Possibilities of drip irrigation of vegetables in agricultural land of Uzbekistan

Ilkhamov, N M; Kurbanov, I G; Aliev, Jovidon; Ganiev, S E; Toshpulatov, Ch V

doi:10.1088/1755-1315/939/1/012050

Cited by 3 publications

(3 citation statements)

References 3 publications

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“…This increases the number of droppers per unit of irrigated area, which is the most unreliable element of the drip irrigation system. That is, with drip irrigation, the regularities of moisture distribution in the soil profile and the formation of moisture contours at different volumes of water supply were determined [21,22].…”

Section: Resultsmentioning

confidence: 99%

Calculation of Humidification Contours upon Drip Irrigation of an Intensive Apple Orchard in Zhambyl Region

Askanbek¹,

Nurabaev²,

Zhatkanbaeva³

et al. 2023

IJDNE

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Based on the increasing efficiency and productivity of water resources by improving the technique and technology of intensive drip irrigation of apple orchards, calculations were presented on the formation of a moisture contour by drip irrigation for apple seedlings and seedlings of low-growing fruit-bearing apple orchards in the conditions of the foothill zone of the Zhambyl region, the justification of the intensity and time of water supply, the placement of the number of droppers providing moisture to the root layer of apple trees grown to maintain humidity in accordance with 0.8 MC in the foothill zone of the Zhambyl region on light grey soils with insufficient natural humidity. As the apple trees grow and develop, the need to moisten the root layer along the drop line increases until the wet contour is completely covered. It is established that during mass watering of apple orchards, the regularities of the process and dynamics of soil moistening are established depending on the value of the irrigation rate. With drip irrigation, the root layer of the soil is compacted.

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Section: Resultsmentioning

confidence: 99%

Calculation of Humidification Contours upon Drip Irrigation of an Intensive Apple Orchard in Zhambyl Region

Askanbek¹,

Nurabaev²,

Zhatkanbaeva³

et al. 2023

IJDNE

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“…Observations, analysis and measurements were carried out in the research "Methods of conducting field experiments", Dospekhov's methods of multifactor dispersion analysis were used [1,2]. Statistical analysis of experimental data was carried out in "Excel 2019" and "Statistica 7.0 for Windows" computer programs, as well as mathematical analysis.…”

Section: Methodsmentioning

confidence: 99%

“…Today, the demand for vegetable and potato products is increasing dramatically in order to ensure food security around the world [1]. If we analyze the data of the last years, 182.3 million tons of tomatoes, 71.45 million tons of cabbage, 36.1 million tons of sweet and hot peppers, 42.83 million tons of carrots and 388, 19 million tons of gross crops are grown [2]. According to the information of the international organization FAO, 30-33% of cultivated areas have been degraded due to improper irrigation of agricultural crops, as a result, production is reduced by 15-20% [3].…”

Section: Introductionmentioning

confidence: 99%

Growing of cabbage in water efficient irrigation methods in Uzbekistan

Ilkhamov

2023

E3S Web of Conf.

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In world agriculture, efforts are being made to reduce water consumption in crop irrigation, to study the level of soil moisture and water consumption in different irrigation methods, to improve the agrophysical, agrochemical and microbiological properties of the soil, and to increase its productivity. Also, large-scale scientific research is being carried out on increasing the yield of vegetable crops in different irrigation methods and reducing the phytosanitary condition of the field (density of weeds and pests, level of disease). The development, improvement and widespread implementation of optimal and cost-effective irrigation methods for planting and caring for vegetable crops in the spring and summer periods in the conditions of water scarcity is one of the urgent issues in agriculture. The development of water saving irrigation technologies in conditions of Uzbekistan does not influence essentially on agro-application physical properties of typical grey soils. At application of water saving irrigation in conditions of a climate of Uzbekistan, it was noticed that the most effective way is drip irrigation. At this way of irrigation, water is saved by 50% and productivity of vegetable crops and fertility of soil increases by 10-15%.

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Overview of Sustainable Drip Irrigation Systems in Central Asia

Arifjanov,

Samiev,

Jalilov

2024

E3S Web Conf.

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Water scarcity is becoming an increasingly acute problem around the world, especially in the field of agriculture. Different kinds of irrigation system, e.g., drip irrigation, are developed and actively introduced to save water resources in arid regions. The study aims to review articles devoted to the implementation of drip irrigation systems in Central Asia countries. The array of the studies was retrieved from Scopus database for the 17-year period between 2007 and 2023 and totalled 32 articles. For the purpose of the study, all publications were categorized in several groups. Publications in scholarly journals were listed by publication numbers and citations. Relevant articles concentrated on drip irrigation in Uzbekistan and Kazakhstan. To specify the regions the articles originated from, two maps were drawn: the first one is for Kazakhstan with regions and the second one for Uzbekistan. All the publications were reviewed by their methodology and received some feedbacks. The article researched regions of Kazakhstan and Uzbekistan and gave recommendations on the implementation of drip irrigation systems in regions of the two countries.

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Possibilities of drip irrigation of vegetables in agricultural land of Uzbekistan

Cited by 3 publications

References 3 publications

Calculation of Humidification Contours upon Drip Irrigation of an Intensive Apple Orchard in Zhambyl Region

Calculation of Humidification Contours upon Drip Irrigation of an Intensive Apple Orchard in Zhambyl Region

Growing of cabbage in water efficient irrigation methods in Uzbekistan

Overview of Sustainable Drip Irrigation Systems in Central Asia

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