Low fertilizer inputs do not adversely affect yield or performance of Indica hybrid rice

ABSTRACT The enhancement of rice production numbers can be achieved by using quality rice cultivars and fertilizers. The double rice cropping model has given rise to an important rice production system in southern China. Exploring the possibility of whether hybrid vigor could make a substantial cont...

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Published inScientia agricola Vol. 79; no. 4
Main Authors Huang, ZhiYuan, Lv, QiMing, Hossain, Md. Amir, Wu, ZhaoHui, Tan, FangJun, Peng, Yulin, Xin, YeYun, Zhu, LiHuang, Yuan, Longping
Format Journal Article
LanguageEnglish
Portuguese
Published Escola Superior de Agricultura "Luiz de Queiroz" 01.01.2022
Universidade de São Paulo
Subjects
AGRICULTURE, MULTIDISCIPLINARY
double cropping rice
heterosis
main yield trait
restorer lines
rice
heterosis
restorer lines
main yield trait
rice
double cropping rice
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Abstract ABSTRACT The enhancement of rice production numbers can be achieved by using quality rice cultivars and fertilizers. The double rice cropping model has given rise to an important rice production system in southern China. Exploring the possibility of whether hybrid vigor could make a substantial contribution to early and late season rice production, and how the heterosis expression of hybrid rice functions under different levels of fertilizer application is of great significance. The objective of this study was to evaluate the grain yield and associated plant traits of popular hybrid and inbred rice varieties with large–scale promotion under conditions of customary (high) and combined (low) fertilization in the early and late seasons of 2017–18 in Changsha County, Hunan Province, China. We found that hybrid rice varieties displayed their respective advantages in the early and late rice seasons, but the advantages in their relative yield traits varied. The leading advantages of early season rice were effective panicle number per hill (EPN), 1000–grain weight (KGW), harvest index (HI), yield, and nitrogen use efficiency (NUE), whereas in late season rice, the foremost advantages were grain number per panicle (GNP), HI, yield, and NUE. The EPN was the prime advantage of early season hybrid rice with a short growth period, and the GNP was the main advantage of late season hybrid rice with a long growth period. Notably, the main yield advantage of hybrid rice was stronger under combined (low) fertilization than under customary (high) fertilization. Hence, high yield can be achieved by selecting the best hybrid rice varieties supported by combined fertilization (lower fertilizer use with higher efficiency).
AbstractList ABSTRACT The enhancement of rice production numbers can be achieved by using quality rice cultivars and fertilizers. The double rice cropping model has given rise to an important rice production system in southern China. Exploring the possibility of whether hybrid vigor could make a substantial contribution to early and late season rice production, and how the heterosis expression of hybrid rice functions under different levels of fertilizer application is of great significance. The objective of this study was to evaluate the grain yield and associated plant traits of popular hybrid and inbred rice varieties with large–scale promotion under conditions of customary (high) and combined (low) fertilization in the early and late seasons of 2017–18 in Changsha County, Hunan Province, China. We found that hybrid rice varieties displayed their respective advantages in the early and late rice seasons, but the advantages in their relative yield traits varied. The leading advantages of early season rice were effective panicle number per hill (EPN), 1000–grain weight (KGW), harvest index (HI), yield, and nitrogen use efficiency (NUE), whereas in late season rice, the foremost advantages were grain number per panicle (GNP), HI, yield, and NUE. The EPN was the prime advantage of early season hybrid rice with a short growth period, and the GNP was the main advantage of late season hybrid rice with a long growth period. Notably, the main yield advantage of hybrid rice was stronger under combined (low) fertilization than under customary (high) fertilization. Hence, high yield can be achieved by selecting the best hybrid rice varieties supported by combined fertilization (lower fertilizer use with higher efficiency).
Author Xin, YeYun
Lv, QiMing
Huang, ZhiYuan
Hossain, Md. Amir
Wu, ZhaoHui
Tan, FangJun
Yuan, Longping
Zhu, LiHuang
Peng, Yulin
AuthorAffiliation Hunan Hybrid Rice Research Center
Bangladesh Agricultural University
Hunan Academy of Agricultural Sciences
AuthorAffiliation_xml – name: Hunan Academy of Agricultural Sciences
– name: Bangladesh Agricultural University
– name: Hunan Hybrid Rice Research Center
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Issue 4
Keywords heterosis
restorer lines
main yield trait
rice
double cropping rice
Language English
Portuguese
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Snippet ABSTRACT The enhancement of rice production numbers can be achieved by using quality rice cultivars and fertilizers. The double rice cropping model has given...
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SubjectTerms AGRICULTURE, MULTIDISCIPLINARY
double cropping rice
heterosis
main yield trait
restorer lines
rice
Title Low fertilizer inputs do not adversely affect yield or performance of Indica hybrid rice
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