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Author Sah, S.N. |
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Title : Dhan ko gunastareya beeu:utpadhan prawedhi rae bikri bitaran Material Type: printed text Authors: Sah, S.N., Author Publisher: Hardinath,Dhanusha : NARC,Rastriya Dhanbali Anusandhan Karyakram Publication Date: 2011(2068) Pagination: 14. p General note: 12 copies Languages : Nepali (nep) Call Number : NR5180A/NR5181B/NR5182C/NR5183D/NR5184E/NR5185F/NR5186G/NR5187H/NR5188I/NR5189J/NR5190K/NR5191L Link for e-copy: http://elibrary.narc.gov.np/?r=4288 Dhan ko gunastareya beeu:utpadhan prawedhi rae bikri bitaran [printed text] / Sah, S.N., Author . - [S.l.] : Hardinath,Dhanusha : NARC,Rastriya Dhanbali Anusandhan Karyakram, 2011(2068) . - 14. p.
12 copies
Languages : Nepali (nep)
Call Number : NR5180A/NR5181B/NR5182C/NR5183D/NR5184E/NR5185F/NR5186G/NR5187H/NR5188I/NR5189J/NR5190K/NR5191L Link for e-copy: http://elibrary.narc.gov.np/?r=4288
in Summer crops research in Nepal: Proceedings of the 25th Summer Crops Workshop held at Kathmandu 21-23 June 2007 / Adhikari, N.P.
Title : Rice varietal research for mid hills of Nepal Material Type: printed text Authors: Upreti, H.K., Editor ; Bista, S., Author ; Sah, S.N., Author ; Prasad, R.C., Author ; HK Prasai, Author ; Dhakal, R., Author Publisher: Hardinath, Janakpur : National Rice Research Programme Publication Date: 2010 Pagination: 142-153 p. Keywords: Fine rice ; genotypes selection mid hills livelihood Abstract: Field experiments were conducted at Khumaltar farm involving 85 rice genotypes during 2004 and 101 in 2005 from previous
selection and exotic rice germplasm to identify input efficient, high yielding, and disease resistant superior rice genotypes for mid
hills. Multi location test of coordinated varietal and farmers field trials were conducted at Pakhribas, Lumle, Dolakha and
Dailekh.These lines were compared with standard check varieties in randomized complete block design. Five promising lines were
evaluated in the farmer's field for adaptability and acceptance test. Selected lines were NR10353-8-2-l, NR10414-34-2-3, NR10492-
7-2-2, NR10491-57-2-1, and NR10515-69-1 based on agro-morphological traits and quality parameters. The major traits used for
selection are days to maturity, plant height, grain type and size and yield. These lines were similar to or superior to standard check
varieties in most of the quality and other yield attributing traits. Among them NR10353-8-2-l was preferred by farmers due to its
input efficient high yield with fine quality rice and lodging resistant and released for general cultivation in the name of Khumal-8.
NR 10492-7-2-2 and NR 10515-69-1 showing yield stability over the year in farmers field across the country. 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=1012 Rice varietal research for mid hills of Nepal [printed text] / Upreti, H.K., Editor ; Bista, S., Author ; Sah, S.N., Author ; Prasad, R.C., Author ; HK Prasai, Author ; Dhakal, R., Author . - Hardinath, Janakpur : National Rice Research Programme, 2010 . - 142-153 p.
in Summer crops research in Nepal: Proceedings of the 25th Summer Crops Workshop held at Kathmandu 21-23 June 2007 / Adhikari, N.P.
Keywords: Fine rice ; genotypes selection mid hills livelihood Abstract: Field experiments were conducted at Khumaltar farm involving 85 rice genotypes during 2004 and 101 in 2005 from previous
selection and exotic rice germplasm to identify input efficient, high yielding, and disease resistant superior rice genotypes for mid
hills. Multi location test of coordinated varietal and farmers field trials were conducted at Pakhribas, Lumle, Dolakha and
Dailekh.These lines were compared with standard check varieties in randomized complete block design. Five promising lines were
evaluated in the farmer's field for adaptability and acceptance test. Selected lines were NR10353-8-2-l, NR10414-34-2-3, NR10492-
7-2-2, NR10491-57-2-1, and NR10515-69-1 based on agro-morphological traits and quality parameters. The major traits used for
selection are days to maturity, plant height, grain type and size and yield. These lines were similar to or superior to standard check
varieties in most of the quality and other yield attributing traits. Among them NR10353-8-2-l was preferred by farmers due to its
input efficient high yield with fine quality rice and lodging resistant and released for general cultivation in the name of Khumal-8.
