Alternative Parenting is Intersectional

In 1969, a young environmentalist named Stephanie Mills stood up at her college graduation to deliver her commencement speech. She told hundreds of her fellow graduates that the most moral thing they could do with their lives was have no children

That speech went, as we’d say today, viral. Her story was covered worldwide, sparking already growing conversations on population growth, and the threat  population growth was impacting the state of the environment.

At the time, Mills urged her fellow graduates to think about population growth as a concern for resource degradation and famine in the world. Fast forward to today, and the urge to slow population growth remains, while the motivation for it has changed slightly, in the form of climate change- literally a hot topic. 

As a citizen of the world, especially one of a younger generation, I have been drilled that what I do to fight climate change matters. My personal emissions matter; my carbon footprint matters (on a small scale, I feel guilty when I buy too many stylish clothes online, eat too much red meat, or use too many single-use plastics). I care that brands like Patagonia commit to ethical production practices, and that brands like Canada Goose don’t. And yet, my good intentions don’t begin to approach what Stephanie Mills called for. Her great fear has been realized: humans have still been procreating at an alarming rate for centuries, and— as we’ve seen— it’s caught up to us. 

Granted, most people agree that we have a responsibility to limit our negative contributions to climate change, both on an individual level and a large organizational one. After all, it’s a well-known fact that a growing population is a part of the reason that we’re diminishing the Earth’s resources at a rate as we are. Yet, while much of the world agrees that we make environmentally-positive personal choices— like choosing to buy cars that aren’t emissions monsters or taking hour-long showers — most people don’t want to talk about limiting our choice to procreate and raise children. 

I got a taste of that at MIT this summer. I was speaking at a presentation on procreative ethics, and a man who was there saw my presentation name and took it upon himself to approach me before I had even begun to speak. He walked up to me just to inform me that nothing I could say would change his mind, and proceeded to talk to me about the laws of human nature for the next ten minutes. 

Why is this? Why do we seem to make procreation an exception to our climate duties?

It’s certainly not because the choice to procreate isn’t environmentally significant. In fact, a 2017 study by Lund University found that having one less child in the developed world per family would save about 60 tonnes of CO2 per year (which, the study shows, is about 25 times the amount of CO2 that living with a car produces).

Rather, it seems like the taboo around this topic comes from elsewhere: namely, reproductive freedom. It is hard to put procreation in the same category as something like air travel or eating meat – taking  away someone’s reproductive freedom seems different. It is about  an individual’s right to make choices about their own body.

On reproductive freedom, a.k.a, a person’s right to bodily autonomy, I am in total agreement. I’m not advocating for population regulation (the world has seen what a one child policy can do to a country). I am, however, arguing for a feminist, societal, and cultural shift towards a lens that combats the current norm promoting the toxic pressure to have children. This will  up conversations about environmental, procreative decisions, both on how to raise a child sustainably, and on whether or not a person should have a child at all. 

In tackling these difficult conversations with an open-mind, I hope to listen to the rest of the world better with a focus on intersectionality, and in a way that allows me to better care for the Earth.

Recently I have been looking to and learning from the Queer community, who are much more likely to adopt children. They give  kids a stable  and healthy home and meet the needs for a nuclear family. For those of us who aren’t able to adopt, (because, let’s face it– adoption is an arduous and financially burdensome process) members of the Queer community have advocated for the legislative acceptance of multi-parenting, normalizing families of three to four parents to a child, allowing for more undivided attention to a child’s wellbeing, and relieving the amount of responsibility each parent in a family must take on.

I have also looked to Indigenous communities, who take the phrase, ‘It takes a village.’ literally, fostering a whole community of parents and family— as opposed to just three or four— working together to take care of their children, in a style of parenting that was once a common practice for people globally, and now challenges the norm of a nuclear family in a way that is community based, and outward facing to the world.

These ways of parenting, while unconventional, are changing my perspective on having children, allowing me to help protect the climate without sacrificing the beauty of a parent-child relationship. 

In opening up the conversation around procreation as a form of climate change action, I commit to removing the mental separation ‘the personal’ from ‘the environmental’ in myself. I work to discard the need to have individualized, unshared parent-child, in favor of practices that allow for reduced emissions, or practices that help take care of the children who already exist and need homes. And just like Stephanie Mills did all the way back in 1969, I urge you to follow suit.

 

Can Your Attention Save the World?

Is it too much to say that some things really deserve our attention more than others? Climate change, an unavoidable concern, may be an anxiety inducing subject. But there may be a way you can prevent the worst effects of climate change just with your attention.

