Western Australia’s 2026 seeding season is being shaped by a severe mouse plague across the grainbelt, ongoing fertiliser supply disruption, and fuel constraints affecting farm operations. These combined pressures are increasing the risk of poor crop establishment and input inefficiency, highlighting the importance of soil performance in retaining nutrients, buffering moisture, and supporting reliable crop emergence.

Fertiliser shortages and rising fertiliser prices in Australia are driving demand for soil performance systems that improve fertiliser efficiency, nitrogen use efficiency, and nutrient retention. Learn how amorphous silica from diatomaceous earth and plant available silica (monosilicic acid) improve soil health, reduce fertiliser loss, enhance drought resilience, and increase crop yield stability for Australian farmers.

Australian agriculture is shifting toward soil performance systems that improve fertiliser efficiency, silicon cycling, and water retention. Diatomaceous earth and attapulgite clay provide a dual-mineral foundation that enhances soil function, nutrient availability, and crop resilience under rising input cost pressure.

Australian agriculture is shifting from silicon fertiliser inputs to integrated soil and silica performance systems that improve fertiliser efficiency, nutrient retention, and plant available silicon through soil function rather than single-nutrient delivery. Diatomaceous earth and attapulgite clay work together as a dual-action system to improve silicon cycling, moisture retention, and root-zone nutrient efficiency.