Our work system is based on the application of REGENERATIVE AGRICULTURE combining the use of new technologies and the most modern production systems, with the organic concepts that promote practices that respect the environment and people, always prioritizing the improvement of fertility of the soil should be called intensive organic agriculture. To put it another way, intensive organic agriculture is the system that represents an intensified but applied agriculture with respect towards our environment.
We use different tools and techniques of the latest agriculture, such as super-intensive crops and the use of high-precision machinery, always under the principles of regenerative agriculture. We promote soil fertility, handle it with respect, and try not to alter any of its natural properties with the aim of improving the interaction between living things in any part of nature.
With all these tools we get positive results both in the social, environmental and economic field.
At Can Font Organic, we define our context using the methodology of holistic management, to manage the activity as a whole and to set the grazing patterns of our animals.
We also use Keyline design and approaches to make a more efficient use of rainwater and avoid the risks of erosion and loss of soil.
We design in terms of permaculture to achieve greater energy efficiency when it comes to production.
We use the bio-intensive horticultural system to produce a large quantity of foods with little space and regenerating soils year after year.
Vegetal ground covers help us protect the soil, maintain the right conditions of humidity and temperature for the roots of our crops, and fertilize them naturally and without added cost.
By reducing or eliminating the mechanical work of the soil, using the no–tilling farming techniques, we can maintain their physical and biological properties.
Both the use of the GPS corrected through RTK and autopilot tractors allows us a high level of efficiency when doing any task in the field.
Soil monitoring allows us to know in real time the water content present and the irrigation needs.
The NDVI index gives us very relevant information when it comes to defining the agronomic actions required by our crops.
We try to work with virtually mechanized crops to obtain optimal economic performance.
The underground irrigation systems in crops of vine, olive, almond and corn allow us a sustainable use of irrigation water.
c/ Mar 5
Pedret i Marzà
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