Ten Steps to Biological Farming



These steps have been put together using information from the Biological Farming Roundtable resource group. This group studies papers and articles from scientists, farmers and great biological thinkers and workshop how these concepts can be put into practice on farm.


1. Feed and protect the microbes in your soil.

  • Use NutriSoil to increase your plants photosynthetic efficiency. Plant exudates created from photosynthesis feed microbes which will increase and diversify. A balance of microbial types will ensure the soils ecosystem has an ability to self- function. Plant exudates send chemical signals to microbial communities to engage microbes that are specific to helping that species grow and thrive.
  • Keep dry litter on your ground. This could be in the form of stubble from crops, dry summer grasses, maintaining grazing height or litter from slashing grasses (green manure). This will:
  • protect microbes from hot dry conditions
  • feed microbes
  • decompose to build soil carbon
  • Add worm castings, manure or compost to return nutrient to the soil, provide food for and stimulate existing microbes.

2. Maximise green groundcover all year round.

This can be challenging for some farmers, as long hot summers with minimal rainfall can appear to work against you.
  • In a cropping system; keep stubble and allow weeds to grow over summer. Grow as much ground cover in a non-crop phase as possible. Leaving soils in fallow (bare) over summer, exposes microbes to hot conditions and removes their food source which is derived from photosynthesising plants. Non crop phases that retain the weeds prior to sowing will build soil carbon and water holding capacity for the next crop. The weeds will NOT take water from the soil, they will build the water holding capacity in the soil.
  • In hot dry conditions select plant species that are dormant in summer but have the ability to respond to rain. This will minimise the risk of planting summer active pastures that will not survive in minimal rainfall. As organic matter builds in soil, water holding capacity will increase and maintaining summer active species will be more achievable.
  • Plant a cover crop in between crop phases; the fertility built will out way the cost of planting the cover crop and may also serve as food for livestock.
  • Try pasture cropping where cereal crops are sown directly into perennial pastures. This allows for constant green ground cover and all year round soil carbon building capacity.
  • In a cropping system summer crops and cover crops will, over time, assist with reducing herbicide use and begin to address herbicide resistant species problems. Consider using warm and cool season species, broad leaves and grasses in each mix. e.g. Wheat (a cool season grass), Cowpeas (a warm season broadleaf), some sunflowers (a warm season broadleaf), and Millet– a warm season grass.
  • Plant a variety of clovers in crop rotation phases. This will assist with nitrogen fixation and maximising green ground cover.

3. Reduce high input synthetic fertilisers and chemical treatments.

Conventional fertilisers feed the plants but are detrimental to the life in the soil. Microbes are significantly reduced in numbers on application of MAP, DAP, UREA and Superphosphate. (Ref: NutriSoil Comparisons). Reduced microbial activity will lead to shallow root systems, compacted soil and reduce the ability to build carbon and fix atmospheric Nitrogen. All of these factors provide conditions for disease causing organisms to increase.

When using mineral additions such as lime or trace elements, using NutriSoil will make those minerals more plant available, resulting in smaller amounts of mineral application being required.

4. Encourage diversity rather than monocultures.

If there is a bug, hold back the urge to kill it! If it’s not causing significant harm to production, the treatment used to eradicate this bug may be more detrimental than the bug itself. In a healthy biological system the bug will most likely move on before much damage has occurred.
  • Choose a good flowering species in pastures and cover crops – one that will attract pollinators and be a home for the predator insects to warn off unwanted pests.

5. Encourage beneficial insects and birds.

Monoculture crops are susceptible to predator pest damage because there is reduced environmental conditions for the beneficial insects to habitat.
  • If pasture cropping, plant as many different varieties as feasible e.g. 5 or up to 20. Different plant varieties attract different insects and microbes. They also provide a variety of root structures for oxygen channels and water filtration opportunities in the soil.
  • Plant crops in-between rows of orchards, encourage native grasses, flowering plant species and shrubs between or surrounding crops.

6. Support and protect waterways from chemical leakage.

Healthy waterways attract beneficial insects and flora and keep water clean for stock and irrigation usage. Keep fertiliser leeching to a minimum. Plants only need a whiff of Nitrogen to prime a healthy biological system. Applying large amounts of Nitrogen will cause leaching into waterways, as does over-application of Superphosphate, MAP and DAP.

7. Introduce animals into the system to graze and fertilise.

Learn to use your stock. Many farmers find the biggest jump in soil health begins when they start mob grazing. Grazing creates flushes of plant exudates to flow which stimulate the microbes. Think of stock as four legged microbial digesters that will fertilise your pastures and crops in the non-crop phase.

8. Don’t do things just because you always have.

A good farmer is curious, creative and sceptical. They use logical reasoning with imagination and intuition.
  • Question your need to drench animals. Stock grazing on a healthy fertile soil may not need drenching which excretes unwanted chemical back into your soil through manure and urine.
  • Question your need for a fungicide seed treatment. Once soil fertility has increased and chemical fertilisation has decreased, sow a trial area without the seed treatment. Use NutriSoil to coat the seed in beneficial microbes, nutrient and humus. Monitor your trial.

9. Minimise soil disturbance where possible.

Be smart about your machinery passes and traffic on soil. Compaction works against soil microbes by creating anaerobic conditions where non beneficial microbes can dominate. Research what type of tillage is needed, over tillage can lead to loss of topsoil and physical structure of the soil.

10. Think holistically, it’s all connected.

Be mindful that one small change can effect one thousand other changes in the soils ecosystem. These changes may not be apparent immediately, but experience has now taught us, it will happen. Listen to your intuition, if you are uncomfortable about a particular action you’re going to take on the soil – is there another way of achieving your goal? While we are always learning about the soil and doing our best to keep our inputs smart, Mother Nature will always have final say. A smart farmer will respect and work with the soil instead of trying to control it with excessive artificial inputs.
Image
Advice to conventional farmers considering trying NutriSoil...
"Just give it a go! It’s very easy to use."

Image
Plant a cover crop in between crop phases.

Dig deeper...
Read reports and papers from biological scientist and other great reads.

Image
Smart farming....smart fertilising!
Biologically healthy soils fertilise plants naturally.

Image
Introduce animals into the system to graze and fertilise

Image
Request Information Session