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in Proceedings of the 27th National Summer Crops Workshop, held at Rampur, Chitawan, 18-20 April 2013, Vol. II / Giri, Y.P.
Title : Early maize varieties improvement and development for the hills of Nepal Material Type: printed text Authors: Rijal, T.R., Editor ; Shrestha, J. ; Koirala, K.B., Author ; Katuwal, R.B., Author ; S Thapa, Author ; N.B Dhami, Author ; A Pokhrel, Author ; Dhakal, J.P., Author ; A Poudel, Author Pagination: 262-271 p. Keywords: Early genotypes ; hills staple productivity Abstract: With the objective of identifying suitable high yielding maize early OPVs for hills of
Nepal, a series of experiments viz. IYT, CVT and CFFT were conducted using early
genotypes of maize at Pakhribas, Lumle and Dailekh during summer season of 20 l 0, 2011
and 2012. The combined analysis of genotypes evaluated across the locations under IYT
early set in 2010 summer showed that the genotypes AC0-240 11 AC0-2402, ACROSS-
240 1, Rampur S03 E02 high yielding and good for other agronomic traits. The genotype
under CVT, the promising genotypes were POP-45/POOL-17,R.C./ POOL-17 and
S97TEYGHA YB(3) across the locations. Similarly, in CFFT the promising genotypes
across the locations were Arun-4, Arun-1 EV and Arun-2. During 2011 under CVT
promising significantly high yielding genotypes across the locations were POP-44/POOL-
15 and KHUMAL Yellow/POOL-17. Similarly in CFFT, the genotypes Arun-lEV and
Arun-2 found superior for grain yield and other agronomic traits across the locations. The
result from 2012 revealed that in CVT the promising high yielding genotypes were Khumal
yellow/Pool-17E, Rampur composite/Pool-17E, Arun-2 and Pop-445 across the locations.
Similarly in IYT significantly superior genotypes for grain yield and other traits were
S03TEY/LN, S03TEY-SEQ and RarnpurS03E02. Furthermore in CFFT across the
locations the significantly best genotypes for grain yield and other agronomic traits were
Farmer's local, Arun-4 and Arun-2.Link for e-copy: http://elibrary.narc.gov.np/?r=952 Early maize varieties improvement and development for the hills of Nepal [printed text] / Rijal, T.R., Editor ; Shrestha, J. ; Koirala, K.B., Author ; Katuwal, R.B., Author ; S Thapa, Author ; N.B Dhami, Author ; A Pokhrel, Author ; Dhakal, J.P., Author ; A Poudel, Author . - [s.d.] . - 262-271 p.
in Proceedings of the 27th National Summer Crops Workshop, held at Rampur, Chitawan, 18-20 April 2013, Vol. II / Giri, Y.P.
Keywords: Early genotypes ; hills staple productivity Abstract: With the objective of identifying suitable high yielding maize early OPVs for hills of
Nepal, a series of experiments viz. IYT, CVT and CFFT were conducted using early
genotypes of maize at Pakhribas, Lumle and Dailekh during summer season of 20 l 0, 2011
and 2012. The combined analysis of genotypes evaluated across the locations under IYT
early set in 2010 summer showed that the genotypes AC0-240 11 AC0-2402, ACROSS-
240 1, Rampur S03 E02 high yielding and good for other agronomic traits. The genotype
under CVT, the promising genotypes were POP-45/POOL-17,R.C./ POOL-17 and
S97TEYGHA YB(3) across the locations. Similarly, in CFFT the promising genotypes
across the locations were Arun-4, Arun-1 EV and Arun-2. During 2011 under CVT
promising significantly high yielding genotypes across the locations were POP-44/POOL-
15 and KHUMAL Yellow/POOL-17. Similarly in CFFT, the genotypes Arun-lEV and
Arun-2 found superior for grain yield and other agronomic traits across the locations. The
result from 2012 revealed that in CVT the promising high yielding genotypes were Khumal
yellow/Pool-17E, Rampur composite/Pool-17E, Arun-2 and Pop-445 across the locations.
