Fermentation with lactic acid bacteria (LAB) has the capability to hygienise the raw materials used.

Imagine this: You are a future-oriented Finnish farmer, learning about regenerative farming practices. You're interested in testing for yourself some of the products you've heard the likes of John Kempf and Graeme Sait talk about – something a bit different from what the big agrochemical industry is marketing to you as biostimulants. So let's say you want to test a microbial biostimulant from abroad that contains some other live microbes in addition to or instead of Azotobac

Key things to know about how microbial biostimulants are regulated.

Internationally renowned soil health educator Joel Williams talks about improving soil health using amino acids.

There are several ways in which farmers can incorporate fish amino acids (FAA) into farming practices, including foliar spraying, seed coating and soil drenching. Below is an overview of the main ways to do this. Note that this is general guidance only. Foliar spraying Purpose Rapid delivery of amino acids and small peptides directly into leaves → better chlorophyll, growth and yield. Trials with FAA sprays in rice and leafy greens show improved chlorophyll, plant height and

Why and how well do fish amino acids & protein hydrolysates act as biostimulants?

Key facts to know about fish amino acids & protein hydrolysate.

Key insights to know about biostimulants.

Humic and fulvic acids are types of naturally occurring substances known as humic substances — organic compounds formed during the decomposition of plant and animal matter. Humic acids tend to be larger molecules, less soluble in acidic conditions, and more associated with long-term soil organic matter. Fulvic acids are smaller, more soluble (including under acidic pH), more mobile, more biologically active in some ways. Fulvic acid isolated from peat By Alexignat - Own work

Learn what vermicomposting is and why it might work for you.

Learn about the role of ferments in regenerative farming.