Soil

Using the Australian Soil Classification, we can classify different soil types and understand their characteristics. Other physical characteristics of soil include friability and compaction.

Managing regeneratively, we can improve soil structure over time, taking advantage of our soil type.

Understanding the chemical characteristics of soil is important, including the available and total nutrient pools, important ratios of soil nutrients and pH levels.


Taking a regenerative approach means integrating this chemical understanding with soil-builidng practices.

Soil biology is where regenerative practices really shine. By managing for biodiversity in the soil, soil nutrients become more available and soil structure is vastly improved.

By monitoring and measuring, we can make better decisions to enhance this soil biology.

Using tools like the SoilKee Renovator or other direct drill seeders, we can plant multi species forage or cover crops. This enhances the diversity of root exudates and root structures in the soil, improving soil biology over time.

Using a Keyline plow, we can break open compaction layers deep in the soil and allow water to penetrate more deeply. Used in the right way, this is a great tool for improving physical structure of soil.

Livestock are another great tool for building soil. By milling around, they can break surface capping, and by manuring on the ground, they help to feed soil life. Used in the right way, livestock can be used to improve all aspects of soil.

rom the introductory to the technical and advanced, there are many books on all aspects of soil and strategies for improving it.

Elaine Ingham’s Soil Food Web is an industry-leading soil course focused on soil biology. Soil Land Food’s David Hardwick also hosts workshops focused on soils.

Head to the paddock and dig a hole! Start observing your landscape and absorb as much as you can learn.