Intermediate yield trial (IYT) of early maize was carried out at Regional Agricultural
Research Station, Doti during 20 I 1/12 and 20 12/I 3. The experiment was laid out in
random ized complete block design. A total of nine entries were included in both years. Out of
the tested genotypes, S03TEY -FM(ER) recorded the highest grain yield (2899 kg/ha)
followed by Ram pur S03E02 (2846 kg!ha) and Across 2401 (2628 kg/ha). Statistically all
the traits included in the experiment were found none significant among genotypes. The same
entries were included in IYT experiment of2012/ 13 also. Amongst the tested entries included
in the experiment, S03TEYILN produced the highest grain yield (4718 kglha) fo llowed by
S03 TEY -FM(ER) ( 44 70 kglha) and Ram pur S03E02 ( 43 19kg!ha). Statistica lly, tested traits
were found significantly different due to genotypes at 1-5% level. S03TEYILN (3863 kg/ha),
S03TEY-FM (ER) and S03TEY-SEQ (3427 kg/ha), and Rampur S03E02 (3300 kg/ha) have
been identified as promising genotypes of early maize from combined analys is over years for
far western lower hills and river basins. The difference in grain yield due to genotypes and
year was found significantly different at 1% level whereas it was found non-si gn ificant for
treatment and year interaction as indicated by combined analysis over years. The coordinated
varietal trial of early maize was also carried out at this research station during 2011/12. Total
nine entries were included in the experiment and it was replicated three times. Out of the
tested entries included in the experiment, Rampur Composite x Pool 17 recorded the highest
grain yield (3244 kg/ha) followed by Pop 44 x Pool 15 (3150 kg/ha) and Khumal Yellow x
Pool 17 (2915 kglha). Statistically, the difference in flowering days, plant height, ear height
and grain yield due to genotypes was found significant at 1-5% level.

Intermediate yield trial (IYT) of early maize was carried out at Regional Agricultural
Research Station, Doti during 20 I 1/12 and 20 12/I 3. The experiment was laid out in
random ized complete block design. A total of nine entries were included in both years. Out of
the tested genotypes, S03TEY -FM(ER) recorded the highest grain yield (2899 kg/ha)
followed by Ram pur S03E02 (2846 kg!ha) and Across 2401 (2628 kg/ha). Statistically all
the traits included in the experiment were found none significant among genotypes. The same
entries were included in IYT experiment of2012/ 13 also. Amongst the tested entries included
in the experiment, S03TEYILN produced the highest grain yield (4718 kglha) fo llowed by
S03 TEY -FM(ER) ( 44 70 kglha) and Ram pur S03E02 ( 43 19kg!ha). Statistica lly, tested traits
were found significantly different due to genotypes at 1-5% level. S03TEYILN (3863 kg/ha),
S03TEY-FM (ER) and S03TEY-SEQ (3427 kg/ha), and Rampur S03E02 (3300 kg/ha) have
been identified as promising genotypes of early maize from combined analys is over years for
far western lower hills and river basins. The difference in grain yield due to genotypes and
year was found significantly different at 1% level whereas it was found non-si gn ificant for
treatment and year interaction as indicated by combined analysis over years. The coordinated
varietal trial of early maize was also carried out at this research station during 2011/12. Total
nine entries were included in the experiment and it was replicated three times. Out of the
tested entries included in the experiment, Rampur Composite x Pool 17 recorded the highest
grain yield (3244 kg/ha) followed by Pop 44 x Pool 15 (3150 kg/ha) and Khumal Yellow x
Pool 17 (2915 kglha). Statistically, the difference in flowering days, plant height, ear height
and grain yield due to genotypes was found significant at 1-5% level.