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Author R.D Timila |
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Title : काउली वर्गको तरकारीमा लाग्ने कालो कुहिने रोग (Black Rot) र त्यसको ब्यवस्थापन‚ २०७१ Material Type: printed text Authors: R.D Timila, Author ; Srikhala Manandhar, Author ; Manandhar, Chetna, Author Publisher: Kathmandu : Entomology Division, NARC Publication Date: 2071 Pagination: 12p. Languages : Nepali (nep) Keywords: Black rot;Cawliflower Link for e-copy: http://elibrary.narc.gov.np/?r=1359 काउली वर्गको तरकारीमा लाग्ने कालो कुहिने रोग (Black Rot) र त्यसको ब्यवस्थापन‚ २०७१ [printed text] / R.D Timila, Author ; Srikhala Manandhar, Author ; Manandhar, Chetna, Author . - Kathmandu : Entomology Division, NARC, 2071 . - 12p.
Languages : Nepali (nep)
Keywords: Black rot;Cawliflower Link for e-copy: http://elibrary.narc.gov.np/?r=1359 Clubroot disease of brassica vegetables: Non-chemical tools for its integrated management / R.D Timila
in Agricultural research for poverty alleviation and livelihood enhancement. Proceedings of the 3rd SAS-N Convention 27-29 August 2008, Lalitpur / Paudyal, Krishna Prasad
Title : Clubroot disease of brassica vegetables: Non-chemical tools for its integrated management Material Type: printed text Authors: R.D Timila, Author Pagination: 218-225 p. Languages : English (eng) Abstract: Clubroot disease caused by a soil borne pathogen, Plasmodiophora brassicae Woronin is an economically important disease of brassica vegetables in Nepal. Hundred percent losses have been observed in some of the pockets at Kathmandu and Palung valleys. Loss of hundred million rupees in worth at Palung valley within recent past few years have been reported. Experiments were conducted in inoculated conditions under screenhouse at Khumaltar and under farmers’ field conditions at Bhaktapur……………
Link for e-copy: http://elibrary.narc.gov.np/?r=1527 Clubroot disease of brassica vegetables: Non-chemical tools for its integrated management [printed text] / R.D Timila, Author . - [s.d.] . - 218-225 p.
in Agricultural research for poverty alleviation and livelihood enhancement. Proceedings of the 3rd SAS-N Convention 27-29 August 2008, Lalitpur / Paudyal, Krishna Prasad
Languages : English (eng)
Abstract: Clubroot disease caused by a soil borne pathogen, Plasmodiophora brassicae Woronin is an economically important disease of brassica vegetables in Nepal. Hundred percent losses have been observed in some of the pockets at Kathmandu and Palung valleys. Loss of hundred million rupees in worth at Palung valley within recent past few years have been reported. Experiments were conducted in inoculated conditions under screenhouse at Khumaltar and under farmers’ field conditions at Bhaktapur……………
Link for e-copy: http://elibrary.narc.gov.np/?r=1527 E-copies
http://nkcs.org.np/narc/dl/?r=1527URL
in Agricultural Research for Development: Proceedings of fourth SAS-N Convention, 4-6 April 2012, Lalitpur / Hira K. Manandhar
Title : Crop disease management through eco-friendly tools Material Type: printed text Authors: R.D Timila, Author ; Manandhar, H.K., Author Pagination: 392-399 p. Languages : English (eng) Abstract: Managing plant diseases without using chemical pesticides has been a challenge to the growers to keep their production in acceptable level. There are several non-chemical tools for eco-friendly management of diseases, such as use of resistant varieties, biocontrol agents (eg, Trichoderma spp.), cultural practices (eg, crop rotation), organic amendments in soil (eg, mustard cake, biogas slurry), botanicals (eg, garlic clove extract, mugwort extract, nettle extract) and certain non-hazardous chemicals (eg, elemental sulphur, copper, potassium). Of them, using resistant varieties is the most effective approach. Grafting technology using resistant root stocks has been successful for managing some soil-borne diseases (eg, wild eggplant against root-knot nematodes and bacterial wilt in solanaceous vegetables). Some of the technologies, especially the biocontrol agents and the botanicals have shown success under controlled conditions. Most of such technologies are limited to controlled conditions and hence should be verified in the field conditions. Non-chemical tools generally do not give 100% control but those can be effectively used as the components of integrated disease management for their additive efficacy. Available non-chemical tools from research results and the literatures for the management of diseases of different crops are presented.
