WELLCROP Climate Smart Agriculture?

Using inorganic chemical fertilisers wastes up to 65% of farmers dollars, only 30 to 45% of these chemical nutrients are available to the plant.

Zambia's farming industry is reported to spend 250 million USD on fertiliser per year, that could mean up to 163 million dollars worth of fertiliser is washed into the rivers, lakes or is lying dormant in the soil, is it any wonder we are sitting on a nitrogen disaster. https://www.scientificamerican.com/article/fixing-the-global-nitrogen-problem/

This is a fact and there are lots of published articles about inorganic fertilisers one such article can be found here https://www.theguardian.com/global-development/2014/dec/05/costly-fertiliser-holds-back-a-green-revolution-in-africa.

Time for a Fresh Look

“I have tested different organic plant growth regulators since 2009 under organic farming conditions. Bacterial and fungal formulations trigger highest crop response. WELLCROP increases yield and quality with zero supplementation of synthetic fertilisers. WELLCROP is highly soluble and does not clog. It can be applied with watering cans, sprayers, and irrigation systems. WELLCROP induces plant tolerance to pests, diseases and drought while building up the soil. It should be a farmer's choice solution for sustainable yields and high net income on crops.”

 Munshimbwe Chitalu, OPPAZ Chief Executive Officer

WELLCROP is a climate-smart product reducing water usage and eliminating harmful chemical runoff

WELLCROP works, rigorous tests across two continents have returned excellent results for up to five successive years, WELLCROP bioscientists are continuously working to improve yield and to grow healthier natural and more nutritious crops.

Once the product is wetted the microbes come alive and once in their natural habitat, soil, they start to multiply, exponentially almost immediately and then they continue multiplying whilst helping the plants to feed by unlocking the nutrients in the earth and restoring the soil, WELLCROP carries on working for the whole cycle of any crop and beyond.

The next crop planted will benefit from the past microbial inoculation and as a new applications are applied they will join the army of microbes waiting to help feed your new crop. The microbes create an aerated soil that retains water so you can save up to 30% on water requirement and 50% on total input cost.