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Growth of Trifoliate Orange (Poncirus Trifoliata L.) Seedlings at Different Management Condition in Ncrp, Dhankuta. / Shrestha, R.L. ; Paudyal, K.P. ; B. Chalise ; ,Subedi, H.P. ; J. L. Mandal
in Advancing horticultural research for development. Proceedings of the 7th National Horticulture Seminar , Khumaltar, Lalitpur, 12-14 June 2011 (Jestha 29-31, 2068) / Paudyal, K.P.
Title : Growth of Trifoliate Orange (Poncirus Trifoliata L.) Seedlings at Different Management Condition in Ncrp, Dhankuta. Material Type: printed text Authors: Shrestha, R.L., Author ; Paudyal, K.P., Author ; B. Chalise, Author ; ,Subedi, H.P., Author ; J. L. Mandal, Author Pagination: 35-41 p. Languages : English (eng) Keywords: Trifoliate orange, Citrus, nursery, media, polypot, seedling, rootstock, vermicompost,
polyhouse.Abstract: Citrus fruits are grafted in trifoliate orange {Poncirus trifoliate L) due to good fruit quality,
dwarfness, tolerant to soil born disease, cold and hardiness. Slow growth rate of trifoliate orange is
one of the serious problems of citrus nursery owners. It takes more than three year to attain the
grafting requirement for sapling production. Facing this problem an experiment was conducted on
trifoliate orange to accelerate the growth rate of seedlings. Seedlings are grown in different media
under three different environment condition i.e. polyhouse, plastic tunnel and open field condition
in NCRP, Dhankuta in Fiscal Year 2063/64 and 064/65. Seeds were grown in five different media
(five treatments) and replicated four times. Highest seedling height (83.67 em) and diameter (7.14
mm) was observed in polyhouse condition with vermin compost+ soil mixed {I: I) treatment where
as lowest height (28.20 em) and diameter (3.58 mm) observed in open field condition in the same
treatment within one year. The result shows that, highly significant effect of environmental
condition on seedling growth. Seedlings height of trifoliate orange is almost three times and
diameter was two times greater in polyhouse as compared to open field. Therefore, result of this
experiment guided to the nurseryman's, to grow the trifoliate orange seedling in the polyhouse
condition with soil and vermicompost mixed media (I: I) to accelerate growth of the seedlings and
to get stander height and diameter within one-year period This technology will be applicable to the
nursery mans to improve the quality of saplings in the nursery.Link for e-copy: http://elibrary.narc.gov.np/?r=1629 Growth of Trifoliate Orange (Poncirus Trifoliata L.) Seedlings at Different Management Condition in Ncrp, Dhankuta. [printed text] / Shrestha, R.L., Author ; Paudyal, K.P., Author ; B. Chalise, Author ; ,Subedi, H.P., Author ; J. L. Mandal, Author . - [s.d.] . - 35-41 p.
in Advancing horticultural research for development. Proceedings of the 7th National Horticulture Seminar , Khumaltar, Lalitpur, 12-14 June 2011 (Jestha 29-31, 2068) / Paudyal, K.P.
Languages : English (eng)
Keywords: Trifoliate orange, Citrus, nursery, media, polypot, seedling, rootstock, vermicompost,
polyhouse.Abstract: Citrus fruits are grafted in trifoliate orange {Poncirus trifoliate L) due to good fruit quality,
dwarfness, tolerant to soil born disease, cold and hardiness. Slow growth rate of trifoliate orange is
one of the serious problems of citrus nursery owners. It takes more than three year to attain the
grafting requirement for sapling production. Facing this problem an experiment was conducted on
trifoliate orange to accelerate the growth rate of seedlings. Seedlings are grown in different media
under three different environment condition i.e. polyhouse, plastic tunnel and open field condition
in NCRP, Dhankuta in Fiscal Year 2063/64 and 064/65. Seeds were grown in five different media
(five treatments) and replicated four times. Highest seedling height (83.67 em) and diameter (7.14
mm) was observed in polyhouse condition with vermin compost+ soil mixed {I: I) treatment where
as lowest height (28.20 em) and diameter (3.58 mm) observed in open field condition in the same
treatment within one year. The result shows that, highly significant effect of environmental
condition on seedling growth. Seedlings height of trifoliate orange is almost three times and
diameter was two times greater in polyhouse as compared to open field. Therefore, result of this
experiment guided to the nurseryman's, to grow the trifoliate orange seedling in the polyhouse
condition with soil and vermicompost mixed media (I: I) to accelerate growth of the seedlings and
to get stander height and diameter within one-year period This technology will be applicable to the
nursery mans to improve the quality of saplings in the nursery.Link for e-copy: http://elibrary.narc.gov.np/?r=1629 E-copies
http://nkcs.org.np/narc/dl/?r=1629URL Response of Radish Crop Var; Fourty Days to Transplanting Age and De-Topping in Respect of Seed Yield and Its Quality / M.M. Shrestha ; Shakya, S.M.
