Enable Just Transitions Away from Industrial Animal Agriculture

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Benefits Transitioning food production systems to reduce their pressure on biodiversity through financial assistance, training, and technical support for meat, dairy, and seafood producers to shift to plant-based and agroecological practices offers significant benefits for climate change mitigation. These measures can lead to lower greenhouse gas emissions, improved soil health, and enhanced carbon sequestration. Supporting … Read more

Strengthen Sustainable Aquatic Food Systems

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Aquatic food systems, particularly shifting from carnivorous aquaculture to low-trophic and extractive aquaculture, can significantly contribute to climate change mitigation efforts. For instance, scope 3 emissions in salmon farming can account for over 80% of all GHG emissions while feed alone accounts for approximately 40% of Scope 3 emissions. Instead, seaweed farming sequesters CO2 and … Read more

Advance Sustainable Terrestrial Agricultural Practices

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Integrating animal welfare as an essential policy concern across our food systems can significantly contribute to preserving biodiversity and regenerating the world’s ecosystems. By transitioning to what should be a reduced animal production system with high animal welfare systems that are integrated within ecosystems, we can support climate and biodiversity goals. Agroecological approaches can work … Read more

Promotion of Sustainable Diets & Enabling Food Environments

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A shift towards plant-rich diets could free up billions of hectares for nature-positive land use, such as rewilding. By reducing dependencies on animal products, significant amounts of land can be opened up for restoration and natural carbon sequestration. In oceans, reducing the extraction of vast numbers of fish and other marine species for consumption and … Read more

Ecosystem Restoration to Reestablish Nature’s Carbon Sequestration Capacity

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Ecosystem restoration initiatives are essential for re-establishing nature’s carbon sequestration capacity. By revitalising ecosystems through, for example, rewilding initiatives, ecosystems regain their balance, enabling them to capture and store carbon more effectively. For instance, a 2023 Nature Climate Change paper showed that rewilding efforts focused on restoring populations of nine key wildlife species could capture … Read more

Ecosystem Protection to Maintain Nature’s Carbon Sequestration Capacity

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As integral wild animals are to biodiversity, so too are the habitats they call home. Ensuring the conservation and protection of these habitats is central to our battle against climate change and the biodiversity crisis. By preserving wild habitats, we not only guarantee a space for wildlife to thrive but also safeguard crucial ecological services … Read more

Wildlife protection to leverage animals’ contribution to the carbon cycle

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Habitats need their full range of animals participating in ecological functions to work properly as a habitat and ecosystem service provider. An important service is carbon sequestration, which is dependent on wildlife’s role in maintaining balanced ecosystems. Protection of wild animals is therefore not only crucial for biodiversity but also vital for mitigating climate change … Read more