The Color of Injustice – the Color of Farming

Over the course of Trump’s presidency, immigration policies are among the strictest the country has experienced. The effects of this are felt strongly on U.S. farms, which have relied on foreign migrant labor for decades. While the H-2A program, a special farm worker visa, is in place to support migrant laborers, there are not enough visas to meet the need of the expansive farming industry.

Who is taking their place? The incarcerated.

Multiple states have passed anti-immigration laws that mirror federal regulations and emulate Arizona’s much contested S.B. 1070. The result is a sudden scarcity of migrant laborers who no longer risk the border crossing due to fear and distrust of public institutions. To fill the shortfall, Idaho state Senator Patti Anne Lodge authored a bill in 2014 that allows Idaho farms to use prison inmates as labor, having seen first-hand the untended and rotting fruits across her state orchards. Putting prisoners to work, she believes, will be a form of rehabilitation for the inmates: “ninety-five percent [of prisoners] do get out, and they are given a better chance to come back into the community and become productive, accountable people.” Senator Lodge sponsored a second bill that passed in 2018, expanding the program to more agricultural sectors.

Critics have denounced Senator Lodge’s perspective on the prison-to-farm program. They argue that the program is a shocking return to convict leasing for agriculture, a post-Civil War practice that replaced slaves with incarcerated people. The practice was abandoned by both federal and state governments in the 20th century after becoming infamous for the brutal conditions imposed on majority black inmates.

The current farm-to prison program is not unique to Idaho. There are currently over 30,000 incarcerated people working on U.S. farms, many making less than a dollar a day. The private prison system is pocketing the profits of their work. California’s correctional industry, for example, made over $2 million from such agriculture and food programs between 2015 and 2016. Businesses are profiting too: the Arizona Corrections Industry has a $5 million labor contract with Hickman’s Family Farms—the 4th largest U.S. egg producer—and a $2 million labor contract with Nature Sweet which established a base pay for inmates of $2.00/hour.

You might think the same laws that banned nineteenth-century convict leasing would apply here. You’d be wrong. While the current prison-to-farm programs have been admonished by the National Association for the Advancement of Colored People (NAACP), proponents of the programs argue that there is no racial bias behind the program, corporal violence is prohibited, there is sufficient food and housing, and work days don’t exceed 8-hours. Thus, it is different this time.

Taking a look at who makes up the incarcerated population, it might not be so different after all. Compared to white Americans, African Americans are incarcerated at 5.1 times and Latinos 1.4 times more frequently. These numbers are the result of decades of racist and minority-targeting policies from Jim Crow to the 1994 “tough on crime” law to stop-and-frisk. In Georgia alone, where prisoners labor to harvest Vidalia onions, 60%of inmates are black and 35% are white. While the national demographics of inmate farm workers are not readily available, given the breakdown of the larger prison system, it is likely predominantly non-white populations.

What’s clear is that farm labor is delegated to groups that have been historically exploited. The problem of Idaho’s unpicked apples isn’t a farm labor shortage, but a documented worker shortage. If workers were given the opportunity to work safely with authorization and without fear of deportation, Senator Lodge would not have seen a landscape of unproductivity and abandonment. What’s more, the benefits of “fresh air” and “hard work” for inmates, touted by Lodge and other legislators, shouldn’t be considered replacements for programs whose primary focus is to improve inmates’ lives—high school and college education, vocational training, and alcohol/drug dependency, counseling, rehabilitation, and awareness programs. Prisons should put rehabilitation first, not the profits of industrial farms and private prisons.

As Sarah Evans of Food First, a research, education, and activist organization aimed at addressing food justice, writes, “Fair wages, worker protections, and dignity is the answer to labor shortages, and should be the bedrock of a just food system.”

Unearthing the Future in the Salton Sea’s Past

You probably wouldn’t expect to find a 350 square-mile lake in the middle of California’s Sonoran Desert. 

Neither did I. When I visited Joshua Tree National Park, I anticipated lizards, cacti, and expanses of sand. But on our last day camping, after trekking up to Keyes point for a view of San Gorgonio Mountain and the San Andreas fault, something in the distance caught my eye. 

The view from Keyes Point with the Salton Sea in the distance

“Is that… water?” I asked my friend. 

We were confused. Might it be a mirage? Only after finding cell service again were we able to confirm our sighting: A lake exists in the middle of the desert.

The Salton Sea. We knew that we had to go. 

A quick detour south, we zipped down Route 86 passing through towns with cutesy names like “Desert Shores” and “Bombay Beach.” We expected to find an off-brand Palm Springs, or maybe an Indio with water. Up until this point, the desert towns of the Coachella and Imperial Valleys had impressed us with their charm. 

But a few miles in, we knew that something about the Salton Sea was off. The air was thick. The visibility was terrible. We had to turn our wipers on to brush off the dust caked onto our front windshield. We passed two other cars on the entire four-hour excursion. Then there was a smell unlike any I’ve ever smelled before — rotting fish with sharp notes of drain cleaner and old eggs. Yuck.