Link for e-copy: http://elibrary.narc.gov.np/?r=1699 Crop disease management through eco-friendly tools [printed text] / R.D Timila, Author ; Manandhar, H.K., Author . - [s.d.] . - 392-399 p.
in Agricultural Research for Development: Proceedings of fourth SAS-N Convention, 4-6 April 2012, Lalitpur / Hira K. Manandhar
Languages : English (eng)
Abstract: Managing plant diseases without using chemical pesticides has been a challenge to the growers to keep their production in acceptable level. There are several non-chemical tools for eco-friendly management of diseases, such as use of resistant varieties, biocontrol agents (eg, Trichoderma spp.), cultural practices (eg, crop rotation), organic amendments in soil (eg, mustard cake, biogas slurry), botanicals (eg, garlic clove extract, mugwort extract, nettle extract) and certain non-hazardous chemicals (eg, elemental sulphur, copper, potassium). Of them, using resistant varieties is the most effective approach. Grafting technology using resistant root stocks has been successful for managing some soil-borne diseases (eg, wild eggplant against root-knot nematodes and bacterial wilt in solanaceous vegetables). Some of the technologies, especially the biocontrol agents and the botanicals have shown success under controlled conditions. Most of such technologies are limited to controlled conditions and hence should be verified in the field conditions. Non-chemical tools generally do not give 100% control but those can be effectively used as the components of integrated disease management for their additive efficacy. Available non-chemical tools from research results and the literatures for the management of diseases of different crops are presented.
Link for e-copy: http://elibrary.narc.gov.np/?r=1699 E-copies
http://nkcs.org.np/narc/dl/?r=1699URL
in Advances in agricultural research in Nepal: Proceedings of the first SAS/N Convention, March 29-31, 1999, Kathmandu / Hira K. Manandhar
Title : Effect of different paddy seed storage structures on survivability of Drechslera oryzae under rampur condition Material Type: printed text Authors: P.C.P. Chaurasia, Author ; R.D Timila, Author ; Shrestha, S.K., Author Pagination: 132-134 p. Languages : English (eng) Abstract: An experiment to study the effect of different paddy seed storage structures such as metal bin, paddy straw ball, Ghyampo, mud bin (Dehri) and jute bag on survivability of Drechslera oryzae, was conducted in randomized complete block design at Rampur, Chitwan. Three were three replications. Five kilograms seed of Masuli variety with nine percent initial infection of Drechslera 0ryzaewas stored in each storage structure. Percentage of infected gr ains was assessed using blotter technique at two months interval. Assessments were done on 24 November, 22nd January, 22"d March, 5th June and 24th July 1997. Percentage of infected seed grains was decreased to three percent from nine percent during whole storage period in metal bin. However, the effect of other storage structures was inconsistent in decreasing percentage of infected seed grains during storage………….
Link for e-copy: http://elibrary.narc.gov.np/?r=1436 Effect of different paddy seed storage structures on survivability of Drechslera oryzae under rampur condition [printed text] / P.C.P. Chaurasia, Author ; R.D Timila, Author ; Shrestha, S.K., Author . - [s.d.] . - 132-134 p.
in Advances in agricultural research in Nepal: Proceedings of the first SAS/N Convention, March 29-31, 1999, Kathmandu / Hira K. Manandhar
Languages : English (eng)
Abstract: An experiment to study the effect of different paddy seed storage structures such as metal bin, paddy straw ball, Ghyampo, mud bin (Dehri) and jute bag on survivability of Drechslera oryzae, was conducted in randomized complete block design at Rampur, Chitwan. Three were three replications. Five kilograms seed of Masuli variety with nine percent initial infection of Drechslera 0ryzaewas stored in each storage structure. Percentage of infected gr ains was assessed using blotter technique at two months interval. Assessments were done on 24 November, 22nd January, 22"d March, 5th June and 24th July 1997. Percentage of infected seed grains was decreased to three percent from nine percent during whole storage period in metal bin. However, the effect of other storage structures was inconsistent in decreasing percentage of infected seed grains during storage………….
