Aplikasi Irigasi Portable Sprinkler Pada Tanaman Pakcoy (Brassica Juncea L.) Di Desa Marga Agung Kecamatan Jati Agung Lampung Selatan

Okvidiantoro, Kiki Dwi; Tusi, Ahmad; Lanya, Budianto

doi:10.24198/jt.vol10n1.5

Cited by 4 publications

(6 citation statements)

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“…This indicates that the application of ameliorants in marginal dry land will affect soil moisture content thereby affecting the productivity of corn plants. This is in accordance with the statement of [18], which prove that the low irrigation discharge and the short reach of the irrigation area cause the time needed by farmers to irrigate their land is relatively long, so it is confiscating time needed to do other work. Therefore, the solution way is to increase the frequency of the amount of irrigation water provided by adding ameliorant material as biochar rice husk and rice straw mulch, which this material was as agricultural waste and available abundance in the site location.…”

Section: The Effect Of Irrigation and Soil Ameliorant On The Corn Yieldsupporting

confidence: 89%

Implementation of Supplementary Water Irrigation and Rice Husk for Climate Change Adaptation and Improving Soil Quality in Dry Land, Gunungkidul

Riyanto,

Budiarti,

Jihad

et al. 2023

E3S Web of Conf.

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Dry land in Gunungkidul is the land that depends on rainfall as the main water source to the crops. This research aimed to evaluate the implementation of supplementary water irrigation and rice husk for improving soil quality. The study conducted at dry land of Wonosari-Gunungkidul on June-Sept 2019. Experimental Design used Randomized Completely Block and replicated four times. The treatments were frequency of irrigation, namely F1 (1 times), F2 (2 times), F3 (3 times) a week, and application of soil amendment, namely: M1 (without mulch), M2 rice straw 4 ton.ha-1), M3 (rice husks 4 ton.ha-1), M4 (straw mulch + rice husk 4 ton.ha-1). The result of study showed that applying straw much and rice husk plus supplementary water irrigation two times a week was able to provide the highest corn production (7.46 ton.ha-1) and was not significantly different to the irrigation three times a week and showed an increased yield of corn 52.56% compared to control (watering once a week and without mulch/rice husk). Applying straw and rice husk can be improved the chemical soil properties (increasing water holding capacity,C-organic, P and K available and CEC).The financial farming of BC ratio reached 2.25 and increased 144.56% compare to control treatment.

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Section: The Effect Of Irrigation and Soil Ameliorant On The Corn Yieldsupporting

confidence: 89%

Implementation of Supplementary Water Irrigation and Rice Husk for Climate Change Adaptation and Improving Soil Quality in Dry Land, Gunungkidul

Riyanto,

Budiarti,

Jihad

et al. 2023

E3S Web of Conf.

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“…Sedangkan pada pengujian sprinkler tunggal dimana Okvidiantoro et al (2016), telah menguji penggunaan sprinkler single nozzle pada irigasi tanaman pakcoy, dengan hasil diperoleh nilai koefisien keseragaman/coefficient uniformity sebesar 53,13%. Ini menunjukkan bahwa pada sprinkler tunggal, masih sulit mendapatkan keseragaman yang baik, sehingga memang harus dilakukan pemilihan alat yang saksama agar penggunaannya dapat memberikan irigasi optimal pada tanaman.…”

Section: Pendahuluanunclassified

“…Jika dinilai berdasarkan klasifiksi menurut (Prastowo,2011) bahwa nilai CU 85% pada transmisi yang miring termasuk cukup baik dan sedangkan pada transmisi perforasi yang datar termasuk dalam golongan sangat baik. Selanjutnya jika dilihat hasil uji sprinkler pada penelitian Okvidiantoro et al (2016), uji penggunaan sprinkler single nozzle pada tanaman pakcoy, memperoleh nilai koefisien keseragaman/coefficient uniformity sebesar 53,13%. Ini menunjukkan bahwa pada sprinkler tunggal, masih sulit mendapatkan keseragaman yang baik, sehingga memang harus dilakukan pemilihan alat yang saksama agar penggunaannya dapat memberikan irigasi optimal.…”

