Nearly 15% of the seafood we produce each year is wasted. Here’s what needs to happen
April 11, 2024 | World Economic Forum |
A recent report from the World Economic Forum reveals that 15% of fish and seafood in the global food chain goes to waste, despite their critical role in nutrition and food security. Processing on land and discards from wild-capture fishing are where major loss occurs. To address this, innovations in technology, collaboration, and infrastructure are essential, alongside finding new uses for industry by-products and enhancing supply chain efficiency. Improved tracking, traceability, and predicting market demands through AI and blockchain can also help reduce waste. Collaboration between industry, academia, and public-private partnerships is crucial in implementing effective solutions to minimize aquatic food loss and waste globally.
Viewed Articles
April 11, 2024 | World Economic Forum |Â A recent report from the World Economic Forum reveals that 15% of fish and seafood in the global food chain goes to waste, despite their critical role in nutrit
Read More
July 02, 2025 | Reccessary | Â The European Commission plans to propose a 90% greenhouse gas reduction target by 2040, allowing from 2036 limited use (3%) of international carbon credits to address res
February 18, 2026 | Open Access Government |Â A study by the Norwegian University of Science and Technology (NTNU), published in Nature Communications, proposes that Europe can reduce agricultural GHG
August 21, 2025 | CGIAR | CGIAR and Viet Nam are expanding climate-resilient irrigation—most notably alternate wetting and drying (AWD)—as a pathway to reduce methane and improve water productivity. W
August 19, 2025 | VietnamNet Global |  Vietnam’s Ministry of Agriculture and Environment (MAE) has launched the 2025–2035 Low-Emission Crop Production Project to modernize farming and meet growing int
October 17, 2025 | Commercial Times (CTEE) (In Chinese) | A multi-institution alliance in Taiwan’s Shalun (沙崙) Green Energy Technology Demonstration Site has achieved a notable breakthrough: the succe