Blog Post

From chemical accident to booming natural fertiliser business

Website Editor

NutriSoil is a company with a unique story – a farm chemical accident for Victorian farmer Graham Maddock in the mid-1980s triggered a rethink on chemical and fertiliser applications and set in motion the establishment of what is now a thriving all-natural fertiliser company.

While recovering from serious health problems caused by chemical exposure from the accident, Graham had time to think about the risks that using such strong chemicals posed to not only farmers, but also the health of the consumer at the end of the supply chain. His research led him to experiment with a more natural approach to fertilisation through worm castings. Encouraged by significant increases in growth and quality to his produce, Graham set up his own vermiculture system to produce a liquid spray, and NutriSoil was born.

Graham’s daughter Rachelle Armstrong came back to the family farm in 2005. “Having a background in public health, I began to see the human health connection with food production,” says Rachelle. “My father was getting chemicals out of the food chain, and coming up with a much healthier way to farm.”

Rachelle and her parents decided to form a partnership. Under her guidance as Managing Director, the family business has grown substantially. NutriSoil is now used by farmers Australia-wide, and was named the Best Certified Product of the Year (Non-Food Item) for 2016 by Australian Organic.

Rachelle’s belief is that farmers have to learn how plants and soil function naturally in order to change their mindset on the use of synthetic fertilisers and chemicals and restore soil health and productivity.

“The effect of replacing the functions of your soil organisms with high levels of synthetic fertiliser is you remove the organisms there to prevent disease,” says Rachelle. “This creates disease and/or insect problems, and the need to apply fungicides and insecticides to the point where eventually the soil ends up being just dirt, devoid of life.”

In contrast, NutriSoil’s Biological Liquid Fertiliser is made from a unique vermiculture system that feeds organic materials – manure, straw, seaweed, fish and other materials – to a system of worms and microbes. The vermiculture system mimics what the top soil naturally does to make nutrients available. The biological fertiliser therefore feeds the plant and microbes, but doesn’t take over the natural nutrient cycling. By feeding the microbes in the soil, NutriSoil delivers a more stable productivity despite seasonal impacts compared to conventional fertilisers.

And Nutrisoil is putting its money where its mouth is to back up its claims – the company has invested heavily in R&D through Microbe Labs Australia, to conduct growth trials and confirm the positive anecdotal evidence about the biological fertiliser.

“The data we’ve gained during growth studies is much more useful than an analysis of the contents of NutriSoil,” says Rachelle. “Farmers need to realise that it is the natural plant and soil function that is crucial to production – in order to grow a crop to make money, you need to support the life in the soil, and then you get the healthy, resilient production outcomes for a stable financial future.”




NEWS
16 Feb, 2024
HARDI Australia has long been at the forefront of technological development for Australian farmers, giving way to a game-changing solution to the perennial agricultural problem of weed control.
By Jessica Martyn 16 Feb, 2024
When it comes to building and maintaining a successful farming business in Australia, implementing the right solutions to deliver and preserve essential resources like fresh water is crucial – and in these ponds, White International is an authority more than 70 years strong.
16 Feb, 2024
After five decades of consistently setting new standards in forage harvesting technology, including perfect cut quality, ideal chop length, and efficient kernel processing, CLAAS has recently released a special edition JAGUAR 990 TERRA TRAC model at Agritechnica.
By By Jennifer McKee 16 Feb, 2024
In today's fast-paced world, embracing technology has become essential for industries to thrive, and the Australian agriculture industry is no exception.
04 Dec, 2023
As a Landcare group, one of our main interests is to increase ecological resilience in our local area. Many of our landscapes have been cleared of vegetation in previous decades, so we have the task of supporting landholders to plant trees and shrubs to replace those that are missing. The benefits of revegetation are manifold. They include providing habitat for a range of native animals; controlling erosion and salinity; increasing farm productivity through nutrient cycling and shade and shelter for stock; and drawing down carbon from the atmosphere. But as weather patterns become more variable and we experience more climatic extremes, we need to think about which plant species – and which plant genetics – are most appropriate in our revegetation efforts. We are forced to ask will our local plantings be able to survive our future climate? Up until recently, it has been common for people to preference locally sourced seed when re-planting. This has been based on the idea that such plants will be best adapted to local conditions. However, there is growing understanding among scientists and land managers that we need to shift our focus to plants that can persist as the climate changes. This involves looking at which plant species are most appropriate by focussing on species that have a wide distribution and grow in our area and also in hotter areas, and increasing the genetic diversity of our tubestock so they have the best potential to adapt over successive generations. Our Landcare group has been tackling this issue for the past several years, working with scientists and AdaptNSW to find the best way forward. There are several key steps involved: understanding our local future climate, analysing whether selected local species can survive in climates like the one projected for our area, and sourcing seed for those likely-to-survive species from a range of areas to increase the genetic diversity of our plantings. Planting the right species with good genetic diversity gives revegetation projects the best chance of survival into the future. It’s not just about making sure the individual tubestock will grow, but that future generations of those plants will be able to survive and thrive. Luckily there are some good resources available for farmers, land managers and groups interested in climate ready revegetation. The Royal Botanic Garden Sydney has launched the Restore and Renew Webtool ( https://www.restore-and-renew.org.au/ ), which is a wonderful way for people to incorporate both climate change and genetic information when sourcing seed or plants. The NSW Niche Finder is invaluable for those who want to dig further into climate variables and species distribution ( http://www.nswnichefinder.net/ ). For future climate information, the CSIRO and Bureau of Meteorology have joined forces to provide a user-friendly online tool ( https://myclimateview.com.au/ ). And AdaptNSW also provides projected climate change information for different regions of the state ( https://www.climatechange.environment.nsw.gov.au/projections-map ). The Yass Area Network of Landcare Groups also has detailed information about our work on climate ready revegetation and relevant resources our website: https://yan.org.au/projects/climate-ready-revegetation-project As the climate changes, our revegetation efforts are more important than ever. And we need to make sure that they are ‘climate ready’ so that their benefits persist well into the future.
04 Dec, 2023
Some weeks, Amy Pascoe spends more time with mushrooms than humans. In this Q&A the Little Acre co-founder talks stereotypes, innovation, and the problem with “Grown in Australia” labels.
Show More
Share by: