Articles

TRAINING SYSTEMS OF FRUIT PLANTINGS IN HUNGARY

Article number
732_60
Pages
397 – 403
Language
English
Abstract
With apple and pear, high density plantings utilizing intensive production techniques are the most popular in Hungary.
Important components of these intense orchards are: irrigation, support system, dwarfing rootstocks and intensive management techniques.
With peach and plum, trees are generally trained to funnel-shape crowns, however, with plum more intensive orchards are possible.
With apricots, a Hungarian training system, the “umbrella” type of crown which was developed by Papp is used exclusively.
With sweet and sour cherry, the training system depends on the harvest method, manual or mechanised.
Red and black currants are grown mostly as bushes or hedgerows without any supporting system and are designed to facilitate mechanical harvest.
Raspberries and blackberries are grown as hedges on trellis.
Gooseberries are low, thorny bushes that are difficult to pick.
Thus, small grafted trees are attached to a wire-trellis, which also helps solve problems of plant protection.

Publication
Authors
M. Soltész, Z. Szabó, J. Nyéki
Keywords
training system, apple, pear, quince, peach, plum, apricot, cherry, raspberry, blackberry, currant, gooseberry
Full text
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D. Johnson | J.E. Spencer | K. Tobutt | A.D. Webster
T. Robinson | L. Anderson | W. Autio | B. Barrit | J. Cline | W. Cowgill | R. Crassweller | C. Embree | D. Ferree | E. Garcia | G. Greene | C. Hampson | K. Kosola | M. Parker | R. Perry | T. Roper | M. Warmund
W.R. Autio | B.H. Barritt | J.A. Cline | R.M. Crassweller | C.G. Embree | D.C. Ferree | M.E. Garcia | G.M. Greene | E.E. Hoover | R.S. Johnson | K. Kosola | J. Masabni | M.L. Parker | R.L. Perry | G.L. Reighard | T.L. Robinson | S.D. Seeley | M. Warmund
W.R. Autio | B.H. Barritt | J.A. Cline | R.M. Crassweller | C.G. Embree | D.C. Ferree | M.E. Garcia | G.M. Greene | E.E. Hoover | R.S. Johnson | K. Kosola | J. Masabni | M.L. Parker | R.L. Perry | G.L. Reighard | T.L. Robinson | S.D. Seeley | M. Warmund
A. Pietranek | E. Jadczuk | A. Sadowski | C. Piestrzeniewicz
C. Xiloyannis | B. Dichio | A.C. Tuzio | M. Kleinhentz | G. Salesses | J. Gomez-Aparisi | M.J. Rubio-Cabetas | D. Esmenjaud
I. Botu | S. Preda | E. Turcu | G. Achim | M. Botu
G.L. Reighard | R.L. Andersen | J. Anderson | T. Beckman | T. Baker | R. Belding | G. Brown | P. Byers | W. Cowgill | D. Deyton | E. Durner | A. Erb | D.C. Ferree | A. Gaus | R. Godin | R. Hayden | P. Hirst | S. Kadir | M. Kaps | H. Larsen
R. Mády | P. Klincsek | ZS. Szani | T. Szabó | Z. Erdős | I. Skola
A.S.A. Santos | R.S.S. Ribeiro | J.L. Lousada | A.-M. Pereira
S. Cerović | J. Ninić-Todorović | B. Golosin | V. Ognjanov | S. Bijelić
M. Soltész | Z. Szabó | J. Nyéki
F. Strikić | M. Radunić | J. Ro¿in
T. Strissel | U. Hoyer | C. Zistler | D. Treutter | H. Halbwirth | K. Stich
G. Reginato | V.G. de Cortázar | H. Lázaro
H. Bessho | K. Kudo | J. Omori | Y. Inomata | M. Wada | T. Masuda | Y. Nakamoto | H. Fujisawa | Y. Suzuki
G. Stoimenov | Y. Kirkova | N. Kolev | M. Gospodinova