Capturing carbon
Biochar made through pyrolysis from fallen ash trees, combined with recycled packaging and algal inks, is a powerful tool for sustainability. Pyrolysis, which involves heating organic material in the absence of oxygen, transforms biomass into a stable form of carbon. When made from ash trees, it helps recycle dead or fallen wood that might otherwise decay and release carbon back into the atmosphere as CO₂. By turning it into biochar, carbon is locked away for centuries, reducing overall carbon emissions.
Also, Diggin increases fertility and plant growth which increases carbon dioxide absorption. You are helping the earth whilst you enjoy your garden.
Increasing Biodiversity
In gardens and soil, biochar has significant benefits for biodiversity. Its porous structure improves soil aeration and water retention, creating a more favorable environment for beneficial microorganisms and soil-dwelling organisms like earthworms. These organisms thrive, enriching the soil and improving nutrient cycling.
Reducing Carbon Emissions
Biochar helps nature fungi and bacteria helps reduce the need for synthetic nitrogen fertilizers by retaining and slowly releasing nutrients. This not only decreases harmful nitrogen runoff but also promotes healthier plant growth. The production and use of artificial fertilisers accounts for over 2% of global greenhouse gas emisssions.
We believe in recycling, not just of fallen trees but also..
- We use recycled carboard and paper for our packaging and materials
- Our biochar is contained in home-compostable plastic which itself uses recycled material
- We use plant based and algal inks. Did you know that normal inks are made from carbon?
Flourishing Gardens
We want to help to boost plant growth, enhance soil health, and contributes to lowering atmospheric CO₂, all while supporting the health of ecosystems in and around your garden.