Project
Organizing the Network for Environmental Justice in Colombia
The Network for Environmental Justice in Colombia is an effort to coordinate organizations and legal resources for the protection of human rights and the environment.
The Network was founded in 2010 under the coordination of AIDA and with the help of the Latin American Institute for Alternative Society and Law, the Institute for the Study of Peace and Development, the Inter-Ecclesial Commission for Justice and Peace, and the University of Los Andes, the University of Caldas, and Del Rosario University. The network began with 79 participants and now includes more than 500 people and participating organizations.
The Network’s principal objective is to propose solutions to environmental conflicts in Colombia. It also aims to promote the fair and effective use of international and domestic environmental law, in particular, the right to a clean and healthy environment.
What does the network do?
- Facilitates the exchange of knowledge and information to implement legal strategies in precedent-setting cases. One such project was the Mandé Norte Mine, in which several members of the Network developed a legal strategy, resulting in a judicial decision that established Colombia’s need to perform an independent environmental impact assessment. Most importantly, the decision also mandated that developers obtain the consent of indigenous peoples before moving forward with any projects in their territory.
- Promotes organizational alliances, garners support, and connects legal work in defense of the environment.
- Organizes conversations, forums, and constructive debates on environmental issues.
- Provides access to legal resources including laws, court decisions, articles and legal analysis, and facilitates communication through its website and social media channels.
- Advises law students through the AIDA volunteer program. In doing so, the Network strengthens the capacity for environmental law in Colombia.
Partners:
Hope for the Ciénaga, seed of Colombia’s magical realism
“We were in the great swamp, the Ciénaga Grande, another of the myths of my childhood.”– Gabriel García Márquez in Living to Tell the Tale, 2002. Today I learned that Colombia—thanks in part to AIDA’s supporters—took an unprecedented step to save an ecosystem central to Colombia’s identy: the Ciénaga Grande de Santa Marta. As a Colombian and an environmental attorney, I’m deeply moved. And so thankful to the hundreds of supporters whose petition signatures helped move the government to action. The government added the Ciénaga Grande to the Montreux Record, a global list of at-risk wetlands. This action will provide Colombia with international technical and financial support needed to save the vital ecosystem. When I heard the good news, I immediately thought of the yellow butterflies of Macondo. And I thought of Colonel Aureliano Buendía, who stood in front of a firing squad remembering the day his grandfather took him to see ice. The imagery of this magical world, masterfully created by Gabriel García Márquez in One Hundred Years of Solitude, was born from the Ciénaga Grande de Santa Marta. In the early 1900’s, after the Thousand Days’ War, Colonel Nicolás Ricardo Márquez, grandfather of Colombia’s Nobel laureate, passed through the Ciénaga to settle near Aracataca. Later, accompanied by his grandfather, the author crossed the Ciénaga Grande various times to visit his parents in Barranquilla. In 1950, he crossed it again with his mother as they were going to sell his grandparents’ house. It was there, in the Ciénaga Grande, that Márquez found the spark that would light one of the classics of modern literature. So it’s no exaggeration to say that without the Ciénaga Grande, we wouldn’t have the yellow butterflies, or Macondo, or Colonel Aureliano Buendía, embedded so deeply into our cultural memory. It was there that the seed of magical realism was planted. That’s why even a cachaca like me—what those who live in the Caribbean call those of us from the country’s interior—who has lived for many years outside her country, identifies so deeply with the Ciénaga Grande. An international treasure For that and so many other reasons, we at AIDA decided to act in defense of the Ciénaga Grande, named a Wetland of International Importance under the Ramsar Convention. It’s home to Colombia’s largest coastal lagoon, which connects the fresh waters of the mighty Magdalena River with the salt water of the Caribbean Sea. The area is home to many species of mangrove, as well as tropical and riparian forests. It shelters raccoons, howler monkeys, manatees, red herons, ducks, and migrating birds. The Ciénaga Grande also hosts one of the largest artisanal fisheries in Colombia, which supports hundreds of families throughout the area. As a coastal wetland, it’s essential for climate regulation, absorption of pollution from the atmosphere, and flood control. But the Ciénaga Grande is gravely threatened. The spread of mass agriculture and livestock farming, along with large-scale infrastructure projects, has led to deforestation and water diversion. The animals and fish and people of the area are suffering as a result. That’s why I’ve joined the efforts to conserve the Ciénaga Grande, and why every person in Colombia, in the region, and in the world, should do the same. Hope for a healthier tomorrow The addition of the Ciénaga Grande to the Montreux Record fills me with hope. Although it’s shameful such an important ecosystem is in such bad shape, having the government recognize that fact and ask for help is an important advance. Thanks to all the caring activists who’ve joined the cause, my colleagues and I are inspired to do everything we can to ensure that the Ciénaga Grande recovers its vitality. We expect the government will do the same. After all, what would Colombia, Latin America, and the world be without the yellow butterflies of Macondo, and without the magic of nature to envelope us and gives us life?