Link for e-copy: http://elibrary.narc.gov.np/?r=1436 E-copies
http://nkcs.org.np/narc/dl/?r=1436URL
in Proceedings of the 27th National Summer Crops Workshop, held at Rampur, Chitawan, 18-20 April 2013, Vol. II / Giri, Y.P.
Title : Effect of planting season on the development of alternaria blight and head rot diseases of sunflower Material Type: printed text Authors: R.C Prasai, Editor ; A Sah, Author ; G Parajuli, Author ; R.D Timila, Author Pagination: 347-352 p. Keywords: Disease ; resistant sunflower variety yield Abstract: In order to fmd out the appropriate time of planting to escape sunflower from Alternaria
blight (Alternaria helianthl) and head rot (Rhizopus sp.), Modem dwarf, SH-3322 & Hybrid
Indam varities of the crop were sown in two consecutive seasons on Feb. 7, 17 & 27 during
2011 and on 8, 17 & 27 during 2012 spring. In winter season of20 II the crop was sown on
Oct. 10, 20 & 30 in split plot design. Each variety and dates replicated thrice with a plot
size 9 m2 at NORP. Severity of Alternaria blight found higher in spring season compared to
winter season while head rot was found in moderate form in winter season. Modem dwarf
planted in second week of February produced the highest yield (651, 460 & 556) kglha with
highly significant treatment difference in the F.Y. 2010/11, 2011112 & in combination
respectively. whereas Hybrid indam yielded 1587 kg!ha followed by Modem dwarf {1336
kg/ha) in second week of October with highly significant difference among the treatments.
Therefore, planting f Modem dwarf in second week of February & October and Hybrid
indam in second week of October could be recommended for the cultivation under farmers
field condition.Link for e-copy: http://elibrary.narc.gov.np/?r=965 Effect of planting season on the development of alternaria blight and head rot diseases of sunflower [printed text] / R.C Prasai, Editor ; A Sah, Author ; G Parajuli, Author ; R.D Timila, Author . - [s.d.] . - 347-352 p.
in Proceedings of the 27th National Summer Crops Workshop, held at Rampur, Chitawan, 18-20 April 2013, Vol. II / Giri, Y.P.
Keywords: Disease ; resistant sunflower variety yield Abstract: In order to fmd out the appropriate time of planting to escape sunflower from Alternaria
blight (Alternaria helianthl) and head rot (Rhizopus sp.), Modem dwarf, SH-3322 & Hybrid
Indam varities of the crop were sown in two consecutive seasons on Feb. 7, 17 & 27 during
2011 and on 8, 17 & 27 during 2012 spring. In winter season of20 II the crop was sown on
Oct. 10, 20 & 30 in split plot design. Each variety and dates replicated thrice with a plot
size 9 m2 at NORP. Severity of Alternaria blight found higher in spring season compared to
winter season while head rot was found in moderate form in winter season. Modem dwarf
planted in second week of February produced the highest yield (651, 460 & 556) kglha with
highly significant treatment difference in the F.Y. 2010/11, 2011112 & in combination
respectively. whereas Hybrid indam yielded 1587 kg!ha followed by Modem dwarf {1336
kg/ha) in second week of October with highly significant difference among the treatments.
Therefore, planting f Modem dwarf in second week of February & October and Hybrid
indam in second week of October could be recommended for the cultivation under farmers
field condition.Link for e-copy: http://elibrary.narc.gov.np/?r=965 E-copies
http://nkcs.org.np/narc/dl/?r=965URL
