in
Title : |
Determination of optimum dose of organic and inorganic manure for maximum produciton of bean(Phaseolous vulgaris(at Jumla) |
Material Type: |
printed text |
Authors: |
L.L Shrestha, Editor ; RB Bhujel, Editor ; CB Rana, Editor ; P.M Mahat, Editor |
Pagination: |
6-8 p. |
Languages : |
English (eng) |
Keywords: |
Bean ; Indigenous Jumla Pooled analysis Significant |
Abstract: |
Bean is an indigenous and one of the important crops of Jumla and Karnali region as a whole. Fanners in Jumla grow bean mostly in uplands and other marginal lands. However, the area of bean has been extending towards low land after wheat cultivation. Fanners rarely use manures and fertilizers in bean crop. Therefore, in order to determine the optimum level of nitrogen, phosphorus, potash & farm yard manure (FYM) to obtain maximum production of bean; experiment during 067/068 and 068/069 was carried out at Agriculture Research Station (ARS), Vijayanagar, Jumla. Experiments were laid out in randomized complete block design in three replications with six treatments (N: P: K kglha + FYM tonlha) Tl= 100:60:40+6mt., T2 =120:65:45+6mt. T3= 130:70:50+6mt. T4= 140:75:55+6mt. T5= 30mt.FYM, and T6=0:0:0:+0 (Control). During 067/068, Plant height, number of pods/plant and yield were found significant (p<O.Ol) while other parameters like 50% flowering days, 90% maturity days, pod length, no. of grains/pod, no. of plants/m2 , and 100 grain weight were found non-significant. Similarly, during 2068/2069, plant height and no. of pods/plant were found significant at p<O.O 1 and 0.05 per cent level. All other parameters were observed as non-significant. During 067/68 the highest mean grain yield of 1567.33kg/ha was obtained from TS (30mt.FYM/ha)) followed by T4 (140:75:55 kg N: P: K/ha+6mt FYM/ha) recording an average yield of 1362.67 kglha and T2 (120:65:45 kg N:P:K kg/ha + 6mt FYM/ha) and the lowest yield 539.33kg/ha was obtained from control treatment. Similarly, during 068/069 the highest mean grain yield of 1862.33kg/ha was obtained from T4 (140:75:55 N: P: K kglha+6mt.FYM/ha) followed by T2 (120:65:45 N:P:K kglha+6mt. FYM/ha) which recorded an average yield of 1458.67kglha. The lowest yield of 80 I .OOkglha was produced in control treatment. The two years pooled analysis revealed the highest mean grain yield of 1612.50kg/ha from T4 (140:75 :55 N: P: K kg/ha+6mt. FYM/ha) followed by the mean grain yield of 1458.83kg/ha in T5 (30mt.FYM/ha.) treatment. Similarly, the effect of year was observed significant (p<O.OS) while effect oftreatments in two years and interaction between year and treatment was found non-significant. Since it is only two years data, the trial needs to be pursued year by year for better result. |
Link for e-copy: |
http://elibrary.narc.gov.np/?r=925 |
in
Determination of optimum dose of organic and inorganic manure for maximum produciton of bean(Phaseolous vulgaris(at Jumla) [printed text] / L.L Shrestha, Editor ; RB Bhujel, Editor ; CB Rana, Editor ; P.M Mahat, Editor . - [s.d.] . - 6-8 p. Languages : English ( eng) Keywords: |
Bean ; Indigenous Jumla Pooled analysis Significant |
Abstract: |
Bean is an indigenous and one of the important crops of Jumla and Karnali region as a whole. Fanners in Jumla grow bean mostly in uplands and other marginal lands. However, the area of bean has been extending towards low land after wheat cultivation. Fanners rarely use manures and fertilizers in bean crop. Therefore, in order to determine the optimum level of nitrogen, phosphorus, potash & farm yard manure (FYM) to obtain maximum production of bean; experiment during 067/068 and 068/069 was carried out at Agriculture Research Station (ARS), Vijayanagar, Jumla. Experiments were laid out in randomized complete block design in three replications with six treatments (N: P: K kglha + FYM tonlha) Tl= 100:60:40+6mt., T2 =120:65:45+6mt. T3= 130:70:50+6mt. T4= 140:75:55+6mt. T5= 30mt.FYM, and T6=0:0:0:+0 (Control). During 067/068, Plant height, number of pods/plant and yield were found significant (p<O.Ol) while other parameters like 50% flowering days, 90% maturity days, pod length, no. of grains/pod, no. of plants/m2 , and 100 grain weight were found non-significant. Similarly, during 2068/2069, plant height and no. of pods/plant were found significant at p<O.O 1 and 0.05 per cent level. All other parameters were observed as non-significant. During 067/68 the highest mean grain yield of 1567.33kg/ha was obtained from TS (30mt.FYM/ha)) followed by T4 (140:75:55 kg N: P: K/ha+6mt FYM/ha) recording an average yield of 1362.67 kglha and T2 (120:65:45 kg N:P:K kg/ha + 6mt FYM/ha) and the lowest yield 539.33kg/ha was obtained from control treatment. Similarly, during 068/069 the highest mean grain yield of 1862.33kg/ha was obtained from T4 (140:75:55 N: P: K kglha+6mt.FYM/ha) followed by T2 (120:65:45 N:P:K kglha+6mt. FYM/ha) which recorded an average yield of 1458.67kglha. The lowest yield of 80 I .OOkglha was produced in control treatment. The two years pooled analysis revealed the highest mean grain yield of 1612.50kg/ha from T4 (140:75 :55 N: P: K kg/ha+6mt. FYM/ha) followed by the mean grain yield of 1458.83kg/ha in T5 (30mt.FYM/ha.) treatment. Similarly, the effect of year was observed significant (p<O.OS) while effect oftreatments in two years and interaction between year and treatment was found non-significant. Since it is only two years data, the trial needs to be pursued year by year for better result. |
Link for e-copy: |
http://elibrary.narc.gov.np/?r=925 |
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