Similarly in IYT significantly superior genotypes for grain yield and other traits were
S03TEY/LN, S03TEY-SEQ and RarnpurS03E02. Furthermore in CFFT across the
locations the significantly best genotypes for grain yield and other agronomic traits were
Farmer's local, Arun-4 and Arun-2.Link for e-copy: http://elibrary.narc.gov.np/?r=952 E-copies
http://nkcs.org.np/narc/dl/?r=952URLFull season maize varieties research and development for food security and better livelihood of Nepalies hill farmers / Rijal, T.R.
in Proceedings of the 27th National Summer Crops Workshop, held at Rampur, Chitawan, 18-20 April 2013, Vol. II / Giri, Y.P.
Title : Full season maize varieties research and development for food security and better livelihood of Nepalies hill farmers Material Type: printed text Authors: Rijal, T.R., Editor ; Shrestha, J. ; Koirala, K.B., Author ; Katuwal, R.B., Author ; S Thapa, Author ; N.B Dhami, Author ; A Pokhrel, Author ; Dhakal, J.P., Author ; A.P Paudel, Author ; A Poudel, Author Pagination: 236-261 p. Keywords: OPVs across the locations ; hybrids Abstract: Maize is the second important cereal crop in Nepal and staple crop for hill people. Mostly
local and contaminated improved varieties are grown in rainfed condition with low yield
potential. With the objective of identifying and developing suitable stable stress
resistant/tolerant high yielding farmers preferred open pollinated .maize varieties, different
genotypes were improved and evaluated in Intermediate Yield. Trial (IYT), Coordinated
Varietal Trial (CVT) and Coordinated Farmer's Field Trial (CFFT) in RCB design across
hill environments (Pakhribas, Kahre, Khumaltar, Dailekh & Lumle) of Nepal during 2010,
2011 and 2012 summer containing 12, 9 and 6 genotypes respectively. During 2010
summer, the genotypes TLBRS07F16, Resunga Composite and Celaya OOHGYA*HGYB
produced significantly highest grain yield in IYT across the locations. In CVT the superior
stable genotypes across the locations were OEHPW, RamS04F08 and RamS04F04.
Similarly, in CFFT the selected genotypes across the locations were Across9942
/Across9944 and Deuti. The combined result across the locations during 2011 revealed that
in IYT the genotypes Manakamana-3, Resunga composite and Rampur S10F18A were
superior for grain yield. Genotypes tested across the locations under CVT revealed that
TLBRS07F16, CelayaOOHGYA*HGYB and RampurS03F04 were superior to farmer's
variety for grain yield and other agronomic traits. Similarly, in CFFT over the locations,
TLBRS07Fl6 produced significantly highest grain yield than standard check Manakamana-
3. During 2012, three NMRP developed hybrids were also included in CVT sets across the
hill stations. Among the OPVs in CVT, RampurS03F08 and CelayaHGYA *HGYB were
significantly superior for grain yield and other agronomic traits and among the hybrids
RML-4/RML-17 and RML-32/RML-17 produced more than 8 tlha grain yield across the
locations. Similarly genotypes tested under IYT revealed that ZM-401, 07SADVI and
TLBRS07FI4 were found significantly superior for grain yield and resistant reaction
against foliar diseases. Furthermore, genotypes tested under CFFT showed that
Across9942/Across9944, P501SRCOIP502SRCO and Rampur S03F06 produced more than
6 tlha grain yield at farmer's field across the locations.Link for e-copy: http://elibrary.narc.gov.np/?r=951 Full season maize varieties research and development for food security and better livelihood of Nepalies hill farmers [printed text] / Rijal, T.R., Editor ; Shrestha, J. ; Koirala, K.B., Author ; Katuwal, R.B., Author ; S Thapa, Author ; N.B Dhami, Author ; A Pokhrel, Author ; Dhakal, J.P., Author ; A.P Paudel, Author ; A Poudel, Author . - [s.d.] . - 236-261 p.
in Proceedings of the 27th National Summer Crops Workshop, held at Rampur, Chitawan, 18-20 April 2013, Vol. II / Giri, Y.P.
