AGRON (Q3272711): Difference between revisions
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(Created claim: summary (P836): The purpose of the Agron RRI project is to develop a product that can in an innovative way analyse the nutrients and pollutants in the soil from the air using drones and draw up an action plan for the farmer (selective fertilisation plan). An important innovation and the advantage of such analyses will be that we will not get average values of nutrients that represent the total agricultural area, but will be limited to 40 square centimetres of l...) |
(Changed label, description and/or aliases in en: translated_label) |
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Revision as of 10:46, 12 October 2021
Project Q3272711 in Slovakia
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | AGRON |
Project Q3272711 in Slovakia |
Statements
462,722.03 Euro
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7 February 2018
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31 December 2020
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C-ASTRAL D.O.O.
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5270
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Namen RRI projekta AGRON je razviti produkt, s katerim bo moč na inovativen način analizirati hranila in onesnaževala v zemlji iz zraka s pomočjo brezpilotnih plovil in izdelati akcijski načrt za kmeta (načrt selektivnega gnojenja površine). Pomembna noviteta in prednost tovrstnih analiz bo to, da ne bomo dobili povprečnih vrednosti hranil, ki predstavljajo celotno kmetijsko površino, ampak bodo vrednosti omejene na 40 kvadratnih centimetrov zemlje. Taka natančnost je bistvenega pomena za obstoječe in prihajajoče tehnologije preciznega kmetijstva, s pomočjo katere se lahko dosežejo pozitivni cilji: povečati donose na poljih za 30-40 %; zmanjšati onesnaževanje zaradi prekomernega gnojenja kmetijskih površin za več kot 50 %. (Slovenian)
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The purpose of the Agron RRI project is to develop a product that can in an innovative way analyse the nutrients and pollutants in the soil from the air using drones and draw up an action plan for the farmer (selective fertilisation plan). An important innovation and the advantage of such analyses will be that we will not get average values of nutrients that represent the total agricultural area, but will be limited to 40 square centimetres of land. Such precision is essential for existing and upcoming precision farming technologies that can achieve positive objectives: increase yields on the fields by 30-40 %; reduce pollution from excessive fertilisation of agricultural land by more than 50 %. (English)
12 October 2021
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Identifiers
OP20.02893
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