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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Photos: Marcela Cintra / Text: Laura Yaniz Since late August, oil has been registered at more than 500 points along 2,500 kilometers of coastline in northeastern Brazil. What began with the appearance of small black spots on some beaches quickly became huge stains that changed the color of the sand itself. The spill’s origin remains unknown, as local organizations and communities organize to clean up their beaches. Far from being resolved, the problem is getting worse every day. The oil’s advance is threatening the marine life in mangroves and coral reefs, both key ecosystems for the survival of species. In addition, residents of the affected communities, who depend on tourism and fishing, have seen their lifestyles and economies threatened. Their health is also at risk due to the consumption of contaminated seafood and direct exposure to the spill. Faced with the inaction of government authorities, the people have been cleaning the beaches and sea with their own hands. The spill itself, coupled with state neglect, violates the human rights of the inhabitants of the hundreds of affected beaches. AIDA—together with the Projeto Publico Institute, Salve Maracaipe, Projeto Caribessa and Rede Minha Jampa—denounced these violations before the Inter-American Commission on Human Rights in an effort to urge the Brazilian government to respond to this social and environmental crisis. Soledad García Muñoz, the Commission's Special Rapporteur on Economic, Social, Cultural and Environmental Rights expressed her solidarity with the Brazilian people and authorities in the face of the tragedy and called on the State to "take the necessary measures to avoid a bigger deterioration of the affected ecosystems, considering that the time, the resources and the way of acting focused on human rights are the key factors for the effectiveness of a contingency plan that the present situation deserves.” She added: “the slower and partial are the measures adopted, more irreparable will be the damages for the Brazilian coast and its biodiversity, as well as for the quality of life of the people that live in these affected regions. It is necessary an urgent and sensible response in face of these serious events generated by the contamination, because that could also accelerate the effects of the climate change in the coast, mangroves, swamps and other ecologically vulnerable habitats.”
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Although they occur seasonally each year, respiratory diseases are becoming increasingly severe, said pediatrician Gina Pinilla, who works in Bogotá. As air quality decreases, health complications increase for children who come to the emergency department. What Dr. Pinilla has observed in more than a decade of experience as a doctor is no mere impression. A study conducted by a multidisciplinary team of researchers in Colombia shows that health damage from poor air quality is noticeable from day one. Hospital admissions increase over the first 24 to 72 hours and can extend for almost two weeks. It’s the first multi-city study conducted in Colombia and Latin America to determine the relationship between air pollution and respiratory and circulatory diseases in the population, explained lead researcher Dr. Laura Rodriguez of the Industrial University of Santander. Each contaminant affects us differently One of the findings that most caught the researchers' attention is that harms caused by pollutants are different for children and adults. Children suffer from respiratory diseases, while adults face cardiovascular complications. "Children between 5 and 9 years old face greater impacts and are more likely to have an episode that takes them to the emergency room,” explained Dr. Rodriguez. “But this doesn't mean that the younger ones are unaffected. When a child has respiratory complications, he or she may stay hospitalized for up to a week and be connected to respiratory support. "There are children who need prolonged hospitalizations. For a week, they are dependent on oxygen, whether from a nasal cannula or oxygen machines,” Dr. Pinilla added. “Then they are left with side effects and get sick often." The particular mixture of pollutants found in the air also affects each age group differently. "Pollution in every city has its own behavior: interaction, quantity and the change in makeup between cities," said Dr. Rodriguez. In Bogotá, for example, pollution by sulfur dioxide and particulate matter (PM10 and PM2.5) are related to circulatory diseases in people over 60. Pollution by nitrogen dioxide, sulfur dioxide and PM2.5 particles significantly increases the risk of hospitalization in people under the age of 15. The researcher says that the damage caused by nitrogen dioxide is not given much importance, despite being associated with cardiovascular disease in adults. And, when that pollutant is combined with sulfur dioxide and particulate matter, its effects are enhanced. Pollution harms, even in small quantities An important takeaway from this study is that contaminants can begin to damage public health even before they reach maximum allowable limits. Nitrogen dioxide, for example, is considered harmful, yet regulations have set very high emission limits. "Reaching these limits is very difficult. The city has to be in absurdly high pollution for the alerts to sound," explained Dr. Rodriguez. “The health effects are not related to whether you are exposed to the limits or not, but to the type of mixture you are breathing, because the pollutants are potentiating each other.” In several Latin American cities, regulations allow pollution limits that exceed the recommendations of the World Health Organization (WHO). For example, the WHO recommends a maximum average of 20 µg/m3 (micrograms per cubic meter) of PM10 (solid particles such as ash, soot and dust), but Bogotá has an average of 38 µg/m3. Other cities in the region have even higher annual averages: 40 (Monterrey), 55 (Mexico City), 62 (Lima) and 69 (Santiago). What does this information mean for your city? When poor air quality reaches its most critical levels, hospitals are left without beds and many children with respiratory illnesses remain in the emergency area, explained Dr. Pinilla. It's a common situation because there are no action plans for environmental contingencies. For Dr. Laura Rodriguez, the most important result of her research would be that it helps institutions take action to confront the issue. She recommends local governments and health institutions: Control and regulate the air quality parameters of industrial emissions, and consider monitoring other pollutants. Increase efforts to communicate to the public about the risks of pollution levels in their cities. Prepare hospitals, especially in the first months of the year when pollution reaches its highest level, aggravated by changes in the climate. She emphasized the importance of making intersectoral and multidisciplinary plans and investigations to understand the panorama of air pollution, and to ensure that this information gets into the hands of the appropriate authorities. The study was also conducted by Julián Alfredo Fernández-Niño (U. del Norte, Barranquilla), Néstor Rojas (U. Nacional), Luis Camilo Blanco (U. Santo Tomás) and Víctor Herrera, U. Autónoma de Bucaramanga). Consult it here.