Take, for example, a pressing threat of climate change–water access. As climate change increases global temperatures and impacts weather patterns, the 0.5% of water on Earth that is drinkable is already dropping. Meanwhile, as temperatures rise, droughts and heat waves are projected to increase, all while sea-level rise is expected to push salt into freshwater sources. It is already predicted that the demand for water will be greater than the supply available by 40% in the next 7 years

Yet, there have been promising developments in water purification. MIT recently improved upon previous desalination technologies to make a device that promises water less expensive than current U.S. tap water. The best part is that it is based on the simple process of evaporation from sunlight, and recaptures the salt-free water. Meanwhile, advances in nanotechnology promise a future where clean water may not be based on chemical additives, and instead, nanofilters can remove harmful contaminants with impressive efficiency. Bacteria might play a role in future water access, as researchers at Robert Gordon’s University have identified toxin-removing cyanobacteria. These technologies should provide a sign of relief to billions across the globe in the coming years.

Despite the promise of these technologies, news coverage remains negligible. But such technology offers protection from the worst of climate change. So why the silence?

Often only a few technologies come to mind when people think of environmental engineering–green cars, better solar panels, and new wind farms–not quite things like desalination devices.

Not only does the potential of environmental innovation seem to be under-appreciated, it also draws little media coverage. News cycles are more inclined to cover the storms, studies, and fires that emphasize future doom and gloom. Those topics don’t often inspire hope. 

That shouldn’t be the case. 

Drawing media coverage to any technology can help the individual success of that progress. When researchers receive attention for their work, it encourages further innovation, supports the individuals working on relevant issues, and promotes further competition and progress in the field. It may even have economy-wide benefits, considering that the design, investment, and production associated with green innovations has demonstrated the ability to boost a country’s GDP anywhere from 1.7% over 5 years to upwards of 6%.

So the question remains: how to draw more attention to innovations in areas that do not always see the limelight–such as water purification technologies–that may just deserve a bit more screen time?

It may just start at your kitchen table this holiday season. Bypass awkward conversations about politics with a note about how impressive it is that MIT’s desalination device may just make water cheaper. Avoid arguments about finances with a compelling fact about how bacteria, often associated with dangerous water conditions, may just be the solution to future clean water. Overall? Celebrate the progress of humanity as you enjoy time with family. It may just save the planet.

Vineyard Wind is Worth It: The Give and Take of Climate Solutions

Fifteen miles off the coast of Martha’s Vineyard in Nantucket, MA, the first 5 wind turbines in the Vineyard Wind 1 project have been erected. Vineyard Wind, one of the first utility-scale offshore wind (OSW) renewable energy projects in the country, aims to produce enough electricity to supply one in six households in Massachusetts with clean energy. In total, it is expected to power more than 400,000 homes and businesses in Massachusetts, accounting for 12% of Massachusetts’ annual energy demand and saving customers $1.4 billion over the first 20 years of operation. Concerned environmentalists and fishers worry about the effects of construction and continued function of turbines on nearby fisheries. But, as the effects of climate change compound, there are far greater threats for the aquatic populations of the northeast Atlantic coast than those associated with offshore wind.

Wind turbines from the Coastal Virginia Offshore Wind pilot project. These turbines were the first ever installed in U.S. Federal waters. // Credit: Stephen Boutwell/BOEM via Flickr

Offshore wind is gaining traction as the new superstar in renewable energy. The turbines are placed in coastal waters, where ocean winds generate even more energy than land-based wind turbines. Offshore wind energy has the potential to supply massive amounts of energy for electrical grids in highly settled coastal populations and reduce dependence on fossil fuels. Massachusetts has more potential to generate power from off-shore wind than any other state in New England, with the possibility of meeting projected 2050 electricity needs with development.

Commercial fishing companies and whale activists have joined forces in opposition to Vineyard Wind. Different organizations, both commercial and activist-based, fear irreversible damage to key fisheries and federally protected marine mammals. Lawsuits, injunctions, and protests in the name of squids, whales, and fishermen all threaten the progress of Vineyard Wind. However, many lawsuits and “activist” groups against OSW projects in New England have been connected to conservative pressure groups backed by oil companies. A lawsuit from local Rhode Island fishermen was backed by the oil-fueled Texas Public Policy Foundation and the Save Right Whales Coalition is caught in a web of organizations funded by the Caesar Rodney Institute. Despite these fears, the Bureau of Ocean Energy Management (BOEM) and the National Oceanic and Atmospheric Administration have conducted extensive research that confirms Vineyard Wind poses minimal risk for fishing spots and whale migratory locations.

