Amazon recently announces that it will be funding the first commercial-scale ocean seaweed farm that is located between the company's offshore wind turbines. This is to expand the plant's cultivation and aims to aid the planet's ongoing first against climate change. The idea is to reduce millions of tonnes of annual carbon dioxide and the project is managed by a group of scientific researchers and partners in the industry.
It is led by North Sea Farners and could begin by the end of the year. Zak Watts, the Director of EU Sustainability at Amazon speaks about the project, he notes that "Seaweed could be a key tool in removing carbon dioxide from the atmosphere, yet it’s currently farmed at a relatively small scale in Europe. We’re delighted to fund this project to help us reach a greater understanding of its ability to help fight climate change."
Climate Change-Combatting Seaweed Farms
Amazon Unveils a New Ocean Seaweed Farming Solution
Trend Themes
1. Ocean Seaweed Farming - The expansion of commercial-scale seaweed farming could create opportunities for innovative solutions in reducing carbon dioxide emissions.
2. Carbon Dioxide Reduction - The use of ocean seaweed farms to capture carbon dioxide from the atmosphere could lead to breakthrough technologies in carbon capture and storage.
3. Sustainable Agriculture - The introduction of large-scale seaweed farming as a form of sustainable agriculture could offer promising opportunities for new technologies and development.
Industry Implications
1. Renewable Energy - The integration of seaweed farms with Amazon's offshore wind turbines could impact the renewable energy industry, paving way for innovative approaches to reduce carbon emissions.
2. Agriculture - Seaweed farming could offer a valuable addition to the agriculture industry -- as seaweed is a highly-nutritious crop and can reduce reliance on fish-based and fertilisers.
3. Environmental Services - Ocean Seaweed Farming could be a major player in the environmental services industry, as it has the potential to help combat rising carbon dioxide levels in the atmosphere.