Model Perilaku Petani Dalam Adopsi Sistem Usahatani Padi Organik: Paradoks Sosial-Ekonomi-Lingkungan

Heryanto, Mahra Arari; Sukayat, Yayat; Supyandi, Dika

doi:10.24198/sosiohumaniora.v18i2.9951

Cited by 9 publications

(5 citation statements)

References 2 publications

(2 reference statements)

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“…Soil that has been supplied with chemical fertilizer for a long time will experience an imbalance when a change is made to organic fertilizer, which will cause the soil's nutrient content to be less than optimal. According to Heryanto et al (2016) a transition from conventional management to organic management requires at least 3 planting periods to achieve optimal productivity. Siwanto et al ( 2015) stated that only applying organic fertilizers without chemical fertilizers caused the availability of available nutrients to be lower.…”

Section: Soil Fertility Indexmentioning

confidence: 99%

Evaluation of soil fertility index in organic, semi-organic, and conventional rice field management systems

Suntoro,

Herdiansyah,

Widijanto

et al. 2024

Sci. agropecu.

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Rice farming in Madiun Regency implements three different management systems, that is organic, semi-organic, and conventional. The different implementation of these rice field management systems impacts soil fertility index and rice productivity. This purpose of this research was to know the effect of rice field management systems on soil fertility index and rice productivity in the Madiun Regency. The research uses an explorative descriptive qualitative method with a survey approach. Soil samples were taken using a random sampling method and 3 types of soil management systems (conventional, semi-organic and organic), and rice production samples were taken using an estimation method. The research results show that the soil fertility index ranges from 0.78 to 0.82, which is high. The highest soil fertility index is in the semi-organic management system and the lowest is in the organic management. The management system of semi-organic gave a response to the highest rice production of 6.89 tons/ha. Management system of semi-organic is a better management for increasing and maintaining soil fertility and crop production than conventional or organic. Farming activities results show that organic management systems increase the highest income, increasing 115.58% and 53.30% in semi-organic compared to conventional. The rice field management system has the effect of increasing the worm population density with the highest in the organic system, namely 4.19 individuals m-2. The Pontoscolex worm type dominates the three management systems. There is a correlation between organic matter content and earthworms.

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Section: Soil Fertility Indexmentioning

confidence: 99%

Evaluation of soil fertility index in organic, semi-organic, and conventional rice field management systems

Suntoro,

Herdiansyah,

Widijanto

et al. 2024

Sci. agropecu.

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“…In the optional and collective decision, economic aspect is dominant in determining the adoption decision. The technology innovation in Sibata carrots had to be accompanied by the institutional innovations which could be done through the input service quality and the interaction among the farmers and the supervisors (Heryanto, et al, 2016;Hakim dan Perdana, 2017).…”

Section: Discussionmentioning

confidence: 99%

Driving Factors and Rate of the Innovation Adoption of Sibata Carrots

Destiamayu

Heryanto²

2017

MIMBAR, Jurnal Sosial dan Pembangunan

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Abstract.Imported carrots came to Indonesia and replaced local carrots in the market. Demand of imported carrot quality was fulfilled by Katata farmer group through institutional innovation such as seed application, plant space arrangement, and harvest pattern management. According to the farmers' behaviors which are difficult to adopt the innovation, it is necessary to identify the driving factors of innovation rate in carrot cultivation. The objectives of this paper are to identify how fast the innovation adoption rate of the farmer and the driving factors of Sibata carrot cultivation rate. This paper is quantitative research design using Rank Spearman correlation. The result showed that there are 11 of 20 driving factors that push the Sibata carrot cultivation rate, which are economic benefit, quality benefit, innovation trialability, innovation observability, income, information source, input services quality, supervision, farmer-supervisor communication, price guarantee, and market guarantee. Social, economic, and technological aspect are simultaneously having a significant relationship in determining the adoption rate.

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“…Hal ini dilatarbelakangi karena petani berasumsi bahwa pertanian organik akan merugikan petani karena produktivitas yang rendah. (Heryanto, Mahra, Sukayat and Supyandi, 2016) menjelaskan produktivitas pertanian organik pada tahap awal akan mengalami penurunan namun akan mengalami kenaikan seiring waktu, sedangkan pertanian konvensional pada awal memiliki produktivitas tinggi namun akan mengalami penurunan karena unsur hara yang menjadi miskin. Permasalahan pertanian organik bukan hanya produktivitas yang rendah, tetapi dari besarnya biaya yang dikeluarkan, hal tersebut dikarenakan sarana produksi yang digunakan kedua jenis usahatani berbeda sehingga akan mempengaruhi besarnya biaya yang dikeluarkan.…”

Section: Pendahuluanunclassified

Perbandingan Produktivitas, Biaya Pokok Produksi Dan Pendapatan Usahatani Padi Organik Dan Nonorganik Di Kabupaten Pringsewu

Nurhidayati

Hudoyo

Haryono

2021

JoFSA

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Pringsewu Regency has the highest organic rice production area in Lampung Province, but organic rice productivity is low. Farmers have not fully carried out organic rice farming, most farmers are farming nonorganic rice. This is because farmers think that low productivity causes the income of rice farmers decreased. This study aims to analyze the differences in productivity, costs, and income of organic and nonorganic rice farming in Pringsewu Regency. Data were collected in two sub-districts which are organic and nonorganic rice farmers in Pringsewu District, namely: Pringsewu and Pardasuka districts, in August 2020. The number of respondents was 18 people by observing the last 3 planting seasons namely MH 2019/2020, MK 2019 and MH 218/2019. Therefore the total observations were 108. The data were analyzed using multiple regression analysis models with the dependent variable, namely productivity, costs and income. The independent variables are organic rice, location and planting season. The results showed that the average productivity of organic rice farming was 0.97ton/ha lower than that of nonorganic rice. The average cost of organic rice farming was Rp. 1.593/kg higher than nonorganic rice. The average income of organic rice farming was Rp. 7,13 milion/ha higher than nonorganic rice.

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Model Perilaku Petani Dalam Adopsi Sistem Usahatani Padi Organik: Paradoks Sosial-Ekonomi-Lingkungan

Cited by 9 publications

References 2 publications

Evaluation of soil fertility index in organic, semi-organic, and conventional rice field management systems

Evaluation of soil fertility index in organic, semi-organic, and conventional rice field management systems

Driving Factors and Rate of the Innovation Adoption of Sibata Carrots

Perbandingan Produktivitas, Biaya Pokok Produksi Dan Pendapatan Usahatani Padi Organik Dan Nonorganik Di Kabupaten Pringsewu

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