NR 10492-7-2-2 and NR 10515-69-1 showing yield stability over the year in farmers field across the country. 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=1012 E-copies
http://nkcs.org.np/narc/dl/?r=1012URL Rainwater harvesting farm reservoir for supplementary irrigation of rice and wheat crop / Adhikary, S.K.
in Summer crops research in Nepal: Proceedings of the 25th Summer Crops Workshop held at Kathmandu 21-23 June 2007 / Adhikari, N.P.
Title : Rainwater harvesting farm reservoir for supplementary irrigation of rice and wheat crop Material Type: printed text Authors: Adhikary, S.K., Editor ; Shrestha, K.B., Author ; G.B Manandhar, Author ; Sharma, P.S, Author ; Sah, S.N., Author ; S.N Jha, Author Publication Date: 2010 Pagination: 329-334 p. Abstract: A farm reservoir having size 27.00 meter 18.00 meter with maximum depth limited to 2 meter at Regional Agricultural
Research Station, Khajura, Banke, Nepalgunj was dug during 2001 . Prior to its construction, the site was identified from a
team of experts including NARC scientists, Indian consultant and expatriate from Bangladesh. The maximum capacity of
pond to collect rainwater is limited to 9, 72, 000 liters. The weekly observations were taken for retained rainwater depth from
June 9, 2004 to May 21, 2006.
It was recorded that maximum retained water depths were 138 em during July and 195 em during September in 2004 and 2005
respectively. Even during dry periods in April, the reservoir was not completely dry and depth of retained water was 15 em.
The rainwater was collected through the conveyance arrangement from the catchment area of about 7.5 ha. The texture of soil
in the reservoir was sandy silt containing 65. 7% sand, silt 24.03% and clay 10.23%. The on farm reservoir was initially
designed to provide supplementary irrigation especially for the wheat crop. Other crops such as rice and vegetables crops
could also be irrigated. From this study, it can be concluded that the site is very suitable and has very good potential for
rainwater harvesting as no other sealing materials were used in th~ reservoir to conserve water. It is proposed that further
studies should be carried out by replicating the reservoirs in farmer's field having similar soil strata, which don't need any
sealing materials for conserving watc;r.Link for e-copy: http://elibrary.narc.gov.np/?r=1030 Rainwater harvesting farm reservoir for supplementary irrigation of rice and wheat crop [printed text] / Adhikary, S.K., Editor ; Shrestha, K.B., Author ; G.B Manandhar, Author ; Sharma, P.S, Author ; Sah, S.N., Author ; S.N Jha, Author . - 2010 . - 329-334 p.
in Summer crops research in Nepal: Proceedings of the 25th Summer Crops Workshop held at Kathmandu 21-23 June 2007 / Adhikari, N.P.
Abstract: A farm reservoir having size 27.00 meter 18.00 meter with maximum depth limited to 2 meter at Regional Agricultural
Research Station, Khajura, Banke, Nepalgunj was dug during 2001 . Prior to its construction, the site was identified from a
team of experts including NARC scientists, Indian consultant and expatriate from Bangladesh. The maximum capacity of
pond to collect rainwater is limited to 9, 72, 000 liters. The weekly observations were taken for retained rainwater depth from
June 9, 2004 to May 21, 2006.
It was recorded that maximum retained water depths were 138 em during July and 195 em during September in 2004 and 2005
respectively. Even during dry periods in April, the reservoir was not completely dry and depth of retained water was 15 em.
The rainwater was collected through the conveyance arrangement from the catchment area of about 7.5 ha. The texture of soil
in the reservoir was sandy silt containing 65. 7% sand, silt 24.03% and clay 10.23%. The on farm reservoir was initially
designed to provide supplementary irrigation especially for the wheat crop. Other crops such as rice and vegetables crops
could also be irrigated. From this study, it can be concluded that the site is very suitable and has very good potential for
rainwater harvesting as no other sealing materials were used in th~ reservoir to conserve water. It is proposed that further
studies should be carried out by replicating the reservoirs in farmer's field having similar soil strata, which don't need any
sealing materials for conserving watc;r.Link for e-copy: http://elibrary.narc.gov.np/?r=1030 E-copies
http://nkcs.org.np/narc/dl/?r=1030URL
in Summer crops research in Nepal: Proceedings of the 25th Summer Crops Workshop held at Kathmandu 21-23 June 2007 / Adhikari, N.P.
