Project
Preserving the legacy of the Sierra Nevada de Santa Marta, Heart of the World
Rising abruptly from Colombia’s Caribbean coast, the Sierra Nevada de Santa Marta reaches 5,775 meters (18,946 ft.) at its highest points, the peaks of Bolívar and Colón. It is the highest coastal mountain system in the world, a place where indigenous knowledge and nature’s own wisdom converge.
The sheer changes in elevation create a wide variety of ecosystems within a small area, where the diversity of plant and animal life creates a unique exuberant region. The melting snows of the highest peaks form rivers and lakes, whose freshwater flows down steep slopes to the tropical sea at the base of the mountains.
The indigenous Arhuaco, Kogi, Wiwa, and Kankuamo people protect and care for this natural treasure with an authority they have inherited from their ancestors. According to their worldview the land is sacred and shared in divine communion between humans, animals, plants, rivers, mountains, and the spirts of their ancestors.
Despite this ancestral inheritance, development projects proposed for the region have failed to take the opinions of these indigenous groups into consideration. The Sierra Nevada de Santa Marta is currently threatened by 251 mineral concessions, hydroelectric projects, agriculture, urban sprawl, and infrastructure projects.
Many of these concessions were granted without the prior consultation of the indigenous communities, which represents a persistent and systematic violation of their rights.
Mining, which implies the contamination and erosion of watersheds, threatens the health of more than 30 rivers that flow out of the Sierra; these are the water sources of the departments of Magdalena, César, and La Guajira.
These threats have brought this natural paradise to the brink of no return. With it, would go the traditional lives of its indigenous inhabitants, who are dependent on the health of their land and the sacred sites it contains.
The Sierra hosts the archaeological site of la Ciudad Perdida, the Lost City, known as Teyuna, the cradle of Tayrona civilization. According to tradition, it is the source from which all nature was born—the living heart of the world.
The four guardian cultures of the Sierra are uninterested in allowing this natural and cultural legacy to disappear.
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I’ve seen them more times than I can remember, but the shock never fades: ten-foot-high flames burning off gas at the BP processing plant in Whiting, Indiana. The facility is close to where I grew up, so we’ve had a lot of time to marvel at the flare stacks. My sister thought they were volcanoes when she was little and, in my family, the name has stuck. Converting waste methane to carbon dioxide (CO2) through flaring is common practice in oil and gas production. This makes “volcanoes” a familiar feature of drilling and hydraulic fracturing, or fracking, fields. The sight of stacks spewing CO2 directly into the air is both visually striking and enraging: a visual metaphor for a world run on extractive, dirty energy. And yet, when it comes to fracking, the volcanoes and their carbon emissions aren’t even the biggest problem. That which is most dangerous is often hardest to see—invisible, in this case. Fracking’s worst air pollution actually occurs through methane leaks. Methane is a greenhouse gas whose global warming potential is 86 times greater than carbon dioxide over a 20-year period, according to the Intergovernmental Panel on Climate Change. It leaks stealthily at every point in the gas supply chain into our atmosphere, undetectable without advanced equipment and frequent tests. According to NASA, the oil and gas industry is responsible for the global rise in methane emissions, beating even landfills and dairy production. Many of these emissions come from leaking pipes attached to fracked gas wells. While many of fracking’s damages—the contamination of water tables, an increase in man-made earthquakes—are well documented, fracking’s air pollution is a more difficult battle to fight. There are no convenient visuals of tap water set on fire or flattened homes. But the fact that we can’t see methane leaking into the air doesn’t make its impact any less intense: diffuse toxic particles grip the throat like so many invisible hands; methane causes nosebleeds and asthma; gas leaks squeeze the brain into dizzying headaches and seizures; toxic additives cause babies to be born prematurely with low birth weight and life-threatening defects. Leaking methane is also of particular concern when it comes to climate change. When just less than 2 percent of a pipeline’s total carried methane leaks into the air, the gas loses its supposed “cleaner” climate advantage over even coal. Recent studies show that U.S. fracking fields leak at tremendously uneven rates, some up to a whopping 12 percent. In other words, only a small number of wells are responsible for an extreme amount of contamination. But this also means that we already have part of the solution: fixing leaks at these super-polluting fields would be a huge boon for climate regulation. Leak detention and repair requires frequent and careful oversight, but it is also cost-effective, and often actually pays for itself. Gas companies can patrol their own distribution lines, looking for and repairing leaks. Pneumatic pipeline controllers can be replaced with better, low-bleed controllers. This extra care, however, is exactly what fracking’s proponents fight against: the gas industry in the United States has long denied and diminished the severity of leaking pipelines. Like the greenhouse gas pollution