News

Agricultural production begins with photosynthesis - the conversion of solar energy into chemical form. It’s an amazing process, but not a particularly efficient one. Even rapid growing plants like corn...

Composting is nature’s way of recycling, producing free soil improver and stopping biodegradable waste reaching landfill sites. The value of a good compost is very high and will help your...

EM is a soil activator and improves soil structure, organic matter management, and nutrient cycling. This in turn compliments efforts to reduce reliance on synthetic fertilizers and pesticides. Establishing EM...

We are excited to be exhibiting at Fieldays® 2023 from 14 –17 June, at Mystery Creek, on site PD6. This is going to be our debut at Fieldays and we...

Soil biodiversity is the term given to the balance of living organisms in the soil. A healthy soil will contain a large number and variety of organisms (i.e. have a...

The EMNZ Range of Biological solutions are designed to increase soil fertility, enhance plant health and boost production. The below crop application guides give our full range of product options,...

Independent Pasture Trial shows EMNZ product enhance production, clover and help to reduce Nitrogen

Permanent pastures with a blend of clover and rye grass have been and remain the foundation of New Zealand’s intensive pastoral farming system. It is also our competitive advantage on...

Around the world farmers/growers are looking at alternative nutrient sources and management practices to aid in crop growth in the face of soaring fertiliser prices and uncertainty in the worldwide...

Abstract: EM Plant Stimulant is a cost-effective yield builder for all crop production (fruit, vegetables and cereals). This unique formulation includes major plant growth enhancers boosted with EM and Fulvic...

This case study was designed to determine the effectiveness of EM Fulvic at enhancing the uptake and response of foliar nutrition. EM Fulvic is a mix of Fulvic Acid (12.5%)...

This field trial was designed to determine the effectiveness of EM treatment variations against UAN and an untreated control on Fodder Beet in Canterbury.