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in Hill corps workshop proceedings of winter crops workshop (barley) September 11-12,2002 and summer corps workshop(finger millet and buckwheat) July 2-3,2002 also includes finger millet and buckwheat disease report 1997 / Upreti, R.P.
Title : Buckwheat Varietal Investigation Report 2000-20021 Material Type: printed text Authors: Santa Bdr. BK, Author ; Upreti, R.P., Author ; Mandal D N, Author ; Bhim Nath Adhikari, Author ; Shiva K. Budhathoki, Author Publisher: Lalitpur : NARC Publication Date: 2003 Pagination: 38-53 p. Descriptors: Plants and Crops:Field Crops and Crop Production Abstract: Genus Fagopyrum consists Mo cultivated buckwheat species viz. sweet (Fagopyrum esculentumMoench) and biller (Fagopyrum tataricum Gearin) both species are under cultivation since time memorable in Nepal. Buckwheat is one of the mandate crops of Hill Crops Research Program(HCRP). Both buckwheat are important staple food crop in high hills. Bitter buckwheat is more important still in higher elevations common buckwheat also important crops where cropping pattern is veiJ' tight. Considering this, HCRP has been allempting research work on both type of buckwheat since the establishment of Hill Crops Research Program. Even though buckwheat is third mandate crop of HCRP. Such as many types of research works collection, conservation, characterization and Varietal improvement work has been done until now. But unfortunately now not any one variety has been released for general cultivation. suitable package and practices on buckwheat is not available for common farmers. Now some farmers are taking interest in improve technology, processing and uses, aware of its as well as medical values, so there is need to put more effort on buckwheat researchin Nepal.
Under varietal improvement work on buckwheat a number of activities have been can-fed out by HC RP; separate sets of sweet and biller buchvheal experiments are being tested. Eighf activities viz. NON (Sweet and biller), JET (Sweet and biller), CVT (Sweet and biller), and FFT (Sweet and bitter) are also being tested under varietal improvement work. This paper consists of finding of ARS Jumla (2350 mas/), HCRP Kahre (I 7-10 mas/) and NMRP Rampur during 2000-2002. On the basis of experiments results conducted during Mo years, the genotypes Acc.#481, Acc.#2288, CBBP-01, CBBP-02, CBBP-03, CBBP-0-1 were fozmd beller in National Observation Nurse1y (Sweet) and genotype Sample #6-1, Acc.#2227, MY-2-27-1, Acc.#5170, Acc.#6506 and Sample #5-l in National Observation NurseiJ' biller set. Genotypes Ac:c:.#2230, Acc.#2227-l, GF-5234, Sample #5-J were found promising in Initial Evaluation hiller set at various location. In CVT (s'tl'eet) genotypes GF-5099, GF-5063, GF-5274 and DARJA were high yielding among the tested genotypes. However, in CVT biller genotypes Kahre biller, Ac:c:.#2227, MY-2-27-1, GF-212 and Acc:.#2230 were found promising at Kahre and Jumla during 2000-2002. Incase of FFT-sweet genot)1Je GF-527-1. GF-5283 and GF-5006 were promising at Kabre area 2001.
Similarly genof.\pes GF-527-1 and GF-5289 were found promising at Rampur in 2002. In FFT biller
genot)pes Ace. #2223 and Ace:. #2227 were found promising at Jumla.Buckwheat Varietal Investigation Report 2000-20021 [printed text] / Santa Bdr. BK, Author ; Upreti, R.P., Author ; Mandal D N, Author ; Bhim Nath Adhikari, Author ; Shiva K. Budhathoki, Author . - Lalitpur : NARC, 2003 . - 38-53 p.
in Hill corps workshop proceedings of winter crops workshop (barley) September 11-12,2002 and summer corps workshop(finger millet and buckwheat) July 2-3,2002 also includes finger millet and buckwheat disease report 1997 / Upreti, R.P.
