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Title : कोदो बाली २०६९ Material Type: printed text Authors: K Baral, Author ; Amrit Timilsena, Author ; S Thapa, Author ; Thapa, B., Author ; Pokharel, B.B., Author Publisher: Kabre,Dolakha : HCRP Publication Date: 2069 Pagination: 28p. Keywords: Millet;Millet production;Salinity Link for e-copy: http://elibrary.narc.gov.np/?r=1363 कोदो बाली २०६९ [printed text] / K Baral, Author ; Amrit Timilsena, Author ; S Thapa, Author ; Thapa, B., Author ; Pokharel, B.B., Author . - Kabre,Dolakha : HCRP, 2069 . - 28p.
Keywords: Millet;Millet production;Salinity Link for e-copy: http://elibrary.narc.gov.np/?r=1363
Title : फापरः खाद्ध सुरक्षा तथा व्यवसायीकरणको लागि उपयुक्त बाली २०६९ Material Type: printed text Authors: Amit Timilsina Amit, Author ; K Baral, Author ; Binita Thapa, Author ; Bhanu Bhakta Pokharel, Author Publisher: Dolakha : Ramechhap Community Forestry Development Project Publication Date: 2069 Pagination: 28p. Languages : Nepali (nep) Keywords: Buckwheat;Food security;Crops Link for e-copy: http://elibrary.narc.gov.np/?r=1742 फापरः खाद्ध सुरक्षा तथा व्यवसायीकरणको लागि उपयुक्त बाली २०६९ [printed text] / Amit Timilsina Amit, Author ; K Baral, Author ; Binita Thapa, Author ; Bhanu Bhakta Pokharel, Author . - Dolakha : Ramechhap Community Forestry Development Project, 2069 . - 28p.
Languages : Nepali (nep)
Keywords: Buckwheat;Food security;Crops Link for e-copy: http://elibrary.narc.gov.np/?r=1742 Performance of open pollinated full season maize varieties in the central hills of Nepal / Pokharel, B.B.
in Proceedings of the 27th National Summer Crops Workshop, held at Rampur, Chitawan, 18-20 April 2013, Vol. II / Giri, Y.P.
Title : Performance of open pollinated full season maize varieties in the central hills of Nepal Material Type: printed text Authors: Pokharel, B.B., Editor ; Koirala, K.B. ; K Baral, Author ; S Subedi, Author ; A Timilsina, Author ; S Thapa, Author Pagination: 59-65 p. Languages : English (eng) Keywords: Open pollinated ; full season central hills of Nepal Abstract: Maize is the staple crop of mid and high hills of Nepal. Farmers are in continuous search
for stable and high yielding genotypes that can perform well under ra.infed condition. In
order to identify suitable maize genotype addressing the fanners demand, series of field
researches like intermediate yield trial (TYT), coordinated varietal trial (CVT) and
coordinated farmers field frial (CFFT) were conducted at the research field of HCRP and
the farmers' field of Dolakha and Ramechhap during the rainy season of 20 11 and 2012.
The testing materials were made available from NMRP, Rampur. The design was laid out in
RCBD with three replications. Twelve genotypes in IYT and CVT each and 6 genotypes in
CFFT were tested. The result from IYT, CVT and FFT showed significant variation among
genotypes for grain yield and associated traits. In IYT genotypes 07SADVI, TLBRS07F14
and ZM-401 were found superior. In CVT, genotypes Rampur S03F04 and Rampur S03F08
were found promising. Genotypes P501SRCOIP502SRCO, Across9942/Across9944, and
BGBYPOP were found· superior in the farmers' field experiment and could be
recommended for mid hill regions of Dolakha and similar environments. Similarly, hybrids
RML-4/RML-17 and RML-32/RML-17 were found encouraging.Link for e-copy: http://elibrary.narc.gov.np/?r=930 Performance of open pollinated full season maize varieties in the central hills of Nepal [printed text] / Pokharel, B.B., Editor ; Koirala, K.B. ; K Baral, Author ; S Subedi, Author ; A Timilsina, Author ; S Thapa, Author . - [s.d.] . - 59-65 p.
in Proceedings of the 27th National Summer Crops Workshop, held at Rampur, Chitawan, 18-20 April 2013, Vol. II / Giri, Y.P.
Languages : English (eng)
Keywords: Open pollinated ; full season central hills of Nepal Abstract: Maize is the staple crop of mid and high hills of Nepal. Farmers are in continuous search
for stable and high yielding genotypes that can perform well under ra.infed condition. In
order to identify suitable maize genotype addressing the fanners demand, series of field
researches like intermediate yield trial (TYT), coordinated varietal trial (CVT) and
coordinated farmers field frial (CFFT) were conducted at the research field of HCRP and
the farmers' field of Dolakha and Ramechhap during the rainy season of 20 11 and 2012.
