Kajian Irigasi Mikro Pada Sistem Hidroponik Padi (Oriza Sativa L.) Varietas Serayu Dalam Rumah Tanaman

Moningka, Christian N. G.; Ludong, Daniel Peter Mantilen; Rumambi, David P.

doi:10.35791/jteta.11.1.2020.29981

Cited by 3 publications

(3 citation statements)

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“…17 ± 1.94 g/planting hole, or equivalent to 33.6 tons/ha/year of fresh weight. This result is still lower than the research results reported by Moningka et al (2020), where at the same age it produced a fresh weight of 62.46 g/planting hole. This could be due to differences in nutrition, variety, temperature, or humidity (Rosliani and Sumarni, 2005) variety factor had no significant effect, the IR64 variety produced a heavier plant canopy than the Ciherang variety.…”

Section: Weight Of Race Plantscontrasting

confidence: 74%

Quality and Quantity of Hydroponic Rice Forage Ciherang and IR64 Varieties at Different Harvest Ages

Samratulangi,

Subagiyo,

Hermanto

2024

ijcsrr

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The purpose of this study is to determine how different harvest ages and varieties affect the quantity and quality of fodder produced by hydroponically cultivated rice plants. The study design was a 2 x 3 factorial, completely randomized design (CRD) experiment with five replications. Tiller count, plant height, plant weight, and graph power were among the characteristics that were observed. The data were analyzed using analysis of variance (ANOVA), and any differences were found using Duncan’s multiple area test. The plant height, number of tillers, plant weight, and dry matter production were all significantly impacted by the harvest age factor, according to the data. The variety factor is significantly influenced by the observation variables. The interaction between the parameters at 60 days of yield after planting (DYAP) has a significant impact on the variables plant height, plant weight, number of tillers, and dry matter production. The IR64 variety outperformed the Ciherang variety, according to the results of the proximate analysis, and the best harvest age in terms of crude protein, crude fiber, and crude fat content was at 40 days after planting, while the best TDN was at 60 DYAP. The IR64 cultivar produced the most biomass at a harvest age of 60 DYAP. In summary, the study’s findings suggest that hydroponically grown paddy forage has great promise in terms of the nutrients it can produce, yet biomass output is still lower than that of cutter grass, while dry matter production is higher than that of fodder.

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Section: Weight Of Race Plantscontrasting

confidence: 74%

Quality and Quantity of Hydroponic Rice Forage Ciherang and IR64 Varieties at Different Harvest Ages

Samratulangi,

Subagiyo,

Hermanto

2024

ijcsrr

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“…Benih padi disemaikan pada lahan hingga berumur 25 HSS (Shaibur et al 2008), ditanam 2 bibit padi di setiap netpot (Sutrisna et al 2018), menyulam tanaman yang tidak tumbuh atau kondisinya abnormal pada 7-14 HST (Moningka et al 2020), melakukan irigasi berselang dengan menguras air dalam bak ketika sore hari (17.00 WIB) dan mengembalikan air dalam bak ketika pagi hari (07.00 WIB) pada fase vegetatif saat tanaman berumur 16-46 HST (Budianto et al 2020), memberikan nutrisi AB mix sesuai dengan kebutuhan tanaman (Moningka et al 2020), mengukur Electric Conductivity/EC (500-1500 µS/cm pada fase vegetatif dan 1500-3000 µS/cm pada fase generatif) dan pH media 6,5-7 agar unsur hara terserap dengan baik (Qurrohman & Ginandjar 2018), menambahkan air pada bak tanam untuk mengganti volume air yang hilang akibat evapotranspirasi (Moningka et al 2020), mengendalikan organisme pengganggu tanaman (OPT) berdasarkan hasil pemantauan di lapangan (Sutrisna et al 2018), dan memanen padi ketika tanaman telah memenuhi syarat untuk siap-panen.…”