When we arrived, Bombay Beach turned out to be a 1960’s ghost town. Desert Shores wasn’t much different. The drive-in movie theater was packed with abandoned (now vintage) cars. Old diners and restaurants were reduced to ruins. The fancy Yacht Club lay crumbling under its own weight. A single flag, bleached white from 60 years of desert sun, blew gently in the wind, somehow still clinging to an upright flagpole. The flagpole, as the last remaining vertical structure in the town, seemed aware of its own irony.  “Looks like someone has surrendered,” we joked. 

If there’s one word that sums up the Salton Sea, it’s post-apocalyptic. The ritzy resort-town lifestyles of the Salton Sea’s past are long gone now, and what remains is a desolate shell of what once was. Why? 

It’s the same reason that my friend and I turned the car around and headed home sooner rather than later: We couldn’t stand the thick air, the mysterious dust, and that god-awful smell. Environmental degradation drove people away. 

To understand what happened, you need to know how it all began.  The Salton Sea never should have existed in the first place.

The story begins with the Salton Basin, which is the second-lowest point in North America. It sits 226 feet below sea level and it had been bone dry since around 1700. 

Then enterprising Americans started tinkering with the region’s water cycle. In 1900, the California Development Company diverted water from the Colorado River through a 60-mile canal to the Imperial Valley for farming operations. It was an audacious project. But it worked. The irrigation canal supplied water to the growing desert agriculture industry starting in 1900. Then, five short years later, the plan backfired. 

In 1905, it rained a lot in the southwest. The rain flooded the Colorado River, breaching the new irrigation canals, and flooding the Salton Basin. For two years much of the Colorado River flowed into the desert, not toward the ocean, and the Salton Sea was born. The engineers at the California Development company did not foresee how unpredictable weather events would lead to disaster. That led to one of the biggest engineering mistakes in American history. As a result, the largest lake in California is located in the driest region of the state.

Real estate investors saw this unique landscape as an opportunity– perhaps the Salton Sea could be the best of both (dry and wet) worlds. In the 1950’s and 1960’s, they developed the area into a prominent resort destination, hence the towns of Bombay Beach and Desert Shores. With the arrival of hotels, casinos, and upscale waterfront properties, Hollywood’s elite flocked to the area for the luxury desert-riviera experience. The Beach Boys docked their boats at the North Shore Yacht Club. Just down the street, Frank Sinatra and Sonny Bono partied amongst the desert palms. Look closely and you could spot President Dwight Eisenhower playing a round at the Salton City Golf Course. But the “miracle in the desert” was short-lived.

Ecology cut short the Salton Sea’s heyday.  With no natural outlets, what flowed into the lake stayed in the lake.  The slow trickle of runoff from Imperial Valley farms fortified the water with a polluted concoction of fertilizers, pesticides, and selenium, leading to toxic algal blooms. The lake is also becoming saltier as water evaporates in the dry heat. This was a death sentence for aquatic life. You can still smell the consequences from miles away. It’s no wonder that everyone packed up and left after 1970.

The obvious solution for fixing a lake that shouldn’t have been there in the first place is to let it disappear. It wouldn’t be hard — the lake should dry up in about 50 years if people let it be. But the haphazard actions of the agricultural industry complicate things. 

This complicating factor is dust. As the water in the Salton Sea evaporates, the lakebed underneath becomes exposed to air. A century of toxic sediments, accumulated from industrial and agricultural drainage, are suddenly one wind gust away from becoming airborne. The dust we encountered on our windshield makes sense now. 

The threat of toxic dust storms is a scary one. Once the dust is inhaled by humans, it can cause asthma, bronchitis, and other pulmonary diseases. It’s already affecting the vulnerable low-income communities of color at the northern and southern tips of the lake: residents of the Imperial Valley are three times as likely to have asthma as other Californians.  Even worse, experts say that toxic dust storms have the potential to intensify as the lake continues to dry, and could reach Los Angeles or Las Vegas. 

What is so complicated is that it is agricultural run-off that holds the dust at bay.  That makes agricultural runoff a can’t-live-with-it, can’t-live-without-it problem for the Salton Sea. On the one hand, it’s the only thing keeping the water levels high enough to prevent a major public health disaster. On the other hand, it’s polluting the water and turning the Salton Sea into a toxic lake. 

Various government agencies and non-governmental organizations have been trying to find a feasible solution for years. 

There was a glimmer of hope from 2003-2017 when the Imperial Irrigation Authority struck a deal with the San Diego County Water Authority. The agreement was that San Diego would help Imperial Valley farmers build up agricultural infrastructure to improve water efficiency,

lessening their demand for irrigation water. In turn, the Imperial Valley farmers allowed the water they saved to flow to San Diego as drinking water. With agriculture operating efficiently and San Diego getting the excess, there was less runoff flowing to the Salton Sea, threatening to lower the water level and expose the drying lakebed to the desert wind. This exposed sediment, accumulated with decades of toxins from agricultural runoff, could cause deadly toxic dust storms. To prevent an air quality disaster, the agreement required that for 15 years, the Imperial Valley allow some of its share of the Colorado River to flow into the Salton Sea. It was a win-win solution. The agreement wasn’t renewed after 2017 because the Imperial Valley didn’t want to bear the burden of keeping the Salton Sea under control– the local government doesn’t have enough money or resources to continue pouring their water into a body of water that generates no revenue. Now, the Imperial Irrigation Authority is looking to the California state government to take over mitigation efforts.