Keywords: OPVs across the locations ; hybrids Abstract: Maize is the second important cereal crop in Nepal and staple crop for hill people. Mostly
local and contaminated improved varieties are grown in rainfed condition with low yield
potential. With the objective of identifying and developing suitable stable stress
resistant/tolerant high yielding farmers preferred open pollinated .maize varieties, different
genotypes were improved and evaluated in Intermediate Yield. Trial (IYT), Coordinated
Varietal Trial (CVT) and Coordinated Farmer's Field Trial (CFFT) in RCB design across
hill environments (Pakhribas, Kahre, Khumaltar, Dailekh & Lumle) of Nepal during 2010,
2011 and 2012 summer containing 12, 9 and 6 genotypes respectively. During 2010
summer, the genotypes TLBRS07F16, Resunga Composite and Celaya OOHGYA*HGYB
produced significantly highest grain yield in IYT across the locations. In CVT the superior
stable genotypes across the locations were OEHPW, RamS04F08 and RamS04F04.
Similarly, in CFFT the selected genotypes across the locations were Across9942
/Across9944 and Deuti. The combined result across the locations during 2011 revealed that
in IYT the genotypes Manakamana-3, Resunga composite and Rampur S10F18A were
superior for grain yield. Genotypes tested across the locations under CVT revealed that
TLBRS07F16, CelayaOOHGYA*HGYB and RampurS03F04 were superior to farmer's
variety for grain yield and other agronomic traits. Similarly, in CFFT over the locations,
TLBRS07Fl6 produced significantly highest grain yield than standard check Manakamana-
3. During 2012, three NMRP developed hybrids were also included in CVT sets across the
hill stations. Among the OPVs in CVT, RampurS03F08 and CelayaHGYA *HGYB were
significantly superior for grain yield and other agronomic traits and among the hybrids
RML-4/RML-17 and RML-32/RML-17 produced more than 8 tlha grain yield across the
locations. Similarly genotypes tested under IYT revealed that ZM-401, 07SADVI and
TLBRS07FI4 were found significantly superior for grain yield and resistant reaction
against foliar diseases. Furthermore, genotypes tested under CFFT showed that
Across9942/Across9944, P501SRCOIP502SRCO and Rampur S03F06 produced more than
6 tlha grain yield at farmer's field across the locations.Link for e-copy: http://elibrary.narc.gov.np/?r=951 E-copies
http://nkcs.org.np/narc/dl/?r=951URL
in Proceedings of the 11th National Outreach Workshop 9-10 June 2014 (26-27 Jestha 2071), held at Regional Agricultural Research Station, Lumle, Kaski / Deepak Bhandari
Title : On farm varietal evaluation of maize (Zea Mays L.) and Wheat (Triticum aestivum L.) through participatory varietal selection for mid hills of Nepal Material Type: printed text Authors: B Ghimire, Author ; Baniya, A.B, Author ; Sharma, S.R., Author ; A Pokhrel, Author ; Koirala, K.B., Author ; Thapa D.B, Author Pagination: 99-107 p. Languages : English (eng) Link for e-copy: http://elibrary.narc.gov.np/?r=2516 On farm varietal evaluation of maize (Zea Mays L.) and Wheat (Triticum aestivum L.) through participatory varietal selection for mid hills of Nepal [printed text] / B Ghimire, Author ; Baniya, A.B, Author ; Sharma, S.R., Author ; A Pokhrel, Author ; Koirala, K.B., Author ; Thapa D.B, Author . - [s.d.] . - 99-107 p.
in Proceedings of the 11th National Outreach Workshop 9-10 June 2014 (26-27 Jestha 2071), held at Regional Agricultural Research Station, Lumle, Kaski / Deepak Bhandari
Languages : English (eng)
Link for e-copy: http://elibrary.narc.gov.np/?r=2516 E-copies
http://nkcs.org.np/narc/dl/?r=2516URLE-copies
http://nkcs.org.np/narc/dl/?r=2202URL
in Proceedings of the 27th National Summer Crops Workshop, held at Rampur, Chitawan, 18-20 April 2013, Vol. II / Giri, Y.P.