Previous successful off-shore wind projects in Denmark and Spain highlight the benefits of renewable energy, both to humans and aquatic creatures. By offsetting carbon emissions, these projects diminish the threat of climate change. While there are some negative impacts, namely changes in the acoustic landscape of the aquatic populations and the change of topography on the ocean floor, there are positive impacts as well. Longfin and shortfin squid, a large portion of commercial fishing harvests off the coasts of Rhode Island and Connecticut, are affected by piledriving and low-frequency vibrations associated with turbine installation but can adapt over time. Populations of Black sea bass, popular with recreational fishers around Nantucket, are drawn to turbine foundations, where they hide and congregate. More studies on right whales  prove that the impacts of climate change are far more dangerous to their success than any associated with off-shore wind.

Turbine noise is the least of concern for aquatic species off the coast of Nantucket. In the Northeast, changing population distribution is the biggest threat from climate change. As ocean pH and temperatures dramatically change from their norm, the locations that species spawn, migrate, and swim in shifts up and down the coast. This change in habitat, caused by processes like ocean acidification, global sea level rise, and warming ocean temperatures, are accelerated by climate change. As government organizations, like the NOAA Greater Atlantic Region Habitat and Ecosystem Services Division, continue to monitor the waters of the Northeast the reality is clear: climate change poses a much greater threat than turbine construction.

Vineyard Wind is on track to start supplying power in spring 2024 and is expected to reduce carbon emissions by more than 1.6 million metric tons per year when completed. Even with debate over the environmental consequences of off-shore wind, more immediate are the economic concerns. More than 3 separate OSW projects have been scrapped in recent months in the Northeast alone due to inflation and supply chain issues. According to the US Energy Information Administration, Massachusetts consumed almost three times the amount of energy it produced in 2020. OSW projects like Vineyard Wind can improve energy security and reduce greenhouse gas emissions, as well as providing thousands of jobs.

The importance of green energy to addressing climate change is worth more than the changes in species behaviour or the economic damage to fishers that may occur. Undoubtedly, the consequences of climate change will be worse for both. With the current landscape of energy production and consumption, the effects of climate change will continue to threaten fisheries that inhabit New England waters. Supporting renewable energy, especially offshore wind projects like Vineyard Wind, is key to reducing carbon emissions and reversing the negative effects of climate change on aquatic species.

Biden’s AI Executive Order: What About the Environment?

Biden sitting in oval office
Biden sitting in oval office

President Biden sitting in the Oval Office. Credits: rawpixel

President Biden recently issued an Executive Order on the Safe, Secure, and Trustworthy Development and Use of Artificial Intelligence. The order describes the purpose of artificial intelligence (AI) and details “guiding principles and priorities” for future AI policy. The 63-page document also orders nearly a hundred actions to be completed in the next 30 to 540 days. While focused primarily on security– individual, governmental, and national– and expanding AI research, there are also more specific action items targeting key concerns, such as how to guarantee civil rights and promote responsible use of AI in healthcare. 

The executive order mentions the environment only briefly. One action item emphasizes the importance of AI in “strengthening our Nation’s resilience against climate change impacts and building an equitable clean energy economy for the future”. The order also includes the soon-to-be-created Global AI Research Agenda, which will include, among many other goals, the goal of advancing sustainable development. No further detail is given. 

The inattention to environmental issues should be cause for concern. There are currently no environmental regulations in place for AI. There needs to be. Yes, AI may contribute to climate change resilience, but that doesn’t mean potential environmental consequences of AI can be overlooked. With this executive order calling for considerable amounts of new research and AI funding, including the establishment of several new AI research centers, environmental impact must also be addressed. 

Training AI models has an intense environmental footprint due to the large amount of data processing. Since 2012, AI models in training have doubled their use of computing power every 3.4 months. Currently, training just one AI model can produce upwards of 626,000 pounds of carbon dioxide. That’s about the amount the average person emits in 67 years. And there are now thousands of new AI tools entering the market every day. It adds up fast. 

AI drives other environmental impacts too. Training advanced AI models consumes hundreds of thousands of liters of freshwater used to cool computing servers. This water typically evaporates, meaning it is not then reused. This is particularly bad considering most water used to cool servers started as potable water. Some other issues include electronic waste disposal and natural ecosystem impacts of specific AI applications such as AI in agriculture, which could increase fertilizer and pesticide use

This isn’t an argument against AI. There are numerous ways that AI can have environmental benefits. But AI is a new and unique threat. More research on the environmental impacts of AI and how to mitigate them is needed. As the executive order already calls for considerable research on AI, environmental impact should have been included in that call.

