.svg)
Supported by
A NEW WAY
OF Soil Analysis
Providing The Insights For A Sustainable Future
Agritechnica 2019 - Hall P11 Stand D22
Supported by
Providing The Insights For A Sustainable Future
Agritechnica 2019 - Hall P11 Stand D22
Your Soil Analysis
.png)
Select the area and timeframe to be analyzed.
Our system acquires the best available satellite imagery from different sources for the selected area. These are combined with additional field-specific data such as temperature, soil moisture and elevation models to create an accurate reconstruction of your field conditions.
Machine learning is not just a buzzword for us, it’s the tool enabling us to extract extraordinary insights out of ordinary data.
Unlike traditional soil analysis, we provide high-resolution nutrient measurements for the entire field, not just averages of probed locations. Furthermore, historic imagery enables insight into trends.
Your Soil Analysis
Select the area and timeframe to be analyzed.
Our system acquires the best available satellite imagery from different sources for the selected area. These are combined with additional field-specific data such as temperature, soil moisture and elevation models to create an accurate reconstruction of your field conditions.
Machine learning is not just a buzzword for us, it’s the tool enabling us to extract extraordinary insights out of ordinary data.
Unlike traditional soil analysis, we provide high-resolution nutrient measurements for the entire field, not just averages of probed locations. Furthermore, historic imagery enables insight into trends.
A survey of N application to maize in China showed that 54% of applied N fertilizers was excess, unnecessarily reducing the farmer's income
Reduction of this excess usage can increase household incomes by up to 15%.
To achieve high yields, soil fertility management is crucial but requires insights into the nutrient distribution which are costly and labor-intensive to obtain
Optimizing the fertilizer amount is crucial to avoid harming the soil and therefore reducing the future yield potential
Ineffective excessive fertilizer use must be reduced by providing every farmer with accessible and affordable soil insights
Governments and environmental agencies need effective and efficient tools to monitor excessive fertilizer usage
Because of the lacking insights and the resulting overuse of fertilizer, the amount that can’t be kept in the soil is washed away into the groundwater and the ocean
Excess fertilizer pollutes the groundwater and poses serious environmental and health risks
A Survey of N fertilizer application to maize in China showed that 54% of the expensive fertilizers was excess, unnecessarily reducing the farmer's income
Reduction of this excess usage can increase household incomes by up to 15%.
To achieve high yields, soil fertility management is crucial but requires insights into the nutrient distribution which are costly and labor-intensive to obtain
Optimizing the fertilizer amount is crucial to avoid harming the soil and therefore reducing the future yield potential
Governments and environmental agencies need effective and efficient tools to monitor excessive fertilizer usage
Ineffective excessive fertilizer use must be reduced by providing every farmer with accessible and affordable soil insights
Because of the lacking insights and the resulting overuse of fertilizer, the amount that can’t be kept in the soil is washed away into the groundwater and the ocean
Excess fertilizer pollutes the groundwater and poses serious environmental and health risks
Visit us at Agritechnica 2019 from 10 till the 16 of November and get an indepth explanation of our service plus a showcase.