Technology and Engineering
  • ISSN: 2333-2581
  • Modern Environmental Science and Engineering

Invention of Organic Nanofertilizer and Its Use in Crop Production and Soil Recovery


Eduardo Chilon Camacho, and Jhoselyne Chilon Molina
1. UNIBOL-ATK and UMSA-CIDES. La Paz, Bolivia

2. Franz Tamayo University. La Paz, Bolivia


 Abstract: Aerobic liquid organic nanofertilizer corresponds to the generation of our own knowledge, within the framework of the “Living Soil Paradigm”, and arises as an alternative to the global climate crisis, which at the present time is no longer a technical, ideological or political problem, but a question of survival; this serious situation forces the change of life patterns and current scientific approaches, in the case of agriculture to value processes based on knowledge rather than conventional inputs. The initial findings of the aerobic liquid organic fertilizer NAOLA verify that it contains phytohormones, some still unknown, vitamins, antibiotics, enzymes, available nutrients, nanobacteria and other compounds, which as a foliar nutritional supplement for plants, improve their growth in organically fertilized soils, and also as irrigation revitalize the “living soil”; it is quite versatile in its use as foliar fertilizer, bio-irrigation, biohydroponics, bio-burners and bioremediation of contaminated soils. It is part of an agricultural sustainability strategy that makes quality organic fertilizers the main basis for the resilience of soils and plants in the face of the global climate crisis.


 Key words: organic nanofertilizers, high Andean composting, biohydroponics




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