Appraisal of Biofertilizers in Rice: To Supplement Inorganic Chemical Fertilizer

Khan, Haider Iqbal

doi:10.1016/j.rsci.2018.10.006

Cited by 44 publications

(25 citation statements)

References 23 publications

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“…Chittora et al [41] mention that, Cyanobacteria is a source of biofertilizers for sustainable agriculture. Biofertilizers can increase the productivity of soils through its role in fixing N from the air [42], mineralization N [43], reducing the nitrogen loss [44], increasing N uptake [45], increasing the availability of N and P nutrients in the soils, releasing hormones [46], promoting plant growth [47], stimulating high expression of nitrate transporter, and increasing yield [48].…”

Section: Rae On the Combination Of Inorganic Fertilizers And Biofertilizersmentioning

confidence: 99%

Implementation of Rice and Maize Cultivation Technology Based on Agronomic Effectiveness

Yustisia¹,

Riyanto²,

Thamrin³

et al. 2021

E3S Web Conf.

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The existing land characteristics and inappropriate management during intensive agricultural practice on upland, swampland, and paddy field are the factors that causing land productivity to be low and decreasing. Alternative efforts to increase the land, rice, and maize productivities could be carried out through the implementation of Site- Specific Nutrient Management technology based on the RAE parameter. This paper presents thoughts on the opportunities for refocusing RAE- based research on agricultural cultivation technology, and research results that have been done.The research of rice and maize with RAE in the upland and paddy field has resulted in a location-specific cultivation technology package. The technologies that have been produced are single NPK inorganic fertilizer package, the combination of single NPK- compound NPK inorganic fertilizers, the combination of single NPK inorganic fertilizer-organic fertilizer, and combination of single NPK inorganic fertilizer-biofertilizer. By using RAE value, these researches have shown a more effective technology package in comparison with standard technology. The technology devices for determining standard fertilization needed to support the research with RAE parameter as the basis are available. The said devices are Upland, Swampland, and Paddy Soil Test Kit. Refocusing research of location-specific fertilization that explicitly using RAE parameter is relevant to promote sustainable agriculture.

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Section: Rae On the Combination Of Inorganic Fertilizers And Biofertilizersmentioning

confidence: 99%

Implementation of Rice and Maize Cultivation Technology Based on Agronomic Effectiveness

Yustisia¹,

Riyanto²,

Thamrin³

et al. 2021

E3S Web Conf.

View full text Add to dashboard Cite

show abstract

“…The application of Trichoderma resulted in a higher yield, followed by a combined application with Azospirillum. Results revealed the greater scope of applying biofertilizer (Trichoderma) to supplement chemical N fertilizer with an optimum yield of rice (Haider Iqbal Khan 2018).…”

Section: Effect Of Bio-fertilizers On Rice Productionmentioning

confidence: 99%

The Response of Bio-Fertilizers to the Production Potential of Cereal Crops

Gite¹,

Gite²,

Darvhankar³

2020

PLANT ARCHIVES

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The land is a limited resource. Due to the increase in population; it is necessary to increase crop yield from the viewpoint of food security. The sole use of inorganic fertilizers may create an imbalance in soil health by the reduction in crop yield. For sustainable crop production, it is necessary to balance the soil health using organics and bio-fertilizers along with the optimum use of chemical fertilizers. Bio-fertilizers are important in the nutrient management of crops because of their role in nutrient supply leading to reduce the use of chemical fertilizers. The use of Bio-fertilizers is a cost-effective and eco-friendly technology in crop production which is gaining importance in crop production the commonly used biofertilizers are azotobactor, azosprillium, PSB, VAM fungi.

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“…Jenis padi ketan Ponorogo dalam hal bobot bulir kering per 100 gram menunjukkan perbedaan yang mencolok dengan padi Mayang, Jalupang, Hideung dan Simpai yang banyak dibudidayakan di daerah Banten dan sekitarnya (Mulyaningsih et al, 2014). Perbedaan karakter morfologis ini hal biasa karena pengaruh lingkungan tumbuh, diantaranya kadar bahan organik lahan dan juga pemupukan (Khan, 2018), selain itu faktor genetis yang diturunkan dari induknya (Sasmita, 2010) juga berperan kuat. Karakter lain yang sering digunakan dalam analisa kekerabatan varietas padi selain karakter bulir padi dan malai adalah karakter daun dan struktur kanopi (Durand-Morat et al, 2018;Wahyuti et al, 2013) yang memberikan dampak secara langsung pada kultivar bulir padi.…”

Section: Karakteristik Morfologi Tanaman Tiap Kultivarunclassified

Karakter Morfologis Kultivar Padi Ketan Lokal Ponorogo

Hamawi¹,

Setyaningrum²,

Etica³

2020

J Agron Indonesia

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Morphological characters are basic characters to identify rice cultivars. The information of glutinous rice cultivars in Ponorogo is still very limited, therefore the exploration and characterization of the local cultivar are needed. The research aimed to explore and identify local cultivars based on morphological characters of plant, grain, and milled rice. The research was conducted on March-October 2018 at elevens subdistricts in Ponorogo. There were eleven cultivars have been collected and characterized, namely five white glutinous rice cultivars (Latisa, Tawon, Semok, Pelem, Genjah), three red glutinous rice cultivars (Garingan, Merah Pendek, Jowo), and three black glutinous rice cultivars (Wilis, Gundik, dan Gontor Bulu). The eleven cultivars were varied on plant height, panicle length, flowering time, number of tillers, grain size and shape, and the color of aleurone. The analysis of diversity and similarity on characters showed that all cultivars could be classified into four different groups. The first group was Latisa (Gontor Bulu), the second was Tawon group (Pelem), third was Genjah group (Garingan, Merah Pendek and Jowo), and the fourth was Wilis group (Gundik). Keywords: aleurone , diversity, exploration, rice grain, similarity

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Appraisal of Biofertilizers in Rice: To Supplement Inorganic Chemical Fertilizer

Cited by 44 publications

References 23 publications

Implementation of Rice and Maize Cultivation Technology Based on Agronomic Effectiveness

Implementation of Rice and Maize Cultivation Technology Based on Agronomic Effectiveness

The Response of Bio-Fertilizers to the Production Potential of Cereal Crops

Karakter Morfologis Kultivar Padi Ketan Lokal Ponorogo

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