The situation is bleak at best. Water levels in the Salton Sea are dwindling, and freshwater is scarce for the majority of California. The state government is struggling to find a feasible solution. Some are beginning to say that it’s too late.

As we turned north and headed for home, my friend and I pondered our brief venture into the post-apocalyptic world of the Salton Sea. Utterly stunned, we couldn’t help but feel like stumbled on the skeleton hidden in California’s closet. 

What worries us most is that the Salton Sea may not be an artifact of the past, but a harbinger of the future. All over the state, people are growing crops in the desert, extracting and propelling water around California like it’s Gatorade at a football game, just like the irrigators did in 1900. Will these plots of irrigated dryland result in the accidental creation of a 6 million acre-foot lake and the looming threat of toxic dust storms 100 years into the future? Based on what we learned from the Salton Sea, perhaps. Will problems of some kind arise? Absolutely. 

 

Making the Grade: Breaking Down the Candidates’ Environmental Scorecards

When I started writing about the Democratic presidential primaries, there were eleven candidates running for the nomination. By mid-March, the pool had dwindled down to two: Senator Bernie Sanders and former Vice President Joe Biden. Since I started writing this piece, Sanders suspended his campaign. While that means Biden effectively has secured the nomination, voters still need to be informed on his platform. Studies show that the environment, specifically climate change, is one of the top issues for many Democratic primary voters.

Multiple environmental non-profits have created ‘scorecards’ that make clear just how differently Biden and Sanders approach environmental issues. Intended to be easily digestible, these reports breakdown the specifics of each candidate’s stances and assigns an overall score or grade. But how useful are these scorecards to the environmentally minded voter? I decided to explore this question by examining focus, methodology, and consistency of four scorecards published by four well-known environmental organizations: Center for Biological Diversity, the Sunrise Movement, 350 Action, and Greenpeace.

The focus of the organization producing the scorecard impacts the issues included in the scorecard. 350 Action, a nonprofit focused on climate action, assessed the candidates on four climate-related categories. Greenpeace also kept a narrow focus on climate policy. The Sunrise Movement was even more specific by only evaluating Biden and Sanders on their approach to the Green New Deal. Taking a wider approach, the Center for Biological Diversity looked more broadly at environmental issues, including wildlife, public lands, and environmental justice, in addition to climate change. These different approaches have a lot to offer, but the Center for Biological Diversity offers the best overview of multiple current environmental issues. If you want more specifics on climate policy, the Sunrise Movement breaks down everything and anything related to the Green New Deal.

The scorecards differ in their methodology too. Assessments include letter grades (A, B, C, etc.), points, and check marks. Each are simple enough to get their point across, but how are the organizations coming up with their scores?

While they back up their statements with research, I did not find a concrete grading rubric for the scorecards. This makes it hard to know why a candidate got a C instead of a C+ for their stance on fracking, for example. This may feel like an small detail, but it does ultimately influence how meaningful the final scores are, so readers should keep this in mind.

If you want more information than the final scores, each organization backs up their grades with evidence pulled from candidates’ websites, speeches, tweets, past legislative initiatives and voting records. The Sunrise Movement scorecard was especially research intensive. Their scorecard has four main categories, sub-categories within those, and even more sub-sub-categories. It scores candidates on 61 different topics relating to the Green New Deal on a scale that adds up to 200 potential points. More information for each score can be found by simply clicking on it, although like the other organizations there is little explanation for why they assigned the number of points they did.

Despite these differences in scope and methodology, all four scorecards come to similar conclusions. Bernie Sanders surpassed Joe Biden on each scorecard. Green Peace gave Sanders  94/100 (an A) while Biden received 72/100 (a C-). This trend continues for each organization with the exception of the Sunrise Movement scorecard where Biden scored only 75/200, or an F-. This may not be too surprising though, because Sunrise is a youth-led organization. In a Yahoo! News survey, only 18% of 18-29 year olds ranked Biden as “very favorable” compared to a 41% ranking for Bernie. For all the variations in topics, methodology, and grading criteria, these four environmental organizations all came to a consensus that Bernie Sanders is the most environmentally progressive candidate.

Regardless of the final conclusions, none of these scorecards are the be-all-end-all source for the environmental stances of the candidate. By focusing on the heavily displayed conclusions, readers may miss the supporting evidence found in external links and separate webpages. For example, in the 350 Action scorecard, you wouldn’t know that Sanders has already taken action to open federal investigations on the fossil fuel industry unless you read the “Sources and Research” document at the bottom of the page. Ultimately, these types of scorecards are valuable overviews that supplement readers in their own research on politicians. It may seem pointless to research the only candidate left in the race, but it’s important to know the facts and keep politicians accountable, whether you voted for them or not. To learn more details about Biden’ environmental past, present, and future, I suggest you dig deeper into his online platforms, voting records, and campaign finances.

 

Sunrise Movement Center for Biological Diversity Green Peace 350 Action
Joe Biden 75/200 C+ 72/100 1/4
Bernie Sanders 183/200 A 94/100 4/4

 

Pebble Mine’s Threat to Alaskan Belugas and What the Government is NOT Doing About It

By Jessica Ostfeld

 

Red, white, and blue. Blue ocean. White body. Red blood.