Descriptors: Plants and Crops:Field Crops and Crop Production Abstract: Genus Fagopyrum consists Mo cultivated buckwheat species viz. sweet (Fagopyrum esculentumMoench) and biller (Fagopyrum tataricum Gearin) both species are under cultivation since time memorable in Nepal. Buckwheat is one of the mandate crops of Hill Crops Research Program(HCRP). Both buckwheat are important staple food crop in high hills. Bitter buckwheat is more important still in higher elevations common buckwheat also important crops where cropping pattern is veiJ' tight. Considering this, HCRP has been allempting research work on both type of buckwheat since the establishment of Hill Crops Research Program. Even though buckwheat is third mandate crop of HCRP. Such as many types of research works collection, conservation, characterization and Varietal improvement work has been done until now. But unfortunately now not any one variety has been released for general cultivation. suitable package and practices on buckwheat is not available for common farmers. Now some farmers are taking interest in improve technology, processing and uses, aware of its as well as medical values, so there is need to put more effort on buckwheat researchin Nepal.
Under varietal improvement work on buckwheat a number of activities have been can-fed out by HC RP; separate sets of sweet and biller buchvheal experiments are being tested. Eighf activities viz. NON (Sweet and biller), JET (Sweet and biller), CVT (Sweet and biller), and FFT (Sweet and bitter) are also being tested under varietal improvement work. This paper consists of finding of ARS Jumla (2350 mas/), HCRP Kahre (I 7-10 mas/) and NMRP Rampur during 2000-2002. On the basis of experiments results conducted during Mo years, the genotypes Acc.#481, Acc.#2288, CBBP-01, CBBP-02, CBBP-03, CBBP-0-1 were fozmd beller in National Observation Nurse1y (Sweet) and genotype Sample #6-1, Acc.#2227, MY-2-27-1, Acc.#5170, Acc.#6506 and Sample #5-l in National Observation NurseiJ' biller set. Genotypes Ac:c:.#2230, Acc.#2227-l, GF-5234, Sample #5-J were found promising in Initial Evaluation hiller set at various location. In CVT (s'tl'eet) genotypes GF-5099, GF-5063, GF-5274 and DARJA were high yielding among the tested genotypes. However, in CVT biller genotypes Kahre biller, Ac:c:.#2227, MY-2-27-1, GF-212 and Acc:.#2230 were found promising at Kahre and Jumla during 2000-2002. Incase of FFT-sweet genot)1Je GF-527-1. GF-5283 and GF-5006 were promising at Kabre area 2001.
Similarly genof.\pes GF-527-1 and GF-5289 were found promising at Rampur in 2002. In FFT biller
genot)pes Ace. #2223 and Ace:. #2227 were found promising at Jumla.
Title : Estimation of natural outcrossing in rice bean [thesis] Material Type: printed text Authors: Bhim Nath Adhikari, Author Publisher: Rampur, Chitwan : Institute of Agriculture and Animal Science (IAAS) Publication Date: 2011 Pagination: 52 p. Languages : English (eng) Keywords: Dissertation; thesis Class number: 633.18 Accession No : NR-5599 Call Number : D 633.18 ADH-e 2011 Estimation of natural outcrossing in rice bean [thesis] [printed text] / Bhim Nath Adhikari, Author . - Rampur, Chitwan : Institute of Agriculture and Animal Science (IAAS), 2011 . - 52 p.
Languages : English (eng)
Keywords: Dissertation; thesis Class number: 633.18 Accession No : NR-5599 Call Number : D 633.18 ADH-e 2011 Copies (1)
Barcode Call number Media type Location Section Status NARC2005599 D 633.18 ADH-e 2011 Document NARC Library Documents Available FERTILIZER RECOMMENDATION STUDY IN MAIZE/MlLLET - RELAY CROPPING SYSTEM IN MID HILLS OF NEPAL / PR Shakya
in Hill corps workshop proceedings of winter crops workshop (barley) September 11-12,2002 and summer corps workshop(finger millet and buckwheat) July 2-3,2002 also includes finger millet and buckwheat disease report 1997 / Upreti, R.P.
