Edycja projektu EPI

Details of the project EPI

Implementation of innovative fruit production technology with a closed irrigation and biofortification system with iodine and selenium on the example of cranberry

13-06-2018 do 13-06-2020

8 026 565,62

EFRROW; national public funds; own funds

https://www.originalfood.pl/

Development of an innovative technology of large-fruited cranberry cultivation on an industrial scale using very weak soils as a result of combining innovative construction and agrotechnical solutions. Adapting crops to Polish conditions, and above all to water shortages and changes in groundwater level. The establishment of field-wide experiments in which a number of innovative additives enhancing water retention in the substrate will be applied, including hydrophilic polymers and dendrimers, will verify the behavior of absorbents and plant reactions against variable soil and climatic conditions, so that the effects can be disseminated in subsequent crops.

Construction and establishment of experimental quarters in which the technology of cultivation of the best-developed North American plantations will be used and where innovations will be developed to adapt the cultivation techniques to Polish conditions, mainly water shortages and large changes in groundwater level, among others through the use of soil additives: dendrimers (able to close in their structure and release fertilizers, growth regulators, plant protection chemicals), halloysite, brown coal perlite and bio coal. In addition, as a result of biofortification, we intend to obtain cranberry fruits with an increased content of iodine and selenium.

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The ability to retain water in the soil by adding various super-absorbents, neutral to the soil environment, will open the way to the adaptation of various terrains, even those with extremely unfavourable conditions for various crops. Refining the dosing technologies and selection of appropriate substances will contribute to the development of specialized production of, especially fruit and vegetable in regions where, at the moment, it is not possible or unprofitable. It should also be emphasized that the binding of water in the soil has pro-environmental advantages because it will significantly reduce the amount of water used for irrigation. In addition, all the above aspects entail a reduction in production costs and contribute to the creation of a competitive product. It can also be an alternative to farmers applying drip irrigation in order to reduce the water usage fees planned to be imposed on farmers. The ability to bind other nutrients for plants and beneficial bacteria by sorbents will positively affect the quality of the raw material and should allow cultivation in an ecological manner. The initiation of its cultivation on a larger scale in Poland, using very poor soils, of the 5th and 6th class, in good cultivation conditions and highly advanced technologies, will allow lowering prices and induce exports to European countries. Poland, on the other hand, may have a chance to appear on the European market as a strong producer of many niche species and varieties. Fruit with high pro-health values goes to consumers across Europe as a response to the market demand for so-called Functional food.

plant cultivation and horticulture