Title : Rice Varietal Study in the Eastern Hills of Nepal Material Type: printed text Authors: Sah, S.N., Editor ; Upreti, H.K., Author ; Thapa, K.B., Author Publisher: Hardinath, Janakpur : National Rice Research Programme Publication Date: 2010 Pagination: 162-167 p. Keywords: Cereal ; CVT Attributing traits Abstract: Rice is the second major cereal crop in the eastern mid hills and the existing local varieties of this region are substantial in term of
area coverage due to certain good attributing traits. Coordinated Varietal Trials (CV'I) were carried out in two consecutive years
2004 and 2005 where as Elite Varietal Trial (EVT) in 2005 at Agriculture Research Station (ARS) Pakhribas to identify the
genotypes possessing superior traits required for the eastem hill fanners. On the basis of the result of individual and over year
analysis of common varieties ofCVT 2004 and EVT 2005, genotypes NRI0375-20-l-2 produced the highest grain yield followed by
Khumalll, NR 10492-7-2-2.and NR10515-69-l. NR 10492-7-2-2 and NR10515-69-l were evaluated better with respect to plant
height and straw yield than Khumal 11 and found tolerant to Leaf blast and BLB as well as coarse in grain. In CVT 2005, NR
10490-94-3-l-3 was found at par with standard check Khuma1 11 in grain yield, however, this was significantly taller in plant height
and earlier in heading than .Khumal 11 and found promising regarding with other attributing traits.Link for e-copy: http://elibrary.narc.gov.np/?r=1014 Rice Varietal Study in the Eastern Hills of Nepal [printed text] / Sah, S.N., Editor ; Upreti, H.K., Author ; Thapa, K.B., Author . - Hardinath, Janakpur : National Rice Research Programme, 2010 . - 162-167 p.
in Summer crops research in Nepal: Proceedings of the 25th Summer Crops Workshop held at Kathmandu 21-23 June 2007 / Adhikari, N.P.
Keywords: Cereal ; CVT Attributing traits Abstract: Rice is the second major cereal crop in the eastern mid hills and the existing local varieties of this region are substantial in term of
area coverage due to certain good attributing traits. Coordinated Varietal Trials (CV'I) were carried out in two consecutive years
2004 and 2005 where as Elite Varietal Trial (EVT) in 2005 at Agriculture Research Station (ARS) Pakhribas to identify the
genotypes possessing superior traits required for the eastem hill fanners. On the basis of the result of individual and over year
analysis of common varieties ofCVT 2004 and EVT 2005, genotypes NRI0375-20-l-2 produced the highest grain yield followed by
Khumalll, NR 10492-7-2-2.and NR10515-69-l. NR 10492-7-2-2 and NR10515-69-l were evaluated better with respect to plant
height and straw yield than Khumal 11 and found tolerant to Leaf blast and BLB as well as coarse in grain. In CVT 2005, NR
10490-94-3-l-3 was found at par with standard check Khuma1 11 in grain yield, however, this was significantly taller in plant height
and earlier in heading than .Khumal 11 and found promising regarding with other attributing traits.Link for e-copy: http://elibrary.narc.gov.np/?r=1014 E-copies
http://nkcs.org.np/narc/dl/?r=1014URL Genotype-Environment Interaction and Stability Analysis for Grain Yield of Mid-hill Rice Genotypes / Upreti, H.K. in Nepal Agriculture Research Journal, Vol. 8 (2007)
[article]
Title : Genotype-Environment Interaction and Stability Analysis for Grain Yield of Mid-hill Rice Genotypes Material Type: printed text Authors: Upreti, H.K., Author ; Bista, S., Author ; Sah, S.N., Author Publication Date: 2007 Article on page: 14-17 p Languages : English (eng) Keywords: G × E interaction, grain yield, mid-hill rice, stability Abstract: Genotype x Environment interaction limits the effectiveness of selection when selection is based only on mean yield. This G × E interaction was studied for grain yield in 7 genotypes of mid-hill rice in five different environments across the Nepal. Significant difference was observed among genotype (G), environment (E) and interaction (G × E) but could not identify the stable high yielding genotypes for diverse environments. Therefore, stability parameters were calculated and analyzed. On the basis of stability parameters, two genotypes, NR 10414, NR 10492 and NR 10515 were found to be most stable over different environments. NR 10353 was identified as suitable genotypes with high grain yield for favorable environment.