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Climate change: The perfect fuel for hurricanes
A succession of unusually strong hurricanes have struck the Americas over the last several weeks. The nearly unprecedented power of Harvey and Irma submerged cities, damaged homes and took lives, and several smaller hurricanes followed on their tails. Just how did these storms get so strong? Climate change is a big part of the problem. Hurricanes Harvey and Irma are prime examples of what a routine storm fed with enough fuel can do: they caused floods and landslides, destroyed neighborhoods, claimed lives and left thousands of victims in their wake. The fuel in both their cases was climate change—transforming already strong natural events into relentless storm surges. Warmer than average air temperatures produced greater humidity, feeding the hurricanes and making them ever more intense and violent. Changes to our climate have also sped up the warming of the world’s coldest regions, causing glaciers to melt and sea levels to rise. Higher sea levels plus increased ocean temperatures equals more fuel for hurricane season. Hurricanes, however, are not isolated phenomena. Year after year, Latin America faces a series of natural catastrophes that are getting stronger, and causing far greater damage, due to climate change. A vulnerable region Extreme weather events, the water crisis, natural disasters, and coping with the impacts of climate change will have the greatest impact globally, according to the World Economic Forum’s Global Risk Report 2017. Across Latin America, these risks reared their heads in force this year. Severe and catastrophic natural events have changed landscapes, claimed lives and displaced hundreds of thousands of people: In Mexico this month, hurricane Katia has caused floods and landslides, damaged infrastructure, and deaths. Mexico is one of the nations most affected by the impacts of climate change due to its location between oceans—which leaves it exposed to storms, floods and hurricanes—and its high level of poverty. In Northeast Peru last March, devastating rains after a period of severe drought caused mudslides, floods, and the mass destruction of homes and infrastructure. The storm left more than 90 dead, 110,000 victims, and 150,000 people diplaced. In Colombia in April, a sudden avalanche of mud and water caused by heavy rains devastated the town of Mocoa, in the department of Putumayo. In Chile, a period of intense drought caused wildfires that burned more than 500 thousand hectares and virtually destroyed the center and south of the country. Aggravated by climate change, El Niño gravely impacted the Central American Dry Corridor last year. A lack of rain, which began mid-2014 and lasted an unusually long time, provoked wildfire, the loss of crops, and the death of livestock in El Salvador, Guatemala, Honduras, Nicaragua, Costa Rica and Panama. So how do we stop the fire? The wave of severe weather events across the region and the world should be seen as a call to action. Governments and citizens alike must unite to seek solutions and reduce greenhouse gas emissions. Governments around the world should unite their efforts to: Reduce short-lived climate pollutants, gases that remain a short time in the atmosphere and whose reduction would allow results in less time. Plan and adequately manage territory, indentifying the most vulnerable places and building strategic and flexible infrastructure that would lesson the impacts of extreme weather events. Preserve natural environments that fulfill vital climate functions, such as forests and mangroves that capture carbon dioxide from the atmosphere, or coral reefs, which act as natural barriers against storms and hurricanes. Disburse the economic resources destined to combatting climate change based on needs identified by the communities themselves, who are often not appropriately consulted, thereby wasting local knowledge that could lead to better decisions. We can all contribute to the struggle. Daily actions such as responsible consumption of water and energy, using your car less, recycling, and changing harmful consumption habits can make a big difference. At AIDA, we work with governments, organizations and communities across Latin America to promote development that is compatible with the challenges posed by climate change. Learn more about how we’re confronting climate change and how we can all do it better in our webinar on September 29!
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The dams that couldn’t contain Hurricane Harvey
The Addicks and Barker dams were built near Houston, Texas in an attempt to save the city from potential flooding. But the huge storage capacity of the reservoirs was not enough to contain the more than 15 billion gallons of water that Hurricane Harvey brought to the state in less than a week. Given the climatic reality of increasingly intense natural phenomena, we must ask ourselves, are dams really the best option? On the night of August 25, Hurricane Harvey appeared on the coast of Houston, quickly transforming the sprawling city into a huge flooded lake. In it’s path it left death and destruction, and the forced evacuation of more than 30,000 people. Because it is a flat city near sea level, Houston is particularly susceptible to flooding. In an effort to protect the city, the Addicks and Barker dams were built in the 1940’s. Together, the dams could hold more than 132 billion gallons of water, a capacity so large it meant that if they broke, the whole city would be submerged. With Harvey’s torrential rains, so much water has fallen that the dams have taken in more than they can hold. To avoid uncontrolled overflows, which would have been catastrophic, the authorities decided to gradually release water from the reservoirs. Even these precautionary measures, however, were not enough to prevent one of the dams from overflowing. Addicks began to overflow on Monday August 28, filling an already flooded city with more water. Barker was expected to follow suit, but ultimately did not. The spillover comes as no surprise. Since 2009, the danger posed by both dams has been well known. The dams were once located in rural areas of Harris and Fort Bend counties, surrounded by open land. But they have since been pushed to their limits, largely because of the people and buildings that have been built both upstream and downstream from the reservoirs. Before the hurricane arrived, both dams were undergoing a $75 million renovation process. But those efforts and investments weren’t enough to adequately adapt the dams to the extreme weather conditions brought about by climate change. The bottom line is that Houston has become less resilient to major climate events. In addition to the natural aging of the dams, and the intensification of climate events, half of the area’s wetlands have been replaced by concrete. Since 2001, nearly 360 thousand buildings have been constructed in the area, without adequate measures to avoid the destruction of natural wetland areas. This inadequate urban planning coupled with weak regulations has destroyed the city’s natural defenses against storms and floods. Dams and climate reality Increasingly frequent and devastating climate events are bringing into question whether the costs involved in building and maintaining large dams are worth it. Such dams are incredibly expensive to implement, let alone repair. Since 2010, 73 dams across the United States have failed. Their vulnerability to heavy rains puts in doubt their compatibility with a world shaken by the serious and uncertain effects of climate change. What’s more, the reservoirs of large dams actually aggravate climate change. Among other impacts, they flood organic matter, which emits a large amount of methane, a greenhouse gas 20 times more potent than carbon dioxide. That means that large dams actually make storms like Harvey more intense. The time has come to stop and question this dangerous cycle.
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