soil profits
Soil fertility and crop productivity consulting: higher yields and lower fertilizer costs.
soil profits
At Soil Profits, we not only help improve soil fertility in farms but also reduce expenses on fertilizers and agrochemicals. By utilizing natural local microorganisms, we effectively restore soil fertility and promote root health.
Soil Profits is a consultancy that, above all, specializes in soil fertility and productivity. Additionally, we provide clients with guidance on how to enhance soil fertility and minimize costs related to fertilizers and agrochemicals through the application of natural microbiology.
As a result of improved soil biology, roots work hand in hand with microorganisms, meaning plants no longer need external chemicals to produce. Consequently, we have achieved reductions of up to 60% in the use of fertilizers and agrochemicals.
With experience in both the European Union (Spain, Portugal) and Latin America (Guatemala, Dominican Republic, Peru), we have developed innovative and sustainable methods for selecting, multiplying, and applying microorganisms in a targeted manner.
WHAT IS REGENERATIVE AGRICULTURE?
- Recovery and continuous improvement of fertility.
- Restoration of microbial activity in the soil sustainably.
- Optimal design of the best vegetative covers and their proper management.
- Preparation of organic compost, extracts, and compost teas.
- Effective biological control of pests and diseases without chemicals.
- Erosion control and restoration of affected areas.
- Significant increase of organic matter in the soil.
- Efficient carbon fixation in the soil to combat climate change.
- Farm design to achieve maximum productivity and improves fertility conservation.
consulting
Success stories
Productivity increase of 66% using biological control of diseases, application of biology- rich organic matter and soil microorganisms.
60% reduction of fertilizers with the use of soil microbiology.
Improving soil fertility and productivity with microorganisms.
Improving production on coconut fiber substrates.