Climate-friendly

Climate-friendly, carbon neutral, and kinder

Stockfree Organic systems (SO), on a field, smallholding, or domestic scale use no animal inputs, synthetic chemical pesticides, genetically modified organisms, and minimal fossil fuels. Stockfree Organic farming seeks to minimise reliance on imported fertility through in situ composting of all plant wastes, by using living green manures as soil fertility builders, and by practising minimal soil disturbance or reduced tillage cultivation.

Food grown using SO systems is eaten locally and in season, so minimising food miles, and is delivered with as little (reusable) packaging as possible. Food labelled with the Stockfree Organic Standards Symbol (which is inspected by the Soil Association) carries the ethical assurance that it has been grown to strict organic standards without any animal inputs.

Stockfree Organic farming is the greenest, most ecologically sustainable and carbon neutral way of producing healthy food.

How can Stockfree Organic systems help slow down climate change?
– They don’t rely on synthetic fertilisers and weedkillers, pesticides and fungicides, all of which consume fossil fuels in manufacture, packaging and transport, releasing large quantities of CO2 and other airborne pollutants.

– No animal or fish by-products, or animal manures, are used to maintain soil fertility, which dissociates SO from all forms of livestock production, organic or otherwise. This reduces dependency on fossil fuels for importing, spreading and incorporating manures, and removes demand for livestock by-products e.g. as fertilisers. This adds ethical value to food grown in a SO system, guaranteeing it as from a cruelty-free growing method.

– Reduced tillage systems used in conjunction with SO help to maintain potentially the greatest carbon reservoir on earth – the soil. Exposing the soil to air, usually when it is ploughed, results in organic matter being lost to the atmosphere as CO2. Undisturbed soil, sown with a green manure, and with a thriving microbial ecosystem, locks up CO2 from the air, helping reduce atmospheric levels. Minimal cultivation reduces fossil fuel use.

– Where organic matter is brought in to boost soil fertility it is sourced locally e.g. from a green waste scheme, to minimise transport emissions. This also utilises a valuable local resource which may otherwise be dumped in landfill, where it generates the powerful GHG methane.

– Fossil fuel usage and subsequent release of the most abundant greenhouse gas CO2 is minimised or eliminated. Renewable energy sources – human, wind, solar and water power – are used wherever possible.

– Biodiversity is encouraged, helping maintain more stable local ecosystems, which are more resilient to seasonal and other fluctuations caused by human-induced climate change.