Link for e-copy: http://elibrary.narc.gov.np/?r=21
in Nepal Agriculture Research Journal > Vol. 8 (2007) . - 14-17 p[article] Genotype-Environment Interaction and Stability Analysis for Grain Yield of Mid-hill Rice Genotypes [printed text] / Upreti, H.K., Author ; Bista, S., Author ; Sah, S.N., Author . - 2007 . - 14-17 p.
Languages : English (eng)
in Nepal Agriculture Research Journal > Vol. 8 (2007) . - 14-17 p
Keywords: G × E interaction, grain yield, mid-hill rice, stability Abstract: Genotype x Environment interaction limits the effectiveness of selection when selection is based only on mean yield. This G × E interaction was studied for grain yield in 7 genotypes of mid-hill rice in five different environments across the Nepal. Significant difference was observed among genotype (G), environment (E) and interaction (G × E) but could not identify the stable high yielding genotypes for diverse environments. Therefore, stability parameters were calculated and analyzed. On the basis of stability parameters, two genotypes, NR 10414, NR 10492 and NR 10515 were found to be most stable over different environments. NR 10353 was identified as suitable genotypes with high grain yield for favorable environment.
Link for e-copy: http://elibrary.narc.gov.np/?r=21 Evaluation of Open Pollinated Normal Maize Varieties in the Eastern Mid hill of Nepal / Sah, S.N. in Nepal Agriculture Research Journal, Vol. 8 (2007)PermalinkCommunity-Based Seed Production Programme (CBSP) of Open Pollinated Varieties (OPVS) of Maize in the Hills of Nepal / Tiwari, T.P. ; G. O Ferrara ; Sah, S.N. ; Prasad, R.C. ; Karki, T.B. ; Gurung, D.B.PermalinkPermalinkStation management and outreach research program status, progess and problems of RARS, Nepalgunj. / R. MishraPermalinkPermalinkPermalinkVarietal study on rainfed lowland early rice for tropical and subtropical regions of Nepal / Sah, S.N.PermalinkPermalinkVarietal research on fine grain and aromatic rice for terai and river basin areas of Nepal / G.C ThakurPermalinkUpland rice research for tropical and subtropical regions of Nepal / G.C ThakurPermalinkPermalinkPermalinkReport of participatory varietal selection trials at National Rice Research Program, Hardinath (on-station and on-farm) during 2012-2013 / R.B Yadav ; Kumar, A. ; Sah, S.N. ; Sharma, P. ; S YadavPermalinkEnhancing yield potential of rain-fed rice varieties through participatory varietal selection / R.B Yadav ; Kumar, A. ; Sah, S.N. ; Tripathi, B.P.PermalinkSocioeconomics of rice farmers and coping mechanisms during drought year in eastern terai: A case study of Naraha Balkawa VDC, Siraha District / S Gautam ; Gauchan, D. ; Y.N Ghimire ; Sah, S.N. ; Pandey, S.PermalinkEffect of long-term application of organic manures and inorganic fertilizers on soil properties and yield of rice and wheat under rice- wheat system / N KhatriPermalinkParticipatory Varietal Selection (PVS): An approach to identify superior variety and disseminate quality seed for increased productivity in rainfed lowlands of Nepal / Yadaw, R.B.PermalinkParticipatory varietal selection on submergence tolerant rice varieties for Central Terai Region of Nepal / Sah, S.N.PermalinkOn-farm performance of quality protein maize genotypes under rainfed hill environments of Nepal / Upadhyay, S.R.PermalinkPermalinkSummary report of outreach research findings and recommendation of RARS Nepalgunj command area / Paudel, C.L.PermalinkRice varietal improvement for rainfed lowland areas in sub-tropical region of Nepal / Khatiwada, S.P.PermalinkPermalink