Thanks to variable applications, our customers save on fertilizer and seed costs by up to 20% with the same or higher yield. Savings increase with the number of hectares, which are managed variably.
In addition cost savings, the variable application will allow you to achieve a qualitatively balanced harvest and a higher yield. Savings increase with the number of hectares, which are managed variably.
Variable applications ensure a positive impact on the environment and compassionate treatment of the soil, reduction in pesticides, and efficient use of fertilizers and seeds.
In all its phases with the help of selected biophysical parameters.
We will evaluate the “performance” zones of the land for each crop.
Such as yield maps, soil sampling results, satellite data.
Our monitoring method will help you identify what is really going on in your field. Thanks to a unique method, developed in cooperation with the Gisat company, you can get current biophysical parameters and conditions of your crop from anywhere in the world.
Thanks to monitoring, you have an overview of the development of plants in all stages of growth.
Focus on irrigating plants on areas of the land which suffer from water stress.
Administer fertilizer economically and save up to 25% of the material.
Administer morpholegulators economically and save up to 25% of material.
Our technology recognizes biophysical parameters in all phases of growth.
Biomass volume (LAI) means total m2 of leaf area over 1 m2 of soil for fungicides and morforegulators applications.
Chlorofyl content in the leaves and micrograms for N fertilization.
Water content in the leaves (mm) for effective Irrigation management.
The service describes the spatial variability of agricultural growth using historical analysis of satellite images (up to the past 25 years). In every zone, each crop is analyzed and the quality in relation to the best zone is evaluated. The output is to determine the area and relative potential of each zone.
Based on historical data, we will evaluate the growth potential of each crop. Subsequently, you can variably administer different amounts of fertilizer into the zones that result from this evaluation.
Furthermore, the growth potential will ensure a quality yield with even lower seed costs per crop. Historical data will ensure sowing optimization; sow only where it is needed.
Reduce the number of samples taken based on long-term stable yield levels of the land.
You upload the created map to the terminal of your tractor using a portable disk, add attachments and administer the fertilizer according to the designated zones via the ISOBUS interface. The method will make efficient use of fertilizer, increase yields and contribute to environmental protection.