Title : Rice varietal research for warm temperate region of Nepal Material Type: printed text Authors: Upreti, H.K., Editor ; Khatiwada, S.P. ; J.B Adhikari, Author ; S Thapa, Author ; H.K Prasain, Author ; A Pokhrel, Author Pagination: 102-114 p. Keywords: Warm temperature ; rice genotypes selection livelihood Abstract: Field experiments were conducted both on station and on farm at ARS Pakhribas from the
eastern region to Agronomy farm, Khumaltar, HCRP Dolakha, RARS Lumle, ARS Dailekh
to RARS Doti in the far western region to select input efficient stable high yielding, disease
resistant and early to medium maturity varieties fitting to the prevailing cropping system of
warm temperate region. Multi-location test of coordinated varietal trails consisting 10
genotypes were compared with standard check varieties in Randomized Complete Block
Design (RCBD). Five promising lines were evaluated in the farmer's field for adaptability
and acceptance test. Selected lines were NR10548-B-22-2-l, NR10490-89-3-2-l-1 and
NR10591-B-B-l-l in CVT 2009; NR10585-B-B-4-3, NR10676-B-1-3-3-3 and NR10591-
B-B-3-3 in CVT 2010 and NR10757-8-l-3-l and NR10528-B2-21-3-l-l based on agromorphological
traits and quality parameters. Similarly outstanding genotypes from FFT
were NR10492-7-2-2, NR10490-94-31-3 and NR10515-69-1 in 2009, NR10443-45-l-2-2-
3, NR10548-B-22-2-1 and NR10490-89-3-2-l-1 in 2010 and NRIOSSS-B-B-4-3-2,
NR10676-B-1-3-3-3, NR10548-B-22-2-1 and NR10490-89-3-2-1-1 in 2011. The major
traits used for selection were days to maturity, plant height, grain type and size and yield.
These lines were similar or superior to standard check varieties in most of the quality and
other yield attributing traits. Among them NR10492-7-2-2 and NRlOSlS-69-1 showing
yield stability over the years and locations in farmers' field and performed better both in
normal and late planted condition and released for general cultivation in the context of
climate change in the name of Khumal-10 and Khumal-13 respectively during the year
2010. Adoption of these varieties will increase rice production and help to enhance the
livelihood of the hill farmers.Link for e-copy: http://elibrary.narc.gov.np/?r=937 Rice varietal research for warm temperate region of Nepal [printed text] / Upreti, H.K., Editor ; Khatiwada, S.P. ; J.B Adhikari, Author ; S Thapa, Author ; H.K Prasain, Author ; A Pokhrel, Author . - [s.d.] . - 102-114 p.
in Proceedings of the 27th National Summer Crops Workshop, held at Rampur, Chitawan, 18-20 April 2013, Vol. II / Giri, Y.P.
Keywords: Warm temperature ; rice genotypes selection livelihood Abstract: Field experiments were conducted both on station and on farm at ARS Pakhribas from the
eastern region to Agronomy farm, Khumaltar, HCRP Dolakha, RARS Lumle, ARS Dailekh
to RARS Doti in the far western region to select input efficient stable high yielding, disease
resistant and early to medium maturity varieties fitting to the prevailing cropping system of
warm temperate region. Multi-location test of coordinated varietal trails consisting 10
genotypes were compared with standard check varieties in Randomized Complete Block
Design (RCBD). Five promising lines were evaluated in the farmer's field for adaptability
and acceptance test. Selected lines were NR10548-B-22-2-l, NR10490-89-3-2-l-1 and
NR10591-B-B-l-l in CVT 2009; NR10585-B-B-4-3, NR10676-B-1-3-3-3 and NR10591-
B-B-3-3 in CVT 2010 and NR10757-8-l-3-l and NR10528-B2-21-3-l-l based on agromorphological
traits and quality parameters. Similarly outstanding genotypes from FFT
were NR10492-7-2-2, NR10490-94-31-3 and NR10515-69-1 in 2009, NR10443-45-l-2-2-
3, NR10548-B-22-2-1 and NR10490-89-3-2-l-1 in 2010 and NRIOSSS-B-B-4-3-2,
NR10676-B-1-3-3-3, NR10548-B-22-2-1 and NR10490-89-3-2-1-1 in 2011. The major
traits used for selection were days to maturity, plant height, grain type and size and yield.
These lines were similar or superior to standard check varieties in most of the quality and
other yield attributing traits. Among them NR10492-7-2-2 and NRlOSlS-69-1 showing
yield stability over the years and locations in farmers' field and performed better both in
normal and late planted condition and released for general cultivation in the context of
climate change in the name of Khumal-10 and Khumal-13 respectively during the year
2010. Adoption of these varieties will increase rice production and help to enhance the
livelihood of the hill farmers.Link for e-copy: http://elibrary.narc.gov.np/?r=937 E-copies
http://nkcs.org.np/narc/dl/?r=937URL