This executive order could have shown US leadership in addressing AI’s potential environmental impacts. Experts at Brookings, an independent research institute, agree. Joseph Keller, a visiting fellow, notes that the EU and U.K. are now asking for more transparency from their tech companies regarding carbon emissions and water usage. In response to President Biden’s executive order, Keller urges for the U.S. to initiate this practice as well. He specifically hopes that U.S. tech companies will “pledge to improve their transparency around the environmental impact of AI” and that the U.S. can become a leader in upholding AI sustainability.

Right now, the US is playing catch up to the EU. The EU continues to work towards establishing their AI Act, which guarantees “robust protection” for the environment. It also states that the environment is a ‘high-risk area’ for AI impacts. For all applications of AI, the EU asserts that environmental requirements must be met, leaving no doubt that protecting the environment is a priority.

It could be argued that there are too many complexities related to AI to include in Biden’s recent executive order. Here’s what could have been included for a start: acknowledge that AI presents environmental concerns and call for more research. This would have helped open up the conversation for future AI environmental regulations, like those coming in the EU’s AI Act.

While President Biden’s recent Executive Order regarding AI is an important start toward using AI safely and securely, the omission of environmental concerns is troubling. As nations explore AI’s potential and risks, we must learn from each other’s successes and mistakes. Establishing the environment as a priority is key as the AI regulation conversation continues.

How New Technology is Helping Wildlife Rangers Crack Down on Old-School Poaching

Catching poachers is difficult. In India, a group of 8-10 armed poachers near the Kerala border managed to poach a Sambar Deer. Wildlife rangers were able to get to the group, but they killed one poacher amidst a crossfire, while the rest fled into the forest at night. Despite the rangers’ presence, having to worry about catching poachers, trying not to get killed, and getting the poached animal from poachers can be overwhelming. Frustrations continue to rise amongst governments, rangers, and scientists trying to catch and punish poachers. Recently, new developments in technology such as apps and cameras have created hope for catching poachers more effectively. 

Gathering evidence to convict poachers can be a difficult  process for officers. The need for efficiently gathering information on poaching incidents is high and urgent. India has seen a decrease in the demand for Rhino horn in recent years, only for this demand to be replaced by the desire for Pangolin scales and Tiger pelts. Nearly 700 Pangolins and 40 Tigers are poached every year in India. 

To combat these incidents, camera traps and drones are being used in regions like Madhya Pradesh, India where Tiger poaching is extremely popular. Infrared technology has been integrated into these devices in order to spot poachers and wildlife based on their temperatures. Drones that fly over covered forests can spot hidden poachers using thermal cameras. Camouflaged camera traps are placed in trees to catch roaming poachers and identify certain wildlife species using AI. Drones and camera traps are important  tools to use in protected areas spanning thousands of acres where poaching is rampant. After all, trying to find groups of poachers at night in thickets of bushes and endless plains can be a difficult task for a couple of rangers.

Drones and camera traps capture thousands of photos and videos. While AI is convenient in helping identify species and poachers, there is still a considerable amount of data that must be analyzed by humans since AI technology can struggle to identify specific traits from distorted visuals. With so much data being collected, it also creates an issue of how quickly the data can be sorted to be used appropriately. 

Despite the existence of this data, it is yet to be combined with other technology that could greatly benefit from the visual data. The developers of the Hostile Activity Watch Kernel, or HAWK have created an application for officers and officials that aims to track poachers. Manu Satyan, a Kerala district forest officer, and Jose Louies, the director of the Wildlife Trust of India recognized that there was a major struggle in catching poachers and predicting where poaching crimes would occur. HAWK gives officials access to a wide range of information such as poaching hotspots, vehicles used by poachers, and ways poachers sneak into protected areas. This information is collected in the field by Kerala wildlife officers and then put into HAWK. Kerala wildlife officers are then able to submit cases with the information from the HAWK database in order to convict poachers more easily. It helps keep poaching data organized and ready to use for court cases. 

    Data taken from drones and camera traps can provide applications like HAWK with visual evidence to use against poachers. On the ground, wildlife officers can input data into HAWK that drones and camera traps may not catch. Drones and camera traps capture  visual evidence and even locations where officers may be able to arrest poachers. Since convicting poachers in court requires evidence, having visual evidence can be critical. The more concrete evidence there is the longer and harsher a sentence will be. 

This could make poachers take the severity of their actions more seriously. 

Such evidence makes it hard for poachers to claim that they accidentally poached an animal.  

