RESPONSE OF THE GROWTH AND YIELD OF CIHERANG RICE (Oryza sativa L.) AND WEEDS ON THE DIFFERENT PLANTING METHODS AND WEEDING FREQUENCIES

Pamungkas, Djoko Heru; Zamroni, Zamroni; Sudradjat, Suprih

doi:10.31315/agrivet.v24i2.4705

Cited by 2 publications

(2 citation statements)

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“…In the dry season, Ciherang has better growth and grain yield compared to wet season. Weeding frequencies in rice field also affected the growth and grain yield of Ciherang [84]. The optimal weeding frequencies for Ciherang is three times; 14, 49, and 70 days after planting which allow to have maximum productive tiller number, plant height, and grain weight.…”

Section: Intensification System Of Ciherang Cultivationmentioning

confidence: 99%

Agronomics, Genomics, Breeding and Intensive Cultivation of Ciherang Rice Variety

Dwiningsih¹,

Alkahtani²

2022

Preprint

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Ciherang rice variety was released in year 2000 and become a superior variety in Indonesia. In a decade, due to the excellent agronomic characteristics and high productivity, Ciherang gradually replace the mega-variety IR-64 and widely cultivate in almost 40% rice production area in Indonesia. In addition to its high grain yield, short straw, early maturity, and high productive tiller number, it had superior grain quality, such as long and slender grain shape, clean yellow color, aromatic, and high milled rice percentage with excellent eating quality, matching with farmers and rice consumers demands. It has intermediate glycemic index and delicious taste. It is intolerance to flooding condition and susceptible to several diseases and pests, including rice blast, bacterial blight, brown planthopper, and yellow stem borer. Because of Ciherang has been well-characterized genetically, many quantitative trait loci (QTLs) and candidate genes which associated with certain traits have been identified. It has also been used as a parent in rice breeding program to develop mapping populations for genetic analysis. In order to increase the flooding tolerant and disease resistant in Ciherang, many valuable genes have been introduced into Ciherang through backcrossing breeding technique and transgenic approach. The optimal rice productivity in Ciherang also supported by the application of intensification system in Ciherang cultivation. Unravelling the complex genetic control of agronomic characteristics, grain yield traits, and other desirable traits which valuable for rice farmers and consumers are very important.

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Section: Intensification System Of Ciherang Cultivationmentioning

confidence: 99%

Agronomics, Genomics, Breeding and Intensive Cultivation of Ciherang Rice Variety

Dwiningsih¹,

Alkahtani²

2022

Preprint

View full text Add to dashboard Cite

show abstract

“…In the dry season, Ciherang has better growth and grain yield compared to wet season. Weeding frequencies in rice field also affected the growth and grain yield of Ciherang (Pamungkas et al, 2018). The optimal weeding frequencies for Ciherang is three times; 14, 49, and 70 days after planting which allow to have maximum productive tiller number, plant height, and grain weight.…”

Section: Intensification System Of Ciherang Cultivationmentioning

confidence: 99%

Agronomics, Genomics, Breeding and Intensive Cultivation of Ciherang Rice Variety

2022

IJAGST

View full text Add to dashboard Cite

Ciherang rice variety was released in year 2000 and become a superior variety in Indonesia. In a decade, due to the excellent agronomic characteristics and high productivity, Ciherang gradually replace the mega-variety IR-64 and widely cultivate in almost 40% rice production area in Indonesia. In addition to its high grain yield, short straw, early maturity, and high productive tiller number, it had superior grain quality, such as long and slender grain shape, clean yellow color, aromatic, and high milled rice percentage with excellent eating quality, matching with farmers and rice consumers demands. It has intermediate glycemic index and delicious taste. It is intolerance to flooding condition and susceptible to several diseases and pests, including rice blast, bacterial blight, brown planthopper, and yellow stem borer. Because of Ciherang has been well-characterized genetically, many Quantitative Trait Loci (QTLs) and candidate genes which associated with certain traits have been identified. It has also been used as a parent in rice breeding program to develop mapping populations for genetic analysis. In order to increase the flooding tolerant and disease resistant in Ciherang, many valuable genes have been introduced into Ciherang through backcrossing breeding technique and transgenic approach. The optimal rice productivity in Ciherang also supported by the application of intensification system in Ciherang cultivation. Unraveling the complex genetic control of agronomic characteristics, grain yield traits, and other desirable traits which valuable for rice farmers and consumers are very important.

show abstract

RESPONSE OF THE GROWTH AND YIELD OF CIHERANG RICE (Oryza sativa L.) AND WEEDS ON THE DIFFERENT PLANTING METHODS AND WEEDING FREQUENCIES

Cited by 2 publications

References 1 publication

Agronomics, Genomics, Breeding and Intensive Cultivation of Ciherang Rice Variety

Agronomics, Genomics, Breeding and Intensive Cultivation of Ciherang Rice Variety

Agronomics, Genomics, Breeding and Intensive Cultivation of Ciherang Rice Variety

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