WESTERN AUSTRALIA Grainbelt Crisis Report — Seeding Season 2026

Farmyard with many small birds on spilled grain around silos and a red tractor at sunrise or sunset

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.

Western Australia Mouse Plague, Fertiliser Crisis & Fuel Costs Driving Demand for Silicon Soil Performance Systems

Empty warehouse interior with stacks of wooden pallets arranged in rows. Empty warehouse interior with stacks of wooden pallets arranged in rows

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.

WA Farmers Under Pressure: Mouse Plague, Fertiliser Crisis, and Fuel Constraints Collide in 2026

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. fertilizer bags and mice on farm ground

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.

Hudson Agri SoilPro: A Soil Physical Conditioning System for Enhancing Soil Structure, Water Dynamics, and Root-Zone Functionality

HUDSON Agri SoilPRO helping farmers use less fertiliser and get better results by improving soil structure, root growth, and nutrient uptake, complementary to Plant available silica soil systems like MaxSil

Hudson Agri SoilPro is a soil physical conditioning system designed to improve soil structure, aggregation, porosity, infiltration, and root-zone function. Grounded in soil physics principles, it enhances water-air balance, reduces compaction effects, and supports improved crop performance through better soil physical conditions.

Hudson Agri SoilPro and MaxSil PAS are complementary soil performance systems targeting both soil physical structure and mineral-driven nutrient efficiency. SoilPro improves aggregation, porosity, infiltration, and root-zone conditions through soil physical conditioning, while MaxSil PAS enhances nutrient retention, cation exchange capacity, and fertiliser efficiency through mineral soil buffering mechanisms. Together, they address key limitations in soil physics and soil chemistry, improving water use efficiency, nutrient cycling, and crop productivity, particularly in degraded or low-functioning agricultural soils.

Soil Performance Systems: How Diatomaceous Earth Is Reshaping Australian Agriculture

Australian agriculture is shifting from input-heavy farming to soil efficiency systems driven by rising fertiliser costs and supply volatility. Diatomaceous earth, combined with complementary mineral systems, is emerging as a functional soil performance solution that improves fertiliser efficiency, silicon cycling, and water retention. This article explores how these systems support more productive and resilient Australian farming under fertiliser-constrained conditions.

Improving Fertiliser Efficiency in Australia: How Mineral Enhancers Are Helping Farmers Do More with Less

Boost fertiliser efficiency and crop performance with Hudson AgriFix and DeCide. Learn how Australian farmers are using attapulgite clay and diatomaceous earth to retain nutrients, improve root zone conditions, and reduce input costs.

Australian farmers face rising fertiliser costs and supply challenges. Mineral-based solutions like Hudson AgriFix and Hudson DeCide enhance fertiliser efficiency, improve root zone moisture and nutrient retention, and help crops thrive under current economic and environmental pressures.

Boost fertiliser efficiency and crop performance with Hudson AgriFix and DeCide. Learn how Australian farmers are using attapulgite clay and diatomaceous earth to retain nutrients, improve root zone conditions, and reduce input costs.

AUSTRALIAN FERTILISER SUPPLY CRISIS – Domestic alternatives, Soil strategies and Supply security

Sowing season is here — but diesel costs, global fertiliser shortages and geopolitical supply disruptions are squeezing Australian farmers. Discover how attapulgite clay and diatomaceous earth from Western Australia can help.

As winter crop sowing gets underway across Australia’s grain belts, farmers are contending with elevated diesel costs, volatile imported fertiliser prices, and the growing risk of global supply chain disruption. This article explores how two Western Australian minerals — attapulgite clay (AgriFix 102 & 103) and diatomaceous earth — can reduce import dependency and support crop production through soil conditioning, fertiliser enhancement, agrochemical carrier applications, and natural grain storage protection.

Fire Ant Control in Australia: Natural Mineral Solutions for Sustainable Pest Management using diatomaceous earth

Australia’s fight against invasive fire ants (Solenopsis invicta) faces challenges from chemical pesticides. Hudson G2 attapulgite clay and Western Australian diatomaceous earth (DE) offer a natural, low-impact, and sustainable alternative. Contact hudson@hpgl.com.au to trial in sample or bulk for environmentally safe fire ant management.

