Friday, July 31, 2026

What’s Working

For readers looking for what’s still working in the world

GrowthUpworthy

Scientists left cinderblocks in a barren part of the sea. 3 months later they were ecstatic.

In a creative response to the alarming decline of coral reefs, scientists have turned to an unusual ally: cinderblocks. The Grenada Artificial Reef Project (GARP), also known as the Grand Anse Artificial Reef Project (GAARP), has been experimenting with concrete pyramids made of cinderblocks in the Caribbean Sea. These structures provide a much-needed habitat for marine life, transforming barren ocean floors into thriving ecosystems. Within just three months, these pyramids attracted a variety of marine organisms, and over the years, they have developed into vibrant communities housing over 30 species of fish and multiple coral types.

This initiative is part of a broader effort to use artificial means to support marine ecosystems, as natural coral reefs face threats from pollution, climate change, and physical damage. While artificial reefs alone cannot replace the complex ecosystems of natural reefs, they offer a promising start in marine conservation. The success of GARP underscores the importance of innovative approaches in environmental restoration and highlights the potential for similar projects worldwide to contribute to the fight against the degradation of our oceans.

Constructive analysis

The constructive-journalism lens: not just what happened, but what works.

The problem
Coral reefs are disappearing at an alarming rate due to factors like pollution, climate change, and physical damage.
The actions
Scientists are placing cinderblocks in the sea to create artificial reefs that provide habitats for marine life.
Evidence of progress
In just 3 months, the concrete pyramids attracted diverse marine life, and over 10 years, they evolved into ecosystems with over 30 fish species and multiple coral types.
What we can learn
Innovative use of materials like concrete can effectively support marine ecosystems and can be replicated in other regions to aid in ocean conservation.
PERMA wellbeing profile of this story

Seligman's five pillars of wellbeing, as expressed in this story.

Positive Emotion
8
Engagement
9
Relationships
7
Meaning
8
Accomplishment
8
PERMA

Character strengths in play

Top VIA strengths this story embodies.

  • Curiosity

    The team behind the project came up with an interesting solution they wanted to test out.

  • Hope

    Projects like GARP/GAARP are an awesome start.

  • Perseverance

    Over the following 10 years, the project has exploded with more and more coral growing on the blocks.

Try this today

Inspired by the story, consider how you might use everyday materials innovatively to solve a problem in your community. Take a walk in your neighborhood, identify one issue, and brainstorm how simple, accessible resources could be repurposed for a positive impact.