 

Beluga whales are distinguished by their white bodies. When they are struck by ships, however, they bleed red into the ocean blue. This is already too common in Alaska’s Cook Inlet. The inlet is home to an endangered group of beluga whales. Now they are endangered by a new threat: the proposed Pebble Mine.

 

Pebble Mine is a proposed massive open pit mine, situated between Cook Inlet and Bristol Bay, 200 miles southwest of Anchorage. The Canadian company Northern Dynasty Minerals has been trying to develop it for gold and copper for more than a decade. The US Army Corp of Engineers (USACE) has nearly completed the required Environmental Impact Statement (EIS) review process. Controversy, however, haunts the process.

Location of Pebble Mine, denoted by black star.

 

Many Alaskans are (rightfully) concerned about the mine’s potential impacts on their livelihoods. The mine would be situated at the headwaters of two rivers that feed into Bristol Bay, endangering an extraordinarily pristine and productive salmon fishery of importance to both commercial fishermen and Native Alaskans. Less discussed are the mine’s potential impacts on local beluga whales. To service the mine, a new port would be built at Cook Inlet, an area designated as critical habitat for Cook Inlet beluga whales. In 1979, the Cook Inlet belugas numbered 1,300. Today, only 279 remain.

 

Why is Pebble Mine such a big threat to the Cook Inlet beluga whales? The new Cook Inlet port, built to ship ore from the mine abroad, would greatly increase shipping traffic. Beluga whales use an extended repertoire of sounds to communicate and rely on echolocation to locate prey. Increased shipping traffic would increase sound pollution, interfering with the whales’ ability to communicate and hunt, and heighten the risks of fuel spills or vessel strikes. These new environmental stressors jeopardize the future of the Cook Inlet beluga whales.

The Army Corps’ draft of the final EIS, however, does not adequately evaluate the environmental impacts Pebble Mine poses to Cook Inlet belugas. The document only mentions beluga whales once in the context of indigenous subsistence hunting, blaming the Cook Inlet beluga’s decline on indigenous groups without sufficient evidence. It reads: “(indigenous) subsistence harvest of Cook Inlet beluga whales prior to 2000 led to population decline and severe limitation on the subsequent subsistence harvest.” Though groups and agencies, such as the Environmental Investigation Agency, the US Fish and Wildlife Service, and the Alaska Department of Fish and Game, have raised these and other environmental concerns to the U.S. Army Corps of Engineers, they have not been thoroughly considered in the EIS. The Fish and Wildlife Service even recommended that the Pebble Mine Project should be denied a permit due to environmental impacts.

 

In light of these and other environmental concerns as well as the major disruptions COVID-19 is causing, concerned organizations, such as the Bristol Bay Native Corp., the Bristol Bay Native Association, and Commercial Fishermen for Bristol Bay, are calling on the Army Corps of Engineers to extend the timeline for the environmental impact study and the deadline for  cooperating agencies to provide comments. Without an extended timeline, environmental concerns, such as those regarding beluga whales, will have no chance of being incorporated into the Final EIS.

 

To help remedy this situation, please email Col. Phillip Borders of the U.S. Army Corps of Engineers at POA.ExecutiveOffice@usace.army.mil or tweet at the U.S. Army Corps of Engineers. In your email or tweet, please ask that he and the agency extend the timeline for the Final EIS development for Pebble Mine, and for them to take this opportunity to more fully consider its impacts on the endangered Cook Inlet beluga whales. To strengthen your comment, consider including why the protection of beluga whales is so important to you. Maybe there is an interesting fact about them that stuck with you, a memory, or a story. Help the U.S. Army Corps of Engineers understand why belugas need to be more thoroughly considered in their environmental impact statement.

The Role of Indigenous Communities Within Environmental Restoration

What happens when an environmental restoration project is at odds with a local community’s values, needs, and traditional knowledge of an ecological space? How can a project pivot towards a sustainable mode of land management that is inclusive of community needs? In the case of indigenous communities, the historical precedent for their exclusion from environmental restoration plans is one that has required continuous changes to environmental management’s ideas of inclusive planning.

One of the most visible examples of this exclusion are the very designation of National Parks and protected wildlife areas that are considered to be a form of pristine nature. Indigenous communities have a complex past with these spaces, many communities having been forcibly uprooted from land. Complete disregard of land and treaty rights were a norm that governed the distribution of land use for these parks and later defined acceptable activities on the land.  Both the National Park Service Organic Act of 1916 and the Wilderness Act of 1964 defined the preservation of wilderness as one that has been uninhabited, devoid of human interactions. The idea of this unpeopled landscape was one exclusive of the historical indigenous use of land, and fed into ideas of what was considered acceptable appreciation and interaction of nature, not allowing for traditional spiritual and subsistence usage. Because these spaces are central to a community’s culture and way of life, people within these communities experienced further marginalization.

Contrasting the historical exclusion of indigenous activity within national parks such as Yellowstone, are a large majority of Alaskan national parks. Subsistence use of the Alaska wilderness is central to the physical and spiritual wellbeing of rural communities. The Alaska National Interest Lands Conservation Act of 1980 recognized this when they added more than 50 million acres to the NPS and legally recognized the usage of these lands for subsistence usage. Communities within these areas are better able to practice sustainable hunting in line with their ideas of ecological conservation. The inclusion of these communities’ activities in environmental restoration projects can be done by these types of activity acknowledgements and reliance on local/indigenous knowledge for management of an area. Examples such as these showcase the ability of sustainable park management that is inclusive of these communities.

