Harmonization of Rice Production Policy and Rice Trade Policy in Indonesia

Vadilaksono, Muhammad Ivan; Syaukat, Yusman; Widyastutik, Widyastutik

doi:10.17358/jma.20.1.154

Cited by 3 publications

(1 citation statement)

References 22 publications

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“…Kebijakan tersebut dapat berupan kebijakan untuk meningkatkan produksi beras dan kebijakan impor beras. Menurut Vadilaksono (2023), kebijakan produksi beras dinilai lebih baik daripada kebijakan impor dimana kebijakan produksi mampu menjaga kestabilan harga beras domestik dan mampu mencukupi ketersediaan beras lebih baik daripada kebijakan impor. Kebijakan produksi beras tersebut dapat berupa perluasan luas panen, subsidi pupuk, subsidi benih, dan lain sebagainya.…”

Section: Dampak Perubahan Pdrb Terhadap Ketersediaan Dan Konsumsi Berasunclassified

Penerapan Persamaan Simultan pada Analisis Hubungan Ketersediaan dan Konsumsi Beras Untuk Melihat Kondisi Ketahanan Pangan

Ramadhan,

Himalaya,

Wardani

et al. 2023

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Peningkatan populasi yang cukup pesat menjadi tantangan besar, khususnya dalam ketahanan pangan. Sebagai bahan makanan pokok, beras memiliki peran vital dalam kehidupan sehari-hari dan keberlangsungan hidup masyarakat di Indonesia. Penelitian ini bertujuan untuk menganalisis faktor-faktor yang mempengaruhi ketersediaan dan konsumsi beras pada 34 provinsi di Indonesia tahun 2021 menggunakan persamaan simultan yang diestimasi dengan metode Two Stage Least Square (2SLS). Didapatkan hasil bahwa ketersediaan beras dan konsumsi beras saling berpengaruh positif dan signifikan antara satu sama lain. Luas panen juga berpengaruh positif dan signifikan pada ketersediaan beras, sedangkan harga beras tidak berpengaruh signifikan. Di lain sisi, jumlah penduduk berpengaruh positif dan signifikan pada konsumsi beras, sedangkan PDRB tidak berpengaruh signifikan. Selain itu, dilakukan pula simulasi dampak penurunan luas panen, pertumbuhan penduduk, dan kenaikan PDRB terhadap ketersediaan dan konsumsi beras. Hasilnya menunjukkan bahwa jika ketiga kondisi tersebut terjadi, maka ketersediaan beras tidak dapat mencukupi kebutuhan konsumsi beras nasional.

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Section: Dampak Perubahan Pdrb Terhadap Ketersediaan Dan Konsumsi Berasunclassified

Penerapan Persamaan Simultan pada Analisis Hubungan Ketersediaan dan Konsumsi Beras Untuk Melihat Kondisi Ketahanan Pangan

Ramadhan,

Himalaya,

Wardani

et al. 2023

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Increasing rice productivity in presence of climate change using Internet of Things (IoT)

Firmansyah,

Suryani

2024

E3S Web Conf.

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Climate change is becoming increasingly unpredictable. This also has an impact on agriculture, such as the increase in rice productivity. The internet of things is one of the latest technologies that can help increase land productivity. One of the uses of the Internet of things is to identify the temperature and rainfall. The problems currently faced by farmers are determining planting schedules and pest control that caused the decline in rice production. In this study, IoT will be designed to develop smart agriculture using system thinking to increase agricultural dryland productivity where agriculture in Madura is classified as dryland agriculture with rainfall amounts falling into the low-medium category of 50 -150 mm/day, this also affects the temperature in rice cultivation, so the use of IoT will focus on controlling the temperature, pest and stability of the rice paddy soaking water while planting rice until the harvest process for maximum results. The result of this study is a causal loop diagram of internet-based system thinking that can be used as a recommendation to increase agricultural land productivity with temperature, pest and irrigation control using IoT, especially in the form of sensor technology.

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The role of Kampar watershed in achieving sufficient rice production and sustaining agriculture

Wahyu Titisari,

Elfis,

Zen

et al. 2024

Water Supply

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Agriculture is the largest global water consumer, making it crucial to understand its impact on watersheds. This study, conducted in 2023, examines the Kampar watershed in the Riau province, covering Kampar and Pelalawan regencies. It assesses the watershed's suitability for meeting agricultural water needs, particularly for rice cultivation. The study utilizes quantitative methods, applying the Penman–Monteith technique and benefit transfer analysis to measure the water footprint of agriculture. Key indicators include blue water, green water, and gray water footprint. The water footprint in the Kampar watershed is 173.84 m3/ton, with rice cultivation in the Kampar regency having 57.96 m3/ton blue, 32.19 m3/ton green, and 14.52 m3/ton gray water footprints. In the Pelalawan regency, the values were 41.09 m3/ton blue, 25.59 m3/ton green, and 2.49 m3/ton gray water footprints. The findings suggest a significant need for ample water usage from surface and groundwater in both Kampar and Pelalawan regencies for rice cultivation. Regarding the water availability in each district: Kampar regency has 1,063,281,652 m3/year and Pelalawan regency has 987,542,991 m3/year. This surplus in the Kampar watershed ensures sufficient water for rice cultivation in both districts, especially in the Kampar regency. This holds promising further agricultural development in the Riau province.

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Harmonization of Rice Production Policy and Rice Trade Policy in Indonesia

Cited by 3 publications

References 22 publications

Penerapan Persamaan Simultan pada Analisis Hubungan Ketersediaan dan Konsumsi Beras Untuk Melihat Kondisi Ketahanan Pangan

Penerapan Persamaan Simultan pada Analisis Hubungan Ketersediaan dan Konsumsi Beras Untuk Melihat Kondisi Ketahanan Pangan

Increasing rice productivity in presence of climate change using Internet of Things (IoT)

The role of Kampar watershed in achieving sufficient rice production and sustaining agriculture

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