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2 result(s) search for keyword(s) 'mungbean'
Enhancing the productivity of mungbean through the breeding improvement in rainy and spring season in rice and maize based cropping system / Rajendra Darai
in Proceedings of the 27th National Summer Crops Workshop, held at Rampur, Chitawan, 18-20 April 2013, Vol. I / Giri, Y.P.
Title : Enhancing the productivity of mungbean through the breeding improvement in rainy and spring season in rice and maize based cropping system Material Type: printed text Authors: Rajendra Darai ; Surendra Yadav ; Gun Bahadur Gurung ; Nawa Raj Acharya ; Santosh Raj Tripathi, Author Pagination: 58-67 p. Languages : English (eng) Keywords: mungbean ; genotypes varietal improvement disease resitant synchronous Abstract: The major constraints and challenges in mungbean research and development are
susceptibility to MYMV, insect pests, small sized seeds, non-synchronous mahtrity and low
yield. Considering the fact, a field experiments on varietal improvement of mnngbean
received the genetic materials from A VRDC and local landraces were carried out at Rampur,
Nawalpill and Nepa1gunj. In observation nursery (OBN), VC 6153 (B-19) [568 kg_ha] , VC
6173 (B-33) [529 kg_ha] and VC 6173 C [526 kg_ha] were the best performing mnngbean
genotypes over the years 20 l 0-20 II and these lines will be selected for yield advance trial. In
coordinated varietal trial (CVT), the genotypes Bari mung(575 kg/ha) and VC6153B-20G(572
kg/ha) were the good yielder than the check Pratikcha(477 kglha) in maize based cropping
system. Mw1gbean cultivars named Pratikcha(767 kglha), Saptari local(750 kg/ha),
VC6153B-20G(715 kg/ha), VC 3960A-88(713 kg/ha), VC 6173B-6(707 kglha) and Bari
mung (700 kg/ha) were the best performers in rice-wheat-nmngbean cropping system and
significantly differed among the tested lines over the years(2010-2011) and across the
locations(Nepalgunj and Parwan ipur). However the mungbean grain yield of the year 20 II
was observed incredibly low due to the soil moisture stress during the cropping season as a
consequence affected to the mean yield performances. In pre-release varietal trial, genotype
BARJ mung ( 1177 kg/ha) and HUM-16(1 052 kg/ha) were the best perfonning genotypes than
the check Pratikcha(l021 kg/ha). It had also earlier matllfity with the highest number of pods
bearing capacity. Therefore seed of these lines should be increased at station and farm level so
as to help in varietal promotion and scaling up into the targeted areasLink for e-copy: http://elibrary.narc.gov.np/?r=861 Enhancing the productivity of mungbean through the breeding improvement in rainy and spring season in rice and maize based cropping system [printed text] / Rajendra Darai ; Surendra Yadav ; Gun Bahadur Gurung ; Nawa Raj Acharya ; Santosh Raj Tripathi, Author . - [s.d.] . - 58-67 p.
in Proceedings of the 27th National Summer Crops Workshop, held at Rampur, Chitawan, 18-20 April 2013, Vol. I / Giri, Y.P.
Languages : English (eng)
Keywords: mungbean ; genotypes varietal improvement disease resitant synchronous Abstract: The major constraints and challenges in mungbean research and development are
susceptibility to MYMV, insect pests, small sized seeds, non-synchronous mahtrity and low
yield. Considering the fact, a field experiments on varietal improvement of mnngbean
received the genetic materials from A VRDC and local landraces were carried out at Rampur,
Nawalpill and Nepa1gunj. In observation nursery (OBN), VC 6153 (B-19) [568 kg_ha] , VC
6173 (B-33) [529 kg_ha] and VC 6173 C [526 kg_ha] were the best performing mnngbean
genotypes over the years 20 l 0-20 II and these lines will be selected for yield advance trial. In
coordinated varietal trial (CVT), the genotypes Bari mung(575 kg/ha) and VC6153B-20G(572
kg/ha) were the good yielder than the check Pratikcha(477 kglha) in maize based cropping
system. Mw1gbean cultivars named Pratikcha(767 kglha), Saptari local(750 kg/ha),
VC6153B-20G(715 kg/ha), VC 3960A-88(713 kg/ha), VC 6173B-6(707 kglha) and Bari
mung (700 kg/ha) were the best performers in rice-wheat-nmngbean cropping system and
significantly differed among the tested lines over the years(2010-2011) and across the
locations(Nepalgunj and Parwan ipur). However the mungbean grain yield of the year 20 II
was observed incredibly low due to the soil moisture stress during the cropping season as a
consequence affected to the mean yield performances. In pre-release varietal trial, genotype
BARJ mung ( 1177 kg/ha) and HUM-16(1 052 kg/ha) were the best perfonning genotypes than
the check Pratikcha(l021 kg/ha). It had also earlier matllfity with the highest number of pods
bearing capacity. Therefore seed of these lines should be increased at station and farm level so
as to help in varietal promotion and scaling up into the targeted areasLink for e-copy: http://elibrary.narc.gov.np/?r=861 E-copies
http://nkcs.org.np/narc/dl/?r=861URL Validation of farmers indigenous knowledge to manage mungbean yellow mosaic virus in blackgram / Dhana Bahadur Gharti
in Proceedings of the 27th National Summer Crops Workshop, held at Rampur, Chitawan, 18-20 April 2013, Vol. I / Giri, Y.P.