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Although they occur seasonally each year, respiratory diseases are becoming increasingly severe, said pediatrician Gina Pinilla, who works in Bogotá. As air quality decreases, health complications increase for children who come to the emergency department. What Dr. Pinilla has observed in more than a decade of experience as a doctor is no mere impression. A study conducted by a multidisciplinary team of researchers in Colombia shows that health damage from poor air quality is noticeable from day one. Hospital admissions increase over the first 24 to 72 hours and can extend for almost two weeks. It’s the first multi-city study conducted in Colombia and Latin America to determine the relationship between air pollution and respiratory and circulatory diseases in the population, explained lead researcher Dr. Laura Rodriguez of the Industrial University of Santander. Each contaminant affects us differently One of the findings that most caught the researchers' attention is that harms caused by pollutants are different for children and adults. Children suffer from respiratory diseases, while adults face cardiovascular complications. "Children between 5 and 9 years old face greater impacts and are more likely to have an episode that takes them to the emergency room,” explained Dr. Rodriguez. “But this doesn't mean that the younger ones are unaffected. When a child has respiratory complications, he or she may stay hospitalized for up to a week and be connected to respiratory support. "There are children who need prolonged hospitalizations. For a week, they are dependent on oxygen, whether from a nasal cannula or oxygen machines,” Dr. Pinilla added. “Then they are left with side effects and get sick often." The particular mixture of pollutants found in the air also affects each age group differently. "Pollution in every city has its own behavior: interaction, quantity and the change in makeup between cities," said Dr. Rodriguez. In Bogotá, for example, pollution by sulfur dioxide and particulate matter (PM10 and PM2.5) are related to circulatory diseases in people over 60. Pollution by nitrogen dioxide, sulfur dioxide and PM2.5 particles significantly increases the risk of hospitalization in people under the age of 15. The researcher says that the damage caused by nitrogen dioxide is not given much importance, despite being associated with cardiovascular disease in adults. And, when that pollutant is combined with sulfur dioxide and particulate matter, its effects are enhanced. Pollution harms, even in small quantities An important takeaway from this study is that contaminants can begin to damage public health even before they reach maximum allowable limits. Nitrogen dioxide, for example, is considered harmful, yet regulations have set very high emission limits. "Reaching these limits is very difficult. The city has to be in absurdly high pollution for the alerts to sound," explained Dr. Rodriguez. “The health effects are not related to whether you are exposed to the limits or not, but to the type of mixture you are breathing, because the pollutants are potentiating each other.” In several Latin American cities, regulations allow pollution limits that exceed the recommendations of the World Health Organization (WHO). For example, the WHO recommends a maximum average of 20 µg/m3 (micrograms per cubic meter) of PM10 (solid particles such as ash, soot and dust), but Bogotá has an average of 38 µg/m3. Other cities in the region have even higher annual averages: 40 (Monterrey), 55 (Mexico City), 62 (Lima) and 69 (Santiago). What does this information mean for your city? When poor air quality reaches its most critical levels, hospitals are left without beds and many children with respiratory illnesses remain in the emergency area, explained Dr. Pinilla. It's a common situation because there are no action plans for environmental contingencies. For Dr. Laura Rodriguez, the most important result of her research would be that it helps institutions take action to confront the issue. She recommends local governments and health institutions: Control and regulate the air quality parameters of industrial emissions, and consider monitoring other pollutants. Increase efforts to communicate to the public about the risks of pollution levels in their cities. Prepare hospitals, especially in the first months of the year when pollution reaches its highest level, aggravated by changes in the climate. She emphasized the importance of making intersectoral and multidisciplinary plans and investigations to understand the panorama of air pollution, and to ensure that this information gets into the hands of the appropriate authorities. The study was also conducted by Julián Alfredo Fernández-Niño (U. del Norte, Barranquilla), Néstor Rojas (U. Nacional), Luis Camilo Blanco (U. Santo Tomás) and Víctor Herrera, U. Autónoma de Bucaramanga). Consult it here.
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