Section: Prosedurunclassified

Respons Tanaman Padi Pada Media Tanam Tanpa-Tanah Berbasis Irigasi Berselang

Tirto Wahyu Widodo,

Damanhuri,

Ilham Muhklisin

et al. 2023

J. Ilmu. Pertan. Indones.

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Rice cultivation without land as an urban farming method is carried out to produce food in a subsistence manner. This experiment aimed to examine the response of rice plants to non-soil planting media based on alternate wetting-drying irrigation. This work was conducted at the screen house in Sumberjeruk Village, Jember Regency (8°07'42.9" S and 113°47'09.3" E) from January to May 2022, using a factorial, fully randomized design of 2-factors with 3-replications. The planting medium without soil (husk:water) as the first factor consists of 4 compositions (v/v): 0:1, 1:4, 1:6, and 1:8 (total volume of 25-L media), while variety as the second factor consists of Inpari 46 and IR 64. The results showed that the combination treatment (husk: water) 1:6 and Inpari 46 had a significant effect on the number of productive tillers (25.17 stems) and grain weight per hill (34.07 g). The planting medium of non-soil husk: water 1:6 gave no significant value to husk: water 1:4 on the total number of grains (124.21 grains) and full grains (83.52 grains). The Inpari 46 varieties showed the highest value for the total number of grains (133.07 grains), the number of full grains (84.88 grains), and the weight of 1000-seeds (22.43 g). The application of husks and water as a planting medium with the right ratio is an ideal medium for landless rice cultivation since it can supply oxygen to the media. Keywords: growth, production, rice, subsistence farming, soilless

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“…A hydroponic system is seen as an alternative rice cultivation system that possibly be able to resolve these biophysical-related issues. However, there is other factors should be considered as alternative cultivation system which include planting media and nutrient concentration [3,6], thickness of the micro irrigation in DFT system [4], container size and nutrients used [5].…”

Section: Introductionmentioning

confidence: 99%

Vegetative-phase Growth Performance of rice (Oryza sativa L.) Cultivated Using Hydroponic System

Bidin

Ahmad

Cleophas

et al. 2022

J. Phys.: Conf. Ser.

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Rice (Oryza sativa L.) is the most important staple food for many countries including Malaysia. But the country is still relying on the import to meet its domestic demand. Though significant public resources allocated for the rice industry, rice cultivation is still perceived to be uneconomical and associated with poverty. Therefore, a hydroponic system is seen as an alternative rice cultivation system that possibly be able to overcome common problems encountered in conventional and traditional paddy cultivation such as irrigation systems, limited cultivation area, control of nutrient inputs, control of pests, and loss of community interest particularly the new generation towards paddy cultivation. This net house study which one of the objectives was conducted to examine the vegetative growth of two local rice varieties under hydroponic condition. The experiment was a split plot design with nutrient solution concentration as the main plot, and the subplot is a local rice variety consisting of low land variety TQR-8 Sri Aman and upland rice variety called as ‘Tadong’. Each treatment was replicated in four plants or pots. A two-way analysis of variance (ANOVA) was performed to determine the effect of nutrient solution concentration and variety on rice growth cultivated using hydroponic system. The results revealed that the hydroponically grown rice of TQR-8 Sri Aman has greater tillering ability compared to Tadong for both NCSs. On the other hand, Tadong variety showed higher plant height than TQR-8 Sri Aman grown under hydroponic system. In addition, interaction of variety and nutrient solution concentration was significantly difference on tiller number and plant height. Further analysis should be conducted to evaluate the yield and feasible of the rice grown using hydroponic system.

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Kajian Irigasi Mikro Pada Sistem Hidroponik Padi (Oriza Sativa L.) Varietas Serayu Dalam Rumah Tanaman

Cited by 3 publications

References 0 publications

Quality and Quantity of Hydroponic Rice Forage Ciherang and IR64 Varieties at Different Harvest Ages

Quality and Quantity of Hydroponic Rice Forage Ciherang and IR64 Varieties at Different Harvest Ages

Respons Tanaman Padi Pada Media Tanam Tanpa-Tanah Berbasis Irigasi Berselang

Vegetative-phase Growth Performance of rice (Oryza sativa L.) Cultivated Using Hydroponic System

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