Title : Validation of farmers indigenous knowledge to manage mungbean yellow mosaic virus in blackgram Material Type: printed text Authors: Dhana Bahadur Gharti ; Subash Subedi, Author ; Tek Nath Ghimire, Author Pagination: 319-322 p. Languages : English (eng) Keywords: Mungbean Yellow Mosaic Gemini virus, farmers' indigenous knowledge, Bemisia tabaci,
Ageratum sppAbstract: This study was undertaken at Grain Legume Research Program, Rampur during
2067/068(2010/1 I) and 2068/069 (2011 / 12) with a view to validate farmers' indigenous
knowledge on Mungbean Yellow Mosaic Virus disease management in blackgram. During
2067/068 six treatments viz. cow's milk spray, seed priming, cow's urine spray, mohi spray,
turmeric powder suspension spray and control were tested. Tn the fiscal year 2068/069 the
treatments were modified as cow's milk spray, seed priming with sodium molybdate , cow's
urine spray, spray of extract of mixture of botanicals and control. Weed host of the virusAgeratum
spp and whitefly (Bemisia tabaci Glenn) vector populations were found abundant
in both the years. Blackgram genotype used in the first year was BLG 0003-2-l (moderately
tolerant to MYMV) and Chanpbas Local (highly susceptible to MYMV) in the second year.
None of the treatments were statistically significant to manage MYMV in both the years.
However, cow's milk spray reduced disease severity, increased hundred seed weight and
improved grain yield during 2067/068 and spray of leaf extract of mixture of botanicals
reduced disease severity and increased grain yield to some extent in the second year. Disease
severity was less in the first year due to the use of moderately tolerant genotype and very high
during the second year because of the use of highly susce ptible cultivar. Since the virus is
vector borne and there is abundance of alternate and collateral hosts in terai and inner terai
use of resistant/ tolerant varieties, vector control and removal of alternate and collateral hosts
are some of the possible ways to manage MYMV in blackgram, soybean and mungbeanLink for e-copy: http://elibrary.narc.gov.np/?r=918 Validation of farmers indigenous knowledge to manage mungbean yellow mosaic virus in blackgram [printed text] / Dhana Bahadur Gharti ; Subash Subedi, Author ; Tek Nath Ghimire, Author . - [s.d.] . - 319-322 p.
in Proceedings of the 27th National Summer Crops Workshop, held at Rampur, Chitawan, 18-20 April 2013, Vol. I / Giri, Y.P.
Languages : English (eng)
Keywords: Mungbean Yellow Mosaic Gemini virus, farmers' indigenous knowledge, Bemisia tabaci,
Ageratum sppAbstract: This study was undertaken at Grain Legume Research Program, Rampur during
2067/068(2010/1 I) and 2068/069 (2011 / 12) with a view to validate farmers' indigenous
knowledge on Mungbean Yellow Mosaic Virus disease management in blackgram. During
2067/068 six treatments viz. cow's milk spray, seed priming, cow's urine spray, mohi spray,
turmeric powder suspension spray and control were tested. Tn the fiscal year 2068/069 the
treatments were modified as cow's milk spray, seed priming with sodium molybdate , cow's
urine spray, spray of extract of mixture of botanicals and control. Weed host of the virusAgeratum
spp and whitefly (Bemisia tabaci Glenn) vector populations were found abundant
in both the years. Blackgram genotype used in the first year was BLG 0003-2-l (moderately
tolerant to MYMV) and Chanpbas Local (highly susceptible to MYMV) in the second year.
None of the treatments were statistically significant to manage MYMV in both the years.
However, cow's milk spray reduced disease severity, increased hundred seed weight and
improved grain yield during 2067/068 and spray of leaf extract of mixture of botanicals
reduced disease severity and increased grain yield to some extent in the second year. Disease
severity was less in the first year due to the use of moderately tolerant genotype and very high
during the second year because of the use of highly susce ptible cultivar. Since the virus is
vector borne and there is abundance of alternate and collateral hosts in terai and inner terai
use of resistant/ tolerant varieties, vector control and removal of alternate and collateral hosts
are some of the possible ways to manage MYMV in blackgram, soybean and mungbeanLink for e-copy: http://elibrary.narc.gov.np/?r=918 E-copies
http://nkcs.org.np/narc/dl/?r=918URL