Year: 2024
Type: article
Abstract: An experiment was carried out in the Grain Technology Laboratory, Department of Crops, Faculty of Agriculture - Omar Al-Mukhtar University, during the 2023 AD season, with a completely random design, to study the effect of soaking seeds and spraying seedlings with some Nanoparticles) NPs( (iron, manganese, and copper Nano oxides), Nano-Phosphorus, and Biota agro, and their reflection in some plant growth indicators. Mung beans (Vigna radiata L.) at a concentration of 1 cm/L of one M solution for 10 minutes, then planted in pots with a capacity of 3 kg, with 10 seeds per pot through 3 observations of each treatment. The data showed: • A significant response of mung bean plants to the application of nanoparticles (iron, manganese and copper oxides), nano phosphorus and beta agro was observed in some growth indicators (plant weight, plant height, leaf area, crop growth rate and leaf specific gravity). • Nano phosphorus outperformed by giving the plant the highest weight and leaf area. The crop growth rate reached (3.780 g, 19.2 cm2, 0.506 g/day, respectively) compared to the control treatment. Also, both iron oxide and nano phosphorus outperformed the rest of the treatments under study by giving the highest leaf specific weight. (0.1493, (0.0993) respectively. • Biota Agro excelled in giving the highest plant height, reaching 23 cm, followed by manganese oxide, which reached 21 cm, compared to the control treatment, which decreased to 8.50 cm Keywords: soaking seeds, mung bean growth, Nano-fine fertilizers, Biota agro, Nanoparticles(NPs)
DOI: 10.62341/jnsf3627
Authors: جميلة سعد محمد, كلية الزراعة قسم المحاصيل جامعة عمر المختار - ليبيا, نعيمة عبد الباري القاسي, سلمى فيصل شلوف, فاطمة فرج محمد, مركز البحوث الزراعية والحيوانية - البيضاء- ليبيا, مركز البحوث الزراعية والحيوانية - البيضاء- ليبيا, كلية الزراعة قسم المحاصيل جامعة عمر المختار - ليبيا
Language: English
Subfield: Materials Chemistry
Field: Materials Science
Domain: Physical Sciences
SDG: Zero hunger
Open Access status: bronze
OpenAlex ID: W4400273153