The complications of how certain visions of ecological restoration projects fit into traditional community continue to be an issue that impacts how these spaces are run. Topics of focus for this include land usage, property rights, who is allowed access to these spaces, and who benefits or is negatively impacted by how environmental organizations handle these aspects of their spaces. Looking at the key differences and results that projects like the above mentioned achieve, we can seek out better ways of cultivate ecologically sustainable projects that are inclusive of all ways of life.

Risky business: As climate change advances in a capitalist world, why farmers in the Central Valley must choose between their livelihood and clean water

Few things sum up twenty-first-century trend culture more than wine nights, shower oranges, and fancy $3.99 almond milk yogurt from Whole Foods. These fruit and nut products have exploded in popularity over the last few decades, while America continues to shift away from so-called “cereal crops” like corn or wheat (think of the rise of paleo, Whole 30, or ketogenic diets). But the shift comes at an unexpected cost. 

One would think that the boom in the fruit and nut industries would be good for farmers and their communities. However, an October 2019 study from researchers at the University of California, Davis found that increased demand for fruits and nuts has forced farmers in California’s Central Valley to a crossroads. They must choose between financial prosperity or water security. Both options are harmful in some way or another. 

Fruits and nuts grow on trees. All trees belong to a subset of plants known as “perennials”, which is a fancy way of saying that they survive the winter and continue to grow year after year. According to the study, rising market demand for fruits and nuts has caused the value of these perennial crops to increase by 40% over the last 40 years. For instance, the going rate for a pound of pistachios has increased in price from $1.16 in 1996 to $2.65 in 2018. It comes as no surprise, then, that farmers have switched from growing annual crops like wheat or cotton to perennial crops such as fruits and nuts. As a result, farmland devoted to perennial crops has nearly tripled in the Central Valley over the past 40 years. Farmers have reaped the economic gains. In an area that has long been plagued by chronic poverty and unemployment, this has served as a seed of hope amidst a history of struggle.

So what’s the problem? In short, there is not enough water. 

Perennial crops are thirsty. They use significantly more water per acre compared to annual crops. To make matters worse, because they are slow growing, often taking 5-10 years of cultivation before they produce a harvest, perennials are much less tolerant of drought. While an annual crop can simply be switched out for a different, less water-dependent annual crop during drier years (thus allowing farmers to adapt to variable climate), a perennial crop grows over a multiyear period, which locks farmers into a water guzzling operation for decades at a time. That makes a plot of perennial crops a high-risk, high-yield investment, requiring ~5 years of watering before any significant payoff occurs, plus a commitment to consistent watering for the remainder of the life of the plant. Using this line of reasoning, the study highlights that the new Central Valley requires a larger volume and a more consistent supply of water than it’s annual-filled predecessor ever did. 

Unfortunately for this water-hungry batch of crops, the amount of water supplied to the valley is finite, and it is likely decreasing. The researchers of the study cite previous scientific research to show that climate change is making an already dry climate even drier, and that surface water is increasingly scarce. This was made clear during the 2011-2017 California drought, one of the longest and most severe on record. Based on the study of this drought, scientific consensus predicts that surface water supply will become more and more unreliable. This has forced perennial farmers, who would face significant economic loss on investment if their perennial plants did not receive enough water, to tap into underground aquifers for agricultural use.

According to the study, the overuse and depletion of aquifers for agricultural water supply is harmful to the small rural communities that sit atop them, in two very different ways. First, when these aquifers run out of water, the empty aquifer will often fill with water from a nearby saltwater source. Consequently, drinking water wells that draw from these aquifers will pull up water that is too salty for human consumption. Most rural communities in the Central Valley are hundreds of miles away from another source of freshwater (The California government operates an extensive network of dams and canals to pipe surface water to dry cities like Los Angeles, but in recent years little to none of this freshwater has made its way to the Central Valley). Rural communities depend on wells for drinking water, and salt contamination threatens water security in a very serious way. The second harmful effect of aquifer depletion is land subsidence. In simple terms, this is when the ground sinks as the water underneath it is drained. According to the study, some areas of the Central Valley have sunk as much as 28 feet since groundwater pumping began in the 1920s. This is a safety hazard as well as an economic stressor because it can cause damage to buildings, homes, and other infrastructure. 

There have been several attempts to solve the groundwater crisis in California through state regulations. The 2014 State Groundwater Management Act (SGMA) proposes limits on groundwater use, to prevent aquifer depletion and protect local communities and ecosystems from the effects of water scarcity. However, these regulations are often vehemently opposed by the people they are meant to protect, because curtailing agricultural groundwater use will still harm the Central Valley regardless– just in a different kind of harm. Less water means less money. The proposed restrictions could cut farmer’s revenue by as much as 30%. Instead of struggling to find enough clean freshwater to support both farming operations and rural communities, farmers will be struggling to make ends meet financially, as crop yields will be limited and economic success halted under the proposed restrictions. For the farmers, stress and loss will simply be transferred from one form to another.