Section: Keseragaman Pancaran Pada Transmisi Datarunclassified

Analisis Karakteristik Aliran Irigasi Perforasi Pada Lahan Datar

Negara

Supriyadi

Suroso

et al. 2023

jstl

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Perforation irrigation is a unidirectional beam irrigation system that can be used for crop irrigation on dry land, due to the efficient use of water and the ability to wet land with a limited area. Therefore, the perforation irrigation system needs to be studied further in relation to the area of land that can be irrigated and the distribution of discharge to each perforated pipe. By testing several variations of the water level, the perforation irrigation emission capability will be obtained in the form of irrigation distribution, uniformity, emission capability and discharge amount used in irrigation on flat land. This study aims to determine the perforation irrigation capacity on flat land, the distribution of irrigation and the amount of discharge required. The test was carried out on three perforated pipes made of ½” PVC as lateral pipes, three transmission pipe length variations, such as 0.8m, 1m, and 1.2m with a distance between the perforations of 60 cm. The source of irrigation water comes from a 3 m tall tower with a capacity of ± 200 𝑙𝑖𝑡𝑒𝑟. The test uses three variations of head height, namely h1 350 cm, h2 360 cm, h3 370 cm and h4 380 cm. The results showed that the perforation irrigation jet length was around 100cm -120 cm, the uniformity of CU irrigation was above 97% with a total discharge on h1 QT = 0.689 lt/s, h2 QT = 0.690 lt/s , h3 QT = 0.695 lt/s and on h4 QT = 0.701 lt/s. While the range of flow rates for perforation 1 pipe Q1 (0.42 lt/s – 0.429 lt/s), perforation 2, Q2 (0.13 -0.145 lt/s) and perforation 3, Q3 (0.129 - 0.135 lt/s)

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“…Sistem irigasi sprinkel banyak digunakan untuk lahan-lahan yang berukuran kecil, dengan laju penyiraman yang kurang seimbang dengan penyerapan air kedalam tanah [4].…”

Section: Pendahuluanunclassified

“…Sedangkan produksi tanaman pakcoy pada lahan dengan irigasi sprinkler adalah 70 gram / tanaman lebih besar dibandingkan dengan berat tanaman pada lahan konvensional adalah 40 gram / tanaman. [4] Pada rancangan ini dibuat sistem irigasi sprinkler yang mempunyai debit air yang lebih besar, pealatan yang dibutuhkan, sebuah sistem pengolahan data (mikrokontroler) dan komponen pendukung.…”

Section: Tinjauan Pustakaunclassified

Sistem Irigasi Big Gun Sprinkler Portable Periodik Dengan Mikrokontroler Arduino

Bahari¹,

Gunadhi²,

Joewono³

2020

jurnalelektro

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Barren land can have a social impact on people living in the surrounding area. Land that shouldbe used as dry land is caused by the condition of the land lacking water, so technology is needed thatcan improve the efficiency and effectiveness of water use, namely sprinkler irrigation. This sprinklerirrigation is supported by a big gun sprinkler that is capable of spraying water into the air as far as 20-30 meters, the water distributed can be uniform as rain so that production can be uniform and optimal.This method can take place if the sprinkler big gun that presses 2 to 6 bars is supplied with a waterpump that can provide that much pressure too. This system consists of a DHT22 sensor as an input toread the temperature and humidity values of the air. Arduino microcontroller as input processing fromtemperature and humidity sensors (DHT22) as well as main processing. The output is a water pumpand sprinkler that is used to spray water into the air. There are 3 main modes, namely auto, timer,manual, auto to run the tool automatically and periodically. Timer to run the system with time mode inminutes with a 10 minute increment in stages, manually to run the tool manually which needs to turnon and turn off the pump with the help of human power. The temperature changes carried out by thetool are the fastest with a duration of 3 minutes 42 seconds when the temperature of 33 degrees dropsto 32 degrees Celsius and the longest with a duration of 5 minutes 45 seconds. The most rapid changein humidity is 1 minute 35 seconds when 51 percent humidity rises to 52 percent and the longest with aduration of 3 minutes 1 second when 49 percent humidity rises to 50 percent. In testing the entire toolby running the auto mode the system will automatically turn on when the temperature <value is setand humidity> value is set and will automatically turn off.

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Aplikasi Irigasi Portable Sprinkler Pada Tanaman Pakcoy (Brassica Juncea L.) Di Desa Marga Agung Kecamatan Jati Agung Lampung Selatan

Cited by 4 publications

References 0 publications

Implementation of Supplementary Water Irrigation and Rice Husk for Climate Change Adaptation and Improving Soil Quality in Dry Land, Gunungkidul

Implementation of Supplementary Water Irrigation and Rice Husk for Climate Change Adaptation and Improving Soil Quality in Dry Land, Gunungkidul

Analisis Karakteristik Aliran Irigasi Perforasi Pada Lahan Datar

Sistem Irigasi Big Gun Sprinkler Portable Periodik Dengan Mikrokontroler Arduino

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