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| ACCESSION | PLANT NAME | TAXONOMY | ORIGIN | GENEBANK | IMAGE | AVAILABILITY | RECEIVED | SOURCE TYPE | SOURCE DATE | COLLECTION SITE | COORDINATES | ELEVATION | HABITAT | IMPROVEMENT LEVEL | NARRATIVE | | |
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| 0 | PI 665058 | 'NN-3' | Gossypium hirsutum L. | Pakistan | COT | | Not Available | 2012 | DEVELOPED | | | | | | Breeding material | NN-3 was also tested in NCVT for two cotton-growing seasons (2008 and 2009). In 2008, SCY of NN-3 out yielded the standard CIM-496 for CIM-496 . However, in 2009, NN-3 out yielded the standard cultivar (CIM-496) by 73.54%. This substantial increase in yield has been attributed to the high tolerance of NN-3 to the CLCuD, also shown by NN-3 in NCVT as in this year the disease severely infected most cotton lines/varieties including the standard. Response to CLCuD was estimated for three consecutive cotton growing seasons at NIBGE cotton field. The elite genotype NN-3 has shown absolute resistance to the disease in 2005 versus 60%, 90% and 26% for CIM-496, NIAB-111 and NIBGE-2, respectively. In 2006, minimum infection of the disease was observed on NN-3 compared to the three standards. The same trend was noted during 2007 . NN-3 (140 cm) was taller than CIM-496 (120 cm), N-111 (115 cm) and NIBGE-2 (125 cm). Average number of monopodial branches of NN-3 were more than CIM-496 and NIAB-111 but similar to NIBGE-2. A total of 27.5 number of sympodial branches plant-1 were found on NN-3, however, minimum number of sympodial branches plant-1 (24) were observed on NIAB-111. Average number of bolls plant-1 were 46 for NN-3, 48 for CIM-496, 41 for NIAB-111 and 49 for NIBGE-2 while, maximum average boll weight were recorded for NIAB-111 followed by CIM-496, NN-3 and NIBGE-2. The ginning turn out percentage (GOT) of NN-3 was 39% which was marginally lower than CIM-496 and significantly higher than N-111 and NIBGE-2 (Table 5). However, staple length of NN-3 is relatively shorter than CIM-496 and NIAB-111 (Table 5). Micronaire value of NN-3 is similar to the value of CIM-496 while it is higher than NIAB-111 and NIBGE-2. Fiber bundle strength of all the genotypes is comparable, except NIBGE-2 which is the highest. We calculated non significant difference of uniformity index values among all the genotypes. | 1901545 | PI 665058 |