Title : Response of Radish Crop Var; Fourty Days to Transplanting Age and De-Topping in Respect of Seed Yield and Its Quality Material Type: printed text Authors: M.M. Shrestha, Author ; Shakya, S.M., Author Pagination: 377-379 p. Languages : English (eng) Keywords: age of seedling, de-topping, radish seed, transplant Abstract: A study was conducted at Rampur, Chitwan, during Oct. 2001 to April 2002 to assess the
effect of de-topping an4 age of seedling transplant on seed yield and its quality of "Fourty
Days "radish. A factorial RCBD with 2 levels of de-topping (de-topping and no de-topping)
and 5 levels of age of seedling transplant (i.e. 0, 30, 40, 50 and 60 days after seed sowing)
was adopted with 3 replications. The difference observed in seed yield due to treatments
imposed was not statistically significant. However, no de-topping gave higher average seed
yield (5.15 q/h) than de-topping (4.77 q/h). Highest average seed yield (6.52 qlh) was given
by a combination of no-detopping plus 50 days old transplant (DOT) followed by a
combination of de-topping plus 40 DOT (5.73 qlh) and lowest (3.83 q!h) by de-topping plus
direct seed sowing. With the increase in transplant age, decreased seed germination percent
was observed in no-detopping where as it increased in de-topping. Highest 1000 seed weight
( 14.5 g) was given by no-de-topping plus 60 DOT. Similarly, positive effect of de-topping on
1000 seed weight ( 14.079 g) was obtained through de-topping plus 50 DOT. Results indicate
that roots transplanted 40 to 60 days after seed sowing gave higher seed yield and higher
quality with no-detopping. Thus, adopting no-detopping along with root transplanting at 40 to
60 days after seed sowing could be suitable practice for producing higher yield and better
quality of seed of "Fourty Day" radish in Chitwan condition. Additional research is
suggested as the results are based on one-year stlldy only.Link for e-copy: http://elibrary.narc.gov.np/?r=579 Response of Radish Crop Var; Fourty Days to Transplanting Age and De-Topping in Respect of Seed Yield and Its Quality [printed text] / M.M. Shrestha, Author ; Shakya, S.M., Author . - [s.d.] . - 377-379 p.
Languages : English (eng)
Keywords: age of seedling, de-topping, radish seed, transplant Abstract: A study was conducted at Rampur, Chitwan, during Oct. 2001 to April 2002 to assess the
effect of de-topping an4 age of seedling transplant on seed yield and its quality of "Fourty
Days "radish. A factorial RCBD with 2 levels of de-topping (de-topping and no de-topping)
and 5 levels of age of seedling transplant (i.e. 0, 30, 40, 50 and 60 days after seed sowing)
was adopted with 3 replications. The difference observed in seed yield due to treatments
imposed was not statistically significant. However, no de-topping gave higher average seed
yield (5.15 q/h) than de-topping (4.77 q/h). Highest average seed yield (6.52 qlh) was given
by a combination of no-detopping plus 50 days old transplant (DOT) followed by a
combination of de-topping plus 40 DOT (5.73 qlh) and lowest (3.83 q!h) by de-topping plus
direct seed sowing. With the increase in transplant age, decreased seed germination percent
was observed in no-detopping where as it increased in de-topping. Highest 1000 seed weight
( 14.5 g) was given by no-de-topping plus 60 DOT. Similarly, positive effect of de-topping on
1000 seed weight ( 14.079 g) was obtained through de-topping plus 50 DOT. Results indicate
that roots transplanted 40 to 60 days after seed sowing gave higher seed yield and higher
quality with no-detopping. Thus, adopting no-detopping along with root transplanting at 40 to
60 days after seed sowing could be suitable practice for producing higher yield and better
quality of seed of "Fourty Day" radish in Chitwan condition. Additional research is
suggested as the results are based on one-year stlldy only.Link for e-copy: http://elibrary.narc.gov.np/?r=579 E-copies
http://nkcs.org.np/narc/dl/?r=579URL