Title : FERTILIZER RECOMMENDATION STUDY IN MAIZE/MlLLET - RELAY CROPPING SYSTEM IN MID HILLS OF NEPAL Material Type: printed text Authors: PR Shakya, Author ; Upreti, R.P., Author ; Bhim Nath Adhikari, Author ; S Thapa, Author ; Shiva K. Budhathoki, Author Publisher: Lalitpur : NARC Publication Date: 2003 Pagination: 63-67 P. Languages : English (eng) Descriptors: Plants and Crops:Field Crops and Crop Production Abstract: An experiment of Fertilizer Recommendation Study in Maize (Zea-mays)/Finger millet (Eleusine Coracana Geartn) relay cropping system was ca"ied out in the Hill Crop Research Program (HCRP), Kahre (1740 mas!), Dolakha during Summer season of 2000-2001. The objective of the experiment was to find out economically optimum level of fertilizer recommendation and future soil fertility and fertili=er research for maize millet relay cropping system in mid hills condition of Nepal The experiment was laid out in randomized complete block design (RCBD) with three replication. The highest maize grain yield (5_68 tlha) was recorded at Tl followed by 5.0/t/ha) at T/2,. The lowest maize grain yield (2.19 t.lha) was found at Tl. Likewise, the highest finger millet grain yield (1359kglha) was produced at T8 as similar to T2 and T3 and followed by T5 and T4 respectively. The lowest
millet grain yield (9+3 kglha) \ol'as obtained at Til.FERTILIZER RECOMMENDATION STUDY IN MAIZE/MlLLET - RELAY CROPPING SYSTEM IN MID HILLS OF NEPAL [printed text] / PR Shakya, Author ; Upreti, R.P., Author ; Bhim Nath Adhikari, Author ; S Thapa, Author ; Shiva K. Budhathoki, Author . - Lalitpur : NARC, 2003 . - 63-67 P.
in Hill corps workshop proceedings of winter crops workshop (barley) September 11-12,2002 and summer corps workshop(finger millet and buckwheat) July 2-3,2002 also includes finger millet and buckwheat disease report 1997 / Upreti, R.P.
Languages : English (eng)
Descriptors: Plants and Crops:Field Crops and Crop Production Abstract: An experiment of Fertilizer Recommendation Study in Maize (Zea-mays)/Finger millet (Eleusine Coracana Geartn) relay cropping system was ca"ied out in the Hill Crop Research Program (HCRP), Kahre (1740 mas!), Dolakha during Summer season of 2000-2001. The objective of the experiment was to find out economically optimum level of fertilizer recommendation and future soil fertility and fertili=er research for maize millet relay cropping system in mid hills condition of Nepal The experiment was laid out in randomized complete block design (RCBD) with three replication. The highest maize grain yield (5_68 tlha) was recorded at Tl followed by 5.0/t/ha) at T/2,. The lowest maize grain yield (2.19 t.lha) was found at Tl. Likewise, the highest finger millet grain yield (1359kglha) was produced at T8 as similar to T2 and T3 and followed by T5 and T4 respectively. The lowest
millet grain yield (9+3 kglha) \ol'as obtained at Til.
in Hill corps workshop proceedings of winter crops workshop (barley) September 11-12,2002 and summer corps workshop(finger millet and buckwheat) July 2-3,2002 also includes finger millet and buckwheat disease report 1997 / Upreti, R.P.
