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Studies on different methods of propagation of Mangifera indica L. with respect to success, survival, growth and their clonal multiplication by stooling

, : Studies on different methods of propagation of Mangifera indica L. with respect to success, survival, growth and their clonal multiplication by stooling. Acta Horticulturae (34): 85-88

Comparisons were made of the stooling ability of mango plants originating as seedlings, cuttings, marcots, veneer grafts and inarched plants.

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Bid N.N.; Mukherjee S.K.; Majumder P.K., 1972: Studies on different methods of propagation of mangifera indica d with respect to success survival growth and their clonal multiplication by stooling. Acta Horticulturae (Wageningen) 24: 85-88

Mukherjee, S.K.; Bid, N.N., 1965: Propagation of mango (Mangifera indica L.). II. Effect of etiolation and growth-regulator treatments on the success of air-layering. Etiolation treatment alone promoted rooting in mango air-layers, and etiolated shoots produced a higher number of primary and secondary roots than non-etiolated shoots after treatment with IBA and NAA. Of the two growth regulators tried, IBA at 10...

Singh, A.R.; Sirohi, R.K., 1972: Relative efficiency of different methods of propagation influencing the growth of mango (Mangifera indica L.). A 5-year comparative study is reported on the growth of Dashehari mango plants propagated by inarching, budding, veneer grafting and marcotting. Data are tabulated on plant height, average spread, stock thickness and scion thickness. Marcotting wa...

Mukherjee, S.K., E.Al., 1965: Clonal propagation of mango (Mangifera indica L.) through cuttings. Juvenile-type shoots were produced on 10-year-old mango trees by cutting back older shoots in April. After etiolation for 45-60 days they were ringed, a lanolin paste containing 5, 000 p.p.m. IBA applied, cut off when callus formation started, pot...

Chaturvedi, H.C.; Agnihotri, S.; Sharma, M.; Sharma, A.K.; Jain, M.; Gupta, P.; Chourasia, A.; Kidwai, N.R., 2004: Induced nucellar embryogenesis in vitro for clonal multiplication of Mangifera indica L. var. Ambalavi: A dwarfing rootstock. Nucellar embryogenesis was induced in Mangifera indica L. var. Ambalavi, a monoembryonic dwarfing rootstock. Nucellar tissue of young fruits of 3 developmental stages and measuring about. 2.5, 4 and 5 cm in length, responded differently to the sam...

Phuse, A.P.; Diware, D.V.; Chaudhari, M.H., 1995: Effect of scion stick packing material and storage period on graft success, its survival and growth in mango (Mangifera indica L.). Four-month-old shoots of mango cv. Pairy were removed 5 days after defoliation and subjected to various packaging treatments prior to use as grafting material. Treatments (1) to (3) were dipped in 0.2% blitane and packed in 250-gauge perforated wh...

Bid N.N.; Mukherjee S.K., 1970: Studies on the effect of source and growth regulator treatment on the success of mango d mangifera indica d cuttings. Indian Science Congress Association Proceedings 57(4): 532-533

Roy, S.; Sinha, A.K.; Singh, U.S.P., 1999: Detached methods of propagation in Mangifera indica. The effect of grafting method (veneer or soft wood) on the survival of mango cv. Langra scions (6 months old) grafted on 1-year-old seedling rootstocks was investigated. Scions were defoliated 4, 8 and 12 days before harvest, and were stored for 3...

Pal B.C., 1967: Studies on the propagation of horticultural plants by cutting ii effect of growth regulators sugars and vitamin on the cuttings of mango d mangifera indica d abstract. Indian Science Congress Association Proceedings 54(3): 550

Nayak, G.; Sen, S.K., 2000: Evaluation of vegetative propagation methods of mango (Mangifera indica L.). Four vegetative methods of mango propagation, (veneer grafting, chip, patch, or forkert budding) were compared in the wet season of 1994-95. Results revealed that veneer grafting was the best, while forkert budding was the worst method in terms of...