Review on Energy Efficient Artificial Illumination in Aquaponics

Gillani, Syed Abreez; Abbasi, Rabiya; Martı́nez, Pablo

doi:10.1016/j.clcb.2022.100015

Cited by 5 publications

(2 citation statements)

References 64 publications

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“…These ranges are the result of the PPFD, and photoperiod used in the research and be adjusted to the crop and its age. Many experiments have evaluated the effect of different levels of DLI on growth, development, and plant quality on a wide range of crops [98,99] and the effect on consumption and energy-use efficiency in artificial lighting environment systems [100,101], where PPFD increased, but photoperiod is decreased or vice versa. Strawberry cultivation has been studied by Zheng et al [84], where they concluded that a DLI between 11.5 and 17.3 mol•m −2 •day −1 helps the early propagation of plants because it is probably the right light intensity value and photoperiod value for the crop.…”

Section: Daily Light Integral (Dli)mentioning

confidence: 99%

Role of Spectrum-Light on Productivity, and Plant Quality over Vertical Farming Systems: Bibliometric Analysis

et al. 2023

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The growing demands for food with high quality standards and high nutritional value have caused agriculture to evolve towards agricultural innovation go hand in hand with technological development, as is the case of vertical farming (VF) development. VF is a competitive system for sustainable food production, reducing space, and natural and human resources for agricultural production, and it is a system that can be developed anywhere in the world and at any time, without seasonality being a factor that influences production. Light is the most important factor to consider when it comes to vertical farming, replacing sunlight with artificial light has had great advances in improving productivity, especially when using LED lighting. Despite the exponential growth of the system, there is a paucity of analysis on the research that has been carried out to date using a VF system, and on information on the most relevant parameters to be considered for optimum production. This review is a bibliometric analysis of 318 scientific articles taken from the SCOPUS database, where information from 109 papers published in relevant journals was used. During the last 10 years, the number of publications that have been carried out in a VF system has increased by 195%, with China standing out as the geographical location where field experiments are carried out. Lettuce crop predominates in the investigations, with a light intensity of 200 μmol∙m−2∙s−1 and with a photoperiod of 16 h·day−1, using spectra between 450 and 495 nm, and a combination of blue and red (450–495 and 620–750 nm). The use of the research in the VF system for fresh, quality, local produce has increased in recent years, and has proven to be highly effective in productivity and quality. Conditions and management have been generalized, with more than 50% of researchers deciding to perform this cultivation method with similar photoperiod, spectrum, and intensity. Among the conclusions obtained by each researcher, it is also agreed that it is a potentially sustainable and controllable system that can be developed in urban locations, benefiting the social economy, food security, and the environment, while the conclusions on the cent per cent utilization of natural resources (such as energy from sunlight) in the system remain open and improving.

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Section: Daily Light Integral (Dli)mentioning

confidence: 99%

Role of Spectrum-Light on Productivity, and Plant Quality over Vertical Farming Systems: Bibliometric Analysis

et al. 2023

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“…Metode ini merupakan penggabungan dua kegiatan budidaya ikan dan tanaman [2], [3]. Teknik akuaponik juga dapat meningkatkan efisiensi energi [4] dan ekonomi [5]. Teknik ini mengintegrasikan budidaya ikan yang dipadukan dengan tanaman.…”

Section: Pendahuluanunclassified

Sipekernik: Sistem Pemantau Kekeruhan Air dan Pengairan pada Akuaponik Menggunakan Sensor Turbidity, LDR dan Water Level

Aziezah¹,

Sholihah²,

Novianty³

et al. 2023

jtim

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Aquaponics is an alternative to cultivating plants and fish in one place. This technique integrates fish farming with plants. In this case, aquaponic plants utilize nutrients from fish waste. Plants in aquaponics function as a biofilter, which will reduce these toxic substances into substances that are not harmful to fish and supply oxygen to fish-keeping ponds. With this technique, there will be a symbiosis of mutualism or a mutually beneficial cycle. The advantages obtained are the efficiency of water use and the reduction of waste contamination resulting from disposal into public waters. The water recirculation period affects the quality and quantity of fish and plants produced. Turbidity for cultivation should be no more than 25 NTU. Therefore, this tool is designed to detect the turbidity value of fish pond water in order to know the time to drain the pond using a turbidity sensor and regulate water irrigation in aquaponic installations based on light intensity values so that water does not stagnate in the installation pipe. The manufacture of this tool uses several components, such as an Arduino as a microcontroller, LDR (Light Dependent Resistor) sensor functions to turn on and off the pump, turbidity sensor functions to determine the turbidity value of pool water, and water level sensor functions to adjust the water level when draining and filling. pond water. At pump 1, the water will turn on if the intensity value of the LDR sensor is 650. If the turbidity sensor value is 25 NTU, then pump 2 will turn on and dump pool water into the shelter. After the pond water is drained to the specified height level, pump 3 will turn on to fill the fish pond with water. Pump 3 will stop when the water level is > 665.

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Latitude-dependent implications of lighting regimes on lettuce physiology and resource utilisation in decoupled aquaponics systems

Pinho,

Cammarisano,

Monsees

et al. 2024

Environmental and Experimental Botany

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Review on Energy Efficient Artificial Illumination in Aquaponics

Cited by 5 publications

References 64 publications

Role of Spectrum-Light on Productivity, and Plant Quality over Vertical Farming Systems: Bibliometric Analysis

Role of Spectrum-Light on Productivity, and Plant Quality over Vertical Farming Systems: Bibliometric Analysis

Sipekernik: Sistem Pemantau Kekeruhan Air dan Pengairan pada Akuaponik Menggunakan Sensor Turbidity, LDR dan Water Level

Latitude-dependent implications of lighting regimes on lettuce physiology and resource utilisation in decoupled aquaponics systems

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