WWF, ARPA-E, and FFAR convened stakeholders to discuss challenges and opportunities associated with the use of seaweed-based ingredients to reduce enteric methane emissions. This article published in Frontiers in Veterinary Science describes considerations and next steps for further development of seaweed-based feed ingredients as methane mitigants.
A new study by World Wildlife Fund conducted in Vietnam and Thailand finds more intensive shrimp farming can yield better environmental and economic results. By producing more shrimp per hectare of land, farmers can increase production to meet growing demand for shrimp without increasing pressure on the region’s natural resources.
A rapidly growing global population, accelerating consumption, dietary shifts, climate change and other factors are driving unprecedented price volatility, resource shortages, and other risks in soft commodity supply chains. These challenges pose material, reputational, and systemic risk to investors.WWF seeks to untangle this complexity. Providing distilled guidance based on leading industry practice, The 2050 Criteria is designed to serve as a field guide for investors to access mainstream agricultural, forest, and seafood commodities in a responsible manner.
Climate change adds new threats to fish species over and above those posed by pollution, overexploitation and other factors. The largest threats are rising water temperatures that reduce the growth rates and survival, ocean acidification killing coral reefs, sea changes caused by thawing ice and ocean current disturbances.
In 2007, a group of 81 people met in Vietnam to begin to develop global standards for the pangasius aquaculture industry. Over a three-year period, 550 more people joined the discussion. Their work ended in August 2010, when the first set of credible global standards for the pangasius aquaculture industry was published. WWF led this initiative.
The group – called the Pangasius Aquaculture Dialogue – was motivated by the need to minimize the potential negative impacts pangasius farming can have on the environment and society. The impacts associated with this type of farming, which usually is done in a man-made pond, include water pollution, the destruction of natural habitat and unfair wages for farm workers.
The final standards will help transform one of the fastest growing aquaculture industries in the world. In Vietnam, where most farmed pangasius comes from, more than 1 million tons of farmed pangasius is produced annually, up from 110,000 tons in 2000. Most of the fish is exported to the European Union, United States and Russia.
Pangasius farmers who adopt the standards will earn a label from a new entity, the Aquaculture Stewardship Council, certifying that their seafood was raised in an environmentally-friendly and socially-responsible way.
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