that causes it, climate change is a slow-paced disaster. It is a long, diffuse emergency that, in a sound-byte world, isn’t dramatic enough for short-term elections and news cycles, and usually isn’t brought up until it’s too late. Alternatives to fracking But times are changing. And the solution to a warming world isn’t just about fixing leaks. We can’t just mitigate a life-threatening system; we have to end it. Instead of perpetuating our dependence on gas, we must invest in a just transition and move into economically sustainable forms of energy, like solar and wind. Gas delivery systems and their maintenance are as expensive as they are toxic, and will soon become obsolete. We must fight for better regulation of our present system, while building up alternatives for a better tomorrow. This is particularly important in parts of the world that are only now starting to embrace fracking. While somewhat ubiquitous in the global North, fracking has only just begun in Latin America, where roughly 5,000 wells have popped up in the past few years. Frontline communities and human rights defenders from across the Americas have fought hard to win bans or restrictions on fracking. They urge that their nations not fall for fracking’s trap—harms would be amplified by lax regulation and further aggravate climate change. In October they testified before the Inter-American Commission on Human Rights on the harm fracking has caused to communities across Latin America. Liliana Ávila, a senior attorney at AIDA, explained that fracking-induced pollution impacts basic human rights, and that environmental defenders often face extreme violence when protecting their territories from the gas industry. Part of the battle for a global and just transition towards a sustainable, equitable energy economy is being able to recognize those harms that are harder to see—including those that are invisible at first. It’s the quiet harms that unfold over long time spans that are catching up to us now.
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Coral reefs are my favorite wetlands. They’re full of so many colors and shapes, and simply teeming with life. When I’m underwater, my heart is full of peace and excitement, as I see myself surrounded by so many forms of life, so many species living together. As a marine biologist, I’ve had the opportunity to scuba dive in a variety of countries and see many of these beautiful ecosystems up close. Of all my dives, the ones I enjoyed most were those I did—for work and for pleasure—in the Bay Islands of Honduras. As a recent college graduate and volunteer with the Atlantic and Gulf Rapid Reef Assessment Program, I was in charge of monitoring the countless organisms that live in or on the reefs—seaweed, sea urchins, lobsters, queen snails, and so many others. Without a doubt, my time diving in the Cayos Cochinos sparked my personal and professional journey. Since then, I’ve set out to protect these magical ecosystems, vital to all life this planet. My current role, as scientific advisor to AIDA, uses science to strengthen the legal arguments employed to protect these and other at-risk natural environments in Latin America. Wetlands, vital and at-risk In addition to coral reefs, wetlands—characterized by the presence of water—include lakes and rivers, underground aquifers, swamps and marshes, grasslands, peat bogs, estuaries and deltas, mangroves, and sea grasses. Wetlands act as the “kidneys” of the planet because they recycle water and waste, retain sediment and nutrients, reduce erosion, and absorb carbon dioxide from the atmosphere, in turn mitigating climate change. However, it’s estimated that since 1700 we’ve lost nearly 87 percent of our wetlands at a speed three times greater than the loss of our natural forests. This has caused a drastic reduction in biodiversity, affecting 81 percent of continental species and 36 percent of marine and coastal species. Among the greatest threats to our wetlands are contamination by garbage, wastewater and industrial pollution; changes in land use; agricultural runoff, erosion and climate change. What’s more, global warming is increasing the temperature of the oceans, raising sea levels, and melting the poles. According to the Intergovernmental Panel on Climate Change, an increase of 1.5°C in global temperature could kill almost 90 percent of the world’s coral reefs—an irreversible and heartbreaking loss. Taking action to save wetlands Given this frightening global scenario, urgent action is required to protect our planet’s wetlands. In fact, there are many ways we can begin to do so immediately, such as: Creating restoration campaigns for vital ecosystems like mangroves and coral reefs. Declaring natural protected areas, to conserve wetlands and the species that depend on them. Developing policies that allow for the rational use of wetlands, where conservation is prioritized. Prohibiting the destruction of these ecosystems in any type of project, be it tourism, development or infrastructure. Establishing water treatment plans to prevent drainage and runoff from contaminating wetlands. Every year, on February 2, we celebrate World Wetlands Day, commemorating the signing of the Ramsar Convention, the only intergovernmental treaty for the conservation and rational use of our planet’s wetlands. This year’s celebration is focused on wetlands and climate change, inviting us all to reflect on the value of our wetlands, the critical services they provide, and urgency with which we must protect them. We are not powerless in the face of climate change. Saving our wetlands may just be the first step toward saving our planet, and ourselves.