Little to no available evidence and weak punishments throughout countries allows for the exploitation of wildlife which must be reworked in order to fully reap the benefits of our current technology. New technologies and systems like HAWK will help track down poachers and lessen the occurrence of poaching. With the integration of new technologies, wildlife will be more protected hopefully leading to an increase in wildlife populations and biodiversity.

Protecting the Future of Bayview from a History of Environmental Racism

 Last June, a report revealed the magnitude of threat facing Bayview Hunter’s Point in San Francisco. The report revealed that the low-income community of color is facing heightened risks posed by sea level rise, which could push groundwater and long-buried chemicals to the surface, unleashing a “toxic soup” of contaminants into the surrounding neighborhood. The rising groundwater presents a potentially catastrophic threat to Bayview’s infrastructure. Roadways will be eroded from below; sewer systems won’t drain; home foundations will crack; sewers will backflow and leak into people’s homes.

This neighborhood has long shouldered the burdens of environmental neglect and systemic injustice. Recognized as one of the nation’s most polluted areas, Bayview is home to industrial rendering plants, data plants backed up by diesel generators, the city’s main wastewater treatment facility, and the infamous Hunter’s Point shipyard—a federally designated Superfund hazardous waste site. 

The first thing to know about the land of the Hunters Point Naval Shipyard is that most of it isn’t land at all. With the looming threat of war, the Navy needed more space and fast. Faced with the need for more shoreline, soil was dumped into the Bay to form the present-day Hunters Point Naval Shipyard. The report, issued by a Civil Grand Jury, which is an investigatory body created for the protection of society and enforcement of the law, describes it as the birth of “land” that came with a “junk drawer full of problems.”

After World War II, Hunter’s Point shipyard became the Naval Radiological Defense Laboratory which decontaminated heavily radiated ships coming back from the Marshall Islands. In sandblasting warships, toxic and radioactive waste contaminated the soil. When Hunter’s Point was declared an EPA Superfund site in 1989, instead of removing the hazardous waste, the Navy opted for a common but less-than-adequate solution, placing a cement cap on top of the contaminated soil that placed Bayview in a perpetual state of vulnerability. For decades, the Bayview community has pursued a full cleanup. Now, the situation has taken a turn for the worse due to the impending threats of climate change and groundwater level rise. 

The gravity of this environmental crisis is enormous. Bayview residents are grappling with very hazardous contaminants—lead, arsenic, and radioactive isotopes. Despite these alarming realities, there has been little action and accountability from people in power. In response to the Civil Grand Jury report, San Francisco Mayor London Breed refuted the findings and dismissed recommendations for an independent study of the shipyard, perpetuating a disturbing pattern of disregard for the well-being of Bayview residents. Without the resources to relocate or the political influence to demand a clean up in their neighborhoods, residents of Bayview bear the burden of environmental harm. 

Furthermore, the Embarcadero Seawall, which protects other parts of San Francisco from sea level rise, is currently being repaired. Unfortunately, it stops where Bayview Hunter’s Point begins. In fact, all sea level rise mitigation schemes drawn up by the Port and City of San Francisco exclude Bay View, leaving more than 35,000 people vulnerable to the toxic rising waters—a stark representation of policy inequity.

There is a glimmer of hope for Bayview—the Navy’s upcoming Superfund review of the site in 2024. As concerned citizens, this is a chance to demand accountability. All Superfund sites are required to have examinations every five years to ensure that the remediation plans are still effective. The upcoming Navy review in 2024 provides a crucial opportunity to change the trajectory of the cleanup efforts. Now is the time to channel concerns, frustrations, and demands for action toward the Navy and other relevant authorities. A key point that concerned citizens can emphasize when commenting is the need for an independent study of the shipyard paying attention to sea level rise and climate change. Public pressure can be a powerful catalyst for change, and it is essential that the Navy’s review process reflects the genuine concerns and needs of the Bayview community. To provide input in the Navy’s actions, please send an email to info@sfhpns.com or leave a message on the HPNS Info Line at (415) 295-4742.

What the Anti-ESG Movement is Really About

A backlash against companies investing in environmental, social & governance (ESG) initiatives has swept through U.S. state legislatures in the past three years. 23 states have adopted anti-ESG-related laws. This backlash has influenced how the general public perceives ESG investing. According to the investment research and rating agency Morningstar, anti-ESG sentiment has already resulted in a pullback of $5.2BN from sustainable funds in the first quarter of 2023.

