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in
| Title : |
Varietal Improvement of jute (Corchorus olitorius) for Eastern Terai region of Nepal |
| Material Type: |
printed text |
| Authors: |
Gupta, B.K., Editor ; Thapa, Y.R. ; B.P Chaudhari, Author ; H.N Mandal, Author ; S Yadav, Author ; B. Chaudhary, Author |
| Pagination: |
66-70 p. |
| Languages : |
English (eng) |
| Keywords: |
Varietal improvement ; jute eastern terai region |
| Abstract: |
Field experiment was conducted at the Jute Research program of ltahari Sunsari district
from spring to rainy season during 200911 0 to 2010/11 eleven elite genotypes of
jute(Corchoros 0/itorious) evaluated in initial evaluation trial. Out of the tested genotypes,
JRO 524 produced the highest fiber yield (2649.33kglha followed by YA-41(2558.83
kglh)and BRD-SRB-061(2316 kglh).Similarly, ten elite genotypes ofjute were evaluated in
advanced varietal trial during the same year and location .Out of tasted genotypes KENDS-
066 Produced highest dry fiber yield (2725kg/h) followed by KEN-DS-058(2700kglh)
and JR0-524(2627kglh).performance of combined over the two years genotypes of jute
KEN-DS-066 produced highest dry fiber yield(3122kglha) followed by KEN-DS-
066(3010kglha).Statistically, the differences in fiber yield due to genotypes was not found
significantly. The analysis of fiber content was also carried out on the basis of dry fiber
weight of the same entries included in the advanced varietal trial .The increase in dry fiber
yield weight during the period of 60 to 90days after seeding was observed highest in the
genotypes BJRI-1965(758.26gm/ten p)followed by the genotypes KEN-DS-
066(735.20gm/ten p.). The fast growth rate of plant height was observed highest genotypes
OM-I (131.53cm) and 0-4(125.66cm) whereas the genotypes BJRI-1965(0.49cm) and F-6
oli (0.48cm) were found highest in the growth of basal diameter of the plants. Tested
genotypes of first flowering and seed setting, genotypes JR0-524(115.33&126.0 followed
by genotypes Itahari-2(119.66&127.66days).Statistically, significant difference among the
treatments indicating early genotypes. The analysis of the segregating population (F3)
revealed that the desired alleles are going on positive direction although the dominant effect
was not observed. |
| Link for e-copy: |
http://elibrary.narc.gov.np/?r=931 |
in
Varietal Improvement of jute (Corchorus olitorius) for Eastern Terai region of Nepal [printed text] / Gupta, B.K., Editor ; Thapa, Y.R. ; B.P Chaudhari, Author ; H.N Mandal, Author ; S Yadav, Author ; B. Chaudhary, Author . - [s.d.] . - 66-70 p. Languages : English ( eng) | Keywords: |
Varietal improvement ; jute eastern terai region |
| Abstract: |
Field experiment was conducted at the Jute Research program of ltahari Sunsari district
from spring to rainy season during 200911 0 to 2010/11 eleven elite genotypes of
jute(Corchoros 0/itorious) evaluated in initial evaluation trial. Out of the tested genotypes,
JRO 524 produced the highest fiber yield (2649.33kglha followed by YA-41(2558.83
kglh)and BRD-SRB-061(2316 kglh).Similarly, ten elite genotypes ofjute were evaluated in
advanced varietal trial during the same year and location .Out of tasted genotypes KENDS-
066 Produced highest dry fiber yield (2725kg/h) followed by KEN-DS-058(2700kglh)
and JR0-524(2627kglh).performance of combined over the two years genotypes of jute
KEN-DS-066 produced highest dry fiber yield(3122kglha) followed by KEN-DS-
066(3010kglha).Statistically, the differences in fiber yield due to genotypes was not found
significantly. The analysis of fiber content was also carried out on the basis of dry fiber
weight of the same entries included in the advanced varietal trial .The increase in dry fiber
yield weight during the period of 60 to 90days after seeding was observed highest in the
genotypes BJRI-1965(758.26gm/ten p)followed by the genotypes KEN-DS-
066(735.20gm/ten p.). The fast growth rate of plant height was observed highest genotypes
OM-I (131.53cm) and 0-4(125.66cm) whereas the genotypes BJRI-1965(0.49cm) and F-6
oli (0.48cm) were found highest in the growth of basal diameter of the plants. Tested
genotypes of first flowering and seed setting, genotypes JR0-524(115.33&126.0 followed
by genotypes Itahari-2(119.66&127.66days).Statistically, significant difference among the
treatments indicating early genotypes. The analysis of the segregating population (F3)
revealed that the desired alleles are going on positive direction although the dominant effect
was not observed. |
| Link for e-copy: |
http://elibrary.narc.gov.np/?r=931 |
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