Pengaruh Curah Hujan pada Produksi Padi Gogo di Indonesia

Santoso, Agung Budi; Supriana, Tavi; Girsang, Moral Abadi

doi:10.18343/jipi.27.4.606

Cited by 4 publications

(3 citation statements)

References 6 publications

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“…The managerial implementations that can be done include; first, determining commodities in accordance with resource support. North Sumatera is an area that has equatorial type rainfall (Santoso et al 2022). This can be addressed by selecting upland rice commodities because they have good potential, equalizing rainfall in drylands.…”

Section: Managerial Implicationmentioning

confidence: 99%

Rice Balance Simulation in Order To Support Sustainable Rice Self-Sufficiency Program in North Sumatera

Santoso¹,

Aryati²

2022

jma

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The UPSUS program for food self-sufficiency launched by the government has succeeded in increasing national rice production, including in North Sumatera, by increasing the additional embedded area (LTT). However, the aspect of rice supply and distribution is still a problem, so rice imports are still carried out. This study aims to determine the rice balance by comparing the value of rice production to consumption every month throughout the year. The method used is a dynamic system approach using secondary data to build a simulation model. The simulation results show that, in general, the demand for rice has been fulfilled, although in certain months there is a deficit because the planting area in that month is not as large as in other months. Likewise, for some rice production centers, there are regions that experience rice deficits throughout the year. Therefore, efforts to improve supply chain management are an alternative solution to supporting sustainable rice selfsufficiency in North Sumatera.

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Section: Managerial Implicationmentioning

confidence: 99%

Rice Balance Simulation in Order To Support Sustainable Rice Self-Sufficiency Program in North Sumatera

Santoso¹,

Aryati²

2022

jma

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“…Differences in seasonal patterns affect cropping patterns in each region, leading to differences in cropping indexes, ultimately affecting rice production in each state. When developing rice production as food, the diversity of climatic conditions must be considered (Santoso et al, 2022).…”

Section: Introductionmentioning

confidence: 99%

Application of Fuzzy Logic to Predict Rice Production Quantity in Bogor Regency

Suhaila,

Muhammad Hafizh Maulidan,

Muchammad Alifandhino Satrio

et al. 2024

JASTH

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This study aims to understand prediction methods using fuzzy Mamdani logic to conclude the quantity of rice production in the Bogor Regency area. Then in this study, we used quantitative methods and involved interviews with resource persons, namely rice mill workers and farmers. The data obtained from the interview is then fuzzyfication to be used in calculations. The main finding of this study is the elaboration of crop quantity from small, normal, and many, with the range of yields produced ranging from 0 to 3000 KG for little, 3000 to 6000 KG for normal, and 6000 to 10000 KG for many. Weather and humidity observations were found to significantly affect rice yields. The implications of these findings are improved accuracy in yield estimation, and the ability to address uncertainty and complexity in factors affecting crop growth. Despite the limitations of this study, such as limited data and remote study locations, the use of fuzzy logic can make a crucial contribution to determining the quantity of water needed for plant growth based on rainfall and weather conditions. This research is crucial because it can be a reference for future research that uses fuzzy logic to determine the quantity of rice production.

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“…Approximately 75.6% of Indonesia's total geographical area comprised dry land, covering 1,444,732 km 2 . Agricultural land development reached 15.9 M ha, while lowland development achieved only about 7.5 M ha (Santoso et al, 2022;Hikmat et al, 2023;). In contrast, the harvested area of upland rice was only 8.65% of the harvested area of lowland rice, equalling 14.7 M ha (Kementan RI, 2020).…”

Section: Introductionmentioning

confidence: 99%

Physicochemical Properties and Eating Quality of Promising Crossbred Upland Rice Lines Developed From Superior Parental Genotypes

MULYANINGSIH,

DEVI,

ANGGRAHENI

et al. 2023

SABRAOJBG

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The ultimate objective of breeding is to produce high-yielding cultivars that are fascinating to the farming community and end users, allowing for easy marketing. Therefore, it is crucial to conduct various tests on milling quality, physicochemical properties, and eating quality to determine the overall rice quality and evaluate the response of potential consumers. The presented study sought the complete rice quality and the consumer acceptance of 12 upland rice lines derived from superior parental genotypes. This research conducted in 2019 performed milling and eating quality assessments on milled and cooked rice, respectively. The milling quality analysis revealed that lines L-04, L-05, and L-06 produced middle-length grains, while others produced full-length grains. Rice from lines L-02, L-09, and L-12 were slender, while the rest were medium-shape. All upland rice lines also met the national standard (SNI 6128-2015) for milling degree (85%–100%), moisture content (9.85%–11.30%), chalky rice (0.06%–1.59%), and yellow rice (0.21%–1.77%). Lines L-03 and L-05 met the Medium-I quality standard with head rice recovery (HRR) values of 84.15% and 84.76%, respectively. However, lines L-01 and L-02 met the Medium-III standard with HRR values of 66.24% and 66.39%, separately. Principal Component Analysis (PCA) revealed four principal physicochemical characteristics, i.e., degree of milling, length, width, and HRR. Partial Least Squares Regression (PLSR) analysis displayed the overall liking as determined by the interaction of four descriptive factors, mostly taste and texture. Cooked rice of line L-12 (cross of cv. Inpago-8 × B11930F-TB-2) was the most liked compared with other cooked rice samples.

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Pengaruh Curah Hujan pada Produksi Padi Gogo di Indonesia

Cited by 4 publications

References 6 publications

Rice Balance Simulation in Order To Support Sustainable Rice Self-Sufficiency Program in North Sumatera

Rice Balance Simulation in Order To Support Sustainable Rice Self-Sufficiency Program in North Sumatera

Application of Fuzzy Logic to Predict Rice Production Quantity in Bogor Regency

Physicochemical Properties and Eating Quality of Promising Crossbred Upland Rice Lines Developed From Superior Parental Genotypes

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