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Coral reefs are my favorite wetlands. They’re full of so many colors and shapes, and simply teeming with life. When I’m underwater, my heart is full of peace and excitement, as I see myself surrounded by so many forms of life, so many species living together. As a marine biologist, I’ve had the opportunity to scuba dive in a variety of countries and see many of these beautiful ecosystems up close. Of all my dives, the ones I enjoyed most were those I did—for work and for pleasure—in the Bay Islands of Honduras. As a recent college graduate and volunteer with the Atlantic and Gulf Rapid Reef Assessment Program, I was in charge of monitoring the countless organisms that live in or on the reefs—seaweed, sea urchins, lobsters, queen snails, and so many others. Without a doubt, my time diving in the Cayos Cochinos sparked my personal and professional journey. Since then, I’ve set out to protect these magical ecosystems, vital to all life this planet. My current role, as scientific advisor to AIDA, uses science to strengthen the legal arguments employed to protect these and other at-risk natural environments in Latin America. Wetlands, vital and at-risk In addition to coral reefs, wetlands—characterized by the presence of water—include lakes and rivers, underground aquifers, swamps and marshes, grasslands, peat bogs, estuaries and deltas, mangroves, and sea grasses. Wetlands act as the “kidneys” of the planet because they recycle water and waste, retain sediment and nutrients, reduce erosion, and absorb carbon dioxide from the atmosphere, in turn mitigating climate change. However, it’s estimated that since 1700 we’ve lost nearly 87 percent of our wetlands at a speed three times greater than the loss of our natural forests. This has caused a drastic reduction in biodiversity, affecting 81 percent of continental species and 36 percent of marine and coastal species. Among the greatest threats to our wetlands are contamination by garbage, wastewater and industrial pollution; changes in land use; agricultural runoff, erosion and climate change. What’s more, global warming is increasing the temperature of the oceans, raising sea levels, and melting the poles. According to the Intergovernmental Panel on Climate Change, an increase of 1.5°C in global temperature could kill almost 90 percent of the world’s coral reefs—an irreversible and heartbreaking loss. Taking action to save wetlands Given this frightening global scenario, urgent action is required to protect our planet’s wetlands. In fact, there are many ways we can begin to do so immediately, such as: Creating restoration campaigns for vital ecosystems like mangroves and coral reefs. Declaring natural protected areas, to conserve wetlands and the species that depend on them. Developing policies that allow for the rational use of wetlands, where conservation is prioritized. Prohibiting the destruction of these ecosystems in any type of project, be it tourism, development or infrastructure. Establishing water treatment plans to prevent drainage and runoff from contaminating wetlands. Every year, on February 2, we celebrate World Wetlands Day, commemorating the signing of the Ramsar Convention, the only intergovernmental treaty for the conservation and rational use of our planet’s wetlands. This year’s celebration is focused on wetlands and climate change, inviting us all to reflect on the value of our wetlands, the critical services they provide, and urgency with which we must protect them. We are not powerless in the face of climate change. Saving our wetlands may just be the first step toward saving our planet, and ourselves.
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