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Information × Registration Number 0225U004819, (0121U107562) , R & D reports Title Theoretical substantiation of the mechanism of influence of silicon-containing fertilizers on increase of resistance of melon cultures to action of stress factors of soil and climatic conditions of the south of Ukraine popup.stage_title Теоретичне обґрунтування механізму впливу кремнійвмісних добрив на підвищення стійкості баштанних культур до дії стресових факторів ґрунтово-кліматичних умов півдня України Head Knish Volodymyr I., Кандидат сільськогосподарських наук Registration Date 19-12-2025 Organization Institute of climate smart agriculture of the national academy of agrarian sciences of Ukraine popup.description1 Methodologically and theoretically substantiate the mechanism of influence of silicon-containing fertilizers on increasing the resistance of watermelon, melon, pumpkin to the stress factors of soil and climatic conditions of the southern steppe of Ukraine popup.description2 A comparative assessment of adaptive and basic technologies for growing melon crops in non-irrigated conditions in southern Ukraine was carried out. In the adaptive technology for growing watermelon, melon and pumpkin, the impact of the complex application of silicon fertilizers against the background of the recommended dose of mineral fertilizers on the growth and development of melon plants, yield and product quality was determined. It was established that the complex application of silicon-containing fertilizers against the background of the recommended dose of mineral fertilizers increases the content of available mineral nutrition elements in the soil, significantly improves the conditions for the growth and development of melon plants, which is confirmed by the data on the increase in the leaf surface area and productivity of watermelon, melon and pumpkin plants, compared to the recommended nutrition system in the basic technology. The complex application of silicon fertilizer under melon crops in the adaptive technology of cultivation significantly increases the yield of watermelon by 17.0%, melon by 16.1% and pumpkin by 17.9%, compared to the basic technology of cultivation with the recommended level of mineral nutrition. Product Description popup.authors Shablya Oleksandr Serhiovych Kosenko Nadiya Р. Кokoiko Vasyl Vasylovych popup.nrat_date 2025-12-19 Close