Analysis and effect of rainfall distribution for planning and management of rice and wheat cultivation under Bhairahawa Rupendehi condition / Adhikary, S.K.    

Public ISBD in Summer crops research in Nepal: Proceedings of the 25th Summer Crops Workshop held at Kathmandu 21-23 June 2007 / Adhikari, N.P.     Title : Analysis and effect of rainfall distribution for planning and management of rice and wheat cultivation under Bhairahawa Rupendehi condition Material Type: printed text Authors: Adhikary, S.K., Editor ; Shrestha, K.B., Author ; G.B Manandhar, Author ; Sharma, P.S, Author ; S Tandukar, Author Publication Date: 2010 Pagination: 339-344 p. Abstract: Rainfall is the major dominating factor for the success or failure of agricultural crops as more than 65% of the total cultivable land in Nepal is rainfed. In this pape, rainfall data (1977-2000) from National Wheat Research Program located at Bhairahawa, Rupandehi is analyzed and recommendation is made for efficient utilization for planning and management of rice and wheat cultivation. The average annual rainfall was found to be 1775 tnm. The monthly maximum average rainfall 584 mm was observed in the month of July and the minimum average rainfall 5.69mm was found in November. The highest annual rainfall2351mm was marked in 1984 and lowest rainfall1302 mm in 1992. One day maximum rainfall298 mm was noted on 14th July in 1996. The deviation of the average annual mean rainfall from the long term average rainfall was highest 32.38% in 1984 and it was lowest 1.02% in 1982. Out of 24 years, 18 years were normal, 4 years were wet and numbers of dry years were 2. Average rainfall occurred in rice season was 89.69% of the total average rainfall (TAVR) where as wheat season bad only 4.3% of TAVR. The study clearly indicates the importance of rainwater harvesting and its utilization for supplementary irrigation of rice I!Jld wheat crop in rainfed areas. Link for e-copy: http://elibrary.narc.gov.np/?r=1032 in Summer crops research in Nepal: Proceedings of the 25th Summer Crops Workshop held at Kathmandu 21-23 June 2007 / Adhikari, N.P.     Analysis and effect of rainfall distribution for planning and management of rice and wheat cultivation under Bhairahawa Rupendehi condition [printed text] / Adhikary, S.K., Editor ; Shrestha, K.B., Author ; G.B Manandhar, Author ; Sharma, P.S, Author ; S Tandukar, Author . - 2010 . - 339-344 p. Abstract: Rainfall is the major dominating factor for the success or failure of agricultural crops as more than 65% of the total cultivable land in Nepal is rainfed. In this pape, rainfall data (1977-2000) from National Wheat Research Program located at Bhairahawa, Rupandehi is analyzed and recommendation is made for efficient utilization for planning and management of rice and wheat cultivation. The average annual rainfall was found to be 1775 tnm. The monthly maximum average rainfall 584 mm was observed in the month of July and the minimum average rainfall 5.69mm was found in November. The highest annual rainfall2351mm was marked in 1984 and lowest rainfall1302 mm in 1992. One day maximum rainfall298 mm was noted on 14th July in 1996. The deviation of the average annual mean rainfall from the long term average rainfall was highest 32.38% in 1984 and it was lowest 1.02% in 1982. Out of 24 years, 18 years were normal, 4 years were wet and numbers of dry years were 2. Average rainfall occurred in rice season was 89.69% of the total average rainfall (TAVR) where as wheat season bad only 4.3% of TAVR. The study clearly indicates the importance of rainwater harvesting and its utilization for supplementary irrigation of rice I!Jld wheat crop in rainfed areas. Link for e-copy: http://elibrary.narc.gov.np/?r=1032