The testing materials were made available from NMRP, Rampur. The design was laid out in
RCBD with three replications. Twelve genotypes in IYT and CVT each and 6 genotypes in
CFFT were tested. The result from IYT, CVT and FFT showed significant variation among
genotypes for grain yield and associated traits. In IYT genotypes 07SADVI, TLBRS07F14
and ZM-401 were found superior. In CVT, genotypes Rampur S03F04 and Rampur S03F08
were found promising. Genotypes P501SRCOIP502SRCO, Across9942/Across9944, and
BGBYPOP were found· superior in the farmers' field experiment and could be
recommended for mid hill regions of Dolakha and similar environments. Similarly, hybrids
RML-4/RML-17 and RML-32/RML-17 were found encouraging.Link for e-copy: http://elibrary.narc.gov.np/?r=930 E-copies
http://nkcs.org.np/narc/dl/?r=930URL
Title : Varietal investigation of finger millet under different agro-ecological regions of Nepal Material Type: printed text Authors: Koirala, K.B., Editor ; K Baral ; S Subedi, Author ; A Pokharel, Author ; J Dhaka, Author ; KC, G., Author ; A.P Paudel, Author ; A Timilsina, Author ; HK Prasai, Author ; Pokharel, B.B., Author Pagination: 173-178 p. Keywords: Varietal investigation ; finger millet agro-ecological regions Abstract: With the changing climate scenario there is a potential threat in the yield of available Finger
millet (Eleusine coracana Gaertn) varieties. In order to identify the potential genotype/s
with desirable agro-morphological characters and wider adaptability Hill Crop Research
Program is developing research design along with its execution. Finger millet genotypes
were evaluated in a sequence of field experiments such as National Observation Nursery
(NON), Initial Evaluation Trial (lET), Coordianted Varietal Trial (CVT) and Farmers Field
Trial (FFT). NON was laid in non-replicated Rod row design. While, lET, CVT and FFT
were in RCB design with 3 replications, 16, 12 and 6 varieties as treatments, respectively.
Research was conducted at different stations having diverse agro-climatic conditions with
recommended cultural practices during two consecutive summer season of2011 and 2012.
From series of experiment over diverse locations, genotype/s that had stable performance
over location or site specific genotype was obtained. With emphasis on morphological
characters and their association some genotypes were identified statistically significant to
optimize the research work of Hill Crop. From lET hill set, KLE-298, DR-2, KLE-236,
ACC#513 with yield more than 3 ton per hectare were obtained superior. ACC 2827-1,
KLE 158, GPU 0025, KLE 192, ACC 433-1, ACC 523-1, GE 0116 and GE 5001 all
yielding more than 4 ton per hectare were sorted out as promising genotypes from CVT.
From lET mountain KLE-236, ACC#2843, GE-0012, GE-0122, ACC#0124, KLE-178,
ACC#2311 have been identified as superior. GE-0150, GE-0480, GE-01 16, KLE-159,
KLE-236, ACC# 433-1 had shown superiority to be included in FFT. ACC#433-1 and
KLE-236 are found to perform comparably under both hill and mountain conditions. For
hills, genotypes GPU 0025 (2.66 tlha) and KLE-158 (2.33 t/ha) could be recommended.
Similarly, NE 1703-34 and 433-1 could be proposed for high hills and mountains.Varietal investigation of finger millet under different agro-ecological regions of Nepal [printed text] / Koirala, K.B., Editor ; K Baral ; S Subedi, Author ; A Pokharel, Author ; J Dhaka, Author ; KC, G., Author ; A.P Paudel, Author ; A Timilsina, Author ; HK Prasai, Author ; Pokharel, B.B., Author . - [s.d.] . - 173-178 p.
Keywords: Varietal investigation ; finger millet agro-ecological regions Abstract: With the changing climate scenario there is a potential threat in the yield of available Finger
millet (Eleusine coracana Gaertn) varieties. In order to identify the potential genotype/s
with desirable agro-morphological characters and wider adaptability Hill Crop Research
Program is developing research design along with its execution. Finger millet genotypes
were evaluated in a sequence of field experiments such as National Observation Nursery
(NON), Initial Evaluation Trial (lET), Coordianted Varietal Trial (CVT) and Farmers Field
Trial (FFT). NON was laid in non-replicated Rod row design. While, lET, CVT and FFT
were in RCB design with 3 replications, 16, 12 and 6 varieties as treatments, respectively.
Research was conducted at different stations having diverse agro-climatic conditions with
recommended cultural practices during two consecutive summer season of2011 and 2012.
