Technologies of the Future in Greenhouse Vegetable Production: Multicircle Hydroponics on Narrow Banches

Balashova, I. T.; Sirota, S. M.; Козарь, Е. Г.; Пинчук, Е. В.

doi:10.15217/issn1990-3618.2017.3.71

Cited by 3 publications

(3 citation statements)

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“…The plant absorbs these needs from the nutrient solution provided. The researchers work in collaboration to save the data recorded between the different units especially in the area of protection and communication (Belkadi et al, 2021;Balashova et al, 2017;Kumar et al, 2021b).…”

Section: Related Workmentioning

confidence: 99%

“…Water reuse can have an additional effect from now and in the foreseeable future and can likewise be extended to local structures. Knowledge evaluation will be used in relation to the structure set up and can inform farmers about the level of subsistence in the future to help them encourage their properties in a useful way .Totally different guiding shows and estimates are used to convey plan information to the world, including the progress being made to enable IoT construction to machine-driven automated structures (Huo et al, 2020;Balashova et al,, 2017;Dlamini et al, 2022). In addition, it is about giving the IoT framework a long life.…”

Section: Future Workmentioning

confidence: 99%

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Design of Smart Vertical Hydroponic System

Hassine,

Mezghani,

Belkadi

et al. 2023

Eng. Agríc.

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All horticultural regions of the world have fundamentally developed in the programmatic era through farmer impact and imaginative development practices. The methods described are used to monitor satisfaction and crop yields. Because of the quality of the soil and the nourishment of the land, their cultivation has improved and created more money. The disadvantage is that it took them a long speculation to acquire the crops, and the level of nutrition was not usually put at its obvious level. In addition, many areas were devoted to production, which required a lot of work to treat the whole area. In order to control the time and methods well, the majority of the regions switched to careful development principles with IoT structures. Growing on water is the most progressive strategy to grow natural plants, vegetables and fruits without using land. The use of Rockwool in agricultural strategies where water contamination is possible for a certain period will result in huge yields and the requirement of longer growing times will be waived. Most of the countries that have practiced smart and economic development with little external intervention. IoT sensors are used in the water cultivation development system to test the situation and quality of yields continuously. They will effectively provide information to the whole system when the water or nutrient level has dropped. In the beginning, the development of hydroponics was done horizontally in small spaces in order to maintain the water flow. Today, it is applied on a vertical structure to save space and water flows when needed. With this method, yields are likely to be achieved even more spaceefficiently and with little external intervention. Vertical hydroponics performs better than previous conventional approaches; perhaps the farmers in the extension unit have considered the cost of the total layout. This evaluation paper describes the use of procedures and development of automated methods using IoT platforms. Many reference materials can be used big data.

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Section: Related Workmentioning

confidence: 99%

Section: Future Workmentioning

confidence: 99%

Design of Smart Vertical Hydroponic System

Hassine,

Mezghani,

Belkadi

et al. 2023

Eng. Agríc.

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“…The distribution of such practice in Russian greenhouses has been constrained until recently by the lack of a specific range of vegetable plants. Therefore, a program for the creation of new highly productive forms of vegetable plants adapted to the conditions of multilayer hydroponics with narrow racks (MHNR) has been developed and operating in the laboratory of new technologies at VNIISSOK since 2010 [3].…”

Section: Literature Reviewmentioning

confidence: 99%

Modern Practices for the Cultivation of Leaf Vegetables in Hydroponics

Kling¹,

Pashek²,

Кумпан³

et al. 2020

Proceedings of the International Scientific Conference the Fifth Technological Order: Prospects for the Development and Moderni

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Nowadays, vertical multilayer placement of plants on racks is rapidly gaining popularity alongside the classic horizontal cultivation practice. Comparison between plant cultivation methods in functioning units constitutes the basis of the present research. The work has revealed that plants undergo different development stages in accordance with their biological and genetic characteristics and practically do not differ as for time spent in growing compartments. In general, over the entire cycle of leaf vegetables production, it can be noticed that lettuce needs from 30 to 33 days for harvesting in horizontal units and about 27 days in vertical ones. As regards dill, its cultivation does not significantly differ in relation to the unit type and amounts to 34-41 days, while basil revealed quite a wide specter of cultivation both in different units and within complexes ranging from 32 to 48 days, which indicates the reaction of plants to the influence of changes in microclimate and nutrient solution. When analyzing the development stages of arugula and parsley, it should be noticed that harvesting occurs 6-9 days faster in a vertical unit in an experimental container, which allows adding one or two more complete cycles over the year. Thanks to the multilayer placement of plants and subsequently the sufficient lighting of each tier, the Cerera 1.0 container system has reduced the area occupied by 1 plant and increased the number of net pots; as a result, the yielding capacity has increased by 2-3 times per unit area.

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Exhibiting of tomato breeding characteristics on different types of low-volume technology

Eroshevskaya

2023

Ovoŝi Rossii

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The comparative test of experimental F1 tomato hybrids was conducted under conditions of two different types of low-volume technology (MPVI "Fitopiramida", technology of growing in mats with drip irrigation) in 2021. The conducted researches have shown that duration of interphase periods, level of yield and fruit quality depend on cultivation technology. According to the data obtained, in conditions of MPVI "Fitopiramida" all studied F1 tomato hybrids enter fruiting faster and provide higher yield compared to the technology of growing in mats, but are inferior in average fruit weight, soluble dry matter content and taste qualities. As perspective F1 tomato hybrids for "Fitopiramida" technology hybrids Ga62(2) and Ga21, submitted for registration to Gossortcommission, were identified. On low-volume technology in mats hybrid Ga27a showed the best result. A strong correlation was found between estimates of the signs "average fruit weight" (r = 0,93) and "soluble dry matter content" (r = 0,81). It is possible to conduct preliminary selections in conditions of low-volume technology in mats according to these signs. For the most reliable assessment and accurate selection of the most perspective tomato hybrids for "Fitopiramida" technology their testing on hydroponic installations is required.

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Technologies of the Future in Greenhouse Vegetable Production: Multicircle Hydroponics on Narrow Banches

Cited by 3 publications

References 0 publications

Design of Smart Vertical Hydroponic System

Design of Smart Vertical Hydroponic System

Modern Practices for the Cultivation of Leaf Vegetables in Hydroponics

Exhibiting of tomato breeding characteristics on different types of low-volume technology

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