The Challenge: While cremation emits substantial co2, existing cemeteries already occupy around 1% of the world’s arable land, a figure that will only increase with population growth—an unsustainable trend. Governments are grappling with a shortage of cemetery space, especially for religious and cultural groups who require dedicated burial sites. Similarly, planting a tree or creating a memorial garden for every individual, though meaningful, would require just as much land as traditional burial, making it impractical on a large scale.

Our Solution: Evergrove’s model is carbon-neutral with the potential to be carbon-negative. It is designed to be both scalable and sustainable, integrating seamlessly with existing practices like scattering ashes and accommodating those who prefer or require traditional cemeteries. By using the nutrient-rich earth to nourish existing trees and gardens in multi-use green spaces—such as local parks, community gardens, and natural areas—we create meaningful places of remembrance without dedicating new land. Any remaining earth can be directed toward environmental restoration projects, including carbon farms that contribute to further CO₂ sequestration. Our approach preserves land, honours existing memories, and ensures a practice that is sustainable and meaningful for generations to come.

Outcome: Evergrove’s approach provides a balanced, sustainable way to honour loved ones while significantly reducing land requirements, freeing up more space for future generations and environmental impact projects. By combining the best aspects of both burial and cremation, we eliminate the logistical constraints of traditional burial and the environmental drawbacks of cremation, offering a new way forward that heals both people and the planet.