Title : Finger millet varietal Investigation Report for mid Hill ofNepal1 (2000-2002) Material Type: printed text Authors: Santa Bahadur BK, Author ; Upreti, R.P., Author ; Mandal, D., Author ; Bhim Nath Adhikari, Author ; S. K. Budhathoki, Author Publisher: Lalitpur : NARC Publication Date: 2003 Pagination: 8-29 p. Languages : English (eng) Descriptors: Plants and Crops:Field Crops and Crop Production Abstract: Among the summer crops, Hill Crops Research Program (HCRP) has given first mandate to generate technology on finger millet (Eleusie coracana Gaertn). Finger millet is the fourth staple food crop of Nepal after rice, maize and wheat. Considering the importance of the sustained hill farming, Hill Crops Research Program (HCRP) has given first priority to finger millet among the mandate crops. Finger miller is grown in maize I millet relay system in mid hills of the country and as mono crops on high hill and foothills of Nepal. Finger millet gives considerably better yield as compared maize even low fertility soil condition and external inputs used in relay system, so the crop has significant importance of sustain hill farming system ofNepal. Under the varietals improvement work, there are altogether four different activities viz. NON, JET, CVT and FFT. both in relay with maize and mono cropping system, which were tested in different agro- ecological zone viz. high hill, mid hill, Terai and inner Terai of Nepal. Most of the experiments were conducted both under relay and mono condition in order to select/ screen shade tolerant and high yielding genotypes. Under NON- H (relay) conducted at HCRP , Kahre and ABD, Khumaltar over two year revealed that the genotypes KLE-1 18, KLE-2 17 , /WFM-5 GE- 500 & GE -507 are high yielding and promising on the basis of grain yield . In JET- H genotypes Ace. # 433-1 produced the highest grain yield at Kahre (3266 kg/ ha) and AGD, Khumaltar (3483 kglha) followed by GPU -25 (3417 kglha) at Khumaltar in 2001. Similarly genotype Ace. # 2334-1 (3375 kglha) produced highest grains yield at AGD. Khumaltar in relay and produced (5283 kglha under mono condition at ARS, Dailekh in
2001 (Table 8). In CVT relay genotype Ace. # 2227-1 (2276 kglha and GE- 5001 (2189 kglha) are high yielder at Kahre and Khumaltar in 2001. and genotype Ace. # 2653-1(2603 kglha) produced the highest grain yield during 2002 at HCRP Kahre, AGD, Khumaltat and ARS, Salyan. These cultivars can be pushed on to FFT in mid hill. According to the two years result of FFT mid hills under relaythe genotype GE- 0483, GE-5016 & GE- 5176 are possible candidate for varieFinger millet varietal Investigation Report for mid Hill ofNepal1 (2000-2002) [printed text] / Santa Bahadur BK, Author ; Upreti, R.P., Author ; Mandal, D., Author ; Bhim Nath Adhikari, Author ; S. K. Budhathoki, Author . - Lalitpur : NARC, 2003 . - 8-29 p.
in Hill corps workshop proceedings of winter crops workshop (barley) September 11-12,2002 and summer corps workshop(finger millet and buckwheat) July 2-3,2002 also includes finger millet and buckwheat disease report 1997 / Upreti, R.P.
Languages : English (eng)
Descriptors: Plants and Crops:Field Crops and Crop Production Abstract: Among the summer crops, Hill Crops Research Program (HCRP) has given first mandate to generate technology on finger millet (Eleusie coracana Gaertn). Finger millet is the fourth staple food crop of Nepal after rice, maize and wheat. Considering the importance of the sustained hill farming, Hill Crops Research Program (HCRP) has given first priority to finger millet among the mandate crops. Finger miller is grown in maize I millet relay system in mid hills of the country and as mono crops on high hill and foothills of Nepal. Finger millet gives considerably better yield as compared maize even low fertility soil condition and external inputs used in relay system, so the crop has significant importance of sustain hill farming system ofNepal. Under the varietals improvement work, there are altogether four different activities viz. NON, JET, CVT and FFT. both in relay with maize and mono cropping system, which were tested in different agro- ecological zone viz. high hill, mid hill, Terai and inner Terai of Nepal. Most of the experiments were conducted both under relay and mono condition in order to select/ screen shade tolerant and high yielding genotypes. Under NON- H (relay) conducted at HCRP , Kahre and ABD, Khumaltar over two year revealed that the genotypes KLE-1 18, KLE-2 17 , /WFM-5 GE- 500 & GE -507 are high yielding and promising on the basis of grain yield . In JET- H genotypes Ace. # 433-1 produced the highest grain yield at Kahre (3266 kg/ ha) and AGD, Khumaltar (3483 kglha) followed by GPU -25 (3417 kglha) at Khumaltar in 2001. Similarly genotype Ace. # 2334-1 (3375 kglha) produced highest grains yield at AGD. Khumaltar in relay and produced (5283 kglha under mono condition at ARS, Dailekh in
2001 (Table 8). In CVT relay genotype Ace. # 2227-1 (2276 kglha and GE- 5001 (2189 kglha) are high yielder at Kahre and Khumaltar in 2001. and genotype Ace. # 2653-1(2603 kglha) produced the highest grain yield during 2002 at HCRP Kahre, AGD, Khumaltat and ARS, Salyan. These cultivars can be pushed on to FFT in mid hill. According to the two years result of FFT mid hills under relaythe genotype GE- 0483, GE-5016 & GE- 5176 are possible candidate for varie
in Hill corps workshop proceedings of winter crops workshop (barley) September 11-12,2002 and summer corps workshop(finger millet and buckwheat) July 2-3,2002 also includes finger millet and buckwheat disease report 1997 / Upreti, R.P.