E-copies

http://nkcs.org.np/narc/dl/?r=1032 URL

Conservation agriculture: A system for sustainable food production / G Sah    

Public ISBD 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 : Conservation agriculture: A system for sustainable food production Material Type: printed text Authors: G Sah, Author ; G.B Manandhar, Author ; Adhikary, S.K., Author ; J. Tripathi, Author Pagination: 65-72 p. Languages : English (eng) Abstract: Conservation Agriculture (CA), defined as minimal soil disturbance (no-till) and permanent soil cover (mulch) combined with rotations, is more sustainable cultivation system for the future than those practiced these-days. Present tillage system is responsible for the degradation of natural resources and soils. CA can improve agriculture through improvement in water infiltration and reducing erosion, improving soil surface aggregates, reducing compaction through promotion of biological tillage, increasing surface soil organic matter and carbon content, moderating soil temperature, and suppressing weeds. CA also helps reduce cost of production, saves time, increase diversity, and reduces greenhouse gas emissions. Availability of suitable equipment is a major constraint to successful CA. National promotional program for this technology is needed in present Nepalese context. Link for e-copy: http://elibrary.narc.gov.np/?r=1506 in Agricultural research for poverty alleviation and livelihood enhancement. Proceedings of the 3rd SAS-N Convention 27-29 August 2008, Lalitpur / Paudyal, Krishna Prasad     Conservation agriculture: A system for sustainable food production [printed text] / G Sah, Author ; G.B Manandhar, Author ; Adhikary, S.K., Author ; J. Tripathi, Author . - [s.d.] . - 65-72 p. Languages : English (eng) Abstract: Conservation Agriculture (CA), defined as minimal soil disturbance (no-till) and permanent soil cover (mulch) combined with rotations, is more sustainable cultivation system for the future than those practiced these-days. Present tillage system is responsible for the degradation of natural resources and soils. CA can improve agriculture through improvement in water infiltration and reducing erosion, improving soil surface aggregates, reducing compaction through promotion of biological tillage, increasing surface soil organic matter and carbon content, moderating soil temperature, and suppressing weeds. CA also helps reduce cost of production, saves time, increase diversity, and reduces greenhouse gas emissions. Availability of suitable equipment is a major constraint to successful CA. National promotional program for this technology is needed in present Nepalese context. Link for e-copy: http://elibrary.narc.gov.np/?r=1506

E-copies

http://nkcs.org.np/narc/dl/?r=1506 URL

Effect of irrigation water application at different stages of wheat crop / Adhikary, S.K.    

Public ISBD in National Wintercrops Technology Workshop, September 7-10, 1995 (Bhadra 22-25, 2052): Proceedings of Wheat Research Reports, National Wheat Research Program, Siddharthanagar, Bhairahawa / Rabindra Nath Devkota   Title : Effect of irrigation water application at different stages of wheat crop Material Type: printed text Authors: Adhikary, S.K., Author ; M.S Basnyat, Author ; G.B Manandhar, Author ; R.P. Shah, Author ; Shrestha, S., Author ; Shrestha, J., Author Pagination: 507-510 p. Languages : English (eng) Abstract: An experiment with 7 treatments was conducted in 1990191 and six more treatments of irrigation water application were added during the wheat season of 1991/92 and 1992/93 at RARS. Nepalgunj) to find out the best irrigation schedule and quantity of water for maximum yield on NL 297 wheat production. Maximum yield in 1990/91 was 3085.2 kg/ha by the application of 5.o cm irrigation at CRI stage with insignificant difference with other treatments and maximum yield of 3144.1 kg/ha was obtained in 1991192 with irrigations of 2.5 cm at crown root initiation stage and 5.0 cm. al booting stage. However 2.5 cm irrigation was not applied at crown root initiation stage due to rainfall of about 5.8 cm…………………………………… Link for e-copy: http://elibrary.narc.gov.np/?r=2804 in National Wintercrops Technology Workshop, September 7-10, 1995 (Bhadra 22-25, 2052): Proceedings of Wheat Research Reports, National Wheat Research Program, Siddharthanagar, Bhairahawa / Rabindra Nath Devkota   Effect of irrigation water application at different stages of wheat crop [printed text] / Adhikary, S.K., Author ; M.S Basnyat, Author ; G.B Manandhar, Author ; R.P. Shah, Author ; Shrestha, S., Author ; Shrestha, J., Author . - [s.d.] . - 507-510 p. Languages : English (eng) Abstract: An experiment with 7 treatments was conducted in 1990191 and six more treatments of irrigation water application were added during the wheat season of 1991/92 and 1992/93 at RARS. Nepalgunj) to find out the best irrigation schedule and quantity of water for maximum yield on NL 297 wheat production. Maximum yield in 1990/91 was 3085.2 kg/ha by the application of 5.o cm irrigation at CRI stage with insignificant difference with other treatments and maximum yield of 3144.1 kg/ha was obtained in 1991192 with irrigations of 2.5 cm at crown root initiation stage and 5.0 cm. al booting stage. However 2.5 cm irrigation was not applied at crown root initiation stage due to rainfall of about 5.8 cm…………………………………… Link for e-copy: http://elibrary.narc.gov.np/?r=2804

E-copies

http://nkcs.org.np/narc/dl/?r=2804 URL

Efficient utilization of water for optimum yield on production wheat / Adhikary, S.K.    

