Hachichi Farm in Chigasaki, Kanagawa Prefecture, is utilizing no-till cultivation to sequester carbon dioxide within the soil [1, 2].
This approach represents a shift toward regenerative agriculture by transforming farmland into a carbon sink. By avoiding the traditional process of plowing, the farm reduces the release of greenhouse gases into the atmosphere while enhancing soil health.
The farm, owned by Momen Kinugawa, specializes in no-till cultivation, a method where the soil is not turned over before planting [1, 2]. Shoichi Komatsuzaki, a professor at Ibaraki University's Faculty of Agriculture, said crop residues such as straw that are returned to the field become carbon stored in the soil, allowing the land to act as a source of carbon dioxide absorption [1].
Hachichi Farm applies this method to the growth of soybeans. These crops are then processed into ice cream, creating a value-added product from environmentally conscious farming [1, 2]. Kinugawa said that soybeans are easy to grow and can be stored for long periods, and that the production of ice cream helps ensure there is little food loss [1].
The integration of carbon-sequestering techniques with food production demonstrates a circular model of agriculture. By maintaining the soil structure, the farm minimizes environmental impact while producing a commercial product [1, 2].
Weather forecaster Kana Fukuyama said the ice cream is produced specifically from soybeans harvested through this no-till method [1].
“No-till cultivation allows crop residues to become carbon stored in the soil, making it a source of carbon dioxide absorption.”
The adoption of no-till farming by small-scale operations like Hachichi Farm highlights a growing trend in regenerative agriculture to mitigate climate change. By treating soil as a carbon reservoir rather than a medium to be disrupted, farmers can reduce the carbon footprint of food production. Converting these sustainable harvests into long-shelf-life products like ice cream further addresses the systemic issue of agricultural waste.