From series of experiment over diverse locations, genotype/s that had stable performance
over location or site specific genotype was obtained. With emphasis on morphological
characters and their association some genotypes were identified statistically significant to
optimize the research work of Hill Crop. From lET hill set, KLE-298, DR-2, KLE-236,
ACC#513 with yield more than 3 ton per hectare were obtained superior. ACC 2827-1,
KLE 158, GPU 0025, KLE 192, ACC 433-1, ACC 523-1, GE 0116 and GE 5001 all
yielding more than 4 ton per hectare were sorted out as promising genotypes from CVT.
From lET mountain KLE-236, ACC#2843, GE-0012, GE-0122, ACC#0124, KLE-178,
ACC#2311 have been identified as superior. GE-0150, GE-0480, GE-01 16, KLE-159,
KLE-236, ACC# 433-1 had shown superiority to be included in FFT. ACC#433-1 and
KLE-236 are found to perform comparably under both hill and mountain conditions. For
hills, genotypes GPU 0025 (2.66 tlha) and KLE-158 (2.33 t/ha) could be recommended.
Similarly, NE 1703-34 and 433-1 could be proposed for high hills and mountains.
Title : Varietal investigation on buckwheat under different agro-ecological zones of Nepal Material Type: printed text Authors: Koirala, K.B., Editor ; K Baral ; S Subedi, Author ; A Pokharel, Author ; J Dhaka, Author ; KC, G., Author ; A.P Paudel, Author ; A Timilsina, Author ; HK Prasai, Author ; Pokharel, B.B., Author Pagination: 168-172 p. Keywords: Varietal investigation ; Buckwheat Agro-ecological zones Abstract: Productivity of common (Fagopyrum esculentum Moench) and tatary buckwheat
(Fagopyrum tataricum Gaertn) is very low around 0.9 tlha. Series of field experiments as
National Observation Nusery (NON), Initial Evaluation Trial (lET), Coordinated Varietal
Trial (CVT) and Farmers Field Trial (FFT) of two buckwheat species viz. common and
tatary were conducted. NON was laid out in non-replicated Rod-row and lET, CVT and
FFT were in RCB design with 3 replications, 16, 12 and 6 genotypes as treatments,
respectively. Research was carried out with recommended agronomic practices at diverse
locations to develop high yielding and adaptive genotypes during two successive summer
season of 2011 and 2012. Agro-morphological traits were used for the selection of
genotypes. There was no significant difference in terms of yield attributing characters
among the genotypes in all of the trials. However, T-Vaskar, GF-5099 and CBBP-03 in
common buckwheat and Sample-6-1, sample-9 ACC# 6506 in tartary buckwheat showed
better performance in CVT. FFT trials of Common buckwheat showed T-Vaskar (1282
kg/ha), GF 5289 (1205 kglha) and IR-13 (1212 kg/ha) as promising lines in the year 2012.
Likewise, FT -25-2-3, Sample-S and ACC 2223 of tartary buckwheat were obtained
promising.Varietal investigation on buckwheat under different agro-ecological zones of Nepal [printed text] / Koirala, K.B., Editor ; K Baral ; S Subedi, Author ; A Pokharel, Author ; J Dhaka, Author ; KC, G., Author ; A.P Paudel, Author ; A Timilsina, Author ; HK Prasai, Author ; Pokharel, B.B., Author . - [s.d.] . - 168-172 p.
Keywords: Varietal investigation ; Buckwheat Agro-ecological zones Abstract: Productivity of common (Fagopyrum esculentum Moench) and tatary buckwheat
(Fagopyrum tataricum Gaertn) is very low around 0.9 tlha. Series of field experiments as
National Observation Nusery (NON), Initial Evaluation Trial (lET), Coordinated Varietal
Trial (CVT) and Farmers Field Trial (FFT) of two buckwheat species viz. common and
tatary were conducted. NON was laid out in non-replicated Rod-row and lET, CVT and
FFT were in RCB design with 3 replications, 16, 12 and 6 genotypes as treatments,
respectively. Research was carried out with recommended agronomic practices at diverse
locations to develop high yielding and adaptive genotypes during two successive summer
season of 2011 and 2012. Agro-morphological traits were used for the selection of
genotypes. There was no significant difference in terms of yield attributing characters
among the genotypes in all of the trials. However, T-Vaskar, GF-5099 and CBBP-03 in
common buckwheat and Sample-6-1, sample-9 ACC# 6506 in tartary buckwheat showed
better performance in CVT. FFT trials of Common buckwheat showed T-Vaskar (1282
kg/ha), GF 5289 (1205 kglha) and IR-13 (1212 kg/ha) as promising lines in the year 2012.
Likewise, FT -25-2-3, Sample-S and ACC 2223 of tartary buckwheat were obtained
promising.