The anti-ESG movement started when Republican lawmakers accused fund management giants like BlackRock and State Street of pursuing a ‘woke’ investing agenda last year. This ‘woke’ investing agenda focuses on the push for liberal values, considering and evaluating companies based on their policies around ESG metrics, when making investment decisions. The backlash got so bad that BlackRock’s CEO Larry Fink stopped using the term “ESG” altogether. 

A research project on the language around ESG reporting by the MIT Climate & Sustainability Consortium that I worked on this semester found similar trends. Although the project is still in progress, our findings indicate many companies have either eliminated the use of “ESG” or significantly reduced or replaced the use of “ESG” in their sustainability-related reports. 

However, is this backlash against ESG justified? What is anti-ESG really calling for? 

ESG initiatives take into account non-directly-financial information about a company, such as its climate impact and staff diversity. For this reason, it is criticized by some Republicans, such as Florida Governor Ron DeSantis, as prioritizing liberal goals over investor returns. He argues that this approach would harm U.S. companies deemed insufficiently progressive and in turn hinder the wider economy. An anti-ESG sentiment would thus put financial returns first as it rejects measurements from ESG perspectives. 

The label “anti-ESG” may appear to sound like going after financial returns is the end goal, but it’s just part of a larger “anti-woke” and “anti-sustainability” effort, which was summed up by an executive at Morningstar: “Anti-ESG is a proxy for opposition to the spread of ‘liberal values’ in civil society.” Although anti-ESG advocates are arguing for prioritizing financial returns, their actions will slow progress toward a more sustainable future.

In July 2022, West Virginia’s treasurer, Riley Moore, announced that it would no longer do state business with banks such as Goldman Sachs and JP Morgan Chase, both of which stopped financing coal companies. And In January 2023, Kentucky Treasurer Allison Ball placed Blackrock, JPMorgan, and Citigroup on a divestment list compiled in accordance with state law due to their fossil fuel boycott. Ironically, Citigroup is included because of its commitment to expanding ESG investments, yet it is still amongst the largest lenders for the fossil fuel industry. 

It makes no sense to include Citigroup on such a list since it is heavily invested in the fossil fuel industry. Citigroup’s heavy investment in the fossil fuel industry would theoretically make great financial returns, which the anti-ESG advocates state is the most important. However, the fact that it is nonetheless on the list confirms that what the anti-ESG advocates really care about is companies’ claimed commitment to the liberal and sustainable goals that ESG embraces, not their financial performance. 

The anti-ESG campaign is not coming from within the investment industry. It’s coming from conservative activists who oppose things like climate action, diversity, equity, and inclusion policies, better worker pay and benefits, and corporate CEOs speaking out on issues like abortion, voting rights, and gun violence. For instance, a leading effort in the anti-ESG movement, Dan Crenshaw the Texas Representative in Congress, made comments like “regulating climate change is not a government responsibility”. It is evident from the anti-ESG advocates’ actions that high financial returns aren’t the goal, but stopping efforts toward a more sustainable society is.

Better Boating or Better Health? Why the Future of Miami, Oklahoma Depends on the Pensacola Dam

Brown water extends as far as the eye can see. Homes, businesses, cars, trees, and even a waterpark, are submerged. 

This is what it looked like in 2019 when the small city of Miami, Oklahoma (pronounced My-am-uh) flooded. For the past 80 years since the Pensacola Dam was built, floods like this have devastated the city. 

Today the dam is up for relicensing. If the relicensing is passed with the condition that the water level must be lowered, the intensity of flooding in Miami will decrease. On the other hand, if, as many politicians and vacationers are arguing for, the water level is raised, then flooding will increase. 

Historic Photo of the Pensacola Dam (referred to as Grand River Dam in this image)

[Source: Small Curio]  

There is also another twist. Ten miles away from Miami is one of the most contaminated areas in the country, the Tar Creek Superfund Site. The location of the site means that flooding events not only damage roughly 1500 homes and displace families but the water also carries toxic mine waste, spreading it throughout the city. 

At the end of the 19th century, lead and zinc deposits were identified in the northeastern corner of Oklahoma leading to the Indigenous inhabitants being forcibly removed. For the following 70 years, massive mining operations devastated the area. In 1967, shortly after mining ended, groundwater flooded the abandoned mines and spilled into Tar Creek, contaminating the watershed with toxic waste. To this day, waters contaminated by mine waste flows through the Tar Creek watershed. Yet, on hot Oklahoma summer days, the rivers are filled with children playing in orange stained water or fishing along the banks. 

Orange Water of Tar Creek

[Source: Author]  

Some might ask—if this has been happening for decades, why is it news today? 

