The Electric Coral Reef Station by Margot Krasojevic Buffers Waves
Kristina Marković — January 15, 2014 — Eco
References: decodeine.org
The marine ecosystem is one of the most unexplored wonders of the world, however, a new scientific contraption and project entitled ‘Electric Coral Reef Station’ is bound to revolutionize future coral reef conservation. The ‘Electric Coral Reef station is a recent design project by architect Margot Krasojevic. The brilliantly designed station has an incredibly useful and vital purpose for coral reef conservation.
The Electric Coral Reef Station floats between areas that require coral reefs to dissipate storms near coastlines. The station device serves as a buffer to oncoming waves, slowing them down in the process. Floating solar cells power an electric circuit, which then stimulates limestone and coral growth onto the Meta-cages, which are dropped into the ocean to stimulate coral growth
Coral Reefs protect marine life, provide medicine and keep balance within marine coastlines. The Electrical Coral Reef Station is a necessary investment and genius invention.
The Electric Coral Reef Station floats between areas that require coral reefs to dissipate storms near coastlines. The station device serves as a buffer to oncoming waves, slowing them down in the process. Floating solar cells power an electric circuit, which then stimulates limestone and coral growth onto the Meta-cages, which are dropped into the ocean to stimulate coral growth
Coral Reefs protect marine life, provide medicine and keep balance within marine coastlines. The Electrical Coral Reef Station is a necessary investment and genius invention.
Trend Themes
1. Coral Reef Conservation - Disruptive innovation opportunity: Develop advanced technologies for artificial coral reef growth and conservation.
2. Marine Ecosystem Exploration - Disruptive innovation opportunity: Create innovative devices and methods for exploring and studying the marine ecosystem.
3. Renewable Energy in Marine Environments - Disruptive innovation opportunity: Design cutting-edge technologies to harness renewable energy sources in marine environments.
Industry Implications
1. Environmental Conservation - Disruptive innovation opportunity: Develop sustainable and scalable solutions for protecting and preserving natural environments.
2. Architecture and Design - Disruptive innovation opportunity: Incorporate sustainable and eco-friendly elements into architectural designs for marine-related structures and stations.
3. Renewable Energy - Disruptive innovation opportunity: Explore new applications and technologies for generating renewable energy in marine environments.
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