So, facing the reality of an increasingly unforgiving climate and the need to make a living, farmers have a choice to make– 1.) plant perennial crops, and choose financial security at the expense of water security, or 2.) forgo planting perennial crops, stick to annuals, and choose water security at the expense of financial security. 

It hasn’t always been like this– how did farmers end up stuck between a rock and a hard place? For one, our preferences have changed. America is eating fewer grains and more fruits and nuts. But on a second look, it’s not really our fault. The shift towards perennials is only a problem because the marketplace has turned a simple change in preference into an unregulated and environmentally-unchecked money game. As money games so often do, the burden falls on the least powerful–In this case, small rural farming communities, often thousands of miles away from the supermarkets they supply, and worlds away from the trendy concept of a shower orange. 

The study’s analysis compels us with a humanistic understanding of the situation at hand. For those of us lucky enough to indulge in almond-milk yogurt without giving it a second thought, we may never feel the effects of this structural oppression unless we go looking for them, and we will never solve the problems that arise unless we drastically rethink our approach to free markets and natural resource extraction. Pay the farmers enough money in the first place (government, we’re looking at you), and they won’t need to overdraw the aquifers needed for drinking water. The food system will supply just as much perennial crop product as nature can sustainably support. Until then, rural farming communities in the Central Valley will suffer one way or another, disproportionately paying the price in a system rigged against them.

Transforming Black Lives in the Mississippi Delta

Chandra Williams in the Crossroads Cultural Arts Center. Photo by Ashley Funk

Chandra Williams in the Crossroads Cultural Arts Center. Photo by Ashley Funk

Hot, dry air whips in through the open windows of the speeding car, while fields of white expand past both sides of the highway. On the radio, another Blues song plays, and the histories of these fields come to life.

The Blues grew out of these cotton fields of the Mississippi Delta. As a means of resistance against the brutality they faced, African slaves would sing their broken histories and chant their pain. Here, in Clarksdale, Mississippi– known as the birthplace of the Blues– these legacies of oppression and resistance are very much alive. Every year, tourists flock to Clarksdale to celebrate the history of the Blues, enjoy the community’s endless hospitality, and taste its Southern cuisine. Yet, over 40 percent of the community lives below the US poverty line. Breaking down this statistic, nearly half of Clarksdale’s black residents live in poverty, compared to just over 10 percent of white residents.

Soon, the fields recede to the white-picket fences and mansions which line the grounds of the country club and golf course. A few miles further into central Clarksdale, families living in small, dilapidated wooden houses can barely afford electricity. Driving into Clarksdale, the divides between rich and poor, white and black, are obvious.

While it’s easy for some to harbor on Clarksdale’s struggles, Chandra Williams sees the city in a different way: “This could be a healing mecca,” she says confidently. Chandra is the visionary director of the newly formed Crossroads Cultural Arts Center (CCAC). Although Chandra recently moved to Clarksdale for the position, she has called Mississippi home for the past 15 years. As a talented artist and educator, she is passionate about using the arts as a force for healing communities and individuals. Her business card reads “Teacher of Transformation”.

Before her position at the CCAC, Chandra taught art for nearly a decade through the Brilliant Easel Art School, which she founded. Through the school, Chandra worked with Mississippi public schools and mental health facilities to empower individuals, primarily youth, through the arts. Chandra sees art as a way for individuals to connect with themselves, their cultures, and their natural world. In addition to her degrees in drawing, printmaking, and education in informal settings, Chandra has a certification through the Audubon Society in wetlands education. She uses these experiences to ground her work in transforming individuals and communities, and hopes to continue to do the same through the CCAC.

From the outside, the CCAC looks like an uninhabited warehouse. It fits right into the rest of town where run-down buildings are supposed to add to Clarksdale’s charm. But on the inside, the CCAC is an arena of endless potential, with wide-open rooms, a stage, and beautifully painted murals hiding behind every door. Chandra dreams of making the CCAC a space where people can heal through arts rooted in history, culture, and community.

Specifically, Chandra wants to use the CCAC to transform the way black Americans see themselves and their culture. “We’re suffering from an identity crisis,” she explains as she tells the story of a young man she knew who committed a crime and served time in prison, just because he thought that was the only way he could be a rapper.

One of Chandra’s guiding life philosophies is that art creates reality. “Art is made for our senses. The image or sound that we sense creates a thought in our mind, and that thought drives what we think is reality,” she says. Right now, one of the dominant realities being created by art, specifically music, links young black men to crime and violence. “The black image needs to be changed for ourselves, for everyone, especially for black boys,” Chandra explains, “Lives are depending on it.” Here, in Clarksdale, where violent crime rates are more than double the US average, her message rings clear.

To Chandra, the natural environment plays an essential role in restoring identity and grounding the arts, especially in the rural community of Clarksdale. “In society, there’s inequality, but in nature, everyone is equally powerful,” she says. “But before I came to Mississippi at 22 years old, I had never seen the uninterrupted earth.”