The answer hinges on the future of the Pensacola Dam at Grand Lake O’the Cherokees, also known simply as Grand Lake. This relicensing is proposing to raise the water level at the lake for recreational purposes.  

Here is the problem: Increase the water level in Grand Lake and its ability to hold flood waters decreases. Decrease the holding room for flood waters and flooding upstream will become more frequent and intense as a result of the phenomena known as backwater flooding. Increase the intensity of floods upstream and the amount of toxic mine waste entering Miami will increase, resulting in more people being displaced and exposed to dangerous contaminants. 

So why is raising the water level in Grand Lake even on the table? 

The answer—recreation. Grand Lake is an extremely popular vacation spot in Oklahoma with many of the summer homes along its banks owned by the wealthy and influential, including recently retired U.S. Senator James Inhofe. Inhofe himself has been a leading voice in the fight to raise water and has the clout to make it happen. This makes it a battle between wealthy vacationers and residents of towns like Miami who demand the right to a safe home. 

The good news is that the decision has not yet been made. The Federal Energy Regulatory Commission (FERC) is responsible for approving the relicensing of the dam. As a government agency FERC accepts comments. Anyone can submit a letter stating why the Pensacola Dam relicensing should not include permission to increase the water level. Doing this is of the utmost importance as relicensing only occurs every 30-50 years. If the water level is allowed to be raised, Miami will be facing the consequences for at least the next several decades. 

The time to act is now. Write in using this link and make sure to mention docket number P-1494 in your comment.

Triumph Over Industry: Montana’s Landmark Environmental Victory

The unwavering efforts of a small group of environmental activists in Montana have, against all expectations, led to a stunning victory over the formidable mining industry. 

Imagine you have a birds eye view over Southwest Montana. You’d imagine that all you can see is wilderness. Instead, you see nearly a ten-mile-long gash running through the earth. That ten-mile-long gash is Rosebud coal mine, an enormous strip mining operation.

Strip coal mining operations remove soil and rock to expose layers of coal for excavation. Consequently, these mining operations have a negative impact on the environment. Without adequate measures taken, highly acidic drainage comes from the mining site. The drainage from Rosebud Mine contains heavy metals like arsenic, copper, and lead, acidifying the East Fork Armell’s Creek. Most species of fish cannot survive in an environment with a pH less than 5. In some cases, mining drainage has lowered the pH of neighboring streams to 3.

Strip Mining Operations South of Colstrip, Montana.
[Credit: National Archives and Records Administration.]

Strip mining is more than just an excavation. These mines disrupt entire ecosystems. East Fork Armell’s Creek, located near the mine, flows into the Yellowstone River. Like the Yellowstone River, the East Fork Armell Creek is protected under the Clean Water Act.  

East Fork Armell’s Creek hasn’t met the Clean Water Act’s standards for nearly two decades. Since 2006, the Montana Department of Environmental Quality (DEQ) has found that the stream has failed to meet its aquatic life support standards.

The Rosebud Mine started operating in 2002 . Since then, Westmoreland, the operator, has successfully applied for multiple permits to expand their operations. The Montana DEQ has approved their applications, despite knowing that East Fork Armell’s Creek is not meeting its prescribed water quality measures. Consequently, the Rosebud Mine is one of the largest in the nation.

Topological Map of Westmoreland’s Rosebud Mine.
[Credit: Montana’s Department of Environmental Quality Environmental Impact Statement.]

In 2015, Westmoreland submitted a proposed permit to expand their operations and a water impact study, which is necessary to operate nearby East Fork Armell’s Creek. Based on public comment and ongoing conversations with Westmoreland, the DEQ determined that there was sufficient evidence that measures were in place to protect the creek. 

Conservation groups immediately challenged the DEQ’s decision and brought the matter to the Board of Environmental Review (BER). They argued that the DEQ did not consider the cumulative impacts strip coal mining has on water sources outside of the permitted area. This, the conservation groups argued, was a violation of the Montana Strip and Underground Mine Reclamation Act. 

That argument, at least initially, failed. During a four-day hearing in 2016, the DEQ and Westmoreland presented their responses to the concerns presented. The BER supported the permit and held that the conservation groups didn’t prove that Westmoreland’s operations would impair East Fork Armell’s Creek to meet its water quality standards. The state approved Westmoreland’s permit to expand operations at Rosebud mine. This approval symbolized the longstanding leniency towards the coal mining industry, often prioritizing economic gains over human and environmental health.

After years of legal battles led by conservation groups, the Montana Supreme Court has finally ruled in favor of the environment. This isn’t just a legal victory; it’s a watershed moment for environmental advocacy in Montana. The ruling highlights that the state regulators have not only been lax in their duties but have blatantly disregarded the Montana Strip and Underground Mine Reclamation Act. 