Title : Synchronization of Nitrogen Requirements in Maize /Millet Relay Cropping System in Mid Hill Condition ofNepal1 Material Type: printed text Authors: PR Shakya, Author ; Bhim Nath Adhikari, Author ; Upreti, R.P., Author Publisher: Lalitpur : NARC Publication Date: 2003 Pagination: 30-37 p. Descriptors: Plants and Crops:Field Crops and Crop Production Abstract: An experiment on synchronizing of nitrogen requirement in maize (Zea mays) /millet (Eleusine coracana Geartn) relay cropping system was carried out in the Hill Crop Research Program. (HCRP), Kahre, (1740 mas/), Do/akha during the summer season of 2000 and 2001 to identify the optimum time of nitrogen application for higher yield of both crops in mid hill condition of Nepal. In addition to 10 ton compost, chemica/fertilizer was applied @60:30:30 NPK kg/ha in all treatments. Compost was incorporated in the soil at the time of land preparation and all phosphorus and potash was applied at the time of maize planting. Splitting of nitrogen and time of its application was done to make eight different treatments and nitrogen was applied accordingly. The experiment was conducted in a RCB design with four replications in 6.0 m2 plots. The highest maize grain yield (5951 kg/ha) was produced by the treatment T2 followed by (5680 kg/ha) with the treatment TB. The lowest maize grain yield (4327 kg/ha) was obtained by T1. Likewise, the highest finger millet grain yield (977 kg/ha) was produced by T6followed by (906 kg/ha) with the treatment T2. The lowest millet grain yield (715 kglha) was
obtained in the treatment T1.Synchronization of Nitrogen Requirements in Maize /Millet Relay Cropping System in Mid Hill Condition ofNepal1 [printed text] / PR Shakya, Author ; Bhim Nath Adhikari, Author ; Upreti, R.P., Author . - Lalitpur : NARC, 2003 . - 30-37 p.
in Hill corps workshop proceedings of winter crops workshop (barley) September 11-12,2002 and summer corps workshop(finger millet and buckwheat) July 2-3,2002 also includes finger millet and buckwheat disease report 1997 / Upreti, R.P.
Descriptors: Plants and Crops:Field Crops and Crop Production Abstract: An experiment on synchronizing of nitrogen requirement in maize (Zea mays) /millet (Eleusine coracana Geartn) relay cropping system was carried out in the Hill Crop Research Program. (HCRP), Kahre, (1740 mas/), Do/akha during the summer season of 2000 and 2001 to identify the optimum time of nitrogen application for higher yield of both crops in mid hill condition of Nepal. In addition to 10 ton compost, chemica/fertilizer was applied @60:30:30 NPK kg/ha in all treatments. Compost was incorporated in the soil at the time of land preparation and all phosphorus and potash was applied at the time of maize planting. Splitting of nitrogen and time of its application was done to make eight different treatments and nitrogen was applied accordingly. The experiment was conducted in a RCB design with four replications in 6.0 m2 plots. The highest maize grain yield (5951 kg/ha) was produced by the treatment T2 followed by (5680 kg/ha) with the treatment TB. The lowest maize grain yield (4327 kg/ha) was obtained by T1. Likewise, the highest finger millet grain yield (977 kg/ha) was produced by T6followed by (906 kg/ha) with the treatment T2. The lowest millet grain yield (715 kglha) was
obtained in the treatment T1.