To prove her point, she eagerly shares another one of her many stories. While teaching at an alternative school, a group of her students thought she was “cool” because she grew up in the urban cultures of Chicago and St. Louis. But when she finally did step into the Mississippi woods for the first time, she was scared. “What’s cool is to be safe on the earth,” she said to the kids. Even though they didn’t grow up in city streets, they had other valuable gifts from growing up in a rural community. They could do things like hunt, grow food, and be comfortable in the natural world. For the first time, these black youth growing up in rural Mississippi realized that what they had was powerful.

“It’s like a bird in a cage versus a bird in a tree. There is so much more a bird can do to transform into its greatest self when it can grow in its natural environment,” she explains. “We need to return to our natural selves to get away from this social environment that has imposed so many limiting ideas about who we are.”

Chandra believes nature provides methods for change that she wants to explore through the CCAC. Many people try to change society through protests and changing legislation, but those methods often focus on problems rather than solutions. “They involve opposition, and such, we end up putting our energy into things that we don’t want rather than creating what we do want,” she says. “But there are natural ways of change that don’t require the approval or resources of an institution.”

To her, one of these natural methods of change is through art. Not only is art inspired by experiences with the natural world– whether that be the woods or city streets– it also gives power to individuals to create reality. Even though a lot of artwork today is controlled by the entertainment and music industries, individuals can create and distribute artwork freely– and with innovations like the internet, sharing art is easier now than ever before. Within a small town such as Clarksdale, the potential for sending a widespread message through artwork is even stronger.

Through the CCAC, Chandra hopes to reframe black identity by telling the history of African and African-American culture in Clarksdale. She wants to highlight the roots of the Blues, which are inspired by the descendants of the Fulani people of West Africa who, according to her, “used the Blues to sing their family trees.” She envisions a space for people to create art to reconnect to their culture by creating black American forms of art, such as bottle trees and one-string guitars. It is a program she hopes will inspire black youth in Clarksdale to connect with themselves, their gifts, and their natural environment.

Through this work, Chandra hopes that the community of Clarksdale can begin to recognize its strength as a predominately black, rural community with a deep history connected to cultures across the globe. Chandra hopes that through the CCAC, she can inspire individuals to transform into their greatest selves so that they, together, can build a stronger community. Not only can the work of the CCAC work to reinspire Clarksdale, but the message can spread to the rest of Mississippi and beyond. Through her vision and the CCAC, Chandra holds strongly onto one belief: “Mississippi can change America.”

The Fight to Survive: Sea Turtles in Costa Rica and Beyond

Tera with turtle

Courtesy of Tera

Courtesy of Tera

Courtesy of Tera

 

By Shivani Kuckreja

 COSTA RICASitting in the midst of the sprawling Las Baulas National Park, Tera Corinne Dornfeld begins to detail the many plights of sea turtles. As her turtle tattoo may suggest, Tera has devoted the past decade of her life to studying the decline of sea turtle populations. Now, from her small, dimly-lit room in the middle of Costa Rica, she shares her findings and explains why she is hopeful for the future of the species.

Just last year, it was estimated that 17%-22% of marine life caught annually by fishermen is discarded. In Costa Rica, alone, 15,000 sea turtles are killed annually by shrimpers. While the statistics seem bleak, Tera has faith that turtle excluder devices, or TEDs, can help decrease the number of turtles killed as by-catch. Rather than have fishermen unintentionally catch and suffocate sea turtles in their shrimp trawls, TEDs include areas in which sea turtles can escape the trawling nets. Citing the work of Sally Murphy, Dornfeld explains that the clunky TEDs are being remodeled to better suit thus to better appeal to the preferences of fishermen.

She also sees TEDs as an opportunity for the local Costan Rican communities to get involved. By encouraging local fishermen to join the discussion and voice their concerns and input, TEDs can be better designed for the average Costa Rican fisherman hoping to catch fish and shrimp—not turtles.

Not all sea turtle struggles can be solved by TEDs, however. It is sad to think that “after a long day of dodging fishing nets and nesting threats, leatherback turtles are still in danger when they are doing the most basic acts of all—looking for food”, Dornfeld states in despair. Drawing from her primary focus on leatherback turtles, she explains that the turtle’s only source of food is jellyfish, which is why it is so important that global communities—and, more locally, Costa Rican residents—address the littering of plastic bags, which leatherback turtles often mistake for jellyfish.

https://www.pinterest.com/pin/134334001358096177/

https://www.pinterest.com/pin/134334001358096177/

Acknowledging the impracticality and complexity of banning plastic bags, Dornfeld explains that the culture of Costa Rica is such that plastic bags are necessary, as trash and septic services in her area require all residents to dispose of trash in plastic bags. Maintaining hope, however, she sees an opportunity to ban the use of straws in restaurants around Costa Rica. Straws can get lodged in the noses of sea turtles, interfering with their breathing. After witnessing the pain inflicted on a sea turtle when a team tries to remove a straw from a turtle’s nose, Dornfeld is motivated to join forces with local Costan Rican communities to pick that battle in the coming months.

In addition to the threats that sea turtles face from plastics, Dornfeld also anticipates significant impacts on sea turtle populations as a result of climate change. The sex of sea turtles depends entirely on the temperature of the sand on which the eggs are laid. Within the next century, temperatures are expected to rise between 2.5 degrees Fahrenheit and 10 degrees Fahrenheit, and warmer temperatures yield female sea turtles. Being a tropical area, Costa Rica is especially vulnerable to the impacts of climate change. By 2050, the country’s temperatures are expected to increase by 2 degrees Celsius; by 2100, 4 degrees Celsius.