For decades, regulators have seemed to bend over backwards to accommodate the coal industry, despite clear violations of environmental standards. This negligence has allowed for the continued expansion of the Rosebud Mine, a decision that blatantly ignored the known environmental repercussions. 

The court’s decision to withdraw the permit for the expansion for the Rosebud Mining site is a beacon of hope. It signals a shift in how environmental concerns are weighed against economic interests. This isn’t just a victory for residents of southeast Montana but a message to other regulators nationwide. Economic growth cannot and should not come at the cost of environmental health. 

As we celebrate this victory, we must also remain vigilant. The mining industry has been a formidable force in Montana, and this decision, though significant, is just one step towards a more sustainable future. It is a stark reminder that integrity and dedication are essential in safeguarding our natural resources, and we must continue to hold our leaders and industries accountable for the health of our planet.  

Climate Adaptation in Boston: Proceed on Green with Caution

Energy-efficient developments like Clippership Wharf in East Boston are achieving big sustainability and climate resiliency ambitions. They’re also being accused of making the area unaffordable for long-time residents. That is a problem. 

Green building projects increase efficiency and cut energy bills. Built more sustainably and with improved indoor air quality, green buildings improve human and environmental health. The catch? Most buildings in cities like Boston are in need of major sustainability investments. In Boston alone, more than 80% of existing housing needs energy retrofits. This is driving another concern: gentrification. 

Historically, gentrification has described the displacement of primarily low-income communities by new, more expensive developments that increase property values and attract wealthier residents. Today, green gentrification describes how sustainability-focused developments raise these same housing and equity concerns. 

That is why environmental advocates are concerned with Clippership Wharf in East Boston. The project is a ‘climate resiliency case study.’ It follows all of the guidelines of Climate Ready Boston (CRB), the city’s climate plan. Launched in 2016, Climate Ready Boston is helping Boston prepare for the extreme temperatures, precipitation, storm surges, and rising sea levels brought on by climate change. 

Clippership Wharf, completed 5 years after the program’s launch, meets all of CRB’s basic requirements: it is effective, feasible, adaptable, equitable, and socially and environmentally beneficial. The LEED-platinum housing development is a model of sustainability. It sits along a protected, natural shoreline and includes energy-efficient features. Despite these achievements, the luxury development has been accused of gentrifying East Boston. According to critics, Clippership Wharf is making the area more unaffordable and creating equity issues.  

Clippership Wharf, East Boston

Clippership was supposed to address equity issues too. Its developers, Lendlease, worked with Winn Development and the Boston Housing Authority to develop an adjacent site to meet the city’s affordable housing requirement. The development’s units are cheap and affordable. However, the development is minimally committed to supporting low-income residents. It includes 22 affordable rental units and 14 affordable condominiums. This isn’t even 10% of Clippership Wharf’s 478 units. 

We need to hold green development to higher equity standards. Checking the affordability box is not enough. Another Boston-based government program is determined to do just that. This September, the Mayor’s office launched a new program called The Healthy & Green Retrofit Pilot Program. Its aims are simple: “equity-first, multi-family housing electrification.”

The Healthy & Green Retrofit Pilot program is subsidizing retrofits for 10 lottery-chosen households. By starting small, Boston officials are hoping to work closely with community members to effectively meet their needs before scaling up. The new program will offer grants of forgivable 10-year loans to 2-4 unit buildings occupied by its owners. Supporting up to $50,000 in loans per unit, the program will also help with energy assessments and construction management. 

Using these resources, participating households can improve their home’s sustainability and resiliency. These improvements include insulation and ventilation upgrades, new appliances, air conditioning, and even solar panel installations. These things might sound boring, but they can have significant economic benefits by improving efficiency and reducing energy costs.

While a great initiative, Boston’s pilot program is tiny. President Biden’s 2022 Inflation Reduction Act is helping to finance similar programs by supporting sustainability and reducing energy costs on a much larger scale. The Weatherization Assistance Program, the Energy Efficiency Revolving Loan Fund Capitalization Grant Program, and the Energy Efficiency and Conservation Block Grant Program are just three programs supporting states’ ability to assist with sustainable and affordable housing.

Now more than ever, we should pay attention and advocate for programs that both support sustainability and the well-being of vulnerable communities. As Clippership Wharf has demonstrated, meeting the basic requirements is no longer enough. Whether small, local programs or national campaigns, green development needs to be held to higher standards. Green-housing equity is an essential part of all green transitions.