Australia’s invasive fire ants (Solenopsis invicta) present a growing threat to agriculture, livestock, and the environment. While chemical pesticides like fipronil and IGRs carry environmental risks, natural minerals such as Hudson G2 attapulgite clay and Western Australian diatomaceous earth (DE) offer a complementary, low-impact solution. Hudson Resources supports research, trials, and bulk or sample supply to promote sustainable, environmentally safe fire ant management.

Optimising Fertiliser Application with Diatomaceous Earth (Diatomite / DE) and Attapulgite Clay in Australia

Diatomaceous earth (diatomite / DE) and attapulgite clay raw ore used for fertiliser enhancement, soil conditioning, moisture retention, and nutrient efficiency in Australian agriculture, horticulture, turf, and gardens

Diatomaceous earth (diatomite / DE) and attapulgite clay raw ore provide natural, mineral-based solutions to optimise fertiliser applications in Australian agriculture, horticulture, turf, and gardens. These minerals improve nutrient retention, moisture availability, and soil structure, reduce fertiliser leaching, and support crop and turf resilience under hot, dry conditions. Learn how to use them separately or blended, with practical guidance for application rates, soil types, and combined fertiliser strategies.

Attapulgite Clay vs Diatomaceous Earth (DE) for Soil Amendment in Australia: What Works Best in Hot, Dry Conditions?

Attapulgite clay and diatomaceous earth being applied to Australian soil to improve moisture retention, nutrient availability, and soil structure for agriculture, horticulture, turf, and poultry odour control

Diatomaceous earth and attapulgite clay are natural mineral amendments that improve Australian soils by enhancing moisture retention, nutrient availability, and soil structure. This guide explains how to use them separately or blended, with practical application tips for gardens, horticulture, turf management, and poultry odour control. Learn which format—10 L tubs, bulk minerals, or blended ChickenKoop Refresh—is best for your soil and climate conditions.

The Use of Diatomaceous Earth as a Natural Alternative to Chemical Pesticides in Agriculture and Horticulture

Natural pest control using diatomaceous earth in poultry bedding and crop fields, reducing chemical pesticide use

Diatomaceous earth (DE) is a natural, non-toxic alternative to chemical pesticides in agriculture and horticulture. It controls insects through a physical mechanism, reducing reliance on synthetic chemicals while remaining safe for humans, animals, and the environment. Effective on a wide range of pests, DE can be applied to crops, gardens, stored produce, and poultry bedding. Using DE supports sustainable pest management, decreases chemical exposure, and integrates easily into organic and low-chemical farming systems.

The Science of Dog Odour Control: Why Adsorbent Powders Work Best

Dog standing on grass next to Eco Pawz CleanUp natural adsorbent powder made from diatomaceous earth and attapulgite clay for effective dog odour removal and eco-friendly cleaning. Eco Pawz CleanUp™ uses the natural adsorbent power of diatomaceous earth (DE) and attapulgite clay to absorb dog mess, neutralise odours, and keep indoor and outdoor areas fresh. Safe for pets, eco-friendly, and reusable for soil and lawn conditioning.

Robot Farming Meets Nature: Smart Agriculture Powered by HUDSON De-Cide® & HUDSON AgriFix

As the future of farming becomes increasingly automated, robot farming—or agri-tech—is transforming how we grow, manage, and harvest crops. From autonomous tractors and weeding bots to sensor-driven irrigation and drone monitoring, smart agriculture is here to stay. But even the most advanced technology needs natural, safe, and effective products to work in harmony with the […]

🌱 Australian Diatomaceous Earth: Nature’s Pest Shield for Safer Agriculture

1. What Is Diatomaceous Earth & Why It Works Diatomaceous Earth (DE) is made of fossilized silica shells from freshwater marine algae—composed of around 80–90% amorphous silica, tiny abrasive particles that physically disrupt insects’ exoskeletons, causing dehydration and eventual death. Because it’s a mechanical mode of action, pests cannot develop resistance, unlike with synthetic pesticides. […]