In the short-term, the number of female sea turtles are expected to rise significantly, eventually leading to a drop in overall sea turtle populations due to the absence of male sea turtles. In extreme cases of increased temperatures or decreased rain, such as what may occur in Costa Rica, many sea turtles could die.

Costa Ricans were estimated to emit only 7 million metric tons of CO2 in 2012, in comparison to the 36 gigatonnes of global emissions in 2012, but it is Costa Rican communities that will experience the severity of climate change. For the sake of under-resourced areas like Costa Rica, that have low carbon dioxide (CO2) emissions yet bear a large burden of the affects of CO2 emissions, it is imperative that countries around the world, especially developed countries, work to decrease their climate change-causing emissions, as the responsibility should not fall exclusively upon Costa Rica and similar countries.

Decreases in global CO2 emissions are imperative because Costa Rica’s economy depends heavily on tourism. Since the early 2000s, travel and ecotourism in Costa Rica has decreased, originally contributing 6.5% of Costa Rica’s GDP but declining to 4.5% of Costa Rica’s GDP by 2014. At the same time, the leatherback sea turtle population within Costa Rica has declined by over 90% since 1980, and will only further decline as climate change continues to impact our planet.

While sea turtle populations are facing incredible setbacks today, Dornfeld remains encouraged by the fact that sea turtles are an umbrella species for conservation: “When you protect sea turtles, you are protecting all other plants and animals in and around the ocean.” For starters, green sea turtles’ grazing helps maintain sea grass beds, which serve as breeding grounds for many sea creatures including fish and crustaceans. Furthermore, the unhatched sea turtles along the nesting habitat provide nutrients to dune vegetation, and stronger dune vegetation helps protect the beach from erosion.

Focusing her efforts on the powers of small-scale sea turtle conservation projects, Dornfeld looks forward to working with local communities to help ensure that sea turtles get back up on their flippers. She is also interested in learning more about how women can take time away from performing the traditional duties of a housewife to become involved in these small-scale projects. “What is possible to achieve through social science?” she asks, time and again throughout our conversation. “What needs to happen for people to drop everything and help the sea turtles?”

 

 

The New Ground Zero of Climate Change

Bridge over river with cars moving. Man on boat on river. Overcast skies over building.
Bridge over river with cars moving. Man on boat on river. Overcast skies over building.

Overcast skies over the Gulshan Banani Bridge in Dhaka, Bangladesh. Photo credit: Catherine Baltazar

Amidst the conversations regarding climate change, the usual questions that arises is: “who are the biggest contributors to climate change?” In most cases, the common responses are: the United States, India and China –countries with large populations. Other times, people connect the answer to this question with socioeconomic wealth and assume that countries with money can simply afford to shrug these problems away or place the burden on those with less. What if we were to take the question and reverse it: “who are the most impacted by the effects of climate change?” This questions will be at the heart of the beat I am proposing.

With four times as many people as California squeezed into an area the size of the state of Georgia, Bangladesh is one of the most densely populated nations on our planet with 156.6 million inhabitants. In 2013, the Intergovernmental Panel on Climate Change released its Fifth Assessment Report, which revealed various long-term implications for Bangladesh of highly probable catastrophic events and other climate change impacts. These effects would be manifested in manny forms including sea level rise, lack of economic resources, agricultural destabilization and decreasing access to safe drinking water. For Bangladeshis, the negative effects of climate change are occurring today. Every time a natural disaster hits, the people of Bangladesh muster their strength to collect their belongings and rebuild their homes, continuing where they left off. They progress at the best of their abilities. They have become the definition of resiliency. Survival, however, becomes difficult when the effects of climate change magnify the issue at hand.

The geographical location of the country, with its many rivers and tributaries, has always made the country extremely vulnerable to natural disasters. Climate change will intensify the frequency and strength of storms, which can have a rippling effect across the country. I would like to focus my beat on further understanding the implications of these effects on various communities.

Taking Back Our Communities: Resilient Redevelopment of the US

A sustainable community imagined

Photo Credit: Bulmer Foundation

People across the United States have recognized that the development of this country has not been sustainable or just. On a national scale, the US is one of the largest producers of greenhouse gas emissions and waste. On a local scale, unequal distribution of both resources and ecological hazards causes environmental, social, and economic injustices.

But communities are responding to these injustices. Throughout the country, people are coming together to rethink and rebuild their own environments and economies. From urban community garden projects in Detroit to resilient waste-water systems in rural Appalachian towns, communities are taking the lead in the redevelopment of the US. Not only is redevelopment improving the environmental sustainability of communities, but it is also strengthening their long-term resiliency by rejuvenating social and economic dynamics.

However, these stories are not always told, as they are often led by underrepresented communities who frequently do not have a voice in national media. What are these communities doing, particularly those who aren’t often heard? How has redevelopment contributed to building social, economic, and environmental resiliency within these communities? Which projects are successful, and which are failing? These stories will serve as powerful examples as people across the country transform their communities in order to build a more just and sustainable world.