Development Strategies of a New Long Grain, Early Maturing And High Yielding Rice Variety Suitable for Flood-Prone Areas


Development Strategies of a New Long Grain, Early Maturing And High Yielding Rice Variety Suitable for Flood-Prone Areas


Muhammad Akhter1, Abid Mahmood2, Zulqarnain Haider1, Tahira Bibi1 and Usman Saleem1

1Rice Research Institute, Kala Shah Kaku, Pakistan
2Ayub Agricultural Research Institute, Faisalabad, Pakistan


American Journal of Agricultural Research

High-yielding and quality grain rice varieties with submergence tolerance has now become foremost objective of rice breeding research world-wide after loss of thousands of acres due to frequent floods for last five years. New flood tolerant, fertilizer-responsive, high yielding varieties can rise income of poor farmers in the face of considerable rise in floods and world population. To cope with this situation, a new improved high yielding, extra-long grain variety also suitable for flood-prone areas of Pakistan was developed. The variety named as Chenab Basmati was bred by hybridizing line 98PP4 with line 4439 during 1998-99. The pedigree method of selection continued up to seventh filial generation at Rice Research Institute Kala Shah Kaku, Pakistan. The selection was accompanied with marker assisted selection in MAS lab; whereas phenotypic field screening in submergence tank constructed at RRI KSK. It was tested in fine grain yield trials and regional adaptability trials to compare this improved candidate variety with Super Basmati and Basmati 515 as checks. The overall average yield of Chenab Basmati in all the in-station and out-station yield trials was 4.52 t/ha in comparison with 3.65 t/ha of Super Basmati and 3.90 t/ha of Basmati 515. It was observed that the advanced line showed a yield advantage of 24% and 16% over check varieties i.e., Super Basmati and Basmati 515, respectively. Among grain quality attributes, its head rice recovery (58%) and grain length (7.61mm) were found better than checks. Chenab Basmati showed tolerance index of more than 0.9 during both the years indicating its potential to be used as flood tolerant variety.


Keywords: Oryza sativa; rice variety; high yielding, flood tolerant, early maturing, extra-long grain

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How to cite this article:

Muhammad Akhter, Abid Mahmood, Zulqarnain Haider, Tahira Bibi and Usman Saleem.Development Strategies Of A New Long Grain, Early Maturing And High Yielding Rice Variety Suitable For Flood-Prone Areas. American Journal of Agricultural Research, 2018,3:24 (This articles has been retracted from American Journal of Agricultural Research ).


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