio as early as 2012, but their unease was ignored.

The Atacama Desert. NASA. CC0.

Disheartened, the people of Alto Hospicio claimed to have experienced negligence by local and national government officials firsthand. For years, the waste grew despite continual pleas for action. Although in 2021 the former Minister for the Environment of Chile, Javier Naranjo Solano, expressed his worries about the vast quantities of textiles being imported into Chile and proposed remediation, some Chilean environmental engineers and scientists feared that the the laws he proposed, entangled with bureaucratic processes,  would be far too slow-moving considering the urgent, rapid growth of the clothing pile. Other citizens, however, have faith that Chile’s newly appointed Minister for the Environment, Maisa Rojas, will be able to translate eco-anxiety into concrete action.

Even under new leadership, however, the already massive pile of clothing is a nearly indestructible hazard. Much of the poor-quality fast fashion clothing dumped in Atacama is polyester, a material made out of the non-renewable resource petroleum. The open-air clothing pile secretes pollutants into the air; they seep into the ground. Thus, petroleum and other harmful materials can contaminate any remaining groundwater in aquifers under the desert. As potent as plastic and as enduring as steel, the clothing dumped in Atacama will take 200 years to biograde.

The Atacama Desert is often considered the driest climate on the planet, with annual rainfall averaging at only .03 inches. Atacama’s arid climate dangerously aids the spread of intentionally ignited fires. In order to curtail the amount of clothing discarded, fires are illegally and mysteriously started. These fires only serve as a further pollutant on top of the fabric already decomposing in the hot, arid environment. 

Although many merchants reside in Iquique,  one of South America’s largest duty free ports, many in the municipality of Alto Hospicio live in poverty — 25% of residents in Alto Hospicio specifically live in extreme poverty and, with many having poor access to quality housing. Although many residents travel to the Atacama fashion graveyard to salvage and sell discarded clothing, their proximity to the dump site has sinister implications: the negligence of the Atacama fashion desert and subsequent pollution acutely harms low-income communities in Northern Chile. Fast fashion waste, both burnt and decomposing, creates fumes that are linked to respiratory diseases, chronic illnesses, reproductive issues and even types of cancer.

The Port of Iquique. Diego Delso. CC-BY-SA 4.0.

Although there are efforts to repurpose the dumped clothing, with companies such as Ecofibra Chile taking the fabric and transforming it into thermal insulation panels, only one method of curtailing fast-fashion waste can truly have an impact: curbing our own overconsumption. Instead of purchasing that cost-effective Amazon fashion find, or the trendy new jeans from Forever 21, look into your own closet. Rediscover a dress that has been tucked away in the depths of your dresser. Organize a clothes swap with friends. Borrow your Aunt’s blouse or your Grandfather’s wool sweater. Rather than falling victim to trend cycles, explore what has been cherished, saved and passed down.

Carina Cole

Carina Cole is a Media Studies student with a Correlate in Creative Writing at Vassar College. She is an avid journalist and occasional flash fiction writer. Her passion for writing overlaps with environmentalism, feminism, social justice, and a desire to travel beyond the United States. When she’s not writing, you can find her meticulously curating playlists or picking up a paintbrush. 

Flooding in Libya: A Harbinger of Climate Change’s Deadly Effects

Sustainable infrastructure is the world’s best defense against increase in precipitation due to climate change.

Aid workers struggle to reach city in Libya where catastrophic flooding killed thousands. PBS.

Catastrophic flooding in Libya in September has taken as many as 5,300 human lives, according to the Interior Ministry of Libya’s eastern government. Amid such massive human casualties, many around the world are left wondering how such losses may be prevented as climate related natural disasters become increasingly common.

Extreme flooding events like the one in Libya are on the rise as Earth’s average temperature increases, causing more evaporation and thus greater precipitation. According to the EPA, global precipitation has increased by an average of 0.04 inches per decade since 1901. In more than half of recorded locations, flooding is now at least 5 times more common than it was in the 1950s. This month alone, the effects of extreme precipitation and flooding have been felt in Hong Kong, Greece, Turkey, Brazil, Libya and the United States. 

In Libya and around the world, urban planning must adapt quickly to the rising threat of flooding. However, this poses a challenge for many developing nations where resources are often either limited or diverted elsewhere. For example, in Derna, the city in northeast Libya that was the most affected by the flooding, neglected infrastructure was in part to blame for the catastrophic loss of human life. Heavy rains caused two dams to burst, dams that experts have been warning are prone to collapse for years. Unfortunately, resources in Libya are generally diverted towards the ongoing civil war. More busy with conflict than governing, public officials failed to provide the necessary repairs on the dams.

Moreover, climate change not only increases precipitation but also hinders the environment’s ability to withstand heavy rainfall. In Derna, the inundation of the area has washed away much of the soil, which would have helped absorb some of the precipitation. The ground in and around Derna has been left hard, cracked, and stripped of vegetation. Due to these conditions, very little water was retained in the ground, worsening the flooding. Globally, similar conditions must be prevented if flooding events like the one in Libya are to be curbed. 

Libya is far from the only place where the infrastructure is inadequate in the face of increasingly heavy rains. Most urban areas around the world, even those in rich countries with the resources to adapt like the United States, have not created infrastructure nor correctly supported the local environment to prevent extreme flooding. Globally, urban planning must now be rapidly modified to account for increasing precipitation.

Making the ground more permeable is the most impactful way urban planning can help reduce extreme flooding. One way this can be achieved is through the incorporation of permeable pavement. Using this type technique allows water to pass through porous paved surfaces into groundwater stores instead of overwhelming the local drainage systems. Further, creating more green spaces, including green roofs, trees, parks, and rain gardens, all increase the permeability of the ground. When the ground can absorb more water, flooding events like the one in Libya may be prevented.

Get Involved:

To help Libyan flood victims you can donate to UNICEF, International Rescue Community, or Doctors Without Borders.

Sophia Larson

Sophia Larson is a recent graduate of Barnard College at Columbia University. She previously worked as the Assistant Editor on the 2021 book Young People of the Pandemic. She has also participated as a writer and editor at several student news publications, including “The UMass Daily Collegian” and “Bwog, Columbia Student News.”