Public ISBD in : Proceedings of the Thirteenth National Winter Crops Seminar,Wheat report September 10-14 , 1990 (Bhadra 25-29, 2047)   Title : Efficient utilization of water for optimum yield on production wheat Material Type: printed text Authors: Adhikary, S.K., Author ; O Budhathoki, Author Pagination: 273-277 p. Languages : English (eng) Abstract: An experiment with thirteen treatments of irrigation water application was conducted during the wheat season of 1989-90 at Nepalgunj Agricultural station to find out the best irrigation schedule and quantity of water for optimum yield on NL 297 wheat production. Maximum yield (3153.32 kg/ha) was obtained with 2 inches depth of irrigation provided at the crown root initiation stage and jointing stage while booting and grain filling stages were not irrigated due to heavy rainfall. The results were found to be significant. Link for e-copy: http://elibrary.narc.gov.np/?r=2591 in : Proceedings of the Thirteenth National Winter Crops Seminar,Wheat report September 10-14 , 1990 (Bhadra 25-29, 2047)   Efficient utilization of water for optimum yield on production wheat [printed text] / Adhikary, S.K., Author ; O Budhathoki, Author . - [s.d.] . - 273-277 p. Languages : English (eng) Abstract: An experiment with thirteen treatments of irrigation water application was conducted during the wheat season of 1989-90 at Nepalgunj Agricultural station to find out the best irrigation schedule and quantity of water for optimum yield on NL 297 wheat production. Maximum yield (3153.32 kg/ha) was obtained with 2 inches depth of irrigation provided at the crown root initiation stage and jointing stage while booting and grain filling stages were not irrigated due to heavy rainfall. The results were found to be significant. Link for e-copy: http://elibrary.narc.gov.np/?r=2591

E-copies

http://nkcs.org.np/narc/dl/?r=2591 URL

Estimation Of Crop Water Requirement Of Rice And Wheat Based On Meteorological Data Of Hills(Khumaltar,Lalitpur;Lumle,Kaski)And Terai(Khajura,banke;Bhairahawa,Rupandehi Of Nepal / Adhikary, S.K.  

Public ISBD Title : Estimation Of Crop Water Requirement Of Rice And Wheat Based On Meteorological Data Of Hills(Khumaltar,Lalitpur;Lumle,Kaski)And Terai(Khajura,banke;Bhairahawa,Rupandehi Of Nepal Material Type: printed text Authors: Adhikary, S.K., Author Publisher: Kathmandu : Dept of Hydrological & metrological Publication Date: 2013 Pagination: 128. p Languages : English (eng) Keywords: water  resources;major  crops  grown;water  management  in  rice  and  wheat;crop  management;land  use  pattern;soil  moisture Call Number : NR.5482 ADH-E 2013 Link for e-copy: http://elibrary.narc.gov.np/?r=3672 Estimation Of Crop Water Requirement Of Rice And Wheat Based On Meteorological Data Of Hills(Khumaltar,Lalitpur;Lumle,Kaski)And Terai(Khajura,banke;Bhairahawa,Rupandehi Of Nepal [printed text] / Adhikary, S.K., Author . - [S.l.] : Kathmandu : Dept of Hydrological & metrological, 2013 . - 128. p. Languages : English (eng) Keywords: water  resources;major  crops  grown;water  management  in  rice  and  wheat;crop  management;land  use  pattern;soil  moisture Call Number : NR.5482 ADH-E 2013 Link for e-copy: http://elibrary.narc.gov.np/?r=3672

Copies (1)

Barcode	Call number	Media type	Location	Section	Status
NR.5482	NR.5482 ADH-E 2013	Document	NARC Library	Documents	Available

Evaluation of plastic-covered environment in cucumber cultivation for mid hill conditions of Nepal / G.B Manandhar    

Permalink

Improved tubular corn sheller: Appropriate drudgery reducing agricultural equipment for maize growers / Shrestha, K.B.    

Permalink

Outreach research activities of Agricultural Engineering division / G.B Manandhar    

Permalink

Rain water manag. ement by. different methods on rainfed wheat cultivation / Adhikary, S.K.    

Permalink

Rain water management in optimizing rice production under rainfed lowland condition / Adhikary, S.K.    

Permalink

Rainwater harvesting farm reservoir for supplementary irrigation of rice and wheat crop / Adhikary, S.K.    

Permalink

Sensitivity of peanut to moisture stress / Adhikary, S.K.  

Permalink

Study of performance of different tillage implements on zero tillage wheat cultivation / Adhikary, S.K.    

Permalink

Study of the performance of different tillage implements for zero tillage cultivation. / Adhikary, S.K.    

Permalink

Study on sub-surface drainage methods for waterlogged area / Adhikary, S.K.    

Permalink

Trainer's manual no. 15 : irrigation / Adhikary, S.K.

Permalink