Cartagena the "Heroic" Sinks due to Global Warming

Cartagena, the "Heroic", vibrant city that combines history, culture and natural beauty, faces an unprecedented battle: collapse.

The waves, once a source of life and delight, have become a silent enemy. In Tierra Bomba, an ancient cemetery lies at the mercy of the sea, its skulls and bones emerging from the sand as a macabre reminder of the future that could be.

The causes of the collapse are multifaceted. El global warming and the consequent Rising sea levels They are the main threat. Added to this is the construction of the port of Cartagena in a terrain with underground cavities that give way, intensifying the subsidence.

The consequences are alarming. The study by Canadian scientist Marko Tosic reveals that The sea level in Cartagena increases 7,02 millimeters annually, a figure higher than the global average. If measures are not taken, the city could be partially underwater this century.

The most vulnerable areas are those at the lowest altitude, such as Bocagrande, El Laguito and Manga. Thousands of people would be displaced, losing their homes and jobs. Tourism, one of Cartagena's main economic activities, would also be severely affected.

Historical heritage is also at risk. The Castle of San Felipe de Barajas, the Clock Tower and other emblematic monuments could suffer irreparable damage or even disappear.

It is not just Cartagena that is in danger

Coastal cities around the world like Venice, Miami and Bangkok also face sinking.

Sea level rise is a phenomenon that has been observed for decades and has intensified in recent years. The causes are mainly two: the melting of glaciers and the thermal expansion of ocean water, both effects directly related to the global warming.

The consequences of sea level rise are diverse and alarming:

  • Floods in coastal areas: Coastal cities are the most vulnerable to sea level rise. Higher waves and stronger tides can cause regular flooding, eroding beaches and threatening infrastructure and homes.
  • Population displacement: Millions of people could be displaced from their homes due to flooding and coastal erosion. This would generate a humanitarian crisis of great magnitude.
  • Damage to marine ecosystems: Rising sea levels can destroy critical marine habitats such as coral reefs and salt marshes, affecting biodiversity and fisheries.
  • Freshwater salinization: Salt water can penetrate freshwater aquifers, affecting drinking water quality and agriculture.

Urgent action is imperative. Investments in infrastructure are needed to protect coastlines, such as the construction of retaining walls and sea walls. Implementing measures to reduce greenhouse gas emissions and combat climate change is crucial.

Each of us has a role to play. Reducing our carbon footprint, supporting organizations fighting climate change and educating others about the problem are actions we can take to protect Cartagena and other cities at risk.

The future of Cartagena is in our hands. If we act now, we can save this priceless city for generations to come.

Additional examples:

  • Impact on the population: The sinking of Cartagena would disproportionately affect the poorest communities, which generally live in low-lying areas.
  • Environmental impact: Coastal erosion and flooding of areas
    Wet waters would destroy natural habitats and affect biodiversity.
  • Economic impact: In addition to tourism, fishing and agriculture would also be affected by the sinking.

Call to action:

  • Get involved in politics: Demand local, national and international leaders take urgent action to combat climate change and protect coastal cities.
  • Support sustainable companies: Consume products and services from companies that are committed to reducing their carbon footprint.
  • Use social networks: Disseminate information about the problem of the sinking of Cartagena and the need to act.

The future of Cartagena depends on collective action. If we act now, with determination and commitment, we can prevent this historic and vibrant city from sinking beneath the waves.