Project 3

Adaptation of the agrochemical studies methodology to the information provided by eco-nano-technologies and intelligent equipment for the mapping of soil properties in order to increase the efficiency of agricultural production and environmental protection

 

Coordinatind institution: ICPA Bucharest

 

The main objective of the project is to adapt the classical methodology of elaboration of agrochemical studies to the information provided by Nano-technologies and intelligent equipment for the mapping of soils for the purpose of optimising production To protect the environment. In this context the Agrochimici indicators used in classical agrochemical studies will be defined in the first phase and the procedures for determining the Agrochimici indicators used in the mapping of soil properties will be established. The indicators for mapping the soil properties will be evaluated using the classic methodology for agrochemical studies. This will position the sampling points of the soil in the study areas. The test areas will be located via GPS and will be georeferenced. The harvesting of soil samples will be carried out according to the classical methodology of elaboration of agrochemical studies. Laboratory analyses will be carried out to determine the agrochimici indicators monitored in dynamic. Laboratory analyses will be carried out according to the methods of determining the standard physico-chemical indicators by national and/or international standards, validated internal methodologies with data obtained in long-term experiments. Optimal doses of fertilizer application will be established using the classic method of elaboration of agrochemical studies, using the values of the indicators obtained by laboratory analyses. A comparative analysis of the indicators assessed by the classical methodology for the development of agrochemical studies with the information provided by eco-nano-technologies and smart equipment used within the project will be carried out, as well as an analysis Comparison of the classical methodology for the development of agrochemical studies with eco-nano technologies and intelligent equipment. An economic evaluation of the benefits of eco-nano technologies and smart equipment will be achieved. The dissemination of the results obtained within the project will be achieved by publishing 2 scientific articles in specialized journals.