Regenerative Farming Practices

Regenerative soil practices are the only feasible future if we want to continue growing food crops and feeding the world’s population.

Crop rotation has been used for centuries to improve crop yield and soil health and forms an important part of any transition to regenerative farming.

In today’s connected world, agritech is becoming increasingly accessible.These 5 technological devices revolutionising agriculture in 2023 and beyond:

Unlock the power of microorganisms to reduce the cost of fertilisers and improve soil health. Here’s how to build your own Johnson-Su Bioreactor.

The primary cause of this decline in nutrient levels in our food is attributed to modern farming practices. Here’s what we can do about it.

How does chemical fertiliser affect the soil? And how can farmers reduce chemical inputs while maintaining yields? Read our blog to find out.

Explore the potential of precision agriculture in South Africa. Here's how new technologies optimise farming for higher yields and sustainability.

How do Sustainable Development Goals (SDGs) relate to agriculture in South Africa and around the world? The answer: significantly!

Could there be a way to produce top-quality seed potato crops economically while minimising synthetic inputs and embracing regenerative practices?

Key insights from RegenZ conservation agriculture trials as we measure germination, growth, pests, and soil health for sustainable farming success.

RegenZ’s Beyond range is helping Goedgedacht embrace regenerative agriculture, improving soil health, boosting yields, and supporting smallholder farmers.